NOVELTY - The generator has a vessel (1) provided in an inlet, canal or waterway where ocean tide has access. A double-acting hydraulic cylinder pump (6) is mounted on a deck (2) of a vessel and comprises a shaft (8) that drives a hydraulic cylinder pump piston (7) penetrating the deck and a bottom of the vessel. The shaft is anchored at a bottom of the inlet, canal or other waterway. The pump is connected to a hydraulic accumulator (17) by two pressure lines. A single high-pressure line is connected from the accumulator to a hydraulic motor which is connected to an electric generator.    USE - Tidal pump generator for installing at a place where coastal tide occurs, for generating electricity from ocean tides.    ADVANTAGE - The generator converts the energy inherent in ocean tides into electrical energy in a simple and efficient manner.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a tidal pump generator.    Vessel (1)    Deck (2)    Double-acting hydraulic cylinder pump (6)    Hydraulic cylinder pump piston (7)    Shaft (8)    Hydraulic accumulator (17)
NOVELTY - The method involves separating a volume of water into hydrogen and oxygen components using electrolyzer (3). An engine (27) is powered with the hydrogen and oxygen components. A mobile vehicle is mobilized with the power generated from the engine. The motion of the mobile vehicle is converted into electrical energy. The electrical energy is transmitted to an energy control system (4). A portion of the electrical energy of the energy control system is transmitted to electrolyzer.    USE - Method for powering mobile vehicle e.g. truck, hybrid electric vehicle and fuel-celled vehicle.    ADVANTAGE - The available forms of energy including the energy that is lost while the vehicle is in motion can be recovered. The cumulative energy that is recovered is converted into electrical energy to power the on-board electrolyzer to produce more hydrogen and oxygen, while the system is in operation and stationary. The passive source of energy such as solar, wind, hydro, etc. can be used to power the non-mobile system incorporating internal or external combustion engine in the place of fuel cell.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:    (1) system for powering automobile;    (2) device for generating electrical power from motion of wheel; and    (3) stationary power generation system.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the retrofit system.    Electrolyzer (3)    Energy control system (4)    Engine (27)    Energy buffer (34)    Clutch (44)    Drive shaft (45)    Transmission (46)
NOVELTY - The arrangement has a drive shaft (1) connected to a synchronous generator (2). Another generator (32) is connected to the drive shaft via a gear (14), where the gear is assigned to the generators. A coupling (8) is provided in a region of the drive shaft, where the region is assigned to the latter generator. A frequency converter is attached to the synchronous generator, and is designed such that the converter acts as a rotation damper with the synchronous generator. The converter controls power distribution between the generators.    USE - Generator arrangement for use in a wind power plant or a wind energy plant, a tidal power plant, a wave power plant, and a hydroelectric power plant (all claimed) for converting mechanical energy into electrical energy.    ADVANTAGE - The coupling is provided in a region of the drive shaft, thus achieving high efficiency of the generator arrangement over different operating conditions with minimal technical complexity. The generator arrangement can be switched from single generator operation to all generator operation in a simple and wear-less manner by activating the coupling.    DESCRIPTION OF DRAWING(S) - The drawing shows a side sectional view of a generator arrangement.    Drive shaft (1)    Synchronous generator (2)    Stator (6)    Coupling (8)    Gear (14)    Generator (32)
NOVELTY - The plant (10) has a steam generating portion i.e. solar receiver (12) including a steam drum (50) that separates water and steam. An evaporator (36) is provided in fluid communication with the drum, where the evaporator receives a flow of water from the drum to provide steam using solar energy. A turbine (30) receives the steam from the generation portion, and a set of extraction stages (66) extracts steam from the turbine. A set of feedwater heaters (68) receive steam from the stages to heat feedwater provided by the turbine, where the feedwater is provided to the generation portion.    USE - Solar thermal power plant.    ADVANTAGE - The plant maximizes preheating of working fluid in order to provide increased overall efficiency. The plant utilizes reduced quantity of expensive heliostat/parabolic mirrors, thus reducing the tower and receiver size, hence reducing investment cost and cost of electricity.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for operating a solar thermal power plant.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic representation of a solar power generation system comprising a set of feedwater heaters to preheat water provided from a steam turbine.    Solar thermal power plant (10)    Steam generating portion (12)    Turbine (30)    Evaporator (36)    Steam drum (50)    Extraction stages (66)    Feedwater heaters (68)
NOVELTY - The plant has a mast fastened to a damping plate (3) by a wire carrier. A double articulating arm with a split point absorber is encamped on the mast. A gearbox and an electric generator are mounted in a top of the mast.    USE - Wave power plant.    ADVANTAGE - The design of the plant facilitates increase of energy dissipation by adjusting the generator load by current wave energy.
NOVELTY - The power supply device has a voltage generation unit (2) consisting of several voltage generation diodes (D) that is connected in parallel to a constant direct current (DC) generator (1). A resistor (R1) is connected in parallel to the voltage generation unit to generate leakage current.    USE - Solar cell simulation power supply device for use during evaluation of control stability, maximum power tracking function and feasibility of utility-interconnected inverter.    ADVANTAGE - The current-voltage characteristic similar to that of the solar cell is obtained. The size of power supply device is reduced and the cost is decreased.    DESCRIPTION OF DRAWING(S) - The drawing shows the block diagram of the solar cell simulation power supply device. (Drawing includes non-English language text)    DC generator (1)    Voltage generation unit (2)    Load (3)    Voltage generation diode (D)    Resistors (R1,R2)
NOVELTY - The station has a vertical column/pier (34) for supporting a central float (28), and an underwater horizontal plate stabilizer (32) so as to provide a stable support for the station that self adjusts according to sea level (26). A working float (24) is attached to a pump arm (18), where the pump arm is pivoted on a strut (22) such that the movement of the float (24) drives pistons (12) to provide compressed air to onshore cylinders.    USE - Perpetual motion power station for production of compressed air to onshore cylinder.    ADVANTAGE - The station is built strong with durable materials to withstand the fury of the sea and continuously produces compressed air to onshore cylinder with reduced emissions by utilizing the tidal power from the sea in a cost effective and safe manner.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic diagram representing a perpetual motion power station for production of compressed air to onshore cylinder.    Pistons (12)    Pump arm (18)    Strut (22)    Working float (24)    Sea level (26)    Central float (28)    Underwater horizontal plate stabilizer (32)    Vertical column/pier (34)
NOVELTY - The connector has 1-3 buckles (3) fixedly equipped on a plug (1), and a locating table (5) equipped on a front end of a socket (2). The plug is jointed with the socket, and the buckle is buckled with the locating table. 1-3 press pieces (4) are fixedly equipped on the socket behind the locating table.    USE - Buckle type electric connector for a waterproof electric connector of an electric connection of a solar power system.    ADVANTAGE - The fittings of the connector are produced by die-forming, so that the connector has mass production efficiency. The connector uses buckle connection, and the separation of the connector uses the press-piece type structure. The connector has convenient and fast operation, and insulates the front end of the plug needle contactor. The connector provides the electric protection function, and safe operation.    DESCRIPTION OF DRAWING(S) - The drawing shows a partial sectional view of a buckle type electric connector.    Plug (1)    Socket (2)    Buckle (3)    Press piece (4)    Locating table (5)
NOVELTY - The wave power generator has two buoys and a linear type generator (40), which has a floater (10) for exercising top and bottom of the sea surface. Another floater (20) is connected with the former floater through a generator external tube (41). A field magnet (45) and an armature (47) are inserted in the generator external tube. The relative motion of the field magnet of the linear type generator and the relative motion the armature generate the electricity.    USE - Wave power generator.    ADVANTAGE - The wave power generator has two buoys and a linear type generator, which has a floater for exercising top and bottom of the sea surface, and hence ensures to maximize efficiency to extract the energy from the sea.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a wave power generator. (Drawing includes non-English language text).    Floaters (10,20)    Linear type generator (40)    Generator external tube (41)    Field magnet (45)    Armature (47)
NOVELTY - The system (100) has a power generator (121) generating electrical energy. A pump (120) is driven by wave energy for pumping fluid to the generator. A sensing unit (140) senses characteristic e.g. hydraulic pressure, of the fluid in a primary circuit (125). A pressure control unit (145) is coupled to the primary circuit, and responds to the sensing unit for varying pressure of the fluid in the primary circuit, so that pressure control unit is in linear relationship between a flow rate and the pressure of the fluid in the primary circuit.    USE - Power take off system for a wave energy conversion system for harnessing wave energy to generate electricity.    ADVANTAGE - The system maximizes the wave energy for generating electricity.    DESCRIPTION OF DRAWING(S) - The drawing shows a hydraulic circuit diagram of a power take off system.    Power take off system (100)    Pump (120)    Power generator (121)    Primary circuit (125)    Sensing unit (140)    Pressure control unit (145)
NOVELTY - The handrail has a solar cell module (510) for converting sunlight into power, where the solar cell module includes a light-emitting area (400), and a storage battery (520) for storing the power from the solar cell module. T-shaped character inserting hole is formed on a central part of a supporting part (110) in a vertical direction. A crossbeam (220) is inserted into an extension part (120), and LEDs (420) are controlled by a drive circuit part (410) and fixed in a seating groove of an acryl panel (300).    USE - Handrail for use on roadside.    ADVANTAGE - The LEDs are fixed in the seating groove of the acryl panel, so that the outer appearance of the handrail is enhanced, and traffic and accident are reduced.    DESCRIPTION OF DRAWING(S) - The drawing shows an exploded perspective view of a handrail.    Supporting part (110)    Extension part (120)    Crossbeam (220)    Acryl panel (300)    Light-emitting area (400)    Drive circuit part (410)    LEDs (420)    Solar cell module (510)    Storage battery (520)
NOVELTY - The system has a pre-warning information sending platform (12) sending pre-warning format files to a wireless pre-warning broadcast terminal (Ni). A calling platform (13) accepts a pre-warning help telephone, and controls the wireless pre-warning broadcast terminal to capture an image. An emergent platform and a wireless router are respectively connected with the wireless pre-warning broadcast terminal and a desk mobile telephone (15). The wireless pre-warning broadcast terminal integrated with alarm, field image capture and pre-warning playing functions is powered by a solar cell.    USE - System for broadcasting public safety pre-warning based on a mobile internet technique based on 2.5 generation mobile communication/third generation (3G) mobile communication telecommunication mobile network and internet and audio compression coding technique.    ADVANTAGE - The system provides an important part to a socialistic public safety service security system.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a public safety pre-warning broadcast system.'(Drawing includes non-English language text)'    Wireless pre-warning broadcast terminal (Ni)    Pre-warning information sending platform (12)    Calling platform (13)    Communication protocol (14)    Desk mobile telephone (15)
NOVELTY - The strip (1) has multiple LEDs (13a) provided in a light emission hole (12) in a lighting-emitting area (13), and a top housing (10) pressed in a top part of a lower housing (20). An illuminance sensor (32) and a rainwater sensor (33) are equipped in a solar cell (31). A cable is connected to control LED radiation according to measured value of the sensors. The cell transfers power to a storage battery i.e. super capacitor, equipped in an anchor hole. An anchor bolt (4) is penetrated into the anchor hole. A pillar part (36) is extended downward to one side of a fixed body (30).    USE - Solar type multifunction median strip for a traffic road. Uses include but are not limited to a center line, sideway line, curve interval, separator entrance, concordant flow region, tunnel, underground way access and a construction sideway.    ADVANTAGE - The strip charges the solar energy into the storage battery by the solar cell, and automatically radiates the LED during night time and dark mist. The strip is easily repaired by replacing the top housing, lower housing and the fixed body. The strip prevents occurrence of traffic accidents during night time and bad weather by flickering the light from the LED.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a solar type multifunction median strip.    Solar type multifunction median strip (1)    Anchor bolt (4)    Top housing (10)    Light emission hole (12)    Lighting-emitting area (13)    LEDs (13a)    Lower housing (20)    Fixed body (30)    Solar cell (31)    Illuminance sensor (32)    Rainwater sensor (33)    Pillar part (36)
NOVELTY - The assembly (10) has a turbine member (11) including an upper section that is interconnected to blade members (15) e.g. non-corrosive frame and cover, where each of the blade members includes a cross-section that is defined by a flattened central section. A cage member (12) constricts flow of water towards the turbine member. A flow directing unit (19) is provided in the cage member. The flow directing unit is provided coaxial with shafting of the turbine member, where the non-corrosive frame is made of manganese steel and high carbon steel, and the cover is made of stainless steel.    USE - Hydrokinetic turbine assembly for converting kinetic energy of oscillating tidal currents into rotary torque to generate electric power.    ADVANTAGE - The assembly is indirectly attached to an electric generator such that the assembly can be submerged in sea water at strategically preplanned sites at different depths, thus utilizing the energy of cold and warm current with different density. The assembly includes the blade member with distinctive aerodynamic contour that increases the turbine's efficiency, thus minimizing the exit-turbulence to the turbine assembly.    DESCRIPTION OF DRAWING(S) - The drawing shows a front view of a turbine assembly.    Turbine assembly (10)    Turbine member (11)    Cage member (12)    Blade members (15)    Ring member (16)    Flow directing unit (19)
NOVELTY - The power-generating mosquito trapper has inlet end of power supply which is connected with butane-carbon dioxide-sterling thermo-electric generating device through storage batteries. The butane-carbon dioxide-sterling thermo-electric generating device is provided with combustor, sterling machine and power generator.    USE - Butane-carbon dioxide-sterling thermo-electric power-generating mosquito trapper.    ADVANTAGE - Provides a mosquito trapper that can be used conveniently since butane pot is used to burn the butane so electric power needed by the mosquito trapper with the sterling machine can be supplied with one step.    DESCRIPTION OF DRAWING(S) - The drawing shows the schematic sectional view of butane-carbon dioxide-sterling thermo-electric power-generating mosquito trapper.
NOVELTY - The grid has a solar energy generation unit, wind power generation unit and a marsh gas power generation unit respectively connected with a direct current (DC) bus and a system controller. The system controller calculates and regulates power output of the marsh gas power generation unit by detecting power output of the wind power generation unit and the solar energy generation unit. A grid-connected inverter is connected with the DC bus and controlled by the system controller. A storage cell is connected with the DC bus by a DC-DC converter controlled by the system controller.    USE - Renewable energy micro grid.    ADVANTAGE - The grid can supply power by utilizing wind power, solar energy and marsh gas for 24 hours everyday, without weather influence. The voltage and output power of the grid can be controlled by controlling the marsh gas power generation to be high in electric energy quality without relying on the normal energy source. The grid has no environment pollution.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a renewable energy micro grid.'(Drawing includes non-English language text)'
NOVELTY - A graded composition encapsulation thin film comprises substrate (10), graded composition layer (30), and anchoring layer (20) interposed between the substrate and graded composition layer. The anchoring layer includes a silicon-containing organic-inorganic hybrid polymer.    USE - A graded composition encapsulation thin film for electronic device particularly organic light-emitting device, a display device, a photovoltaic device, an integrated circuit, a pressure device, a chemosensor, a biosensor, a solar-powered device or a sensor for lighting (claimed).    ADVANTAGE - The encapsulation thin film has excellent barrier properties (such as acid resistance) against the permeation of moisture and oxygen and is highly resistant to diffusion of other chemical species, provides transparency and flexibility in electronic devices, and blocks the introduction of harmful external contaminants.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for fabrication of a graded composition encapsulation thin film comprising coating a silicon-containing organic-inorganic hybrid polymer on a substrate (10) and heat-curing the coating to form an anchoring layer (20); and forming a graded composition layer (30) on the anchoring layer by physical vapor deposition (PVD) by multi-target PVD deposition.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic sectional view of the graded composition encapsulation thin film.    Substrate (10)    Anchoring layer (20)    Graded composition layer (30)
NOVELTY - The present invention relates to a device of solar power glass-conductive device utilizing solar-power transforming device, fluorescence, solar-power chip, solar-power board, and ceramic capacitor. The potential energy generated by the solar-power transforming device is transformed to electrical power and stored in power-storing device such as battery, and illuminating device such as LED can be lit up by the stored power by controlled by light controlling device. The light of LED is guided to the light conductive tube to form the light source. The present invention is self-powered and self-recharged without needs of external power source, so that it will not consume the system power. The light conductive tube can be glass fiber to further homogeneously guide the light.
NOVELTY - A solar-powered power floating object for leisure aquatic sports is disclosed. The solar-powered power floating object for leisure aquatic sports comprises a solor energy means to continuously provide energy to a propeller power means under sunlight.
NOVELTY - The method involves installing an activated power spinning wheel (200) at oblique angle to the straight line of wave direction (501) corresponding to a rotation fixed shaft (100). The wave activated power spinning wheel is operated by applying wave energy, which comprises water wave energy and underwater wave energy. The wave activated power spinning wheel converts the wave power into torque.    USE - Method for generating power by wave power.    ADVANTAGE - The wave activated power spinning wheel is operated by applying wave energy, which comprises water wave energy and underwater wave energy, where the wave activated power spinning wheel converts the wave power into torque, and thus enables an efficient generation of power in an easy and economical manner.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic representation of a power generating method.    Rotation fixed shaft (100)    Activated power spinning wheel (200)    Wave (500)    Wave direction (501)    Support stand (700)
NOVELTY - The apparatus has solar cell (2) assembled in a container, and battery such as lead-acid battery (1) arranged in accommodating space (6) of the container. An opto-electronic conversion circuit is connected between the solar cell and battery. A fixture such as rod is connected with the container, for positioning the apparatus. A light sensing controller and a timer are electrically connected to the battery.    USE - Repositionable solar energy storage apparatus installed in ground surface and wall.    ADVANTAGE - The installation convenience and storage capacity of the storage apparatus can be improved by using a simple arrangement. The installation space of the storage apparatus can be reduced, since the solar cell and battery are enclosed in the container.    DESCRIPTION OF DRAWING(S) - The drawing shows an exploded view of the solar energy storage apparatus.    Lead-acid battery (1)    Solar cell (2)    Lower container segment (5)    Accommodating space (6)    Electronic circuit board (10)
NOVELTY - The vibrators (2) of ultrasonic probe (1) formed in circular arc shape connected to switching circuit (3) whose input and output terminals are connected to oscillation and receiving circuits (4,5) respectively. The outputs of delay and comparison circuits (6,7) are sequentially stored in storage circuit with preset threshold of output circuit (8). The comparison output is converted into two dimensional images by a circuit (10). A display device (11) displays images of jellyfish with weak reflected wave by detecting signal lower than threshold.    USE - Jellyfish detection apparatus for use in sea water power station. Can also be used in ship.    ADVANTAGE - The jelly fish with weak reflection of ultrasonic wave and corresponding moving speed can be detected reliably and extensively by driving the circular arc shaped probe to up and down or left and right and sequentially displaying image in the display device.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of jellyfish detection apparatus.    Ultrasonic probe (1)    Ultrasonic vibrator (2)    Switching circuit (3)    Delay circuit (4)    Receiving circuit (5)    Delay circuit (6)    Comparison circuit (7)    Output circuit (8)    Image combination circuit (10)    Display device (11)
NOVELTY - The power conditioner has a metal housing (1) provided with several display windows (1a) at back surface. A circuit board (2) is arranged at a preset distance (D) from the metal housing. A surface-mount type light emitting component (4) is provided in the circuit board in the position opposite to the display window. The non-electroconductive light guide portion (7) is provided in the metal housing for guiding the light emitted from light emitting component to the display window.    USE - Power conditioner used in solar energy power generation system.    ADVANTAGE - The light can be guided only to the display window by the non-electroconductive light guide portion. The freedom degree of components laid on the circuit board, is not disturbed. The photovoltaic power generation is enhanced.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of the power conditioner.    Metal housing (1)    Display window (1a)    Circuit board (2)    Surface-mount type light emitting component (4)    Non-electroconductive light guide portion (7)    Preset distance between metal housing and circuit board (D)
NOVELTY - The apparatus has several charge-discharge detection apparatuses (4-1-4-n) which detects the charge and discharge state of electrical storage devices (3-1-3-n) and output the detection signal to control apparatus (7). The control apparatus has an information management unit (7a) to which the charge-discharge detection signal is input and a switch control unit (7b) which controls opening or closing of one of switches (SW1-SWn) according to the output of information management unit.    USE - Electrical storage apparatus for wind-powered electricity generation system and photovoltaic power generation system.    ADVANTAGE - Outstanding electrical property can be obtained, by utilizing the natural power sources effectively. Electric power quality and electric-condenser maintenance factor are improved. The sulfation can be prevented and the working life of storage apparatus can be extended.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for charge and discharge control method.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of electrical storage apparatus.    Electrical storage devices (3-1-3-n)    Charge-discharge detection apparatuses (4-1-4-n)    Control apparatus (7)    Information management unit (7a)    Switch control unit (7b)    Switches (SW1-SWn)
NOVELTY - The system (1) has a converter (4) to output direct current (DC) voltage from a solar cell module (2). An inverter (6) converts the DC voltage stored in capacitor (5) into alternating voltage. The voltage detectors (8,9) detect the voltage at side of input terminal (14) of converter as converter input voltage and voltage at both ends of capacitor as capacitor voltage respectively. A starting determination unit (10) controls the starting of inverter based on the maximum power estimated value of solar cell module using the converter input voltage and capacitor voltage.    USE - Solar energy power generation system for use with general mains power supply.    ADVANTAGE - The starting of solar energy power generation system can be performed with sufficient precision and repetition of frequent starting/waiting state is suppressed effectively.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for starting method of solar energy power generation system.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of the solar energy power generation system. (Drawing includes non-English language text)    Solar energy power generation system (1)    Solar cell module (2)    Converter (4)    Capacitor (5)    Inverter (6)    Voltage detectors (8,9)    Starting determination unit (10)    Input terminal (14)
NOVELTY - An inverter unit (6) has single-phase inverters (6a-6c) which convert direct current voltage into alternating current voltage. A capacitor (5) is connected between single phase inverters (6b,6c) and capacitors (24b,24c). A resistor (26) connected at both ends of the capacitor maintains high voltage during operation of the inverter unit. A switch (12b) switches connection point between the inverter unit, electric power system and the load (18). A control unit (9) controls operation of the switches.    USE - Utility-interconnected inverter apparatus used in solar energy power generation system.    ADVANTAGE - The overcharging of the inverter unit can be prevented by connecting the resistor at both ends of the capacitor. The inverter unit can be started and connected with the load without the usage of the additional circuit element when the voltage of the inverter unit is less than predetermined voltage, power conversion efficiency can be improved at reduced cost.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for self-sustaining method of utility-interconnected inverter apparatus.    DESCRIPTION OF DRAWING(S) - The drawing shows a circuit diagram of the inverter unit. (Drawing includes non-English language text)    Capacitor (5)    Inverter unit (6)    Single-phase inverters (6a-6c)    Control unit (9)    Switch (12b)    Load (18)    Capacitors (24b,24c)    Resistor (26)
NOVELTY - A switch (8) inserted between the output terminals of an inverter unit (5) and the inverter apparatus, transmits the output of the inverter unit to a system (12). The resistance values of several resistors (26-1-26-3) of the inverter unit are set such that the magnitude of the electric current from the system into the resistors does not exceed the withstand voltage of the circuit component set of the corresponding single phase inverters (20-1-20-3), when the operation of the inverter unit is stopped in connection state between the inverter unit and the system.    USE - Utility-interconnected inverter apparatus for solar energy power generation system.    ADVANTAGE - The resistance values are set such that the electric current from the system into the resistors does not exceed the withstand voltage of the component set of the corresponding single phase inverters, when the operation of the inverter unit is stopped in connection state between the inverter unit and the system. Hence the utility-interconnected inverter apparatus can be stopped in the connected state with the inverter, increasing the lifetime of the relay of the switch.    DESCRIPTION OF DRAWING(S) - The drawing shows a circuit diagram of inverter unit. (Drawing includes non-English language text)    Inverter unit (5)    Switch (8)    System (12)    Single phase inverters (20-1-20-3)    Resistors (26-1-26-3)
NOVELTY - The device (3) has a voltage detection unit (19) which detects the voltage by the side of input terminal of direct current (DC)-voltage conversion circuit (18). A bypass relay (9) bypasses the function of DC-voltage conversion circuit. A control unit (24) controls the bypass relay to ON state, when the detected voltage exists in the range of predetermined value and DC-voltage conversion circuit is in stop state for predetermined time.    USE - Power conversion device of electric power generation system e.g. solar power generation system.    ADVANTAGE - The lifetime suppression of bypass delay can be prevented, as the voltage conversion is done in an effective manner.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for method of controlling power conversion device.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of electric power conversion system with power conversion device. (Drawing includes non-English language text)    Power conversion device (3)    Bypass relay (9)    DC-voltage conversion circuit (18)    Voltage detection unit (19)    Control unit (24)
NOVELTY - The lamp has a power switching device connected with a solar photovoltaic power unit and a conventional power unit. The power switching device is switched to conventional power unit when power supply from the solar photovoltaic power unit is reduced. The solar photovoltaic power includes a solar battery subassembly, a rechargeable battery and a solar charging-discharging controller. An LED driving controller i.e. constant flow source driving controller, adjusts illumination proportion of a light source i.e. LED lamp.    USE - Energy-saving plant growth lamp.    ADVANTAGE - The lamp saves energy during growth and cultivation of the plant, and is not limited by district and season, and has wide applicability and high popularization value.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of an energy-saving plant growth lamp.'(Drawing includes non-English language text)'
NOVELTY - The tidal and sea power system has a long pipeline (1) formed of a series of pipes that are arranged such that flow of water in and out of pipeline is artificially speeded up by the length of the pipeline. The velocity of air exiting and entering the pipeline is increased by the rise and fall of tide. The increased air velocity or increased water velocity is directed through a wind turbine (9) or water turbine (10), respectively, to generate electricity.    USE - Tidal wind and sea power system.    ADVANTAGE - The structure ensures continual unlimited and constant source of energy with nominal manufacturing costs, nominal maintenance costs, low installation costs and nominal environmental impact.    DESCRIPTION OF DRAWING(S) - The drawing shows the sectional view of the pipeline of the tidal and sea power system.    Pipeline (1)    Shroud (7)    Duct (8)    Wind turbine (9)    Water turbine (10)
NOVELTY - The system has a deterrent body e.g. scarecrow, or a material e.g. strap and foil, which is moved by solar power and by a motor at a short time to sound an acoustic signal i.e. crow howl. A solar power supply device supplies the system with the solar power. The system is started by a motion sensor. The acoustic signal is retrieved by a memory chip/microprocessor and heard over a loudspeaker.    USE - Repellent system for use in a ground, balcony or a roof for repelling a bird i.e. pigeon (claimed). Can also be used for a crow.    ADVANTAGE - The deterrent body e.g. scarecrow, or the material is moved by the solar power and by the motor to sound the acoustic signal i.e. crow howl, thus achieving an optimal repellent of the bird.
NOVELTY - The device has a crossbeam (2-2) fixed with a platform elevation adjusting lifter (6), and a telescopic stick (7) located on the platform elevation adjusting lifter, where an end part of the telescopic stick is hinged with a battery plate platform (3). A hinged point of main supporting arms (2-1) is located on a base (1). A hinged point of the telescopic stick and the hinged point of the main supporting arms are located not on the same line. A base circumferential driving planetary reducer (5) is connected with the platform elevation adjusting lifter and an electric control device (8).    USE - Automatic sun-tracking photovoltaic power generating device.    ADVANTAGE - The device realizes the adjustments of circumferential direction and pitching of a photovoltaic power generating device, so as to improve the adjusting degree of freedom of automatic sun-tracking. The device improves the utilization ratio of the sun light, bears large dynamic load and has high structural strength.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of an automatic sun-tracking photovoltaic power generating device.    Base (1)    Main supporting arms (2-1)    Crossbeam (2-2)    Battery plate platform (3)    Base circumferential driving planetary reducer (5)    Platform elevation adjusting lifter (6)    Telescopic stick (7)    Electric control device (8)
NOVELTY - The rotating generator comprises multiple unit bodies (1), where a guide plate is provided in each unit body for guiding the flow of seawater in the interior of a vacant chamber (3b-1,3b-2,2b-1), in which a rubble is received. A spinning wheel is provided, in which a cover plate (3-1) is installed. A guide rail is formed in the front or rear side of a supporting plate.    USE - Rotating generator for generating power from tidal current.    ADVANTAGE - The rotating generator comprises multiple unit bodies, where a guide plate is provided in each unit body for guiding the flow of seawater in the interior of a vacant chamber, in which a rubble is received, and a spinning wheel is provided, in which a cover plate is installed, and thus increases the power generation efficiency, and also enables an easy and convenient installation of the rotating generator in an economical manner.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a unit body of a rotating generator.    Unit body (1)    Cover plate (3-1)    Vacant chambers (3b-1,3b-2,2b-1)    Drive pulley (7a)    Belt (7c)
NOVELTY - The floating structure has a top hull (7) comprised of lightweight compression gas filling material. A draft float (5) is connected to the hull structure through a support cylinder (6). A submersion float (1) provided with tail portion (2) is connected to the draft float through a connection cylinder (4). The draft float and the submersion float are arranged along the vertical centerline.    USE - Floating structure for submersible catamaran (claimed) and anchoring type offshore electric power generation system.    ADVANTAGE - The buoyancy is improved and the fluctuation of flow is absorbed. The resistance to ocean current is improved.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:    (1) ultra lightweight spiral windmill; and    (2) anchoring base system.    DESCRIPTION OF DRAWING(S) - The drawing shows the schematic view of the water turbine.    Submersion float (1)    Tail portion (2)    Connection cylinder (4)    Draft float (5)    Support cylinder (6)    Top hull (7)
NOVELTY - The electric power generating device (300) has a water gate (200) installed such that it is opened and closed for discharging water stored upstream in a dam (100) to downstream. The piston is connected to lower surface of a buoyant unit (2) and moves rectilinearly with elevating movement of the buoyant unit. Fluid pipeline (10) connects each cylinder such that fluid flows in each cylinder. Generator (12) installed at upper segment of the dam rotates a turbine by using potential energy of water discharged by opening the water gate in dam and produces electricity.    USE - Electric power generating device, particularly hydraulic power generating device.    ADVANTAGE - The generator rotates the turbine by using potential energy of water discharged by opening the water gate in dam and produces electricity, and hence prevents generation of pollution and ensures an eco-friendly electric power generating device.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of an electric power generating device.    Buoyant unit (2)    Fluid pipeline (10)    Generator (12)    Dam (100)    Water gate (200)    Electric power generating device (300)
NOVELTY - The windmill (10) has wind guide plates (12) forming an inclined plate (11) to accelerate speed of wind, and a rotary shaft (13) connected to a generator.    USE - Perpendicular windmill for a wind power generation system in sea and land.    ADVANTAGE - The windmill provides high wind collection ratio to run electric power generation facilities to produce energy, thus improving the performance of the wind power generation system.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a perpendicular windmill.    Perpendicular windmill (10)    Inclined plate (11)    Wind guide plates (12)    Rotary shaft (13)
NOVELTY - The conical helicoid has several curved sails (120). The flexible or rigid conical helicoid is attached to tower and energy-harvesting system. The conical helicoid is 1 inch - 500 feet in diameter and height. The conical helicoid is arranged in such a way that its apex (110) faces toward the on-coming wind so that airflow transverses through the curved sail from front center (130) to outer rear extremity (140).    USE - Article of manufacture e.g. conical helicoid wind turbine for use with tower (both claimed) used for wind power generation. Uses include but are not limited to energy collection system, ground level system, ocean based system, tower based system, tethered system, solar power system, and geo-thermal energy system.    ADVANTAGE - High load low rpm wind turbine can be designed while reducing backflow turbulence, and maintenance cost. Conical helicoids are made of components which are safer for wildlife and birds. Noise reduction can be realized. Strobe effect can be dampened by slower rotation speed of helicoids manufactured with translucent materials.    DESCRIPTION OF DRAWING(S) - The drawing shows the perspective view of the conical helicoid wind turbine.    Wind turbine (100)    Apex (110)    Curved sails (120)    Front center (130)    Rear outer extremity (140)    Spline ribbing (150)    Edges (160,170)    Top surface (180)    Bottom surface (190)
NOVELTY - The output voltage of each wind-powered generator and measured values of output electric power are collected for every control period. The constraint conditions that absorbs voltage variation of active power at interconnection point with reactive power of generator, suppresses mutual cross current of generator, and restricts active power of generator in specific range are satisfied. The active power and reactive power of generator are controlled to minimize the variation of active power with respect to last control period in interconnection point.    USE - Control method of distributed power supply group e.g. wind-powered electricity generator group. Can also be used in photovoltaic power generator group, small-scale hydro power generator group, tidal power generator group, and electric power generator group.    ADVANTAGE - The cooperative control of distributed power supply is performed so that the active power and reactive power of generator are allocated appropriately. Hence, the operation of distributed power supply group can be optimized.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for distributed power supply group system.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of the distributed power supply group system. (Drawing includes non-English language text)    Current sensor (6)    Voltage sensor (7)    Electric power converter (8)    Wind mill (10)    Controller (20)
NOVELTY - The structure (5) has an electromagnet (3) fixed at a bottom layer (2) i.e. bearing component bottom part (22), of a secondary structure (1), and a structural electromagnet (4) correspondingly fixed below the electromagnet. Electromagnetic polarities of an electrified electromagnet and the structural electromagnet are same. The electromagnet and the structural electromagnet are fixed with an electromagnet controller (9) with an earthquake signal receiver (10). The electromagnet and the structural electromagnet are normal conducting electromagnets or superconducting electromagnets.    USE - Quake-proof magnetic suspension engineering structure i.e. building such as an industry building, a public building, a space structure with great span, a high tower frame, an ocean platform and a nunclear power plant (all claimed).    ADVANTAGE - The design of the structure avoids influence of earthquake on the structure.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic side view of a quake-proof magnetic suspension engineering structure.    Secondary structure (1)    Bottom layer (2)    Electromagnet (3)    Structural electromagnet (4)    Quake-proof magnetic suspension engineering structure (5)    Electromagnet controller (9)    Earthquake signal receiver (10)    Bearing component bottom part (22)
NOVELTY - The method involves drying biomass material, and smashing and solidifying dried biomass material. Aerobic gasification is performed on gasification material in biomass material to generate gasification fuel gas and waste gas. The gasification fuel gas is utilized to heat and pyrolyze carbonization pyrogenation material at high temperature to generate biomass charcoal and pyrogenation waste gas. Purification separation is performed on pyrogenation waste gas to generate pyroligneous waste gas, wood tar, biomass fuel gas.    USE - Method for generating pyroligneous waste gas, wood tar and biomass fuel gas that is utilized in an internal combustion generator (all claimed).    DESCRIPTION OF DRAWING(S) - The drawing shows a flow diagram of a pyroligneous waste gas, wood tar and biomass fuel gas generating method.'(Drawing includes non-English language text)'
NOVELTY - The device has a handle (1) inserted into a handle transmission input port of a speeding-up box (2), and a main shaft (7) inserted into a blade transmission input port of the speeding-up box and connected with a housing of the speeding-up box via a connection sleeve (4). An output shaft of the speeding-up box is connected with the main shaft of a motor (3). A cam groove is formed in an outer end-face of the connection sleeve. A roller at an end of a connection rod (5) is installed in the cam groove. Another end of the connection rod is hinged with a blade main shaft (13).    USE - Small portable manual and ocean current synthesized generating device for a civil fishing boat.    ADVANTAGE - The blade angle is controlled by the cam link mechanism while the blade is in revolution, thus increasing utilization rate of the ocean current energy. The ocean current energy generation assistance can be performed manually, when ocean current flow velocity is low. The blade can be detached and generation of electricity can be performed manually, when blade goes wrong or has no flow velocity. The device can supply electricity to general civil fishing boats and offer requirements of illumination. The device is inexpensive, convenient to detach and simple to maintenance. The device reduces consumption of non-renewable energy resources such as petroleum, reduces emission, generates profit and increases income to fishermen.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a small portable manual and ocean current synthesized generating device.    Handle (1)    Speeding-up box (2)    Motor (3)    Connection sleeve (4)    Connection rod (5)    Main shaft (7)    Blade main shaft (13)
NOVELTY - The device has two bevel gears (41, 42) provided with reverse rotating directions and placed on planetary wheels (4). Two bevel gears (61, 62) with reverse rotating directions are placed on an inner gear (6). Bevel gears (31, 32, 41, 42, 61, 62) are provided with same tooth parameters. The bevel gears (31, 32) on a sun wheel (3) are respectively engaged with the bevel gears (41, 42) on the planetary wheels. The bevel gears (41, 42) on the planetary wheels are respectively engaged with the bevel gears (61, 62) on the inner gear.    USE - Double bevel gear planetary transmission device for a nuclear power water circulation cooling pump in a nuclear power generating field, water power generating field and a wind power generating field.    ADVANTAGE - The device has large bearing capacity, and stable and reliable operation. The inner gear, inner and outer shaft coupling joints, and a case are floatably linked without a bearing location, so that the device has better automatic load-equalizing performance, less occupied space, high transmission efficiency, better reliability and long service life.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of a double bevel gear planetary transmission device.    Sun wheel (3)    Planetary wheels (4)    Inner gear (6)    Bevel gears (31, 32, 41, 42, 61, 62)
NOVELTY - The lift has a solar power generating device connected with a power supply input identifying interface and an accumulator. An output end and an input end of the accumulator are connected with an input end of the power supply input identifying interface and an output end of a lift driving controller, respectively.    USE - Lift.    ADVANTAGE - The lift has simple structure, and is convenient to operate. The lift has power supply switching capability. The lift utilizes the solar power generating device as reserve power supply to store electric energy in the accumulator for future use, so that the lift can operate normally even when the main supply is cut off. The lift solves safety problem of a user.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a lift.'(Drawing includes non-English language text)'
NOVELTY - The system has a portable transceiver (20) transmitting bursts of digital data to a satellite system, and a portable global positioning sensor provided in operative communication with the transceiver for monitoring a location of a railroad car (12). A remote monitoring unit downloads the location data from the satellite system. A solar power collection and storage system is operatively connected to the transceiver, and comprises a bank of ultracapacitors arranged in parallel with a rechargeable battery such that power demands for the transceiver are drawn from the ultracapacitors.    USE - Solar powered data reporting system i.e. global positioning and data communications system, for use on a railroad car e.g. tank car and hopper car, to transmit position status information to a remote monitoring unit.    ADVANTAGE - The solar power collection and storage system comprises the bank of ultracapacitors arranged in parallel with the rechargeable battery such that power demands for the transceiver are drawn from the ultracapacitors, thus enabling the system to be operated at multiple recharging cycles while preventing degradation of storage potential.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic representation of a global positioning and data communications system for communicating location and status data between a railroad car and a monitoring unit.    Railroad car (12)    Portable transceiver (20)    Temperature sensor (32)    Accelerometer (34)    Load sensor (36)
NOVELTY - The enlarger has a P-type semiconductor (2) whose end (B) is connected with an end (E) of a direct current regulator (10), and a numerical control switch (9) connected with a terminal (F) of the regulator. Two output terminals of a power supply (13) are connected with a chip (12). Three buses are connected with the chip and the numerical control switch in parallel, and two output terminals of the regulator are connected with a load (11). A spherical shell layer (1) includes an inner glass layer, middle silver coating layer and an outer high-intensity plastic layer.    USE - Enlarger for converting thermal energy in water and air into electric power.    ADVANTAGE - The enlarger eliminates the energy crisis and greenhouse effects created by fire power, water power and nuclear electric power generators, and protects the environment. The enlarger can be mounted anywhere, and can utilize energy circularly and save industrial chemicals such as coal and oil. The enlarger can enlarge and output electronic current for multiple times, and improves work efficiency of the unchanged input electronic current greatly.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic partial sectional view of an enlarger.    Ends (B, E)    Terminal (F)    Spherical shell layer (1)    P-type semiconductor (2)    Numerical control switch (9)    Direct current regulator (10)    Load (11)    Chip (12)    Power supply (13)
NOVELTY - The converter has iron cores (3,5) whose magnetic flux become mutually reverse direction as unsaturated zone (9) which is less than a magnetic saturation region (8), when the direction of magnetic flux of alternating current magnetic flux on which closed magnetic circuit is superimposed and the direction of bias direct current magnetic flux (17) makes the iron cores to exceed the saturation point. The electric energy conversion is performed by making bias or line windings (2,4) to generate electromotive force and to produce electric current of direct or alternating current.    USE - Magnetic saturation type power converter of tripod type for direct current (DC) power transmission system used in photovoltaic power generation and wind-powered electricity generation.    ADVANTAGE - The electric power conversion efficiency of the power converter is improved, while reducing the losses produced by heat and noise and reducing the size.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of magnetic circuit. (Drawing includes non-English language text)    Bias winding (2)    Iron cores (3,5)    Line winding (4)    Magnetic saturation region (8)    Unsaturated zone (9)    Bias direct current magnetic flux (17)
NOVELTY - The stabilizer has a fluctuation detection block (60) that determines fluctuations included in the active and reactive components of system current and fluctuations included in frequency signal and amplitude signal of system voltage. The fluctuation detection block has low-pass filters (61,62) having first order delay characteristics with predetermined time constants. A subtractor (63) subtracts and outputs the output signals of the low-pass filters. A feedback circuit (64) feeds back the output of the subtractor to the low-pass filters.    USE - Stabilizer for photovoltaic power generation installation and wind-powered electricity generation installation of electric power system (claimed).    ADVANTAGE - Since the output of the subtractor is fed back to the low-pass filters by the feedback circuit, the stabilized operation of the electric power system can be ensured reliably without using current detector.    DESCRIPTION OF DRAWING(S) - The drawing shows a circuit diagram of the stabilizer.    Fluctuation detection block (60)    Low-pass filters (61,62)    Subtractor (63)    Feedback circuit (64)    Adder (65)
NOVELTY - The production station has a casing (1) including an upper portion (14) with multiple blades (12) that are activated by wind. A lower portion (2) of the casing includes a base with air intakes (3) connected to an air conduit (3a) that runs through inside of the casing. A neck portion (8) is covered with solar panels (10) on the outside. A fan (9) is activated when force of the wind is insufficient to achieve a desired rotation of the blades. A power generator (7) is provided inside the casing and generates power using captured wind and solar energy.    USE - Solar-and wind-based electricity production station.    ADVANTAGE - The production station is small and compact.    DESCRIPTION OF DRAWING(S) - The drawing shows a front view of a solar-and wind-based electricity production station.    Casing (1)    Lower portion (2)    Air intakes (3)    Air conduit (3a)    Power generator (7)    Neck portion (8)    Fan (9)    Solar panels (10)    Blades (12)    Upper portion (14)
NOVELTY - The power-optimized closed wave energy converter consists of a tubular central part (1) with turbines (2,3) with connected generators (17). The turbines consist of two tubular neck parts (4,5) guided transverse to the water surface at the ends of the central part. The head pieces (6,7) with flanged, closed lifting chambers (8,9) are placed transverse to vertical at the ends of the neck parts. The wave energy converter is partially filled with a fluid working medium (10) and its bottom is provided with one to two round keels (11).    USE - Power-optimized closed wave energy converter for transformation of kinetic energy of sea waves into electric energy.    ADVANTAGE - The power-optimized closed wave energy converter consists of a tubular central part with turbines with connected generators, and the turbines consist of two tubular neck parts guided transverse to the water surface at the ends of the central part, and thus prevents the penetration of foreign substances in the inner side of the wave energy converter, and ensures simple structure and reduced building and maintenance costs.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic longitudinal sectional view of a wave energy converter.    Tubular central part (1)    Turbines (2,3)    Tubular neck parts (4,5)    Head pieces (6,7)    Lifting chambers (8,9)    Fluid working medium (10)    Round keel (11)    Generator (17)
NOVELTY - The bracket has four vertical axle racks (9) for supporting a plane-structured battery plate fixed bracket part (1), and a screw lifting mechanism (3) provided in the vertical axle racks. A horizontally rotary mechanism (8) is provided on an annular rail base (7), and lower ends of vertical shaft racks are connected to the horizontally rotary mechanism. Multiple reinforcing connecting racks (6) are connected between the vertical axle racks to form a square shape, and an outer lateral side of the annular rail base is connected with a chain rail (4).    USE - Rotary device integrated solar bracket for supporting a large power solar battery plate/board of an automatic track solar device.    ADVANTAGE - The bracket is designed to rotate similar to a round base rail, thus effectively realizing large angle adjustment for a light collection face in east and west directions. The gravity center of a frame in the automatic track solar device of the rotary mechanism is greatly reduced, and the frame strength is greatly increased. The bracket is inexpensive and suitable for a large power battery board structure, and has a compact structure and high air-resistant performance.    DESCRIPTION OF DRAWING(S) - The drawing shows a partial sectional side view of a rotary device integrated solar bracket.    Plane structured battery plate fixed bracket part (1)    Screw lifting mechanism (3)    Chain rail (4)    Reinforcing connecting racks (6)    Annular rail base (7)    Horizontally rotary mechanism (8)    Vertical axle racks (9)
NOVELTY - The method involves recharging a direct current (DC) battery (1) of a power generator, when the battery is used as a power source. The output of the DC battery is converted to alternating current (AC) power, where a portion of the AC power is used to handle a system load and to operate an alternator to produce low current and low voltage AC power. The alternator is connected to the DC battery, while supplementing the power for operating the alternator from an additional power source (6) such as solar power source or wind power source.    USE - Method for extending operating time of direct current (DC) battery operated portable generator utilized for electrically-powered items such as electrical tools, lights and radios.    ADVANTAGE - The method enables increasing the time of operation of the direct current (DC) powered generator without recharging, thus saving resources and money. The method enables extending battery life, thus enabling usage of the portable generator at places where house current is not available and enabling camping vans to be connected to the generator to power electrical devices.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic circuit diagram of a system showing direct current battery, inverter, alternating current motor and fan, mechanical shaft, alternator and regulator, with additional power source external to the system.    Direct current battery (1)    Inverter (2)    Motor and fan (3)    Mechanical shaft (4)    Additional power source (6)
NOVELTY - The apparatus has a set of magnets e.g. permanent magnets, coupled to an inner magnet support in a helix arrangement. An outer magnet support has a helical cavity extending through a portion of an outer support, where the cavity receives a portion of the inner support. Another set of magnets is coupled to the outer support in another helix arrangement partially about the cavity. The former set of magnets exerts a repulsive force on the latter set of magnets when a portion of the inner support moves in the cavity relative to the outer support.    USE - Apparatus for use in a linear actuator and an ocean wave energy converter system (all claimed), for linear motion and rotary motion conversion.    ADVANTAGE - The magnets have a smooth surface, which reduces air gap and improves performance of the apparatus while reducing cogging effects and eddy current losses.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for linear motion and rotary motion conversion.    DESCRIPTION OF DRAWING(S) - The drawing shows a close-up cross section side view of a magnet assembly and a center screw.    Float (1320)    Magnet assembly (1370)    Pole shoes (1372)    Ring magnets (1374)    Threads (1376, 1378)
NOVELTY - The apparatus has a hollow light guide with a longitudinal axis. A light reflective layer is provided on a portion of an inner sidewall. A light source i.e. LED, is positioned against ends of the light guide such that the light emitted by the light source, is directed through the light guide between inner and outer sidewalls. The light source has width less than distance between the inner and outer sidewalls such that flux generated by the light sources passes into the light guide between the inner and outer side walls.    USE - LED lighting apparatus for use in a solar powered lantern (claimed) for providing a uniformly illuminated light emitting surface.    ADVANTAGE - The light source is positioned against ends of the light guide such that the light emitted by the light source, is directed through the light guide between inner and outer sidewalls, thus spreading the light by diffusing the light from the light source.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a lighting assembly.    Lighting apparatus (10)    Hollow light guide (12)    Cap (60)    Brim (62)    Handle (66)
NOVELTY - The method involves using a computer to evaluate potential control actions for particular times and resource values by calculating a utility of potential spending and risk taking levels, such that the utility in the specific time of the spending and a future expected utility are combined through an end of the time horizon of future spending and risk taking levels. A part of the control action policy is output for the time horizon and the potential resource values, including recommendations for the spending and the risk taking levels.    USE - Computer-implemented method for generating a recommended control action policy in a multi-year planning setting, for a space ship control, solar car power consumption during a multi-day race, and retirement portfolio management.    ADVANTAGE - The method allows formulation of optimal multiple period control policies, and allows practical application to problems involving consumption over time and uncertain replenishment of resources.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are also included for the following:    (1) a planning server for selecting immediate control actions in a multi-year planning setting, comprising a processor    (2) a control strategy evaluation system comprising a lifetime control policy simulation server.    DESCRIPTION OF DRAWING(S) - The drawing shows a flow diagram of the method for developing a control strategy.
NOVELTY - A thermoelectric conversion unit (11) converts heat into electric power, and outputs the voltage according to operating current. A voltage conversion unit (12) increases or decreases the voltage, when operating current is sent to the conversion unit. A maximum power judging unit (14a) determines whether the electric power is of maximum value, and a voltage judging unit (14b) determines whether the voltage exists in preset range. A control unit (14c) controls the voltage conversion unit based on the judged results, so that the operating current becomes preset value.    USE - Thermoelectric conversion apparatus for transforming waste heat energy from waste gas of internal combustion engine of vehicle into electric power.    ADVANTAGE - The electric power conversion efficiency of the apparatus is improved, while reducing the electric power loss simple structure.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of thermoelectric conversion apparatus. (Drawing includes non-English language text)    Thermoelectric conversion unit (11)    Voltage conversion unit (12)    Maximum power judging unit (14a)    Voltage judging unit (14b)    Control unit (14c)
NOVELTY - A switch (2) connects the small wind-powered electricity generation system (WG) with photovoltaic power generation system during linkage state, and connects the main power supply system (AC) with photovoltaic power generation system during non-linkage state. A switch controller (3) controls operation of switch. The switching of wind powered electricity generation linkage and non-linkage states is performed based on the charging/discharging state of battery (BT) which stores the generated electric power.    USE - Small wind-powered electricity generation utility interconnected apparatus.    ADVANTAGE - Since the structure of the wind-powered electricity generation utility interconnected apparatus is simplified, the size, weight and cost of the system are reduced efficiently. The interconnection losses are reduced and the loss of electric power is suppressed. The undesirable influence on the driving state of the utility-interconnected inverter is prevented.    DESCRIPTION OF DRAWING(S) - The drawing shows a circuit diagram of small wind-powered electricity generation utility interconnected apparatus. (Drawing includes non-English language text)    Switch (2)    Switch controller (3)    Main power supply system (AC)    Battery (BT)    Wind-powered electricity generation system (WG)
NOVELTY - The apparatus has a load support plate fixed in an inner side of a square frame. A circular gear is equipped in a powertrain board to obtain power generated by gravity of a vehicle. A clutch bearing is provided in center of the circular gear, and screwed in a rotary shaft. A windup spring is fixed in the rotary shaft. A speed increasing gear rotates with the windup spring. A generating set comprises a generator provided at a side of a rotator. Jamming protrusions are formed in a rotary shaft end part.    USE - Electric power generating apparatus for use in a conduit type power generation station and a water purification plant fraction power generating station in dam.    ADVANTAGE - The apparatus can generate electricity by utilizing the gravity of the vehicle passing on the motorway. The apparatus utilizes multiple generating sets for producing large amount of power. The apparatus requires less installation space. The construction cost of the apparatus is less when compared to the hydroelectric power generation device.    DESCRIPTION OF DRAWING(S) - The drawing shows an exploded perspective view of a powertrain board and a square frame of an electric power generating apparatus.
NOVELTY - The device has a wind power generator (2) and a solar cell (1) whose output terminators are connected with an input terminator of direct current (DC)/DC converters (3, 4) to rise/reduce voltage transformation. A communication interface (9) and a keyboard display (10) are connected with a full digital wind and light complementary generation controller (5) for controlling running of rising/reducing voltage of the DC/DC converters. The output terminators of the DC/DC converters are connected with a storage battery (7) and a load (8).    USE - High-efficiency wind and light complementary generation control device.    ADVANTAGE - The device charges the storage battery to expand usable wind energy and solar energy resource.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a high-efficiency wind and light complementary generation control device.'(Drawing includes non-English language text)'    Solar cell (1)    Wind power generator (2)    Direct current/direct current converters (3, 4)    Full digital wind and light complementary generation controller (5)    Storage battery/load interface (6)    Lead-acid storage battery (7)    Load (8)    Communication interface (9)    Keyboard display (10)    Wind power generation rectification circuit (11)
NOVELTY - An anti-corrosion fluorocarbon finishing coat for wind power generation equipment, comprises a coat and a curing agent; where the amount of the curing agent is 7-12% of the amount of coat.    USE - The anti-corrosion fluorocarbon finishing coat is useful for wind power generation equipment (claimed).    ADVANTAGE - The anti-corrosion fluorocarbon finishing coat replaces the general acrylic polyurethane coating on market, which can improve anticorrosion effect of the wind power generation equipment without changing the existing coating process, and can greatly prolong service life.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is a method for preparing the anti-corrosion fluorocarbon finishing coat for wind power generation equipment.
NOVELTY - The device has two opposing parabolic disks with a circular body, where the disks are provided back to back with an evolving system of loops at rims and use liquids and gas as primary and basic materials. Moving parts and fixed parts are made of light and hardened materials such as wood, plastic, duraluminum, titanium, and stainless steel. The gas inside the body is pressured air or gas that is lighter and non-corrosive toward metal parts. The liquids for complete immersion of the body are water or non-toxic, less-evaporation quotient liquids.    USE - Evergy apparatus/push archimede energy (EVA/ PAE) device i.e. moving circular body, for use in a rotor of an electric generator in home for fresh water supply, and immersed in a water tank. Can also be used for electric power plants in community or regional uses.    ADVANTAGE - The evolving system of loops at the outer rims of the two opposing disks filled with pressured air to maintain the volume of the device unchanged during running while completely immersed in the water and equipped with an additional cover. The device produces an electric energy without using fuels.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of an active part or a bigger portion and a reactive part or a smaller portion of an evergy apparatus/push archimede energy device from top to bottom of a water-tank.
NOVELTY - The compound heat-source power generating plant has working fluid which is heated by feeding into a sunlight heat exchanger (3) through a circulation pipe (1) then secondarily heated with a geothermal heat exchanger (4). A turbine (5) is rotated with the release pressure of the working fluid then the rotational drive of the turbine is converted into electrical machinery with a generator (6). The working fluid after electric power generation is fed into an ice heat exchanger for cooling and performs continuous circulation through the circulation pipe via the working fluid supply pump (2).    USE - Compound heat-source power generating plant.    ADVANTAGE - Acquires economical efficiency since electric power source such as solar and geothermal heat, is low cost. Contributes to global warming suppression since there is no carbon dioxide emission. Provides stable supply of electric power since supply is not affected by weather by utilizing geothermal heat.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic front view of the compound heat-source power generating plant. (Drawing includes non-English language text).    Circulation pipe (1)    Working fluid supply pump (2)    Sunlight heat exchanger (3)    Geothermal heat exchanger (4)    Turbine (5)    Generator (6)
NOVELTY - Wave energy is captured by floats and transmitted via wires (6, 7) which extend around pulleys (1) that are anchored (5) to the sea bed, before being delivered to a point on land or an island or boat where they are connected to belt pulleys or similar wheels for driving axles. The wires are kept under tension by counterweights. The pulleys are anchored inside a tube (2) through which the wire passes, the ends of the tube being anchored to the sea bed. The tubes can be paid out along the wire from a location on land, until it reaches the desired anchor location. On land, the wire is connected to a belt pulley or other wheel, which is used to drive an axle. A flywheel on the axle balances out any axle momentum due to the wave energy. The axle is connected to a generator, machine or pump.    USE - For generating electricity or supplying energy to a pump or other machine, e.g. for machinery in the pulp, steel, aluminum or concrete industry, as well as air compressors used to purify air or for the fractional distillation of air in order to produce liquid oxygen, hydrogen and carbon dioxide. The air purification apparatus can be used to generate hydrogen for car fuel cells and oxygen for release into the atmosphere, whilst carbon dioxide is destroyed.    ADVANTAGE - A cheap source of energy.    DESCRIPTION OF DRAWING(S) - The figure shows a wire tube anchored to a rock.    Pulleys (1)    Tube (2)    Extension tube (3)    Anchor rock (5)    Wires (6, 7)
NOVELTY - The deployment and retrieval system has a submersible structure (1) with a buoyancy chamber (3) which is large enough that when filled with gas, it enables the submersible structure to float. When in use, a WEC (5) can be transported to a site on the submersible structure and launched by releasing the gas from the buoyancy chamber. A tethering unit is coupled to the submersible structure for tethering the wave energy converter to the submersible structure. A docking station (10) is provided for mechanically coupling the WEC to the submersible structure during transportation.    USE - Deployment and retrieval system for WEC. Can be used for transporting, launching, mooring and retrieving WEC which is used for converting ocean wave energy into electrical energy, and which may be a basic buoy type WEC or other types of tethered WECs.    ADVANTAGE - Deploys and retrieves a WEC in a wide variety of sea-states, ocean depths and weather conditions without the use of commercial divers. Ensures that the deployment and retrieval system is fully automated and remotely controllable. Incorporates a host of features that make it possible to remotely control the commissioning and retrieval of the WEC from a safe location without the use of commercial divers.    DETAILED DESCRIPTION - The submersible structure is a barge structure having tow points (4) to enable it to be coupled to a marine vessel for towing the barge structure out to sea. The barge structure has a ballast (2) with sufficient mass to act as a clump weight mooring for the WEC when the buoyancy chambers of the barge structure have been evacuated. An INDEPENDENT CLAIM is also included for the deployment and retrieval method for WEC.    DESCRIPTION OF DRAWING(S) - The drawing shows the perspective view of the WEC being launched using the deployment and retrieval system.    Submersible structure (1)    Ballast (2)    Buoyancy chamber (3)    Tow points (4)    WEC (5)    Docking station (10)
NOVELTY - The hydro-power generating system (100) has a platform (122) floating on a river (R). The platform includes a waterwheel (125) which rotates on a horizontal axis above the level of the river. A solid platform floor portion (128) is arranged beneath the waterwheel. A bumper screen (123) is arranged upstream from the waterwheel for deflecting and filtering waterborne objects.    USE - Hydro-power generating system for generating power such as electrical power.    ADVANTAGE - Provides a unique array of classical elements, which when combined, generate electricity or direct mechanical power from the moving water without a dam or other substantial diversion of the water. Enables the generating station to be rapidly removed in the event of floor or other seasonal changes and for services to be performed. Ensures that the hydro-power generating system is stabilized and safeguarded by a drawbridge located upstream of the wheel, in which the drawbridge also supports a protective screen. Includes an anchor that provides robust footing on one side of the waterway, in which the base for both the crane and drawbridge is attached to the anchor.    DESCRIPTION OF DRAWING(S) - The drawing shows the perspective view of the hydro-power generating system.    Hydro-power generating system (100)    Platform (122)    Bumper screen (123)    Waterwheel (125)    Solid platform floor portion (128)    River (R)
NOVELTY - The cap has a body made of a solar photovoltaic battery board. A capacitor battery is equipped in the body, and a power supply outlet wire and a switch are equipped on the battery.    USE - Solar power storage cap.    ADVANTAGE - The cap can cover the body on the head under sunlight. The cap can provide shade for sunshine, and generate and store power.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a solar power storage cap.
NOVELTY - The wind power charging device (1) has a fan (11) which rotates according to wind power and generates rotation power which is converted to electric power by a power transformation device (12). A switching device (13) receives the electric power and outputs a first charging voltage for charging a rechargeable battery (14). An output terminal (15) receives the first charging voltage and a second charging voltage outputted by the battery and outputs a third charging voltage. The switching device outputs the first charging voltage to the battery or output terminal.    USE - Wind power charging device for portable electric apparatus, such as mobile phone or MP3 player.    ADVANTAGE - Rechargeable battery can be charged for storing back-up power, when battery of portable electric apparatus does not need to be charged and wind power is enough. Wind power charging device can charge the battery of the portable electric apparatus, even when there is no power supply device.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic block diagram of a wind power charging device.    Wind power charging device (1)    Fan (11)    Power transformation device (12)    Switching device (13)    Rechargeable battery (14)    Output terminal (15)
NOVELTY - A boron containing wastewater is processed by adding carboxylic compound chosen from aldonic acid or uronic acid to wastewater containing boron, and removing boron by filtration after adding adsorption agent with respect to carboxylic compound.    USE - Processing of boron containing wastewater e.g. industrial effluent, industrial wastewater, incinerator plant smoke cleaning wastewater, geothermal energy wastewater, river and underground water.    ADVANTAGE - The method is efficient and safe.
NOVELTY - A control device of solar cell array is disclosed, which comprises plural solar cell module, a bi-directional DC converter, at least a voltage detector, and a control unit. The bi-directional DC converter is electrically connected to the solar cell module correspondingly, so as to connect the solar cell module in series, and form the solar cell array. The voltage detector is electrically connected to the solar cell module. When a solar cell module is abnormal, the detector can detect the abnormal voltage value generated. The control unit is electrically connected to the voltage detector and the bi-directional DC converter. By determining the abnormal voltage value, the control unit outputs the pulse-width modulation signal to control the bi-directional DC converter, so as to compensate the converting current, and promote the output power of the solar cell module.
NOVELTY - The method of producing electricity using gravitational force is disclosed. The method is applied in power sector to get huge energy and cost of electricity is very low. The method is pollution free. Image 0/0
NOVELTY - Electrical power can be produced without fuel. Perpetual power is produced by a perpetual motion machine. It is a mechanical process of compressed air and water in the manner that produce electrical power without any type of fuel. It is a technique that output become more than input. The aim of this perpetual power research is to provide ample, cheaper, endless and at door electrical power. Image 1/1
NOVELTY - One end of a long pipe is kept dipped in sea to a certain depth and its other end is taken to a place at a certain elevation out of water. With the effect of wave energy water rushes into dipped end and comes out of its other end in the form of continuous stream depending up on the diameter and length of the pipe and height of water wave fronts raising and falling at entering end. The water currents are allowed to pass through one end of the pipe kept dipped in sea area situated at higher level (elevation) it comes out continually as a stream of water from its other end kept at lower level at an elevation out of water. Image 0/0
NOVELTY - The system generates electric power (a-e) by passing the seawater and freshwater though turbines (1-4) arranged in series. The turbine has 3-5 blades rotating along the circumferential direction.    USE - Fluid guidance electric power generation system installed in sea, and lake.    ADVANTAGE - The reduction of global warming is realizable by building eco-power generation unit using natural power sources.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of fluid guidance electric power generation system. (Drawing includes non-English language text)    Turbine (1-4)    Voltage transformation unit (A)    Storage pump (G)    Water-storage tank (H)    Electric power (a-e)
NOVELTY - The torque transmission arrangement (A) has three torque transmission units (3A-3C) that are arranged around the rotation axes (1a,2a) of shafts (1,2). The torque transmission units are prestressed between the rotation axes, so that the units are stretched irrespective of the selected takeup force for transferring tractive force.    USE - Torque transmission arrangement for wind power plant installed at sea.    ADVANTAGE - The tractive force is transferred by the torque transmission units, irrespective of the selected takeup force.    DESCRIPTION OF DRAWING(S) - The drawing shows the perspective view of the torque transmission arrangement.    Shafts (1,2)    Rotation axes (1a,2a)    Torque transmission units (3A-3C)    Eyelet (15)    Torque transmission arrangement (A)
NOVELTY - The apparatus has a movable chuck (21) that draws out electric wire (R) from rolled structure wound with strip shaped electric wire. A mounting guide (30) mounts the drawn out electric wire by correcting the curvature of electric wire along the width direction. A transfer arm (28) holds the electric wire mounted in the mounting guide and transfers the electric wire on semiconductor substrate.    USE - Apparatus for production of semiconductor substrate with electric wire e.g. wiring machine of solar power generation device.    ADVANTAGE - Deterioration of the electric wire can be suppressed without carrying out plastic deformation due to stretching of the electric wire.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for manufacturing method of semiconductor substrate with electric wire.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of the ribbon wire feeder with wiring machine.    Movable chuck (21)    Tension roller (23)    Transfer arm (28)    Mounting guide (30)    Electric wire (R)
NOVELTY - The apparatus (1) has photoelectric converting layer (12) that performs photoelectric conversion on insulating transparent substrate (2) and transparent electrode layer (11). A photoelectric transducer (10) is stacked with back surface electrode layer (13) such that effective regions (Re) corresponding to the formation position of photoelectric converting layer in substrate are formed. The invalid regions (Ri) are formed between adjacent effective regions such that the direction of light injecting towards invalid regions is changed into direction of photoelectric converting layer.    USE - Photoelectric conversion apparatus for solar energy power generation system.    ADVANTAGE - The electric power generation efficiency and output characteristics of the photoelectric conversion apparatus can be improved.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of the structure of the photoelectric conversion apparatus. (Drawing includes non-English language text)    Photo-electric conversion apparatus (1)    Insulating transparent substrate (2)    Transparent electrode layer (11)    Photoelectric converting layer (12)    Back surface electrode layer (13)
NOVELTY - The method involves obstructing tubular loops (18) with consumer connection points (19, 20), where the tubular loops run along sewage canalization pipes (12). The tubular loops are sectionally inserted in empty pipe openings of the sewage canalization pipes. The tubular loops for individual consumers (21-28) are obstructed one below the other in partial covering in a longitudinal course. The sewage canalization pipes are shifted in a running process. Conduit pipes inside empty pipes are cast with attached filler or dusk.    USE - Method for shifting a pipe system for a heat pump for geothermal power generation in a street, or in residential- or industrial buildings.    ADVANTAGE - The tubular loops are sectionally inserted in the empty pipe openings of the sewage canalization pipes, thus providing regular deviations of the straight process for the production of turbulent current, thus improving the heat transmission. The method enables the development of development areas or the reorganization of older canalization systems without additional expenditure for the transfer of the tubular loops for the medium for geothermal power generation and/or for sewage energy recovery for a set of consumers at the same time, and without the production of the depth drillings.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a system of thermal power generation pipes for operating a heat pump.    DESCRIPTION OF DRAWING(S) - The drawing shows a top view illustrating a part of a street with a geothermal power generating pipe system.    Canalization system (11)    Sewage canalization pipes (12)    Tubular loops (18)    Consumer connection points (19, 20)    Consumers (21-28)
NOVELTY - Submerged electricity power unit, for use in flowing water, has a turbine connected to a generator (3). A float (4) is mounted above the generator and it is also anchored to the river bed. The turbine and generator are enclosed in a cage (9) whose front end is pointed towards the flow of water (6).    USE - Submerged electricity power unit, for use in flowing water.    ADVANTAGE - The turbine and generator are protected from damage by floating material and animals and the animals are protected from injury by them.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of the power unit in position in a river.    Generator (3)    Float (4)    Flow of water (6)    Cage (9)    Anchor chains (17)
NOVELTY - The system has a tube (170, 172) moored in sea to lie at a predetermined distance above a seabed, where the tube is provided with opposite ends (174, 176, 180, 182). One of tube ends (180, 182) is open to the sea to vary sea water pressure as waves pass over the tube end. A deflectable membrane assembly is sealed to the tube for extending across an inside of the tube at a location lying between the tube ends to deflect by difference in pressure at the tube opposite ends. The deflectable membrane assembly is provided with an electro active material membrane for generating electricity.    USE - Wave power generating system.    ADVANTAGE - The system increases the pressure at one end of the tube while the pressure at another end of the tube is avoided from being changed, so that the membrane deflects towards the tube end to generate electricity.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are also included for the following:    (1) a system for generating electrical power from surface waves in a sea by obtaining power from a membrane assembly to generate electricity    (2) a method for generating electrical power from surface waves in a sea    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional side view of a wave power generating system.    Tube (170, 172)    Tube's ends (174, 176, 180, 182)    Membranes (184, 186)
NOVELTY - A cultivation apparatus comprises tank (1) having cultivation medium (11) for cultivating oil-rich microalgae (12), provided at predetermined positions with feeding pipe (13) for feeding carbon dioxide and other nutrients to the tank and drain pipe (14) for discharging used cultivation medium from the tank; transparent tubular container (2) partially and vertically immersed in the tank for holding light-emitting diodes (LEDs); and solar power generating unit electrically connected to the LEDs in the transparent tubular container.    USE - Apparatus for cultivating oil-rich microalgae (claimed).    ADVANTAGE - The apparatus has reduced space and equipment cost without causing air pollution.    DESCRIPTION OF DRAWING(S) - The drawing is a schematic view of the apparatus for cultivating oil-rich microalgae.    Tank (1)    Tubular container (2)    Cultivation medium (11)    Oil-rich microalgae (12)    Feeding pipe (13)    Drain pipe (14)
NOVELTY - The equipment is installed in movable manner.    USE - Equipment for retention of particulates and condensation of gases and vapors originating from biomass burning for use in refrigerators, pulp, paper or cement industries and large boilers of thermoelectric power plants.    ADVANTAGE - The equipment ensures simple arrangement for reducing emissions that cause global warming, and contributes in improving the environment and providing an alternative to traditional ovens.
NOVELTY - A metal oxide particles-containing polarizing electrode comprises carbon material porous component having carbon material and binder polymer and low valence transition metal oxide particles having average particle diameter of 1-40 nm. The metal oxide particles are supported by carbon material porous component.    USE - Metal oxide particles-containing polarizing electrode is used for electrical double layer capacitor (claimed) for memory backup power supply application such as mobile telephone, notebook computer and portable terminal, portable audio equipment, personal computer, photovoltaic power generation, wind-powered electricity generation and heavy-current electrical storage device.    ADVANTAGE - The metal oxide particles-containing polarizing electrode provides electrical double layer capacitor having improved durability.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:    (1) manufacture of metal oxide particles-containing polarizing electrode; and    (2) electrical double layer capacitor.
NOVELTY - The awning (100) has a solar cell, a housing (6) and drop arms (4), where the awing is removably provided and independently arranged. A rectangular-shaped frame (2) is independently assembled and/or integrated in the awning, and two parallel sides (3, 3') of the rectangular-shaped frame is angled at an equal angle, where the awning is mounted on a window (5), caravan (10), and a recreational vehicle. A fastener of the awning housing and the drop arms is provided on a fastening wall of the awning.    USE - Awning e.g. roll awning and solar awning, for use in a caravan and recreational vehicle.    ADVANTAGE - The awing is assembled and set without fastening with underground in a reliable manner, is moved in a cost effective manner, and adjusted to change a solar attitude in a comfortable manner. The fastener of the awning housing and the drop arms is provided on the fastening wall, so that the fastener can be detached quickly without large effort.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a caravan without mounting a awing on a frame.    Rectangular-shaped frame (2)    Parallel sides (3, 3')    Drop arms (4)    Window (5)    Housing (6)    Caravans (10)    Awning (100)
NOVELTY - A lubricant coating apparatus comprises a chamber (100) having a setting unit for setting the high temperature part, and a door for defining a sputtering space; rotary drive mechanism for rotating and driving the part; a vacuum pump (200) for creating a vacuum in the sputtering space; an inert gas supply unit (300) for providing an inert gas state to the sputtering space; targets; sputter guns (920) for releasing atoms and depositing the atoms onto the part; and a control unit (400) for controlling the rotary drive mechanism, the vacuum pump, the inert gas supply unit and the sputter gun.    USE - Lubricant coating apparatus for a high temperature part, e.g. boiler tube or gas turbine of a thermoelectric power plant, or stud bolt of nuclear reactor.    ADVANTAGE - The lubricant coating apparatus can effectively prevent damage to parts used under high temperature conditions such as those of a power plant, that is, prevent abrasion and galling; and eliminates the difficulties of working in a high radiation zone, and reduces the possibility of radiation exposure.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a lubricant coating apparatus.    Chamber (100)    Vacuum pump (200)    Inert gas supply unit (300)    Control unit (400)    Sputter guns (920)
NOVELTY - Extracting products from biomass involves destructively distilling the biomass using solar power as an energy source; and collecting the resulting products.    USE - For extracting energy products comprising methane, methanol, acetone, acetic acid, creosotes, various tars, celluloses, pyroligneous acid, carbon or acetone, from biomass comprising sisal, sugar cane including waste sugar cane, wood, maize or maize stems, coffee husks, cashew nuts, coconuts, and thick-stemmed plant material (claimed).    ADVANTAGE - The energy needed for the process is derived from solar power. Suitably more than 50%, more suitably greater than or equal to 70%, particularly greater than or equal to 80% of the total energy requirement of the process is provided by solar power. Thus, the process can be operated very efficiently, without the need for conventional fuels with their attendant environmental and other problems. The process also has the advantage of employing a renewable energy resource (i.e. biomass) as the raw starting material. The products recovered from the process can be used locally to meet local needs. This is potentially of great benefit to countries of the developing world, where energy products are often in short supply or are too expensive to import.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for an apparatus for extracting products from biomass, comprising: unit for destructive distillation of the biomass; unit for converting solar power into heat energy in a form suitable for driving the distillation; and unit for collecting the extracted products.    DESCRIPTION OF DRAWING(S) - The figure shows a schematic representation of an apparatus used for extracting products from biomass.
NOVELTY - The wave activated generator (6) has a rotation transmission part (5) with one way clutch mechanism which provides a rotation of only one direction of rotating shaft (2) of water turbine (4) that is transmitted to the generator. The water turbine which equipped the rotating shaft with a wave receptacle blade (3) is placed horizontally in a direction orthogonally crossed to the flow of a comber or a backrush, and is rotationally supported by the floating body (1) which is equipped with an anchoring unit (18) anchored to the beach vicinity, and is maintained at a sea surface.    USE - Wave activated generator for electric power generation.    ADVANTAGE - Prevents excessive load to the generator during of rotation on the other direction of the rotating shaft of water turbine such that durability is ensured. Enables to always produce and supply electric power while providing a simple structure which can be manufactured easily with low-cost and size reduction is achieved.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of the wave activated generator.    Floating body (1)    Rotating shaft (2)    Wave receptacle blade (3)    Water turbine (4)    Rotation transmission part (5)    Wave activated generator (6)    Anchoring unit (18)
NOVELTY - The building (100) has an air supply duct (140) lying behind an air inlet (120) in a flow direction. A fan device (150) generates air flow from the air inlet to an air outlet (130). The supply duct is extended from an inlet opening to a lower flow area (142) lying below the inlet opening. The fan device is arranged in the lower flow area. A base section (102) is arranged below a device section (101). The base section is separated section wise from the device section by a horizontal platform (103) for receiving a heat generating electrical device (110).    USE - Building for receiving heat generating electrical device i.e. inverter, for feeding energy obtained in photo voltaic- or wind energy plant to a public power network. Can also be used as a transformer station for receiving transformer.    ADVANTAGE - The supply duct is extended from the inlet opening to the lower flow area lying below the inlet opening and the fan device is arranged in the lower flow area, thus increasing distance of the fan device from the air inlet and air outlet, reducing sound emission, facilitating maintenance of the fan device, and providing better protection to the electrical devices from impurities.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic cross-sectional view of a building for receiving heat generating electrical device.    Building (100)    Device section (101)    Base section (102)    Horizontal platform (103)    Heat generating electrical device (110)    Air inlet (120)    Air outlet (130)    Air supply duct (140)    Lower flow area (142)    Fan device (150)
NOVELTY - The ruler (10) has an integrated transmitter (18) inserted in a recess. The transmitter is operated by a rechargeable battery or solar-powered battery. A pressure switch (20) is provided to actuate the transmitter. Ruler units are detachably interconnected using fasteners such as screws, where each ruler unit has a measuring scale (14). The transmitter is embedded into the material of the ruler units. A reading switch (22) is provided such that a corresponding code of control elements are received over infrared or radio waves after actuating the reading switch.    USE - Folding ruler for use as yardstick or measuring stick for measuring distances between components or marking distances to surfaces.    ADVANTAGE - The integrated transmitter is inserted in the recess of the ruler, so that the ruler can be used as a handheld device to control multiple elements such as backlight, farmyard light, motion light, lamp, TV, computer, electric heater, coffee maker, fan, room heaters, water pump or a heating system. The integrated transmitter with a security measure permits opening or closing of a door, a garage door or a shutter via infrared or radio waves without using keys. The transmitter is compact and compatible with all types of receivers.    DESCRIPTION OF DRAWING(S) - The drawing shows plan and partial sectional views of a folding ruler.    Folding ruler (10)    Measuring scale (14)    Transmitter (18)    Pressure switch (20)    Reading switch (22)
NOVELTY - The apparatus has main and auxiliary thyristors (20,21) to connect positive electrode sides (18P,19P) and negative electrode sides (18N,19N) respectively. An insulated gate bipolar transistor (IGBT) (22) is inserted into positive electrode side of sub-electric power generation system and is connected to the side of upper power conditioner (7). The thyristors, on-off of IGBT and operational number of power conditioner are controlled based on electric power output of lower power conditioner (4).    USE - Operation-control apparatus of power conditioner for solar energy power generation system (claimed).    ADVANTAGE - Since the on-off of IGBT, operational number of power conditioner and thyristors are controlled based on power output of lower power conditioner, the power conditioner is driven at high conversion efficiency without using mechanical switch.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for solar energy power generation system.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of the solar energy power generation system. (Drawing includes non-English language text)    Lower power conditioner (4)    Upper power conditioner (7)    Negative electrode sides (18N,19N)    Positive electrode sides (18P,19P)    Main thyristor (20)    Auxiliary thyristor (21)    IGBT (22)
NOVELTY - The sea wave energy collection and attenuation system uses a system of plates (2) arranged in a rectangular manner. The plates are positioned horizontally or inclined by up to 30 degrees, and supported by a mesh, ropes or cables (5) which are in turn secured to posts (6,6a) or floats or anchored to the seabed using cables, chains, anchors or weights. The upward and downward movement of the plates are applied using cables or bars having multiple linear electric generators or hydraulic jacks (3) which in turn actuate hydraulic motors that actuate rotary electric generators.    USE - Sea wave energy collection and attenuation system for providing alternative energy and commercial and centralized electricity and power.    ADVANTAGE - Provides a sea wave energy collection and attenuation system that is simple to use, economical, and easy to manufacture, has improved yield, and has reduced cost. Ensures that the sea wave energy collection and attenuation system works in a constant manner during long periods the time and at any place. Ensures that the sea wave energy collection and attenuation system takes advantage of the vertical oscillation the waves to certain depth, is less affected by the destructive power of the superficial waves, and does not to cause contamination. Ensures that the sea wave energy collection and attenuation system is not affected by the direction of the waves. Protects the beaches of great waves at the same time as the energy of the waves is extracted. Collects energy of the waves of great marine surfaces. Draws great concentration of energy of the waves, and ensures great capacity in collecting and attenuating sea wave energy.    DESCRIPTION OF DRAWING(S) - The drawing shows the schematic partial sectional view of the sea wave energy collection and attenuation system.    Plates (2)    Linear electric generators or hydraulic jacks (3)    Mesh, ropes or cables (5)    Posts (6,6a)
NOVELTY - The apparatus has a current interruption device i.e. n-channel depletion-mode MOSFET, controlling current flow through a H-bridge (124). A negative voltage detector detects a negative voltage at the H-bridge and drives the interruption device to control the current flow through the H-bridge. The negative voltage detector causes the interruption device to interrupt the current flow for a stabilization period in response to the detection and to allow the current flow following the stabilization period, where the period is determined by a resistor-capacitor (RC) time constant of the detector.    USE - Apparatus for resetting a Silicon Controlled Rectifier (SCR) such as diode and Zener diode, in a H- bridge that is utilized in an inverter (all claimed) i.e. power conversion module such as Direct current (DC)-alternating current (AC) inverter, in a distributed generator (DG), such as solar power system, for converting DC power from photovoltaic (PV) modules to AC power that are coupled to an AC commercial power grid.    ADVANTAGE - The detector interrupts current flow through the H-bridge, upon detecting the negative voltage, thus immediately resetting the improperly conducting SCRs and averting damage to the power conversion module. The detector maintains the current interruption for a period of time in order to positively allow the abnormality to clear before operation of the power conversion module resumes.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for resetting a Silicon Controlled Rectifier (SCR) in a H-bridge.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a power conversion module.    Power conversion module (100)    Direct current -direct current converter (102)    Silicon controlled rectifier (108-114)    Filter (116)    Alternating current voltage sampler (118)    Controller (120)    Silicon controlled rectifier reset controller (122)    H-bridge (124)
NOVELTY - Frit comprises a low-melting point glass powder and a refractory filler powder, containing substantially no lead, having a thermal expansion coefficient of at most 50x 10-7/ degrees C, and being processable at 500 degrees C or lower.    USE - The frit is useful for: Kovar (RTM: Nickel-cobalt ferrous alloy), which is useful in an electronic component such as a quartz package, an alkali free glass or a reinforced glass for a flat panel display such as a liquid crystal display or an organic electroluminescent display; sealing; protective film; and rib formation of a silicon for micro-electro-mechanical systems or solar power generation.    ADVANTAGE - The frit has high electrical insulation characteristics and air tightness in atmospheric air. The frit contains no lead and is processable at 500 degrees C or lower.    DETAILED DESCRIPTION - Frit comprises a low-melting point glass powder and a refractory filler powder, containing substantially no lead, having a thermal expansion coefficient of at most 50x 10-7/ degrees C, and being processable at 500 degrees C or lower, where the low-melting point glass powder satisfies a softening pour point range of at least 30 degrees C, and the refractory filler powder satisfies relationship of Sx rho greater than 1 and less than 10 (where the S is specific surface area (m2/g) and rho is density (g/cm3)). An INDEPENDENT CLAIM is included for a paste comprising the frit and a vehicle mixed with that.
NOVELTY - The device has platforms (3) built on a usable coastline in a zigzag manner, and water wheel stress water tanks (4) fixed between adjacent platforms, where the platforms are taken as working platforms of operators. Water wheels are provided in the water wheel stress water tanks to drive generators (6), which are installed on the platforms, where diameter of the water wheels is 2 to 3 meter. Left and right frames supporting the water wheels are fixed to a machine chassis (7). A coastal power system is formed by connecting power stations.    USE - Device for generating power.    ADVANTAGE - The device comprehensively utilizes tidal energy and wave energy of ocean to generate power by using a simple principle with less investment and quick effect. The device reduces technical difficulty, and has wide application range.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for generating power.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a power generating device.    Lowest water line (2)    Platforms (3)    Water wheel stress water tanks (4)    Generators (6)    Machine chassis (7)    Highest water line (8)
NOVELTY - The system (A) has a support structure and rotary channel (1) provided with a rotary system (2), and a heat insulation separating wall (1-4) provided between a load central shaft (2-1) and a power output shaft (2-3). An intercommunicating opened space area (1-6) separates a hot air flow ascending channel (1-1) and a descending channel, and a solar energy storage and release device for absorbing solar energy is provided in a running route lower space of the rotary system and a bottom opening space area of the ascending channel.    USE - Solar power system for a solar power and energy storage power generating system (claimed) in a sunshine illumination area.    ADVANTAGE - The system utilizes a power driving generator to generate electricity in running way by utilizing the rotation of the solar energy driving return system when supplying energy to store high compressed gas energy and outputs high pressure gas energy to drive the generating set of a gas turbine during non-sunshine time period. The system can be widely used in areas with sunshine, and improves usage effect and enhances economic and social efficiency by avoiding problems of energy and environmental pollution.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are also included for the following:    (1) a solar power and energy storage power generating system    (2) a rotating power generating method.    DESCRIPTION OF DRAWING(S) - The drawing shows a front view of a solar power system.    Solar power systems (A, B)    Support structure and rotary channel (1)    Hot air flow ascending channel (1-1)    Heat insulation separating wall (1-4)    Intercommunicating opened space area (1-6)    Rotary system (2)    Load central shaft (2-1)    Power output shaft (2-3)
NOVELTY - The system has a low-temperature slot type heat collecting and heat storage sub-system receiving and gathering energy of solar radiation. A high-temperature tower type heat collecting and high-temperature heat storage sub-system receives and gathers energy of the solar radiation, where the sub-system converts the received energy of the solar radiation into high-temperature heat energy and conveys the heat energy to a power sub-system and a high-temperature heat storage machine. The power sub-system converts the received heat energy into electric energy and outputs the electric energy.    USE - Combined slot-tower two-stage heat storage solar thermal power generation system.    ADVANTAGE - The system has high heat collecting temperature, and avoids influence of optical efficiency of a heliostat field of a single-tower solar thermal generation system by a scale of a power plant, and is easy to expand, thus reducing initial investment cost and space floor occupied by the system.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a combined slot-tower two-stage heat storage solar thermal power generation system.'(Drawing includes non-English language text)'
NOVELTY - The plant has a low voltage chamber provided at a left upper side of a prepackage type transforming plant box body (1). The low voltage chamber, a high voltage chamber and a transformer chamber are respectively provided with a low-voltage switch device, a complete device (3) with 40.5 kilovolts vacuum combined electrical appliances and a transformer (8). A high-voltage wire outlet side of the transformer is connected with the complete device with 40.5 kilovolts vacuum combined electrical appliances through a 40.5 kilovolts linkage cable.    USE - Prepackage type 40.5 kilovolts wind power generation transforming plant.    ADVANTAGE - The plant has a reasonable arrangement and compact structure with small volume, so that the plant is convenient to transport and use. Function chamber of the plant has definite division and separation for reliable operation and convenient and safe overhaul. The plant reduces the cost, and improves the production efficiency.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a prepackage type 40.5 kilovolts wind power generation transforming plant.    Prepackage type transforming plant box body (1)    Outlet cable interval (2)    Complete device (3)    Transformer (8)
NOVELTY - The set has rotators (20) arranged in a buoyancy member, and a generator connected to the rotators. An outer side belt (50) and an inner side belt (51) are provided in a center part (40) through a power transmission part. Waterproof cloth (45) is provided in a cylindrical drum sieve (22), and multiple displacement adjust bars (24) are provided in a center shaft (25). A flux frame (41) is connected to the inner side belt and the outer side belt, and a side inclined bar is connected with gap bars (42, 43). The side inclined bar is provided with a locking ring and a weight bar.    USE - Flux generating set for use in a seashore to generate power. Uses include but are not limited to thermal power, nuclear power, hydroelectric power, solar power, wind power and tidal power.    ADVANTAGE - The set regularly produces the electricity without polluting the environment, and changes the direction of the current. The set rotates the buoyancy member according to a flow direction of the current, and maintains the suitable direction of the current for the power generation. The set minimizes air resistance, and maximizes the available energy. The set enables a winch unit to salvage the buoyancy member, thus preventing damage of the set. The set avoids the malfunction, and is easy to repair, maintain and operate.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a flux generating set.    Rotators (20)    Cylindrical drum sieve (22)    Displacement adjust bars (24)    Center shaft (25)    Center part (40)    Flux frame (41)    Gap bars (42, 43)    Waterproof cloth (45)    Outer side belt (50)    Inner side belt (51)
NOVELTY - Invention is related to designs of plants for transformation of sea current energy into electric energy. Generator that operates at sea current comprises cylindrical jacket 19 with inlet and outlet nozzles 20 and 21, two power generators 1 installed parallel to each other with cylindrical body 3 and external rotor 4, installed outside body 3, and hydrodynamic drive 2, made in the form of blades 9, which are radially installed on external surface of external rotors 4 in both power generators 1. Power generators 1 are arranged as birotating and are equipped with internal rotor 5, installed inside body 3. Internal and external rotors 4 and 5 are connected to each other by means of reduction gear 12, cavity of which is filled with lubricating liquid, which provides for opposite rotation of rotors 4 and 5, and blades 9 are arranged as flat.    USE - Power engineering.    ADVANTAGE - Invention is aimed at higher efficiency factor of plant with reduction of its dimensions and simultaneous increase of power. 2 cl, 2 dwg
NOVELTY - The device has electric power converter (11) that converts generated electric power into direct current (DC) electric power. A utility-interconnected electric power converter (10) is connected to smoothing capacitor (12) to transform DC electric power into alternating current (AC) electric power. The AC power is sent to AC system (2). The upper limit of electric power generated from electric power converter is limited by generated electric power limiting unit of control unit when voltage amplitude of AC system is less than preset value.    USE - Power conversion device for photovoltaic power generation conversion system and wind powered electricity generation conversion system (both claimed).    ADVANTAGE - The generation of the electric power from the power supply can be limited rapidly during the decrease in the voltage amplitude of the AC system. Hence the damage to smoothing capacitor due to overvoltage can be prevented. The performance of the AC system can be improved. The voltage utilization factor of the electric power converter can be improved.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:    (1) photovoltaic power generation conversion system; and    (2) wind powered electricity generation conversion system.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of the control unit of power conversion device. (Drawing includes non-English language text)    AC system (2)    Utility-interconnected electric power converter (10)    Electric power converter (11)    Smoothing capacitor (12)    Current sensors (21,22)
NOVELTY - The console has a bracket, a table top (10) and a checkout subassembly (40), where the table top is an inclined mirror surface body. A light source (30) is arranged at an upper part of the mirror surface body, where inclined angle of the mirror surface body is 30-60 degrees. The checkout subassembly is provided with the light source, a display and a recorder, and a stacked element bracket (20) is arranged at an upper part of the light source.    USE - Checkout console for a solar cell subassembly.    ADVANTAGE - The console is convenient for detecting the product quality of the stacked element. The console has function of storing the stacked element and recording the checkout result at the same time. The console prevents the unqualified product from entering into the next process.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a checkout console.    Table top (10)    Stacked element bracket (20)    Light source (30)    Checkout subassembly (40)
NOVELTY - The ship has wind power generating devices (4) provided at head and tail parts of a ship body (1), where an external surface of a central cabin body of the ship body is provided with a solar energy generating device (3). Two side waterlines of the ship body are provided with sea wave generating devices (2), where an interior of the ship body is provided with an intelligent controller, rechargeable battery, inverter, driving motor and other loads. The generating devices are connected with an input terminal of the intelligent controller.    USE - Composite green energy ship.    ADVANTAGE - The ship can comprehensively collect the wind energy, solar energy and the sea wave energy. The ship can charge the rechargeable battery in the ship body by commercial power for the energy supplement.    DESCRIPTION OF DRAWING(S) - The drawing shows a side perspective view of a composite green energy ship.    Ship body (1)    Sea wave generating devices (2)    Solar energy generating device (3)    Wind power generating devices (4)
NOVELTY - An electricity is generated by smoldering biomass energy; collecting heat produced in the process, where gasification generates flammable gases including hydrogen gas, carbon monoxide, and methane, where flammable gases also release burning heat in the burner; collecting heat smoldering process in the heating unit, where after heating unit further absorbs burning heat of flammable gases, the temperature is raised continuously; and converting heat energy in the temperature difference generator directly into electric power.    USE - Method for generating electricity for power generation unit of distributed energy system and outdoor electrical power supply.    ADVANTAGE - The method improves energy use rate, needs no moving part and no maintenance, and has high reliability.
NOVELTY - The system has main structure (1) whose outlet is connected with inlet of blower (5). The outlet of blower is connected with inlet pipe (6) which is connected with mixed gas inlet pipe (8). The mixed gas inlet pipe is connected with temperature difference power generating unit (9) which is connected with exhaust pipe (11).    USE - Temperature difference power generation system.    ADVANTAGE - The structure is simple and compact provided at low cost. The operability and efficiency can be improved.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic block diagram of the temperature difference power generation system.    Main structure (1)    Blower (5)    Inlet pipe (6)    Mixed gas inlet pipe (8)    Temperature difference power generation unit (9)
NOVELTY - This invention discloses a floating and diving platform for ocean current power generation system, which includes a floating and diving platform, even numbers of water wheel power generators, at least one anchor cable, at least one anchor base and at least one submarine cable. The floating and diving platform is served to control the depth of the ocean current power generation system under the ocean surface. The water wheel power generators are installed on both sides of the floating and diving platform, the rotation planes of blades thereof are vertical to the major axis of the floating and diving platform, so the blades are driven by the ocean current to generate power. One end of the anchor cable is connected to the floating and diving platform. The anchor base is fastened on the seabed and is connected to the other end of the anchor cable; with the anchor base, the major axis direction of the floating and diving platform is able to be automatically aligned to be in parallel to the direction of ocean current, so that the rotation planes of the blades of water wheel power generator are vertical to the direction of ocean current. One end of the submarine cable is connected to the floating and diving platform, the submarine cable is served to transfer the power generated by the water wheel power generators. The interior of the floating and diving platform can be provided with the transformer substation, control room, monitoring device and living areas. The platform member has a floating function and the devices for connecting the cables are removable and installed on the other platform or buoy of the same type when the original platform needs to be driven away for repair.
NOVELTY - The apparatus has a coextrusion tank (2) whose top end portion is fixed in a submarine ground (1), and a coextrusion tank conduit line (3) and a pool clearing customs furnace (4) formed on the ground, so that bridge commutated air pressure tube furnace (9) is equipped with anti-return valves (5-8) and provided between the coextrusion tank conduit line and the pool clearing customs furnace. A pneumatic rotation seal linter (13) is circulated by direct current, and an output pipeline (14) operates an air compression control unit (11) and a generator (12) through an input pipeline (10).    USE - Pneumatic generating apparatus for use in beach and coast.    ADVANTAGE - The apparatus increases energy efficiency and reduces installation and repair costs, and is convenient to use. The apparatus satisfies the requirement while utilizing a coextrusion tank.    DESCRIPTION OF DRAWING(S) - The drawing shows a cross sectional view of a pneumatic generating apparatus.    Submarine ground (1)    Coextrusion tank (2)    Coextrusion tank conduit line (3)    Pool clearing customs furnace (4)    Anti-return valves (5-8)    Bridge commutated air pressure tube furnace (9)    Input pipeline (10)    Air compression control unit (11)    Generator (12)    Pneumatic rotation seal linter (13)    Output pipeline (14)
NOVELTY - The system has a measuring instrument part measuring a tide level and transmitting measured tide level information to control power generation in a tidal power station based on real time data. A main part supervisory control system outputs maximum generated energy among specified ranges within minimum power generation operating time. A repetition forecasting stage is connected with the main part supervisory control system.    USE - Power generation imitation operation control system for a tidal power station.    ADVANTAGE - The main part supervisory control system outputs the maximum generated energy among specified ranges within minimum power generation operating time, thus saving energy.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a power generation imitation operation control method for a tidal power station.    DESCRIPTION OF DRAWING(S) - The drawing shows a flow chart of a power generation imitation operation control method for a tidal power station.'(Drawing includes non-English language text)'
NOVELTY - The system has a solar battery for converting sunlight into direct current (DC) power, and a solar radiation determining unit for determining an occurrence of solar radiation. An electric power converting section is utilized for converting the DC power into an alternating current (AC) power, and is connected to the solar battery to control a maximum output point of the solar battery. A storage battery is utilized for storing the DC power of the solar battery when the solar radiation is in a minimum driving range.    USE - Stand-alone type solar power supply system for use in a remote mountain village, island and desert.    ADVANTAGE - The system can save the fossil fuel, and maximizes the efficiency of the energy. The system has low cost, and can suppress the surge voltage.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for operating a stand-alone type solar power supply system.    DESCRIPTION OF DRAWING(S) - The drawing shows a flowchart of a method for operating a stand-alone type solar power supply system.'(Drawing includes non-English language text)'
NOVELTY - The turbine has a pedestal (1) equipped with a bridge type sill beam (7) that is mounted on an automatic bidirectional turbine (4). A differential gear box (6) is equipped with an output shaft (8). Gear reverse mechanisms are mounted on two sides of the output shaft and connected with a power shaft (5) of the automatic bidirectional turbine. Multiple rows of external corner plate are equipped along circumference of a frame. A turbine cover (3) is equipped with blades. Rotating angle of the blades on the automatic bidirectional turbine ranges from 70 to 90 degrees.    USE - Bidirectional differential pressure turbine for use beside a sea and under an island.    ADVANTAGE - The turbine has high energy conversion efficiency and a wide application range. The turbine avoids influence of ships on sea and is inexpensive. The turbine avoids pollution, and can protect environment and increase utilization of reverse flows.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a bidirectional differential pressure turbine.    Pedestal (1)    Turbine cover (3)    Automatic bidirectional turbine (4)    Power shaft (5)    Differential gear box (6)    Bridge type sill beam (7)    Output shaft (8)
NOVELTY - In a soldering device for connecting solar cells (1, 2), in which an inductive heat source is used to bond solder-containing strip conductors of the cells with electric conductors (7), the heat source has a high-frequency (HF) generator and an inductor loop (21) in which HF current from the generator induces an HF magnetic field. This induces eddy currents in the strip and the conductor (located along the strip) to generate the necessary heat.    USE - For connecting solar cells, by soldering strip conductors of the cells onto electric conductors.    ADVANTAGE - Soldering is carried out with low energy consumption by induction heating. Compact, inexpensive HF generators can be used to generate current in the inductor loop. In comparison with prior art systems, the output of the generator can be reduced to a third for a constant loop length or the length of the loop can be tripled for a constant generator output. The effective length of the loop is readily adapted to the length of the soldered connections to be produced.    DESCRIPTION OF DRAWING(S) - The figure shows a perspective view of an inductor loop.    Solar cells (1, 2)    Top side of cell (5)    Electric conductor (7)    Guiding block (17)    inductor loop (21)    Connecting piece (22)    Supply part (23)    U-Shaped loop part (24)    Lower holder (27)
NOVELTY - The apparatus has an inductor loop (21) extended along the length of conducting tracks and connected to generator for receiving high-frequency electrical current. The high frequency magnetic field is generated in conducting track and electric conductor arranged along conducting track for soldering operation for connection of conducting track and electrical conductor.    USE - Soldering apparatus for connecting solar cells.    ADVANTAGE - The soldering operation for connection of conducting track and electrical conductor by induction principle is performed in energetically economical manner and the power consumption by high-frequency generator is reduced.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of the soldering head with inductor loop.    Solar cells (1-3)    Conductor (7)    Cell string (8)    Soldering head (10)    Inductor loop (21)
NOVELTY - The system has a battery discharge control circuit comprising a preset voltage determined by diodes (20-F2,22-F2 or 22-Fa2,24-F2), normally open solid state relay (34-F2) and normally open device (34-Fa2) that are connected in series and coupled to a rechargeable battery (42-F2) in parallel. An output of solid state relay disconnects a load (36-F2), when preset voltage is lower than voltage output by rechargeable battery. A battery output circuit connected in parallel to a diode and output of solid state relay, utilizes rechargeable battery in control circuit.    USE - System for solar powered direct current (DC) loads such as water pump and LED.    ADVANTAGE - The solar powered DC load is reliable, versatile and user-friendly. The rechargeable battery is protected from over-discharge. The battery discharge control circuit and battery output circuit for DC load are reliable and cost effective.    DESCRIPTION OF DRAWING(S) - The drawing shows a circuit diagram of the control circuit and output circuit for night time DC load and charging battery circuit.    Diodes (20-F2,22-Fa2,22-F2,24-F2)    Solid state relay (34-F2)    Normally open device (34-Fa2)    Load (36-F2)    Rechargeable battery (42-F2)
NOVELTY - The module has solar cells (1) and light transporting layers (2) or optical chips provided with light transporting layers applied on an optically highly transparent solar glass or a polymer substrate. Quantum dots-semiconductor materials are contained in the light transporting layers and convert a radiation using down-conversion and up-conversion techniques. The materials reflect the radiation in a diffusible manner and work as a Lambert's radiator. The substrate of the optical chips consists of plastics, metals and semiconductors.    USE - Photovoltaic module for producing solar electricity and for radiation detection (all claimed).    ADVANTAGE - The module can be manufactured in a simple and economical manner, and increases the efficiency of the solar cells and achieves production of electricity.    DESCRIPTION OF DRAWING(S) - The drawing shows a top view of a photovoltaic module.    Solar cells (1)    Light transporting layers (2)
NOVELTY - The power transistor, -switch, -photodetector or -solar cell has quantum wires (1) electrically connected in parallel and for connecting source and drain contacts, where the wires are controlled by an electromagnetic field. The wires exhibit qualitative source-drain characteristics by providing the wires in a two dimensional array when source and drain electrodes are provided in a room temperature. Superconductors are provided in low temperatures and as a thin crystalline metal film in moderate low temperatures. A ferromagnetic layer is made of iron, cobalt and nickel.    USE - Magnetic quantum wire array power transistor, -switch, -photodetector or -solar cell.    ADVANTAGE - The quantum wires are electrically connected in parallel such that overall resistance of the quantum wires is small, thus preventing the destruction of the components of the power transistor, -switch, -photodetector or -solar cell.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a measuring arrangement for recording characteristics curves of a protection resistor with a quantum wire.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic representation of a measuring arrangement for detection of quantized conductance of nanowires.'(Drawing includes non-English language text)'    Quantum wires (1)    Matrix layer (2)    Substrate (3)    Atomic force microscope sensing spring (4a)    Protection resistor (8)
NOVELTY - A crosslinked norbornene resin composition contains norbornene ring-opened polymer hydrogenated substance (in weight parts) (100) and organic peroxide (0.1-20). The norbornene ring-opened polymer hydrogenated substance is obtained by carrying out ring-opened polymerization of 2-norbornene (90-100 wt.%) and substituted 2-norbornene (10-0 wt.%) and carrying out hydrogenation reaction. The norbornene ring-opened polymer hydrogenated substance has melting point of 110-140 degrees C, weight average molecular weight of 50000-200000 and dispersion degree of 1.5-10.    USE - Crosslinked norbornene resin composition used for resin film (claimed). Uses include but are not limited to packaging bag for sausage, ham and dried food, infusion solution bag, press-through-package film, blister-package film, solar energy power generation system edge strip, fuel cell edge strip, alcohol containing fuel-system component, light diffusion sheet, barrier film, retardation film and polarizing film.    ADVANTAGE - The crosslinked norbornene resin composition provides the film having excellent water vapor barrier property, heat resistance, oil resistance, mechanical characteristics, transparency and workability.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for resin film, which is obtained by molding crosslinked norbornene resin composition.
NOVELTY - The unit has an alternate current (AC) complementary power supply unit (17) whose input terminal is connected with output and input terminals of a storage battery group (13) for detecting voltage of the storage battery group and controlling AC/direct current (DC) conversion of the AC complementary power supply unit. An inverter (15) is connected between a cathode terminal of a diode (14) and a signal control output terminal of a power supply output control circuit (19), and outputs AC power.    USE - Solar lighting control power supply unit for supplying 12/24 volts direct current (DC) power and 220V/50hertz (Hz)/ 110V/60Hz alternate current (AC) power for an LED light fitting unit and an energy-saving light fitting unit.    ADVANTAGE - The unit supplies power to the light fitting units even in cloudy or rainy season, so as to protect the environment and save the energy.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a solar lighting control power supply unit.'(Drawing includes non-English language text)'    Storage battery group (13)    Diode (14)    Inverter (15)    Alternate current complementary power supply unit (17)    Power supply output control circuit (19)
NOVELTY - The controller has a core processing unit (32) connected to a power control unit (31), a street lamp state monitoring unit (33), a global system for mobile communication (GSM) unit (34), and a keyboard and display unit (36). A standby state monitoring unit (35) detects and controls external devices. The street lamp state monitoring unit is connected to a street lamp (4) for monitoring turn-on/turn-off state and lightness state of the street lamp. The GSM unit provides radio service by using GSM network.    USE - Remote monitoring controller for controlling a solar power supply system in a solar street lamp.    ADVANTAGE - The controller avoids remote radio monitoring problem of the solar street lamp or other solar power supply devices, thus improving reliability of the solar power supply system of the lamp and scientifically managing the rechargeable battery by three-phase charging to prolong service life of the battery.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a remote monitoring controller.'(Drawing includes non-English language text)'    Street lamp (4)    Power control unit (31)    Core processing unit (32)    Street lamp state monitoring unit (33)    Global system for mobile communication unit (34)    Standby state monitoring unit (35)    Keyboard and display unit (36)
NOVELTY - The plant e.g. flash geothermal power plant, has geothermal container units for extracting geothermal energy from a drillbore, where each geothermal container unit includes an electrical cable for being electrically connected with the other geothermal container units and an electric power network e.g. peer to peer network. A geothermal power plant operator, electric power network operator, vendors are provided. Production boreholes are drilled, where each borehole is drilled with 5 mega watt power. A drilling rig is utilized for drilling the production boreholes.    USE - Geothermal power plant e.g. flash geothermal power plant and binary cycle geothermal power plant, for extracting geothermal energy stored in the earth and collecting absorbed heat derived from underground, from a drillbore.    ADVANTAGE - The plant avoids excessive pressure losses and condensing of steam in pipes. The containerized unit is placed next to or in close vicinity of a respective borehole platform e.g. wellbore, thus avoiding transport of steam and resulting pressure losses of the power plant. The geothermal power plant is arranged in the peer-to-peer network, thus providing remote monitoring and control of the power plant. The geothermal power plant utilizes a remote management tool to centralize control and maximize plant productivity, where the remote management tool includes preventive maintenance sensors and software for reducing risk of failure of the power plant.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of components of a geothermal container unit.    Steam/brine processing unit (1)    Turbine/generator unit (2)    Condensing unit (3)    Cooling tower unit (4)
NOVELTY - The method involves flexibly hinging a kneading support frame (5), a girder (6), an upper pull rod pump (3) and a lower pull rod pump (4) to each other to knead and acquire wave energy, and converting the wave energy into electric energy. Associated combined elements of a float (2), the girder, the kneading support frame, the upper pull rod pump and the lower pull rod pump are transversally and vertically arrayed to form a large generation device. Hinge points of two ends of the upper pull rod pump are hinged with the float and the girder.    USE - Method for generating kneading high-efficiency floating wave energy.    ADVANTAGE - The method enables the upper and lower pull rod pumps to pump the high-pressure liquid into the hydraulic system energy accumulator via the high-pressure oil pipe to accumulate energy and adjust pressure. The method enables the upper and lower pull rod pumps to pump the high-pressure liquid into the hydraulic motor to drive the generator to generate electricity. The float is acted by the wave to sway relatively with the kneading support frame and the girder.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic illustration of a kneading high-efficiency floating wave energy generating method.    Float (2)    Upper pull rod pump (3)    Lower pull rod pump (4)    Kneading support frame (5)    Girder (6)
NOVELTY - The structure has a fixing ring (1) fastened on a road lamp pole (10) for the structure to be hung, and an electric box (3) hung on Antarctic edge of the ring and fastened on the pole for mounting a solar panel (2). A wind turbine generator (4) is fastened on the pole to provide wind power generation. An electrically controlling apparatus in the box receives and integrates generated power in a battery to supply power to a road lamp, and a locking ring (8) is fastened on the pole for positioning and securing the box, the generator and the lamp.    USE - Structure for a road lamp with integrated wind power and solar power. Uses include but are not limited to farmer, working team, fish men and camp.    ADVANTAGE - The structure supplies solar energy acquired by the solar panel and wind energy by the wind turbine generator, through the electrically controlling apparatus and the battery, for lighting the road lamp, thus providing environment protection and energy saving. The wind turbine generator and the road lamp are adjusted through the locking ring such that the wind turbine generator is oriented to face wind flow, thus obtaining highest efficiency of wind power.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a road lamp structure.    Fixing ring (1)    Solar panel (2)    Electric box (3)    Wind turbine generator (4)    Locking ring (8)    Road lamp pole (10)
NOVELTY - The lamp has a rotary lamp body (1) provided with two semi-annual conical-platform lamp bodies that are mounted with LED lamps (04). Ends of the conical-platform lamp bodies are connected with each other by a locking hook and a button locking fastener (14). A battery cabinet is provided at a back part of one of the conical-platform lamp bodies, and a back part of a solar photovoltaic power supply (2) i.e. rectangular solar photovoltaic cell panel, is provided with a power output conductive wire. An end of the conductive wire is fixed with a power output plug (21).    USE - Rotationally connected solar tent lamp.    ADVANTAGE - The lamp utilizes a connection structure of the rotation shaft, the locking hook and the button locking fastener to enhance connection reliability of the lamp. The lamp utilizes an internal circuit to permanently connect the conductive groove bridges via the conductive wire to eliminate potential danger due to bad contact of the circuit. The lamp utilizes the rechargeable battery to store the power provided by the solar photovoltaic power supply in daytime, and avoids usage of the disposable dry battery, so that the battery is not frequently replaced, thus achieving reliable and environmentally friendly functions of the lamp.    DESCRIPTION OF DRAWING(S) - The drawing shows an exploded perspective view of a rotationally connected solar tent lamp.    LED lamps (04)    Rotary lamp body (1)    Solar photovoltaic power supply (2)    Button locking fastener (14)    Power output plug (21)
NOVELTY - The unloading apparatus (10) selects the electricity-supply or non-energized solar cell (4) among several solar cells arranged in an array at both wings of satellite, so that the torque is generated by solar radiation pressure in the direction negating the excessive storage momentum of reaction wheel (6). The unloading of reaction wheel is performed by providing the torque to the solar cell panels (2a,2b).    USE - Reaction-wheel unloading apparatus for use in satellites (claimed). Can also be used in unloading control momentum gyro (CMG).    ADVANTAGE - The storage momentum of wheel can be controlled reliably by controlling the pressure of solar paddle and generating the position torque. The consumption of propellant of thruster can be reduced.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for satellite.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of satellite. (Drawing includes non-English language text)    Solar cell panels (2a,2b)    Solar cell (4)    Reaction wheel (6)    Sequential shunt apparatus (7)    Unloading apparatus (10)
NOVELTY - The thermoelectric power generation device element has a strontium titanate (SrTiO3) layer (14) and a metal layer (15) inclined with respect to opposition direction (17) of pair of electrodes (11,12). A laminated element (13) interposed between the electrodes laminates SrTiO3 layer and metal layer. The electric power is removed through the electrodes when the temperature gradient is produced orthogonally with respect to opposition direction of electrodes.    USE - Thermoelectric power generation device element e.g. small-sized portable generator for thermoelectric power generation device (claimed) e.g. small-sized portable generator used in motor vehicle and factory.    ADVANTAGE - High electric power generation characteristic is obtained and the conversion of heat energy into electrical energy is promoted.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:    (1) manufacturing method of thermoelectric power generation element;    (2) electric power generation method; and    (3) thermoelectric power generation device.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of the thermoelectric power generation device element.    Electrodes (11,12)    Laminated element (13)    SrTiO3 layer (14)    Metal layer (15)    Opposition direction (17)
NOVELTY - The thermoelectric power generation device has a laminated structure (13) provided with cobalt-silicon (Co-Si) layer (14) and metallic layer (15), which is electrically connected to the electrodes (11,12) which are opposed to each other. The Co-Si layer and metallic layer are inclined with respect to a specific direction (17) in which the electrodes are opposed to each other. Extraction of electric power is performed, when setting the direction (18) in which temperature difference is produced to be orthogonal with respect to direction in which electrodes are opposed to each other.    USE - Thermoelectric power generation device element of thermoelectric power generation device (claimed) used as generator for motor vehicle, factory, etc.    ADVANTAGE - High and outstanding power generation characteristics can be easily achieved, as the direction in which temperature difference is applied, is set to be orthogonal to direction in which electrodes are opposed to each other, and the Co-Si layer and metallic layer are inclined with respect to a specific direction in which the electrodes are opposed to each other. The performance of highly efficient thermoelectric power generation device element with improved electric generating capacity can be improved.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:    (1) manufacturing method of thermoelectric power generation device element;    (2) electric power generation method; and    (3) thermoelectric power generation device.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of the thermoelectric power generation device element.    Electrodes (11,12)    Laminated structure (13)    Co-Si layer (14)    Metallic layer (15)    Opposition direction of electrodes (17)    Temperature-difference generation direction (18)
NOVELTY - The thermoelectric power generation device has a laminated structure (13) that is electrically connected to electrodes (11,12). The silicon germanium layer (14) and a metal layer (15) are provided so that the direction (16) parallel to the laminated structure is inclined with respect to opposite direction (17) of electrodes. The temperature difference is applied in direction (18) perpendicular with respect to opposite direction of electrode. The metal layer is made of aluminum, copper, gold and silver.    USE - Device for generating thermoelectric power from waste gas of motor vehicle or factory. Can also be used in small-sized portable generator.    ADVANTAGE - The high power generation characteristic can be realized by the thermoelectric power generation device. The application of energy conversion of heat and electricity can be promoted and industrial value of the thermoelectric power generation device can be improved.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the thermoelectric power generation device.    Electrodes (11,12)    Laminated structure (13)    Silicon germanium layer (14)    Metal layer (15)    Directions (16,18)    Opposite direction (17)
NOVELTY - The power generation element has a laminated structure (13) formed by the lamination arrangement of electrodes (11,12), ytterbium-aluminum (YbAl3) compound layer (14) and a metal layer (15). The YbAl3 layer and the metal layer are inclined with respect to opposing direction of the electrodes. The temperature difference in orthogonal direction (18) of laminated structure, with respect to the opposing direction (17) of the electrodes is obtained so as to remove the electric power passing in the electrodes.    USE - Thermoelectric power generation element for thermoelectric power generation device (claimed) for use as generator in factory. Can also be used in remote areas, military affair areas, and for use as small-sized portable generator in motor vehicle, etc.    ADVANTAGE - The conversion of electrical energy to heat energy is promoted by using the thermoelectric power generation element, and the usability of the thermoelectric power generation element is improved.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:    (1) manufacturing method of thermoelectric power generation element;    (2) electric power generation method; and    (3) thermoelectric power generation device.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of the thermoelectric power generation element.    Electrodes (11,12)    Laminated structure (13)    Ytterbium-aluminum compound layer (14)    Metal layer (15)    Opposing direction of electrodes (17)    Orthogonal direction of laminated structure (18)
NOVELTY - The thermoelectric power generating device has laminated structure (13) formed between electrodes (11,12). The laminated structure has layer (14) containing complex oxide of cobalt, sodium, strontium and/or calcium that is formed in metal layer (15) in position inclined to preset angle. The temperature difference is applied to laminated structure in direction perpendicular to electrodes.    USE - Device for generating thermoelectric power using waste gas emitted from motor vehicle or factory, for portable generator.    ADVANTAGE - The thermoelectric power generating device having high power generation characteristics can be provided.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:    (1) thermoelectric power generation method; and    (2) manufacturing method of thermoelectric power generating device.    DESCRIPTION OF DRAWING(S) - The drawing shows a top view of the thermoelectric power generating device.    Electrodes (11,12)    Laminated structure (13)    Oxide layer (14)    Metal layer (15)    Directions (16-18)
NOVELTY - The single phase voltage type alternating current (AC)/direct current (DC) converter (11) has phase difference generating circuit (30) that generates phase difference voltage corresponding to phase difference of single phase AC output voltage, and internal electromotive voltage. The voltage command signal and frequency command signal are transmitted based on phase difference voltage so as to obtain optimal amplitude and frequency of AC output voltage.    USE - Single phase voltage type alternating current (AC)/direct current (DC) converter for utility-interconnected apparatus and uninterruptible power supply in electric power system. Can also be used in inverter for photovoltaic power generation, inverter for fuel cell, inverter for electrical storage system, for wind-powered electric power generation linked with DC link, rectifier, and reactive power compensating device, single-phase three-wire inverter, etc.    ADVANTAGE - Frequency of electric power system can be estimated, and the stable output voltage is obtained even when load current is changed.    DESCRIPTION OF DRAWING(S) - The drawing shows the block diagram of the single phase voltage type AC/DC converter. (Drawing includes non-English language text)    Single phase voltage type AC/DC converter (11)    Phase difference generating circuit (30)    Frequency control circuit (50)    Low-order voltage control circuit (60)    High-order voltage control circuit (70)
NOVELTY - The method involves compressing, triggering, receiving and cooling thermodynamic fluid, and mixing the thermodynamic fluid with calcontactor, where a portion of the calcontactor is dispersed in the thermodynamic fluid, so as to realize heat exchange from a heat source. The thermodynamic fluid and the calcontactor are separated after compressing, triggering, receiving and cooling phases, where the calcontactor provides thermal inertia permitting to control and stabilize temperature of the fluid, and possessing volumetric heat emitted during the phases.    USE - Thermodynamic method for production of mechanical energy to generate electricity for land, marine or aerial vehicle, from a heat source during a thermodynamic cycle.    ADVANTAGE - The method enables production and utilization of the mechanical energy from the heat source in an economic manner while reducing energy consumption of the source. The method limits usage of wall exchangers, and facilitates utilization of the compression, cooling or triggering apparatus, so as to realize reversibility of thermodynamic transformations.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a thermodynamic device for production of mechanical energy from a heat source.    DESCRIPTION OF DRAWING(S) - The drawing shows a graph illustrating a thermodynamic cycle for production of mechanical energy.
NOVELTY - The tile unit (10) has a lens assembly (11) covering an upper surface area of a support frame (19). Several photovoltaic cells (12) located beneath the lens assembly convert solar energy passing through the lens assembly into electrical energy. A thermal assembly located adjacent the photovoltaic cells has a heat transport system (17). The heat transport system contains a fluid to capture and transport thermal energy to photovoltaic cells at external of the support frame.    USE - Tile unit of roof structure for energy production application.    ADVANTAGE - The tile units of the invention can capture and utilize practically light incident on the surface due to the lens effect and so only a minimal amount is reflected off. Enables consumers to choose the area of roof covered by the tile units so that the amount of power to generate to drive the household appliances. The fluid circulating within the tile units reduces the build up of snow and ice on the roof. The danger of roof collapse is reduced. Any excess heat transfer between the interior of the house and the exterior is reduced by the provision of an insulator in the tile unit so that the need to run energy expensive appliances such as air conditioners in hotter weather or heaters in colder climates can be eliminated. Since the photovoltaic arrays are located adjacent the thermal assembly so that any heat energy they absorb or generate can be transferred to the heat absorption layer and wastage of the available solar and thermal energy is minimized.    DESCRIPTION OF DRAWING(S) - The drawing shows an exploded view of the tile unit.    Tile unit (10)    Lens assembly (11)    Photovoltaic cells (12)    Heat transport system (17)    Support frame (19)
NOVELTY - A photoelectric conversion portion (11) generates the electric power from received sunlight. Each transparent conductive film (12,13) is formed on the respective main surface (S1,S2) made of p-type semiconductor layer (11c) or n-type semiconductor layers (11a,11e), of the photoelectric conversion portion. The hydrogen atom content rate in n-type semiconductor layer is lower than the hydrogen atom content rate in p-type semiconductor layer.    USE - Solar cell e.g. crystal solar cell, thin-film solar cell, used in photovoltaic power generation field.    ADVANTAGE - Deterioration of surface property of the photoelectric conversion portion can be suppressed.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for manufacturing method of solar cell.    DESCRIPTION OF DRAWING(S) - The drawing shows the sectional view of the solar cell.    Solar cell substrate (1)    Electrodes (2)    Photoelectric conversion portion (11)    N-type semiconductor layers (11a,11e)    P-type semiconductor layer (11c)    Transparent conductive films (12,13)    Main surfaces of photoelectric conversion portion (S1,S2)
NOVELTY - The system has a turbine with a pair of circular frames (26) radially affixed to a vertical rotational shaft. A limiting unit of the turbine limits rotation of a set of vanes e.g. flexible sails (50), to a maximum of about 40 degrees to about 80 degrees. A generator is operatively connected to one of upper and lower ends of the shaft for converting rotational energy of the shaft into electrical energy. An anchoring unit affixes the lower end of the shaft to a ground surface. A torque control unit maintains the generator in a generally stationary position as the turbine rotates about the shaft.    USE - Vertical turbine system for harnessing kinetic energy of moving fluids such as wind or water, to convert the kinetic energy into electrical energy, for generating power from tidal currents in marine environment and from stable ocean currents between islands, and in tidal flows to generate auxiliary power for moored vessels, and also in a large power generation application. Uses include but are not limited to wind power farm, commercial application, residential housing application or roadway lighting application.    ADVANTAGE - The vanes are pivotable about an axis formed by a leading edge of the vanes, as the turbine rotates about the rotational shaft, thus providing power over a larger portion of a circumference of the turbine as the turbine rotates and allowing the turbine to develop power. The system is easy to use, simple in construction, inexpensive to produce and economical to maintain.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for generating an electrical energy from a moving fluid stream.    DESCRIPTION OF DRAWING(S) - The drawing shows a top cross-sectional view of a turbine.    Circular frames (26)    Leading edge (32)    Trailing edge (34)    Flexible sails (50)    Tether (52)    Stiffening unit (54)
NOVELTY - The swatter has a body provided with a net at centre and a frame at periphery. A pivoting part is provided under the frame, and a holding rod is provided with telescopically sleeved tubes. Top of the holding rod is provided with a sleeve part, and a lower part is provided with a holding part and an electric power. The body and the sleeve part are pivoted movably via an adjustable way. The lower part of the holding rod is provided with a solar power supply e.g. chargeable alternating current (AC) power supply, and a light-emitting device is provided on the frame close to the net.    USE - Electric mosquito swatter.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of an electric mosquito swatter.
NOVELTY - The system has multiple units with generators or turbines (2) that are propelled by force of gravity and/or spring force. A drive weight (4) is raised and/or brought to a drive position using lifting tool such as hand or electric motor winch, or using water power in low and high tides or using water lifting equipment and water and shipping sluices. The weight is made of metal plate or concrete parts. The weight attached to a floating platform propels together with the platform during water lifting and/or during water dropping. Electrical drive aids and battery load devices are provided.    USE - Power generation system for a power station.    ADVANTAGE - The system is driven by water force or by hand propelled lifting device, thus enabling operation of the system in an economical, pollution-free and environmental friendly manner. The provision of electrical drive aids and battery load devices enables controlling of the operation of the system in an automatic manner. The system supplies the produced energy to the consumer and stores or supplies the surplus energy to the public power line or utilizes the surplus energy for own consumption.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic front view of a power generation system with a drive weight which is raised with hand or an electric motor lifting device.    System tower (1)    Generators or turbines (2)    Lifting device (3)    Drive weight (4)    Suspension (5)
NOVELTY - The apparatus has vertically movable erection piston cylinder mechanism (10) that is connected with lower surface of rotation roadbed (2). A pivotal support rotation arm is connected between lower surface of piston cylinder mechanism and outer surface of cylindrical elastic ring. A stopper is arranged at outer surface of rotation arm. The elastic ring is expanded or contracted by rotation of rotation arm. An operation arm is provided in outer surface of stopper. The permanent magnets (30a,30b) and magnetic coils (40a,40b) are arranged in operation arm.    USE - Tandem type roadbed electric power generating apparatus for converting driving energy of motor vehicle and electric train into electrical energy for charging streetlight, heater apparatus used for road surface freeze prevention and charging stand for electric vehicle. Can also be used in charging signal light, illumination unit, etc.    ADVANTAGE - The electric power generating apparatus can efficiently convert the driving energy into electrical energy without disturbing the driving operation. The linear driving of the vehicle or train can be maintained smoothly without providing big vibration to the vehicle or train. The electric power can be stably and continuously generated by operation of the erection piston cylinder mechanism, and electrical storage can be enabled. The damage of the electric power generating apparatus can be prevented and lifetime of the apparatus can be improved.    DESCRIPTION OF DRAWING(S) - The drawing shows a cross-sectional view of the roadbed electric power generating apparatus.    Fixed roadbed (1)    Rotation roadbed (2)    Erection piston cylinder mechanism (10)    Permanent magnets (30a,30b)    Magnetic coils (40a,40b)    Front stage electric power generation unit (U1)    Latter stage electric power generation unit (U2)
NOVELTY - The holder has thread portion, and screw (6) that is inserted into through-hole (31) to axially press the end surface of inner tapered portion towards the ring (2) and to press the outer surface of outer tapered portion (4) towards the through hole of ring (1). A weld portion (7) is formed at the end of pin (3), to prevent the removal of pin from the ring (1).    USE - Pin type holder for conical roller bearing used for wind-power electric power generation apparatus, steel rolling mill, etc. Can also be used in cylindrical roller bearing.    ADVANTAGE - Since interference adjustment can be performed inexpensively by torque adjustment so that intensity of ring and pin can be made high. Assembling and dissembling of holder can be performed easily.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for assembling method of pin type holder.    DESCRIPTION OF DRAWING(S) - The drawing shows the end elevation view of conical roller bearing.    Rings (1,2)    Pin (3)    Outer tapered portion (4)    Screw (6)    Weld portion (7)    Through-hole (31)
NOVELTY - The apparatus has a power supply part comprising a solar energy power module. A detection part comprises a voltage drop detector, and a detection output part comprises a photoelectric module e.g. photoelectric receiving pipe. A solar cell board of a solar energy power module is fixed on a high-voltage bus by a cable clamping mechanism, where an upward shiny side is provided on the solar cell board. A voltage drop detector circuit detects micro voltage drop that is obtained on a high-voltage bus, where the voltage drop is amplified and output through two poles of amplifiers.    USE - High-voltage detecting apparatus.    ADVANTAGE - The apparatus has small size, and maintains the external power supply steadily in uniform.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a high-voltage detecting apparatus.'(Drawing includes non-English language text)'
NOVELTY - The present invention relates to a power generation system of artificial dam using the water head between the daily flood and ebb, which is between 500m/m to 850 m/m. The two times of daily flood and ebb are capable of pumping the seawater to the dam, generating a automatic circulation of the artificial dam (height can be set) and achieving the goal of hydraulic power generation.
NOVELTY - The marine generator has a central axle (2) which transmits the energy of a wave through a floating platform (1) to put installed equipment (5) e.g. electric generator into motion. The floating platform promotes a route to the crest of the wave upon receiving a pushing force for moving the axle. The electric generator produces electrical energy as the floating platform descends to its initial position by the force of gravity via the valley of the wave.    USE - Marine generator for producing e.g. electrical energy from wave energy at sea.    ADVANTAGE - Facilitates generation of torque for driving an electric generator among installed equipment to produce clean and inexhaustible energy without limits.    DESCRIPTION OF DRAWING(S) - The drawing shows the schematic view of marine generator in its first position.    Floating platform (1)    Central axle (2)    Connecting rod (3)    Base (4)    Installed equipment (5)
NOVELTY - The device (1) has a potential energy change device (10) prefilled with surplus material (13) that is provided with density greater than the air to enable multiple objects (2) e.g. wood blocks, to gain potential energy from the density difference between the material and the objects. An energy acquiring device (11) uses weight of each object and principle of kinetic and potential energy transformation to acquire predetermined potential energy difference. An object transfer device (12) transfers the objects to the potential energy change device from the energy acquiring device.    USE - Energy source device such as potential energy change device, energy acquiring device and object transfer device. Uses include but are not limited to a solar cell, a wind power generator, a nuclear energy power generator and a hydroelectric power generator.    ADVANTAGE - The basic principles of the physics are used to acquire the required energy from the predictable energy produced by the buoyancy and the gravitational acceleration, thus achieving environmental protection and meeting the objective of providing the economic benefit. The cost of assembling the energy source device is extremely low, and the available energy obtained is directly proportional and beyond the manufacturing cost. The energy source device cycles infinitely produce the energy, and the operation of the energy source device does not need to be stopped due to the external environmental factors, thus enabling the user to obtain the continuous supply of the energy without having to worry about the problem of the energy source being interrupted.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic sectional view of an energy source device.    Energy source device (1)    Objects (2)    Potential energy change device (10)    Energy acquiring device (11)    Object transfer device (12)    Surplus material (13)
NOVELTY - The element has a recess (2) which surrounds a latch-shaped region (3) on three-sides, where the recess is obtained by stamping process. The recess has two round regions (4, 5), where the round region (4) is arranged at a latch (6). The recesses of opposite frame elements are spaced apart from one another opposite to a frame edge (7). The element surrounds an U-shaped edge of a solar module.    USE - Frame element for a solar module e.g. solar thermal module and photovoltaic module, that is utilized for generating heat or electricity.    ADVANTAGE - The latch shaped region can be produced in a simple manner and can be bent easily away from the frame element for forming the inset for the solar module without using additional small articles. The recess is obtained by stamping process, so that the frame element can be manufactured in a simple manner without the need of a separate work procedure and without using another tool. The provision of round region reduces the risk of injury and allows easy insertion of the bend tool with round shank such as screwdriver without reducing the material stability.    DESCRIPTION OF DRAWING(S) - The drawing shows a rear perspective view of a solar module.    Recess (2)    Latch-shaped region (3)    Round regions (4, 5)    Latch (6)    Frame edge (7)
NOVELTY - The system has an electric heater equipped in a heat exchange water tank, and a wind power generating device electrically connected with the electric heater. A solar heating device is connected to the heat exchange water tank by a pipeline, where the solar heating device and the wind power generating device are equipped with an energy storage device i.e. heat storage device. The solar heating device comprises a solar heat collector e.g. vacuum heat collecting pipe solar heat collector, a circulation pump and circular water inlet and outlet pipes.    USE - Wind and light complementary heat collecting system.    ADVANTAGE - The system utilizes a sodium sulfate decahydrate phase-change energy storage material to make the heat storage device to store large amount of heat energy so as to supply continuous heat during sunshine or wind situation. The system is controlled by a programmable logic controller (PLC), thus improving central control performance and reliability of an intelligent system.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a wind and light complementary heat collecting system.'(Drawing includes non-English language text)'
NOVELTY - The generator has a fixed point fixed to a seacoast or seabed, and a wire connected with a generating unit for transmission of electric power generated by the generating unit, where the generating unit is attached to a loader. One end of a control wire is connected with the fixed point. The fixed point includes a fixed bracket and a furling device, where the fixed bracket is fixed to the seacoast or seabed. The furling device and a monitoring chamber are fixed to the fixed bracket.    USE - Dynamic ocean current generator for submarine construction of a loader (claimed).    ADVANTAGE - The wire is utilized for transmission of electric power generated by the generating unit, thus avoiding the difficulty in submarine construction of the loader, and hence reducing the cost of construction.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a corresponding loader for a generating unit comprising a vertical position control rudder.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a dynamic ocean current generator.
NOVELTY - The aerogenerator has multiple blades (200a-200d) provided with principal axes (201a-201d) and mounted on support stands (130a-130e) extended and installed in a horizontal direction of a wind tower (100). The axes of the blade are combined and rotated to change spin energy of the blades into power. Generator units (220a-220d) are installed in a tip-end part of the stands having a base portion fixed on ground. A tower part (120) is placed in the base portion from bottom to top. An end of the axes is combined to the units, and another end of the axes is combined with a bearing.    USE - Aerogenerator. Uses include but are not limited to hydroelectric power generation plant, thermal power generation plant, nuclear power generation plant, wave activated power generation plant, tidal power generation plant and wind power generation plant.    ADVANTAGE - The aerogenerator reduces energy loss, increases energy conversion efficiency, enables stable rotation drive of the blades of rotation system, and increases power generation amount by using multiple blades. The components of the rotation system are prevented from being damaged. The blades are light in weight, and the aerogenerator reduces maintenance cost.    DESCRIPTION OF DRAWING(S) - The drawing shows a front view of an aerogenerator.    Wind tower (100)    Tower part (120)    Support stand (130a-130e)    Blade (200a-200d)    Principal axes (201a-201d)    Generator units (220a-220d)
NOVELTY - The controller has an output control circuit (2) automatically controlling a solar lamp to be powered on and turned off. A general packet radio service (GPRS)/global system for mobile communication (GSM) wireless communication control (4) transmits working state information of the output control circuit and a pulse width modulation (PWM) storage battery charge protecting control circuit (3) to a double power source switching (5). The double power source switching converts the information between a storage battery and a commercial power to supply power to the lamp.    USE - Multifunctional solar light controller.    ADVANTAGE - The pulse width modulation storage battery charge protecting control circuit and the delay output protecting circuit act as assisting parts, so that the utilization efficiency of the storage battery is improved, and light flash as a result of light interference and critical state is avoided, thus providing an ideal municipal solar light controller.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a multifunctional solar light controller.'(Drawing includes non-English language text)'    Output control circuit (2)    Pulse width modulation storage battery charge protecting control circuit (3)    General packet radio service/global system for mobile communication wireless communication control (4)    Double power source switching (5)
NOVELTY - The flywheel assembly (3) has a flywheel (23) having concentric channels (24) for inserting exact amount of lead weights for rotational balancing purposes and for storing large amount of kinetic energy during operation. The shaft (25) and power generators (26-28) are used for the production of large amount of electric current.    USE - Wave energy megawatt harvester for producing large amount of electricity for power supply to town, city, municipality, factory and for charging power battery of hybrid electric vehicle and electric motor vehicle.    ADVANTAGE - The harvester produces the electricity from the waves of the ocean at low cost. The discharge of the hydrocarbon pollutants to the atmosphere is reduced and the clean air is provided for people to breathe.    DESCRIPTION OF DRAWING(S) - The drawing shows an isometric view of the flywheel assembly.    Flywheel assembly (3)    Flywheel (23)    Concentric channels (24)    Shaft (25)    Power generators (26-28)
NOVELTY - A magnetic motive force generating unit has main shaft (1) freely rotating on central axes of cylindrical casing (2). The annulated columnar coil (4) and induction coil (7) are arranged in cylindrical casing and peripheral main shaft, which are fixedly connected as multiple outer and inner magnetic strips (5,6) with uniform space. The columnar coil is connected to a solar power pack. An external annulated columnar insulating layer (3) is arranged between coil and cylinder casing. The number of inner magnetic strip is not in accordance with that of outer magnetic strips.    USE - Solar powered magnetic force generating device.    ADVANTAGE - The collected solar energy can be converted as the electric energy to provide magnetic motive force for operation via the solar power pack. The wastage of earth resource avoided while energy saving and protecting environment.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the solar powered magnetic force generating device.    Main shaft (1)    Cylindrical casing (2)    Insulating layer (3)    Columnar coil (4)    Magnetic strips (5,6)
NOVELTY - The device has an energy acquiring device provided with a rack float chamber (1) and a gear float chamber (3). A guiding frame (11) is provided for guiding up-and-down movements of the rack and gear float chambers. A rack (8) is fixed at a side of the rack float chamber through a telescopic bracket (7), and a gear (9) is fixed on the gear float chamber through a bracket (10) provided with a transmission mechanism. The gear float box is internally provided with a generating device and a storage battery, where the generating device is driven by the transmission mechanism.    USE - Device for generating electricity through ocean wave.    ADVANTAGE - The device is simple in structure, utilizes the float boxes to generate the potential energy, converts the potential energy into the mechanical energy and utilizes the mechanical energy to generate electricity.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of an electricity generating device.    Rack float chamber (1)    Gear float chamber (3)    Telescopic bracket (7)    Rack (8)    Gear (9)    Bracket (10)    Guiding frame (11)
NOVELTY - The inner tube of grooved heat-collecting tube has a metal tube (1) and a plating layer (2) provided on the ex-circular surface of the metal tube. The plating layer consists of a molybdenum layer (2-1) and an aluminum oxide layer (2-2). There are 8-12 molybdenum layers and 8-12 aluminum oxide layers which are in spaced arrangement from inside out. The metal tube is a stainless metal.    USE - Inner tube of grooved heat-collecting tube for solar power generation.    ADVANTAGE - Provides an inner tube which can resist a temperature higher than 350 degrees centigrade. Provides a simple and rational preparation method with high production efficiency, good quality with good product quality.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a preparation method for inner tube of grooved heat-collecting tube.    DESCRIPTION OF DRAWING(S) - The drawing shows a top view of the inner tube of a grooved heat-collecting tube for solar power generation.    Metal tube (1)    Plating layer (2)    Molybdenum layer (2-1)    Aluminum oxide layer (2-2)
NOVELTY - The generator has a wire-like axle to control the length of a rotary shaft and multiple screws. The generator converts the motion of straight line flow of water into the rotational motion to form the required torque.    USE - Generator for generating streaming energy.    ADVANTAGE - The generator has a wire-like axle to control the length of a rotary shaft and multiple screws, and hence ensures that the generator is environment-friendly and cost effective.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a generator. (Drawing includes non-English language text).
NOVELTY - The power station has multiple bracket support shafts (2) connected with a synchronous connecting rod (5), where a lower end of each synchronous connecting rod is connected with an end of a rail (7) by a rotator (6). One of the bracket support shafts is provided with a motor connection hole (8), and upper ends of the synchronous connecting rods are hinged with the bracket support shafts and equipped with fixed pins at hinged positions.    USE - Solar connecting-rod sun-tracking power station.    ADVANTAGE - The power station has high power generation efficiency, and guarantees normal synchronous sun tracking of multiple solar battery plates by utilizing the motor and deceleration transmission devices. The production cost of the power station is less.    DESCRIPTION OF DRAWING(S) - The drawing shows a front view of a solar connecting-rod sun-tracking power station.    Bracket support shafts (2)    Synchronous connecting rod (5)    Rotator (6)    Rail (7)    Motor connection hole (8)
NOVELTY - The plant (1) has a buoy (3) including a solid heavy wire (4) that extends at one end of the buoy. A rack (7) is fixed in the wire through a shaft with gear wheel (8). A pinion (9) is arranged to drive an electric generator (10) in a predetermined position within a seabed foundation (2), where the electrical generator is waterproof and is contained in a cavity in the foundation.    USE - Wave power plant for using kinetic energy of ocean waves to produce electric current.    ADVANTAGE - The plant produces electric current with virtually no environmental pollution.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of the wave power plant.    Wave power plant (1)    Seabed foundation (2)    Buoy (3)    Solid heavy wire (4)    Rack (7)    Gear wheel (8)    Pinion (9)    Electric generator (10)
NOVELTY - The plant has a base, a number buoys between boxes (3), mechanical switching elements, a gear box and a generator, where the buoys are arranged in longitudinal direction of oncoming waves. Each buoy receives the wave and transmits it through three axes of rotation by a crank mechanism.    USE - Wave power plant.    ADVANTAGE - The plant effectively receives the wave energy while meeting high security. The plant can function in moderate water depths by a simple mooring device, and can work in deep water using dynamic positioning.    DESCRIPTION OF DRAWING(S) - The drawing shows a simplified three-dimensional illustration of the wave power plant.    Pontoon (1)    Column (2)    Boxes (3)    Thruster (16)    Wind turbine (17)
NOVELTY - The generator has a middle shaft (5) vertically supported on a bracket (6), and rotor arms (9) installed on the middle shaft. The rotor arms are mounted with large vanes (1), which are large frames combined by multiple small frames (2). Small plates (3) i.e. narrow and long gravity plates, are installed in the small frames, where upper edges of the small plates are connected with shaft eyes (4) through a small plate hanging shaft (7). Rotation direction of an impeller changes along with the small plates installed on the small frames.    USE - Wave, current and wind-driven generator for generating electricity.    ADVANTAGE - The heights and widths of the large vanes are not limited when current and wind power is used for generating electricity, and the heights of the large vanes are limited when wave energy is used for generating electricity, so that the different wave energies, current energies and wind energies from different directions can be directly converted into mechanical energy for generating electricity.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a wave, current and wind-driven generator.    Large vane (1)    Small frame (2)    Small plate (3)    Shaft eye (4)    Middle shaft (5)    Bracket (6)    Small plate hanging shaft (7)    Rotor arm (9)
NOVELTY - A filtering module (431) has high-pass filter that cuts spatial frequency component below preset frequency from continuous image data. The system converts filtered spatial frequency component into image. A particle image flow velocity (PIV) analysis module (432) calculates velocity vector between preset grayscale images in obtained image data. The filtering module adjusts cutoff frequency and filters the image data again, when incorrect vector is included in velocity vector of grayscale image obtained by PIV analysis module. The PIV analysis is performed again.    USE - Image analysis system for analyzing velocity field of measuring object. Can also be used in analyzing flow field of cloud, volcanic ash, yellow sand, smoke of chimney for operation management of nuclear power station, geothermal power station, used for impact evaluation of environment, emergency guidance, local weather report, vibration analysis of power transmission line, analysis of wind of power transmission steel tower, analysis of volcanic eruption and big fire.    ADVANTAGE - Since the cutoff frequency is adjusted and the image data is filtered again, when incorrect vector is included in velocity vector of grayscale image obtained by PIV analysis module so as to perform PIV analysis again, the PIV of the measuring object is analyzed reliably.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for computer program for image analysis.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of the image processing module. (Drawing includes non-English language text)    Image processing module (43)    Filtering module (431)    PIV analysis module (432)    Judging module (433)    Reprocessing instruction module (434)
NOVELTY - The system has an auto-control signal sending unit including a solar power collecting storing structure that is located in a switch box for offering working power. A wireless receiving structure comprises a demodulating/decoding reduction circuit. An auto-control switch structure comprises a triggered structure. A studying, storing and cleaning circuit receives corresponding identification or address code, which is sent by an auto-control signal sending unit. A loading control structure is positioned on a loaded outer power interface and a loaded power supply unit.    USE - Solar power auto-control wireless power switch system.    ADVANTAGE - The system sends a relative control signal and a warning signal to a controlled practicing structure at long distance by wireless communication through the auto-control switch structure, thus realizing corresponding remote control with remote alarm-reporting function.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a solar power auto-control wireless power switch system.'(Drawing includes non-English language text)'
NOVELTY - The power generation element has a laminated structure (13) sandwiched between left and right electrodes (11,12). The lead telluride (PbTe) layer (14) and metal layer (15) made of aluminum (Al), copper (Cu), silver (Ag) or gold (Au) are stacked alternatively in an inclination direction (16) with respect to opposite direction (17) of electrode. The generated electric power is removed by applying temperature difference to a temperature gradient production direction (18) that is orthogonally crossed to opposite direction of electrode.    USE - Thermoelectric power generation device element for use in power supply system of remote districts and military affairs using waste gas discharged from motor vehicle and factory.    ADVANTAGE - The electric power generation characteristic of power generation elements can be improved with selection of appropriate inclination angle as the element removes generated power by applying temperature difference to temperature gradient production direction which is orthogonally crossed to opposite direction of electrode.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:    (1) manufacturing method of thermoelectric power generation electric power generation element;    (2) electric power generation method; and    (3) thermoelectric power generation device.    DESCRIPTION OF DRAWING(S) - The drawing shows a structural view of thermoelectric power generation device.    Left electrode (11)    Right electrode (12)    Laminated structure (13)    PbTe layer (14)    Metal layer (15)    Inclination direction (16)    Opposing direction (17)    Temperature gradient production direction (18)
NOVELTY - The power generation system (100) has several accelerator gear boxes (130) that are mechanically coupled to the large particles of mass (113) floating on the surface of sea wave. A torque conversion unit (160) has drive arms (161,162) that are coupled to large particles of the mass, and internal components such as cotter pins and sprocket which are connected to accelerator gear boxes. The torque conversion unit transmits torque produced by large particle of mass to the power generation units, when the large particle of mass is moved to a preset distance by wave.    USE - Nautical torque tidal movement power generation system.    ADVANTAGE - The torque produced by large particle of mass can be transmitted reliably to the power generation units even when the large particle of mass is moved to preset distance by wave. Hence, the power can be generated effectively by the torque of the large particle of mass and resources for generating electric power can be utilized effectively. The structure of power generation system can be simplified at low cost.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:    (1) apparatus for generating nautical torque tidal movement electrical power generation; and    (2) method for providing nautical torque tidal movement power generation.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the nautical torque tidal movement power generation system.    Power generation system (100)    Large particle of mass (113)    Accelerator gear box (130)    Torque conversion unit (160)    Drive arms (161,162)
NOVELTY - The method involves drawing a load (20) during transport mode by transport winch ropes of movably controllable windings, where the ropes are attached to a lower region of a load accommodation unit (2). Crane winching ropes are elevated and secured above raising ropes to a crane knot in a remote controlled manner. A clip for the crane winching ropes is lifted at a crane mode, and the crane winching ropes are lowered from the crane knot to movable windings (14). The ropes are connected with the windings, which are brought into a required position by change of free lengths of the windings.    USE - Method for transporting longitudinally extended bulky load i.e. wing of wind power plant, over a wide, curvaceous distance.    ADVANTAGE - The method transports the longitudinally extended bulky load over a wide or mountainous curvaceous distance also with unsuitable infrastructure, so that the transport goods remain in the transport unit during exchanging of transport modes.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for an arrangement for transporting longitudinally extended bulky loads.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a system for transporting longitudinally extended bulky loads during transport of a wing for a wind power plant.    Crane knot point (1)    Load accommodation unit (2)    Track cable (7)    Movable windings (14)    Load (20)
NOVELTY - The method involves placing a frame (12) and a conductive terminal (15) in a forming mold of a base structure (11) that houses a pair of electrodes and a separator (102). A resin material is injected into forming mold to form the base structure in a box shape. One electrode of the electrode pair is attached to the conductive terminal, while the separator and other electrode are placed on a surface opposite to the surface contacting with the conductive terminal. The frame is overlaid and welded with a cover structure (13).    USE - Fabrication method of electrochemical cell such as such as non-aqueous electrolyte cell and double-layer capacitor cell. Uses include but are not limited to semiconductor memory, microcomputer, integrated circuit (IC) memory, solar-powered clock, and driving motor power sources.    ADVANTAGE - Since electrodes and separator are housed in the base structure, and cover structure is overlaid and welded with frame, an electrochemical cell of flexible shape and a sealing structure resistant against solder reflow temperatures can be realized. The conductive terminal and cover connecting terminal, or frame connecting terminal are placed on the lower end surface of base structure, thus the dead space of mounting substrate can be reduced. Also, frame connecting terminal is formed to extend from frame or cover structure, thus the cell is reduced in thickness with no increase in total thickness of the electrochemical cell and process steps for mounting electrode terminals are eliminated.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic exploded perspective view of the electrochemical cell.    Base structure (11)    Frame (12)    Cover structure (13)    Conductive terminal (15)    Separator (102)
NOVELTY - The method involves installing tube loops (18) with user connection points in the pits, trench (15) or lug running along the sewage structure or sewage pipe during preparation or renovation of sewerage systems. The pits, trenches or lugs are constructed for the sewage structure or sewage pipe.    USE - Method for laying piping system for heat pump for geothermal energy generation.    ADVANTAGE - The pits, trenches or lugs are constructed for the sewage structure or sewage pipe, and hence provides a cost-effective method for the generation of geothermal energy and sewage energy recovery.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a system of geothermal energy generation pipes for operating the heat pump.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a part of a residential street with a geothermal energy generating piping system.    Sewer system (11)    Channel pipeline (12)    Trench (15)    Tube loops (18)    Supply pipe (19)    Return pipe (20)    Loads (21-28)
NOVELTY - The solar cell assembly (1) has a photoelectric transducer (3) that is positioned at bottom of a reflective concave surface (2). The reflective concave surface reflects incident light (10) to the photoelectric transducer. The fluorescent material (11) is provided around the concave surface so as to perform the wavelength conversion of the incident light, when the incident light reaches the photoelectric transducer. The photoelectric transducer is surrounded by silicone resin.    USE - Solar cell assembly mounted in roof of house, portable electronic device, motor vehicle and satellite.    ADVANTAGE - The photoelectric conversion efficiency of the wavelength can be improved without depending on the installation of the solar cell assembly so that the electricity can be generated efficiently. The light resistance, weather resistance and heat resistance of the solar cell assembly can be achieved so that the deterioration of solar cell assembly due to wind or rain can be avoided and the durability of the assembly can be extended. The loss of light can be suppressed effectively.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for manufacturing method of solar cell assembly.    DESCRIPTION OF DRAWING(S) - The drawing shows the sectional views of the solar cell assembly.    Solar cell assembly (1)    Reflective concave surface (2)    Photoelectric transducer (3)    Incident light (10)    Fluorescent material (11)
NOVELTY - An electrical storage unit (13) is connected to thermo electric power generation module (12) positioned between hot water storage tank (9) and a cold preservation tank (10). The high and low temperature coolant paths (17,19) are provided for circulating high and low temperature coolants to canister (8). The absorption and separation of volatilization fuel from absorption agent (11) in canister are detected. The circulation state of high and low temperature coolant paths are changed by three-way valves (15,16) based on information of absorption and separation of fuel.    USE - Electric power generating apparatus mounted in petrol engine of motor vehicle.    ADVANTAGE - As the high temperature and low temperature flow-paths are changed based on the absorption and separation information of the fuel from the absorption agent in the canister, electric power can be produced using the temperature difference between heat emitted at the time of absorption and separation of fuel. Since hot water storage tank and cold preservation tank are provided outside the canister, the absorption agent can be maintained in desired temperature.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of engine with electric power generating apparatus. (Drawing includes non-English language text)    Canister (8)    Hot water storage tank (9)    Cold preservation tank (10)    Absorption agent (11)    Thermoelectric power generation module (12)    Electrical storage unit (13)    Three-way valves (15,16)    High temperature coolant path (17)    Low temperature coolant path (19)
NOVELTY - The active tracking solar assembly has a secondary cable with one end connected to a main actuator and other end connected to a roof weight. An actuator bar has a counter-weight attached to one end and a pulley attached to other end so that the secondary cable passes through the pulley.    USE - Active tracking solar assembly.    ADVANTAGE - The secondary cables are highly damped to prevent high intermittent winds from messing with the tracking so that the possibilities of the weights slamming into the roof rotating quickly and breaking are removed when the mechanical lock assembly locks out.    DESCRIPTION OF DRAWING(S) - The drawing shows the structural view of the active tracking solar assembly comprising a row of secondary cables.
NOVELTY - The rack has a basketball rack main body provided with a backboard, and a basketball hoop located on the backboard. A solar illuminating unit includes a solar energy battery panel located on the basketball rack main body. A solar storage battery is connected with a solar energy controller. A light source is connected with the solar energy controller to obtain power from the solar storage battery, where the light source is a LED lamp, incandescent lamp or energy-saving lamp. The light source is connected with the basketball rack main body by a supporting frame.    USE - Basketball rack.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a basketball rack.
NOVELTY - A wave machine (6) and a vertical rocking buoy (8) are provided at the sides of a wave energy storage tank (1). A rainwater receiver (19) is provided in the roof. A water energy storage tank (2) is connected to a rainwater recovery pipe (20). A photovoltaic power generation machine (5) is arranged on the roof. Electricity produced by the photovoltaic power generation machine and the wind powered generator is used as the motive power source of the storage pump.    USE - Electric power generation apparatus installed in factory.    ADVANTAGE - Electrical energy can be obtained by utilizing natural sources such as wave power, wind force, sunlight and rain water without contaminating the environment. Electric power generation rate can be increased.    DESCRIPTION OF DRAWING(S) - The drawing shows the front view of the electric power generation apparatus.    Wave energy storage tank (1)    Water energy storage tank (2)    Photovoltaic power generation machine (5)    Wave machine (6)    Vertical rocking buoy (8)    Rainwater receiver (19)    Rainwater recovery pipe (20)
NOVELTY - The equipment has an LED lighting-emitting area (120) generating light for decoying pest into power source, and a charge controller for supplying the power. A switching unit switches the power source of the charge controller to load. Multiple fans are installed inner side of a case (10), which is connected to an external power input part. A motor is installed at a side of the case. A light power generation module and a wind power generation module (60) are connected to the case.    USE - Intelligent automatic harmful insect grasping equipment.    ADVANTAGE - The equipment visually recognizes the supply state of the power source, and consumes less power. The system has the effect of maximizing the inducing effect of pest, and maximizes the lighting or flash of the LED lighting-emitting area. The equipment can automatically collect the pest, and can kill the pest using the inducing effect by the operation of the motor on which the fan is mounted.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of an intelligent automatic harmful insect grasping equipment.    Case (10)    Illuminance sensor (42)    Solar panel (52)    Wind power generation module (60)    LED lighting-emitting area (120)
NOVELTY - The wave energy generator (110) has electrically conductive material that is positioned at exterior surface of housing (120), is extended along longitudinal axis of housing. An electromagnetically active mass (140) positioned within the housing is reciprocally movable along longitudinal axis. A pair of springs (130,132) is connected between housing and electromagnetically active mass so as to minimize non-reciprocating motion of electromagnetically active mass within housing.    USE - Wave energy generator for electronic devices. Uses include but are not limited to locator, signaling equipment, entertainment equipment, energy storage equipment, radio receiver, radio transmitter, wireless telephone, camera, global positioning system (GPS) equipment, etc.    ADVANTAGE - The generated electrical power for use by electronic devices can be maximized effectively by minimizing the non-reciprocating motion of the electromagnetically active mass within housing.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of the wave energy generator.    Wave energy generator (110)    Housing (120)    Springs (130,132)    Electromagnetically active mass (140)    Induction coil (150)
NOVELTY - The unit has a rotating gear (10) provided with a slide bearing in centre, a float (11) and a variable length telescopic transmission rod (12). A shaft core (13) penetrates in centre of the rotating gear. A one-way bearing (14) is fixed to the rotating gear, and two ends of the transmission rod are connected with the float and an outer ring of the one-way bearing, respectively. The outer ring of the one-way bearing on the rotating gear is connected with the float and the transmission rod. An included angle between the transmission rod and a horizontal surface is acute.    USE - Power unit for a wave power generator.    ADVANTAGE - The outer ring of the one-way bearing is rotated with a movement of the transmission rod such that the rotating gear is rotated continuously, thus realizing power supply for the generator. The unit is environment-friendly.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a power unit of a wave power generator.    Rotating gear (10)    Float (11)    Variable length telescopic transmission rod (12)    Shaft core (13)    One-way bearing (14)
NOVELTY - The device has a photovoltaic generating unit provided with a wind power generation unit and a wind energy/light energy central controller. Output ends of the photovoltaic generating unit and the wind power generation unit are connected with an input end of a rechargeable battery set i.e. lead acid rechargeable battery. An output end of the rechargeable battery set is connected with an input end of an inverter. A control port of the wind energy/light energy central controller is connected with control parts of the photovoltaic generating unit and the wind power generation unit.    USE - Wind-light complementing generation illumination device for city road.    ADVANTAGE - The photovoltaic generating unit has reliable power supply and low running maintenance cost. The wind power generation unit has high electric energy production with low cost and running maintenance cost. The device utilizes integrated truss structure to assemble and fix. The device can be operated chronically and stably in outdoors.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a wind-light complementing generation illumination device.
NOVELTY - The tractor (10) includes at least one drive wheel (11,12) rotated by at least one electric motor. Two rails (16) extend parallel to each other, along the tractor longitudinal axis, and support a battery pack (14). The battery pack is sized to be received in plural locations along the rails, and is in selective electrical contact with at least one electric motor once received on the rails.    USE - Solar-powered electric tractor for use on agricultural field.    ADVANTAGE - Eliminates limitations generated when tractor uses internal combustion engine. Improves flexibility of battery pack placement, while lowering center of gravity of tractor. Allows battery pack to serve as counterbalance, thus eliminating need for purchase and installation of dead weight.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a battery installation method.    DESCRIPTION OF DRAWING(S) - The drawing shows the partial side view of the electric tractor.    Solar-powered electric tractor (10)    Drive wheel (11,12)    Battery pack (14)    Seat (15)    Rails (16)
NOVELTY - The system has housing (210) with a set of openings that allows flow of a fluid e.g. petroleum, and another flow of the fluid to enter and exit the housing. A set of projections (220) receives two forces from the flow. A belt (212) i.e. lever, is coupled with the projections, where the belt moves from a set of projections to receive the force. A set of spindles (214-218) is coupled with the belt, where each spindle in a subset of spindles receives torque from movement of the belt. A generator receives the torque from each spindle in the subset in cumulative manner.    USE - System for harnessing wave energy from large bodies of water such as lakes, seas and oceans, for generating electrical energy or mechanical energy such as electricity, and force such as reciprocating or rotary force, that is used in a motor or engine to operate a wind-mill.    ADVANTAGE - The system generates clean and renewable energy, and harnesses wave energy for generating electricity in a more convenient way in an easy and inexpensive manner. The system prevents insight obstructions in aesthetics of ocean beaches. The housing is formed so as to blend into surroundings in a particular locale, and is exposed and formed to resemble large boulders to blend into the natural surroundings of a given location. The system conducts electric current by using the generator with a power distribution facility in an easy manner.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for harnessing wave energy.    DESCRIPTION OF DRAWING(S) - The drawing shows a cross-sectional view of a wave energy drive.    Shallow bed (202)    Housing (210)    Belt (212)    Spindles (214-218)    Projection (220)
NOVELTY - The turbocharger has a compressor wheel (5), and a housing (1) that includes an inlet spiral (11) for exhaust-gas of an internal combustion engine. An adjustable guide vane (13) is arranged between the inlet spiral and a turbine wheel (3) of the turbocharger. The adjustable guide vane is arranged between a pair of walls (17, 19) of the housing. An axially movable circular cover (23) is provided between the wall (19) and the guide vane. The axially movable circular cover is compressed against front sides (21) of the guide vane in an elastic manner.    USE - Exhaust-gas turbocharger for an internal combustion engine e.g. diesel engine and petrol engine.    ADVANTAGE - The axially movable circular cover is provided between one of the walls and the guide vane, thus assembling the guide vanes between the housings in a clearance free manner, and hence reducing the thermodynamic losses, and increasing the reliability of the turbocharger. The axially movable circular cover can be manufactured in a simple manner and the tolerances during the production of the guide vanes and the housing can be increased due to the axial movability of the cover, thus reducing the costs. The contact surface between the guide vanes and the cover is minimized and limited to a range, thus obtaining a better sealing effect.    DESCRIPTION OF DRAWING(S) - The drawing shows a longitudinal sectional view of an exhaust-gas turbocharger.    Housing (1)    Turbine wheel (3)    Compressor wheel (5)    Inlet spiral (11)    Adjustable guide vane (13)    Walls (17, 19)    Front sides (21)    Axially movable circular cover (23)
NOVELTY - The device is attached inside or outside, where the heat is derived from the device by a fluid that is used by a heat pump. The surface exposed to the sun, for electricity generation, is adjusted manually or automatically by a motor depending on the requirement of solar radiation or luminance. The solar cells or nano generators are attached on a curtain. The curtain has one or more units. The curtain has a circulation slot, where the solar cells or nano generators are also attached on a canvas blind.    USE - Device for recovery of electrical current from light, thermal, heat, solar or wind energy, flexible or rollable solar cells, transparent solar modules and nano generators in form of textiles, and for darkening an area lying behind the device from a focal point of the sun (all claimed).    ADVANTAGE - The surface exposed to the sun, for electricity generation, is adjusted manually or automatically by a motor depending on the requirement of solar radiation or luminance. The solar cells or nano generators are attached on a curtain. The curtain has one or more units. The curtain has a circulation slot, where the solar cells or nano generators are also attached on a canvas blind, and thus ensures recovery device with easy accessibility.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a multipart solar curtain. (Drawing includes non-English language text).
NOVELTY - The solar cell assembly (1) has a reflective concave surface (2) positioned with a photoelectric transducer (3) including an inner semiconductor layer (3a) that is covered by an outer semiconductor layer (3b). An electrode element (7) is made to contact the inner semiconductor layer through an exposed portion. The opening provided above the reflective concave surface is covered by silicone resin (4) whose light-incidence surface is covered with polyparaxylylene film or fluorine resin.    USE - Solar cell assembly mounted in roof of house, portable electronic device, motor vehicle and satellite.    ADVANTAGE - The interrupted incident light from the photoelectric transducer is directed towards the electrode element and reflected on the concave surface so that the photoelectric efficiency can be improved and electricity can be generated effectively.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of the solar cell assembly.    Solar cell assembly (1)    Reflective concave surface (2)    Photoelectric transducer (3)    Inner semiconductor layer (3a)    Outer semiconductor layer (3b)    Silicone resin (4)    Electrode element (7)
NOVELTY - The apparatus has heat collecting surface that is formed at high temperature chamber (7) which is separately arranged with respect to low temperature chamber (8). Several thermo-element modules (1) are installed at heat collecting surface of high temperature chamber in matrix form. The heat transfer sheet (14) is arranged at thermo-element module, and at heat sink plane of low-temperature chamber. The heat transfer sheet is fixed at high temperature chamber for every thermo-element module by using fixing tool (15).    USE - Thermo-element apparatus for electric power generation.    ADVANTAGE - The thermo-element modules can be installed in reliable manner at thermo-element apparatus without affected by non-uniformity of modules occurred during manufacturing process. The transformation of heat with respect to heat sink plane is improved effectively by fixing the heat transfer sheet at thermo-element module.    DESCRIPTION OF DRAWING(S) - The drawing shows a top view of thermo-element apparatus.    Thermo-element module (1)    High temperature chamber (7)    Low temperature chamber (8)    Heat transfer sheet (14)    Fixing tool (15)
NOVELTY - An inverter (8) outputs active power and reactive power to an interconnection point and an output electric power calculating unit (4) calculates the impedance of an electric power system. An output current control unit (7) controls the inverter so that the ratio of resistance with respect to reactance in system impedance is large and ratio of reactive power of interconnection point voltage with respect to active power is large.    USE - Distributed power supply such as solar cell and wind-powered-electricity-generation apparatus for power distribution system.    ADVANTAGE - The variation of interconnection point voltage can be suppressed reliably at low cost.    DESCRIPTION OF DRAWING(S) - The drawing shows the block diagram of distribution plant. (Drawing includes non-English language text)    Voltmeter (1)    Output electric power calculating unit (4)    Output current setting unit (6)    Output current control unit (7)    Inverter (8)
NOVELTY - A converter (3) rises the voltage of a solar cell (1) electric power and outputs to a link node (R) and another converter (6) rises the voltage of electric power stored in a battery (5) by a converter (4) and outputs to the link node. An inverter (7) outputs electric power to a system by adjusting the output sine wave electric current and sets the link node voltage to a predetermined value. The voltage of the battery is set lower than the voltage of wind-powered generator (2) and voltage fall control is performed by the converter (6) using a step down chopper.    USE - Hybrid interconnection system for use in generation of photovoltaic power and wind power.    ADVANTAGE - The electric power of solar cell and wind-powered generator can be utilized fully and the electric energy conversion of solar cell and wind-powered generator can be performed using a single inverter. Hence maximum electric power point tracking control can be achieved at the time of parallel operation of wind-powered generator and solar cell, and size and manufacturing cost of the hybrid interconnection system can be reduced.    DESCRIPTION OF DRAWING(S) - The drawing shows a circuit diagram of hybrid interconnection system. (Drawing includes non-English language text)    Solar cell (1)    Wind-powered generator (2)    Converters (3,4,6)    Battery (5)    Inverter (7)    Link node (R)
NOVELTY - The device has a set of shafts (24) connected to a compressor (26) and a turbine (28). An exchanger (30) e.g. dynamic heat exchanger, assures heat exchanges between a driving fluid e.g. ambient air, that is compressed by the compressor and relaxed in the turbine, and hot gas obtained from direct/indirect combustion of biomass. A turbine (34) and a kinetic energy conversion unit (36) e.g. current generator, are connected to a set of shafts (32). The fluid used in the turbine (34) is the same fluid traversed the compressor. The fluid traverses the exchanger before introduced in the turbine (34).    USE - Device for producing energy i.e. electrical energy, from biomass. Can also be used for producing heat energy.    ADVANTAGE - The fluid used in the turbine is the same fluid traversed the compressor, and the fluid traverses the exchanger before introduced in the turbine, thus improving the yield of the device by optimizing the functioning of the turbine. The device is designed using existing turbine and compressor in a simple and inexpensive manner, without the need for designing a specific turbine. The device produces the electrical energy ranging from few kilowatts to one megawatt.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view illustrating an energy producing device.    Shafts (24, 32)    Compressor (26)    Turbines (28, 34)    Exchanger (30)    Kinetic energy conversion unit (36)
NOVELTY - The remote sensing based bus arrival prompt system has a solar energy power supply (11) which supplies power to a station emitter (8) and a station receiver (7) which are integrated and provided with sound (9) and text (10) prompt and display functions. A vehicular emitter (3) emits a radio signal regarding the bus leaving from the station, with respect to the nest station receiver. A vehicular receiver (2) prompts the passengers in the bus for getting off the bus after the station receiver receives the signal from vehicular emitter.    USE - Remote sensing based bus arrival prompt system.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the remote sensing based bus arrival prompt system. (Drawing includes non-English language text)    Vehicular receiver (2)    Vehicular emitter (3)    Station receiver (7)    Station emitter (8)    Sound (9)    Text (10)    Solar energy power supply (11)
NOVELTY - A moving support frame has left and right bearing fixing seats (A1,A2) in which bearings of shaft (A5) are fixed. The levers (A3,A4) are set on right and left sides of the shaft. An arc-shaped gear (A7) is set below a movable frame (A8) which is provided on the levers. The gear is connected to motor (A6), and photoelectric board is set on movable frame. A rain sweeper is connected with another motor which is provided on the solar photoelectric board. The rotation of motor and gear is controlled by using time relay.    USE - Solar power generating structure.    ADVANTAGE - The photoelectric board can be rotated to receive sunlight by controlling rotation of motor and gear with time rely. Hence the solar power generating efficiency can be improved.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the solar power generating structure.    Bearing fixing seats (A1,A2)    Levers (A3,A4)    Shaft (A5)    Motor (A6)    Arc-shaped gear (A7)    Movable frame (A8)
NOVELTY - The hybrid energy scavenger (60) has a hot plate (37) for connection to a heat source such as human body, and a heat dissipating structure for connection to a heat sink such as ambient air. The heat dissipating structure has a photovoltaic cell (56) for providing an electrical output in response to illumination of the photovoltaic cell. A thermopile unit (50) mounted between the hot plate and the heat dissipating structure provides another electrical output in response to a temperature difference across the thermopile unit.    USE - Hybrid energy scavenger for generating electrical power for autonomous device or wearable electrical device (both claimed) such as wristwatch, communication device and media player.    ADVANTAGE - The power output of the energy scavenger is increased, without increasing the size and weight, and with less dependent on the ambient temperature.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for method of generating electrical energy using hybrid energy scavenger.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of the hybrid energy scavenger.    Hot plate (37)    Radiator (48)    Thermopile unit (50)    Photovoltaic cell (56)    Hybrid energy scavenger (60)
NOVELTY - The method comprises growing a gallium nitride ingot by ammonothermal method, slicing a crystalline piece such as wafer out of the ingot, annealing the piece for a time at temperature (1100-1300 degrees C) and pressure to reduce contaminant in the wafer, concentrating the contaminant at a surface of the piece, and removing amount of the piece surface subsequent to annealing step to reduce the amount of contaminant. The annealing step is carried out in reducing ambient, to which the wafer sides are exposed. The method further comprises removing gallium-polar side portion of the piece after annealing.    USE - The method is useful for producing gallium nitride crystalline pieces such as wafers, which are useful for producing semiconductor device and optoelectronic device (all claimed) such as LEDs, laser diodes, microwave power transistors, solar cells and solar-blind photo detectors, where the LEDs are useful in cell phones, indicators and displays and the laser diodes are useful in data storage discs.    ADVANTAGE - The method is capable of effectively producing the gallium nitride crystalline pieces with improved transparency, high purity, high quality and reduced impurities without dissociation and/or decomposition thus improving the efficiencies of the optical devices.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for:    (1) a gallium nitride piece;    (2) a semiconductor device formed on a gallium nitride piece; and    (3) an optoelectronic device formed on a gallium nitride piece.    DESCRIPTION OF DRAWING(S) - The diagram shows a flow chart for the production of gallium nitride wafers.
NOVELTY - A distensible tube (24) is arranged to drive energy medium, so that dynamic response of the distensible tube is controlled by adjusting the energy medium. Several tuning elements control resonant point of the energy medium, to match with the desired forcing frequency. The distensible tube resonates at a predefined frequency matched with the passive mechanical response of the distensible tube.    USE - Apparatus for extracting energy from fluid motion such as current flow, tidal flow, gas flow, etc.    ADVANTAGE - The flexibility and operating efficiency of the energy extraction apparatus can be improved by using a simple arrangement. The manufacturing, installation and maintenance cost of the energy extraction apparatus can be reduced, due to the reduction in the number of mechanical components.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:    (1) method for powering engine using fluid motion;    (2) electrical generator;    (3) method for generating electricity from fluid motion;    (4) fluid motion energy capture device; and    (5) method for capturing energy from fluid motion.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the electrical generator.    Electrical generator (10)    Leading end of generator (18)    Trailing end of generator (22)    Distensible tube (24)    Force transducer panels (26)
NOVELTY - An electric power generation thread (26) comprises electric power generation layer (24) continually formed in longitudinal direction.    USE - Electric power generation thread used for solar cell (claimed).    ADVANTAGE - Provides solar cell with expandability and excellent productivity and flexibility.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for:    (1) a solar cell;    (2) a manufacturing method of electric power generation thread; and    (3) a production apparatus of electric power generation thread.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of the solar cell.    Solar cell (10)    Weft thread (20)    Electric power generation layer (24)    Electric power generation thread (26)    Warp thread (30)
NOVELTY - The system has an adjusting device including a servo-motor-controlled rack gear (16) and pinion gear actuation mechanism, where the rack gear is attached to an extender blade. Servomotors are anchored at a hub end of a root blade (10), where the root blade includes spaced apart ribs defining an airfoil contour of the root blade, a lengthwise front spar and a rear spar. The extender blade is housed within the root blade with bearings that allow the extender blade to move within a space between the front and rear spars.    USE - System for generating power of a fluid-flow e.g. wind and water, for an electric power-generating device such as wind turbine and ocean current turbine.    ADVANTAGE - The extender blade is housed within the root blade with bearings that allow the extender blade to move within the space between the front and rear spars, thus facilitating extension and retraction of extendible rotor blades. The system is light in weight, easy to maintain and durable. The system enables the extended rotor blades to be operated within adjustable torque and thrust load limits.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional perspective view of a servo-motor-controlled rack-and-pinion actuation mechanism with an extendible rotor blade.    Root blade (10)    Extension bar (14)    Servo-motor-controlled rack gear (16)    Pinions (20, 24)
NOVELTY - The garbage box main portion is buried under the ground and controlled by the switch. The garbage box is equipped with a functional module for converting the marsh gas generated by anaerobic fermentation of garbage into electrical energy.    USE - Garbage box.    ADVANTAGE - An eco-friendly, energy-saving garbage box of simple structure is provided for convenient disposal of waste. The bad influence of the garbage to the environment due to natural factors such as wind is reduced by burying the garbage box. The atmospheric pollution is reduced while decomposing the garbage by anaerobic fermentation. The marsh gas converted into electrical energy for secondary utilization of energy.
NOVELTY - A heating pipe (5) and an electric heating plate (6) are located at the bottom portion of material chamber (2). The heating pipe is connected with solar heat collector plate (4). The electric heating plate is connected with a wind power generator (7). A feeding opening (1) is formed in the pool housing (8). An interlayer (3) is formed between the inner and outer walls of the pool housing.    USE - Double-layer insulating biomass pool for wind power generation.    ADVANTAGE - Wind power generation can be performed efficiently and at low cost.    DESCRIPTION OF DRAWING(S) - The drawing shows a structural view of the double-layer insulating biomass pool.    Feeding opening (1)    Material chamber (2)    Interlayer (3)    Solar heat collector plate (4)    Heating pipe (5)    Electric heating plate (6)    Wind power generator (7)    Pool housing (8)
NOVELTY - The wave power plant includes a fluid cylinder (9) with a piston (14) that is made to oscillate in the cylinder barrel (13) of the fluid cylinder when the lever arm (3) oscillates about a pivotal axis so that fluid cylinder is adapted to pump fluid and create a fluid flow when the piston oscillates in the cylinder barrel of the fluid cylinder. A fluid motor (10) converts the fluid flow into rotational movement. A generator (12) converts the rotational movement of the fluid motor into electrical energy.    USE - Wave power plant for generating electrical energy after capturing energy of the waves of the sea.    ADVANTAGE - Opposes free movement of the reciprocal structure towards two positional extremes for minimizing the likelihood of damage to the pumping system which would otherwise occur during severe weather conditions.    DESCRIPTION OF DRAWING(S) - The drawing shows an explanatory view of the wave power plant.    Lever arm (3)    Fluid cylinder (9)    Fluid motor (10)    Generator (12)    Cylinder barrel (13)    Piston (14)
NOVELTY - The device has a solar pond for heating warm sea water by sun radiation, where the heated sea water is sent to a degasser to eliminate gas and passed to a flash evaporator. Flash gas is passed to the evaporator and a liquid working substance to carry out condensation exchanging process. The flash gas is liquefied to be fresh water for reuse, and the heated liquid working substance is heated and vaporized via a solar energy collector and passed to a turbine generator. The liquid working substance after working is passed through the condenser and sent to the evaporator for reuse.    USE - High-efficient ocean thermal energy power generation device for use in costal town engineering, island engineering and sea engineering fields.    ADVANTAGE - The device achieves energy saving effect and obtains full use of ocean sources.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a high-efficient ocean thermal energy power generation device.'(Drawing includes non-English language text)'
NOVELTY - The hybrid interconnection system has a converter (3) for increasing the photovoltaic power generation voltage output to a link portion (R) and a converter (4) for increasing the wind-powered electricity generation voltage output to a link portion. An inverter (7) adjusts the output sine wave current so that the output voltage of the link portion is maintained at a predetermined value.    USE - Hybrid interconnection system for photovoltaic power generation system and wind-powered electric power generation system.    ADVANTAGE - The electric power generated by the solar power generation system and the wind-powered electricity generation system are utilized fully by performing maximum tracking point control for both the wind powered and photovoltaic electric power generation systems. The size and cost of the hybrid interconnection system are reduced by using a common inverter for both the solar power and wind-powered electricity generation systems.    DESCRIPTION OF DRAWING(S) - The drawing shows the circuit diagram of the hybrid interconnection system.(Drawing includes non-English language text)    Solar cell (1)    Wind-powered generator (2)    Converters (3,4)    Battery (5)    Inverter (7)    Link portion (R)
NOVELTY - The device has a rigid carcass (1) defining a semi-sphere shape free volume (2) at its interior, and a cable (6) fixed at an attachment point (5). A closed element (7) is fixed at an end of the cable. A fillet (10) is fixed at a spherical part of the carcass and the attachment point for permitting to limit the course of the closed element and avoiding the hitting of the closed element with plate part of the carcass and a floater (9). A dimension and density of the floater ensures buoyancy of an assembly of the device.    USE - Device for converting a waves energy and swell into electrical energy.    ADVANTAGE - The device can be implemented in simple and robust manner, and can be manufactured in an inexpensive manner. The device can be installed and operated in places, where the level of the sea is shallow, while avoiding the rigidity fixation of the device at ground or bottom of the sea. The device can generate the electricity in all positions, and the device is independent from the direction of swell and waves.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a swell and waves energy converting device.    Rigid carcass (1)    Free volume (2)    Attachment point (5)    Cable (6)    Closed element (7)    Floater (9)    Fillet (10)
NOVELTY - The solar cell has metal plate (70) that is attached to protective film (50) through adhesive layer (71). The metal plate is deformed plastically and curved at one portion of the solar cell so as to maintain the predetermined curvature radius of the metal plate.    USE - Solar cell for electronic timepiece e.g. wristwatch (both claimed).    ADVANTAGE - Since predetermined curvature radius of the metal plate is maintained, the solar cell can be arranged at outer periphery of square character board of wristwatch easily, the arbitrary shapes can be maintained, the reliability of the solar cell is improved, the thickness of the cell can be reduced and the manufacturing process id simplified.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for electronic timepiece.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of the solar cell.    Lower electrode (20)    Upper electrode (30)    Protective film (50)    Metal plate (70)    Adhesive layer (71)
NOVELTY - The method involves rotating two vertically parallel wheel disks concentrically along with a central output shaft formed by utilizing an upper rim and a lower tray (15). An impeller is formed by assembling multiple blades (13) that horizontally form a swing angle (a) between limit columns (22) on an outer edge between the wheel disks. Strong hydraulic pressure is concentrated on the impeller. Water flow or ocean wave is transformed into electrical energy. The upper rim is sleeved in the central output shaft and placed on the lower tray to be assembled.    USE - Method for manufacturing an impeller for a low-impedance water flow generator with an external spraying type internal thrust.    ADVANTAGE - The method increases the efficiency of utilizing the water flow for power generation and providing feasible support for the efficient water flow or ocean wave generator of medium and small sizes set in higher position than the trillion levels.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of an impeller.    Swing angle (a)    Auxiliary parts (2)    Blades (13)    Lower tray (15)    Limit columns (22)
NOVELTY - An FPEC system comprises a floating platform (1) that is supported by a piston and cylinder arrangements (4,5). The movement of the platform pumps fluid which is used for energy or resource production. The platform is used as a base to support other types of energy generator. The pumping chamber has a compressible vessel instead of the piston and cylinder arrangement.    USE - FPEC system for extracting useful output of environmental service e.g. electricity, natural resource materials from water level e.g. inland river, lake system, coast, estuary.    ADVANTAGE - Provides even greater useful output of highly reliable energy or other products, or both, in a wide range of aquatic environments, potentially including facilities located on associated adjacent shoreline environments.    DESCRIPTION OF DRAWING(S) - The drawing shows the schematic cross-sectional view of the FPEC with floating platform at lower water phases falling with the water surface level while fixed onto or into, or both onto and into the bed of the water column by the solid base of the lower section of the column.    Floating platform (1)    Water surface level (2)    Water column (3)    Cylinder arrangements (4,5)    Upper column (9)
NOVELTY - The generator has a light collecting plate uniformly arranged with light collecting transparent spheres to form a net array. A solar battery plate is uniformly arranged with hemispherical slots to form another net array. Lower parts of the light collecting transparent spheres on the light collecting plate are embedded in hemispherical slots on the solar battery plate, where the light collecting transparent spheres are solid structures or hollow structures filled with transparent liquid.    USE - Solar high-efficient power generator.    ADVANTAGE - The generator has high power generation efficiency to obtain high electricity quantity without increasing the occupation area, and is inexpensive. The optical devices can be replaced conveniently. The generator avoids causing pollution, and has wide material sources.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a solar high-efficient power generator.
NOVELTY - The device has a plate glass (6) arranged below a combined illuminating device box (2) with radiating fins. An upper end of the combined illuminating device box is suspended on a hook, and a high-power LED light source (1) supplies power through a low-voltage and direct-current solar power supply interface (7) and a power supply adapter (3). A chroma controller (5) controls wavelength of red light and blue light, and an alternating current power socket (4) directly supplies power to the LED light source when power supplied by solar energy is low.    USE - Energy-saving high-power LED illuminating device.    ADVANTAGE - The power socket is used for directly supplying power to the high-power LED light source, when power is not supplied by solar energy.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of an energy-saving high-power LED illuminating device.    High-power LED light source (1)    Combined illuminating device box (2)    Power supply adapter (3)    Power socket (4)    Chroma controller (5)    Plate glass (6)    Low-voltage and direct-current solar power supply interface (7)
NOVELTY - The sensor (200) has a relay output unit (214) having outputs (204,206) that includes an armature for connecting and disconnecting the outputs to and from each other. A relay driver (216) is coupled to positive terminal of an energy storage device (224) e.g. non-rechargeable lithium battery, contained in housing (202). The relay driver receives occupancy signal indicating occupancy and connects the main output (204) to the output (206) in response to the received signal.    USE - Self powered occupancy sensor for use in energy management system, solar power device, wireless device, transmitter and battery operated equipment. Can also be used in room lighting or heating, ventilating and air conditioning (HVAC) system, data loggers and proximity sensor and in variety of commercial, industrial and residential settings and office complex.    ADVANTAGE - Since external power supply is not required, the power dissipation and installation space required are reduced. The operating time can be extended to 15-20 years, without any replacement of the energy device and without using any external power supply. The circuits of occupancy sensor draw negligible current during stand-by mode and occupancy detection. The sensor does not require warm up period or connection to the load or current transformer to remain fully functional. Sensor is installed easily, since only two electrical interconnections to load and load power supply are required.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of the self-powered occupancy sensor.    Occupancy sensor (200)    Housing (202)    Outputs (204,206)    Relay output unit (214)    Relay driver (216)    Energy storage device (224)
NOVELTY - The method involves inputting environmental information and artificial resource information for calculating amount of power, and inputting power plant structure information, water storage information and tidal information to a calculation point. Waterwheel information is input for calculating an operation state. Driving conditions are input, and initial conditions are provided to perform power capacity calculation at the calculation point.    USE - Method for estimating an operational state of a tidal power plant.    ADVANTAGE - The method enables estimating optimal time point to open a water gate and a channel, thus ensuring opening degree of the water gate when the water is discharged. The method enables maximizing operation efficiency of the tidal power station. The method enables optimizing the power generation start timing and the calculation interval control technique according to the proximity of the target value, thus ensuring epochal reduction of the calculation of optimization turnaround time.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a computer readable recording medium having a program for performing tidal power plant operational state estimating method.    DESCRIPTION OF DRAWING(S) - The drawing shows a flowchart of a tidal power plant operational state estimating method.'(Drawing includes non-English language text)'
NOVELTY - The device has a solar energy generating apparatus (100) for controlling operation of an illuminating unit (110). A solar cell (120) is installed at a location discrete from the illuminating unit. A controlling element (131) controls the illuminating unit. The solar energy generating apparatus produces electricity. A laboratory device (200) is connected from the solar energy generating apparatus. Alternating current (AC) power supply is outputted from an inverter module (240). A reactor circuit is provided for filtering a waveform about transformed AC power supply.    USE - Education light power generation laboratory device for a power company.    ADVANTAGE - The device improves learning effectiveness of education. The device confirms operation of an input-output wiring connection about multiple modules, so that learning effect towards the understanding of circuit is improved.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of an education light power generation laboratory device.    Solar energy generating apparatus (100)    Illuminating unit (110)    Solar cell (120)    Controlling element (131)    Laboratory device (200)    Inverter module (240)
NOVELTY - The equipment (100) has a supporting frame (120) perpendicularly installed on top of a table (110). A bonding groove is formed with longitudinal direction in a horizontal bar (121), and a solar cell (130) is installed on top of the supporting frame, where the solar cell produces current from sunlight. An illuminating unit (140) radiates light in discrete location from the solar cell. An electric motor and a lamp are connected in a loading module. An experiment module (150) is provided for learning application of direct current (DC) power supply generated through the solar cell.    USE - Educational training equipment for application of photovoltaic power generation.    ADVANTAGE - The equipment can improve the learning efficiency. The equipment ensures that different experiment learnings can be realized according to selective application of the experiment module.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of educational training equipment.    Educational training equipment (100)    Table (110)    Supporting frame (120)    Horizontal bar (121)    Solar cell (130)    Illuminating unit (140)    Experiment module (150)    Light controller (160)
NOVELTY - The apparatus has a slit provided with an air supply portion (300), and a pin (410) for pressing a top part of a ribbon. A moving body part (600) moves along upward and downward directions based on dispersion of heated air to the ribbon. A heating showerhead (500) heats the air of the air supply portion, and sprays the air on a bottom side in a top part of the pin. A pressure material (400) and the heating showerhead are combined with each other, and the slit sprays the heated air stored in the buffer part to the ribbon.    USE - Apparatus for bonding a ribbon in a solar cell of a photovoltaic module in a solar battery of a light power generation unit.    ADVANTAGE - The apparatus bonds the ribbon in the solar cell by utilizing the hot air with uniform temperature, thus improving yield of the apparatus. The apparatus maintains predetermined temperature, and prevents down pressure of the hot air in the coated materials welded to the pin, and avoids damage to the coated materials and the solar cell.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a ribbon bonding apparatus.    Air supply portion (300)    Pressure material (400)    Pin (410)    Heating showerhead (500)    Moving body part (600)
NOVELTY - The box (20) has a photovoltaic module (10) equipped with a string, and a solar cell connected with the photovoltaic module. A fuse is equipped in the string. A surge absorber is connected to an output terminal that is provided with a fuse cutting sensor for sensing a carpet of the fuse. An output unit outputs processed abnormality from the CPU. The output terminal is connected to the string, and a molded-case circuit breaker is equipped in the output terminal. The CPU senses whether the fuse is cut from the signal controlling the fuse cutting sensor.    USE - Connection box for a solar cell generating system.    ADVANTAGE - The box facilitates the fault diagnostics and repairing of the solar cell generating system.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a connection box.    Photovoltaic module (10)    Connection box (20)    Main connection box (30)    External monitoring system (40)
NOVELTY - The fence has insulating boards (4, 6) respectively fixed on a lower surface of a plate shaped magnetic sheet (3) and an upper surface of a plate shaped magnetic sheet (7). Two insulating boards (2, 5) are respectively connected with left and right surfaces of the magnetic sheets and the boards to form a frame, where the magnetic sheets are single block permanent magnetic sheets. A transporting end of a bridge type rectifier (11) is connected with an outputting wire that is connected with a charge controller. A charge controller is connected with battery or directly supplies power.    USE - Compound generating fence e.g. rectangular frame, square frame, tile-shaped frame and drum-shaped frame-like ocean current generating device (all claimed) for use in sea.    ADVANTAGE - The fence makes a nonmagnetic conducting strip tremble to generate power in magnetic field by ocean current, when the turbulent ocean current flows through the fence. The ocean cuts the magnetic line of the force to generate power to make the current of the trembling generation and the current of cutting magnetic line of force for merge and superimpose operations. The fence is simple in structure, and reduces cost 1 divide by 6 lower than the cost of the turbo generator. The fence has high efficiency and wide range of application.    DESCRIPTION OF DRAWING(S) - The drawing shows a cross-sectional view of a compound generating fence.    Non-magnetic current-conducting strips (1)    Insulating boards (2, 5)    Magnetic sheets (3, 7)    Insulating boards (4, 6)    Bridge type rectifier (11)
NOVELTY - The apparatus has a guide plate (23) comprising several openings for water absorption, formed in lower surface of a cylindrical structure (19), and a connector with flexible pumping tube (2) arranged in the upper end of the cylindrical structure. The suction pumping of deep water is performed, due to difference in specific gravity of water flowing inside and outside a pumping tube from the lower opening of head (4) of rigid pumping tube, when compressed air is blown from a compressed air jet nozzle in the head.    USE - Deep water intake apparatus. Uses include but are not limited to take water from deep region of marine resource area, marine ranch for fishery, dam, ocean, lakes, marshes and harbor, for use in water purification process, health application, ocean thermal energy conversion process, power generation process, drinking water producing process, etc.    ADVANTAGE - The suction of water from the deep region can be performed efficiently by using a simple and inexpensive structure. The amount of water extracted from the deep region can be weighted and damage of rigid pumping tube can be prevented.    DESCRIPTION OF DRAWING(S) - The drawing shows a longitudinal cross-sectional view of the deep water intake apparatus.    Flexible pumping tube (2)    Head (4)    Pneumatic piping (18)    Cylindrical structure (19)    Guide plate (23)
NOVELTY - The component has a glass front piece (1), a glass back piece (2), and multiple solar cell pieces (3) installed between the glass front piece and the glass back piece, where size of the glass front piece is smaller than or same as the glass back piece. The solar cell pieces are installed on a cell piece frame (4) that is installed between the glass front piece and the glass back piece. The solar cell pieces are one of crystalline silicon solar cell pieces, microcrystal silicon solar cell pieces or amorphous silicon solar cell pieces.    USE - Shutter solar cell glass component for a glass curtain wall.    ADVANTAGE - The component is suitable for a curtain wall with an exposed frame, so that application range of the component is widened and the requirement of people is satisfied.    DESCRIPTION OF DRAWING(S) - The drawing shows a partial sectional view of a shutter solar cell glass component.    Glass front piece (1)    Glass back piece (2)    Solar cell pieces (3)    Cell piece frame (4)
NOVELTY - The solar battery assembly has a solar battery plate (1) that is fixed inside a frame (2) of the battery plate. A junction box (3) provided at side edge of the frame is connected to the solar battery plate through input/output conducting lines (4).    USE - Solar battery assembly.    ADVANTAGE - The junction box is provided at the side edge of the box and is connected to the battery plate through the input/output conducting lines so that the external appearance of the solar battery assembly can be improved and safety can be ensured.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the solar battery assembly.    Solar battery plate (1)    Frame (2)    Junction box (3)    Input/output conducting line (4)
NOVELTY - An instantaneous inoculating method involves pouring molten iron in a sprue at stable flow rate using a runner cup; adding instantaneous inoculating agent from the top part of casting box at stable flow rate through a quantum feeding device; inserting the sprue in the casting box through a ceramic pipe; and mixing the instantaneous inoculating agent with molten iron in semi-rigid state in the sprue and injecting in the cavity. Instantaneous inoculating agent has 1-2wt.% of cerium-rhenium, 2-3wt.% of barium, 0-3wt.% of calcium, 65-68wt.% of silicon, 1-3wt.% of bismuth, and the rest of iron.    USE - Instantaneous inoculating method for use in wind power generation casting of magnesium iron.    ADVANTAGE - Improves uniformity of the casting quality of magnesium iron with extreme high production performance demand, low-temperature impact resistance and large cross section due to good inoculating effect.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the equipment used in instantaneous inoculating method.
NOVELTY - The system has a battery for operating various rotation drive apparatuses such as heating equipment, cooking equipment, dishwasher, washing-drying machine, engine, etc., when electric power is generated by driving water turbines (8A,8B). The water turbine comprising moving blades is driven, when the temperature of water is raised to a predefined level, during exhaustion of carbon dioxide. The pressure of water injected towards the turbine is in the range of 24-400 MPa, to drive the turbine.    USE - System for combining various energy saving cycles. Uses include but are not limited to motor vehicle, ship and airplane used in military application and space shuttle.    ADVANTAGE - The rotation power output from the system can be improved, since the water turbine is driven efficiently without causing environmental pollution. The time required for operating the system can be reduced by using a simple and inexpensive structure.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of the water turbines and mercury turbine.    Water turbines (8A,8B)    Mercury turbine (8H)    Bearing (80)    Coupling (80A)    Power transmission device (84)
NOVELTY - The device has a heating tank utilized for placing a barrel containing resin. The tank contains water passing through an automatic temperature control mechanism. The mechanism is provided with heating wire that is placed in the heating tank. The heating wire is connected with a temperature control system. The temperature control system is connected with a temperature sensor in the heating tank.    USE - Epoxy resin heating device for a wind power generation blade.    ADVANTAGE - The device is simple in structure, and conveniently utilized. The device adopts water bath such that the heating mode is tempered, thus avoiding the overheating phenomenon of resin by electric heating.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of an epoxy resin heating device.
NOVELTY - The device has a wind power complementary control device electrically connected with a wind power isolation detecting unit, a wind power inverter, an energy feedback unit and a grid isolation detecting unit. The grid isolation detecting unit is electrically connected with a three-phase rectifier unit, a power metering unit and an alternating current breaker in sequence. The alternating current breaker and the energy feedback unit are shunt-connected with a wind power supply. The wind power isolation detecting unit is connected with the wind power supply.    USE - Multi-functional intelligent control device for producing oil in a wind power oil pumping unit.    ADVANTAGE - The device utilizes wind power, grid power, double-switching power frequency and variable frequency in an effective manner. The device has proofing theft effect, wide application range, and integration, intelligence and automation functions.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a multi-functional intelligent control device.'(Drawing includes non-English language text)'
NOVELTY - The method involves slowly conducting a conduction angle of a thyristor with a smaller slope, and quickly conducting the conduction angle of the thyristor with a larger slope by utilizing an incline control mode. An aerogenerator is connected with a grid through soft grid-connection lint with three groups of anti-parallel thyristors. A soft grid-connection device is started when a soft grid-connection cut-in condition is satisfied. A machine set is grid connected and entered in a stable operation stage when the soft grid-connection device is cut away.    USE - Method for controlling a soft grid-connection of a wind generating set.    ADVANTAGE - The method obviously inhibits the impact current at the instant of the grid connecting and avoids overlarge positive electromagnetic torque. The method enables reducing severe impact on the transmission portion, realizing the safety grid-connection of the machine set, and ensuring safe operation of the machine set.    DESCRIPTION OF DRAWING(S) - The drawing shows a graph illustrating a soft grid-connection control method.
NOVELTY - The method involves forming a multi-sided cell that is inserted into a sheet pile (200), where the sheet pile is connected with an intersection point file (100). A hook is connected with a tying section, and a set of edge ash parts (150) is fixed in a bonding groove of the intersection point file, and the bonding groove is coincided with the hook of the sheet pile. The bonding groove is formed adjacent to a vertex of the multi-sided cell, and a compaction material is installed inside the multi-sided cell.    USE - Environment-friendly polygon cell type coffering method for harbor, river, and dam construction. Can also be used for a tidal power station construction.    ADVANTAGE - The method reduces the construction cost of the harbor, river bank and dam, and increases the water-tightness and structural stability of the harbor, river bank and dam. The method increases the quality of construction. The method minimizes the need of the separate secondary banking area configuration and degree grouting operation, so as to protect the river from the leakage of polluted water.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of an environment-friendly polygon cell.    Intersection point file (100)    Edge ash parts (150)    Sheet pile (200)
NOVELTY - The generating method involves installing an expansion turbine (20), from which mechanical work is gained, downstream of a thermokinetic compressor (30). Preferably, the thermokinetic compressor and expansion turbine are combined into a single unit. Preferably, waste heat is taken from a gas turbine, a boiler, a chemical or metallurgical process, or a combustion machine.    USE - Generating method for electrical or mechanical power from waste heat in power plant.    ADVANTAGE - Allows avoiding an extended diffuser part by connecting the expansion turbine directly to the outlet of the thermokinetic compressor, thus length of power generating apparatus can be reduced. Increases turbine mass flow rate to increase the power of the apparatus. Ensures a higher inlet temperature and a resulting higher water evaporation rate to provide a higher energy conversion rate which gives a higher pressure ratio in the thermokinetic compressor. Reduces friction to increase efficiency. Reduces material consumption and ensures lower space requirements. Eliminates the need for a bypass channel and bypass valve. Allows increasing apparatus performance, improves supersonic flow regime, and avoids risk of incident shocks. Allows increasing thermokinetic compressor pressure ratio and apparatus power according to preliminary analytical and numerical analysis.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a power generating apparatus.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view for explaining the principle scheme of thermokinetic compressor implementation with a different arrangement of components.    Waste heat unit (10)    Expansion turbine (20)    Generator (25)    Thermokinetic compressor (30)    Diffuser (35)
NOVELTY - The device has a carbon dioxide pressure adjusting valve (5) connected with a carbon dioxide pipeline (6), and a carbon dioxide steamer (7) coupled with a generator (8). A condenser (9) is connected with a carbon dioxide water pool (10), and a pressure circulating pump (11) is coupled with a carbon dioxide water storer (12) that is connected with a liquid valve (13), so that carbon dioxide gas heated by a geothermal pump finishes work of heating and cooling expansion. A thermal circuit of steam and liquid phase conversion is utilized in the device.    USE - Low temperature generating device for a carbon dioxide working substance geothermal pump in a small and intermediate-sized power plant.    ADVANTAGE - The carbon dioxide working substances are gasified at 33 degrees centigrade via heat exchange and supercritically expanded to do work at 50 degrees centigrade to drive the steamer and generate electricity. The device establishes the small and intermediate-sized power plant under the geothermal condition without burning coal and polluting water resource, so that the geothermal action is completely exerted, thus saving 50 percentages than electricity generation of burning coal, reduces 50 percentages of cost, reduces 60 percentages of ground area, saves 70 percentages of resources and 90 percentages of heat effect use and increases 100 percentages of economic effect.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a low temperature generating device.    Carbon dioxide pressure adjusting valve (5)    Carbon dioxide pipeline (6)    Carbon dioxide steamer (7)    Generator (8)    Condenser (9)    Carbon dioxide water pool (10)    Pressure circulating pump (11)    Carbon dioxide water storer (12)    Liquid valve (13)
NOVELTY - The lens has a flat circular central region (8) and an outer region (9) that include lens facets, where the lens is provided in the form of a hollow truncated cone (15). The outer region projects outwardly from the central region and at an angle (lambda) away from a plane of the central region. The outer region projects in a linear fashion away from the central region. The central region forms the apex of the truncated cone, and the outer region extends around the entire circumference of the central region to form a wall of the truncated cone.    USE - Point focus thin film Fresnel lens for a solar thermal energy system (claimed) that is utilized for solar powered electricity generation.    ADVANTAGE - The lens has improved performance and can be manufactured without the need for precision injection molded parts, in a cost-effective manner.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are also included for the following:    (1) an assembly comprising a solar cell or thermal receiver    (2) a method for manufacturing a point focus thin film Fresnel lens    (3) a solar thermal energy system.    DESCRIPTION OF DRAWING(S) - The drawing shows a top perspective view of a lens.    Angle (lambda)    Central region (18)    Outer region (9)    Hollow truncated cone (15)    Circular base (16)
NOVELTY - The method involves preparing rotating gears on both ends of a rotating shaft (100). An operating rod (300), which reciprocates back and forth, comes in contact with the gears. The gears rotate in opposing directions in response to the reciprocal motion, producing a unidirectional rotating force transmitted to and continuously rotating the rotating shaft.    USE - Method for producing rotating force for power generators. Can also be used for an electric power generation system, which produces energy without producing any pollutants by making maximum use of natural energy from e.g. ocean waves, and independent power generator using manpower and the like.    ADVANTAGE - Improves energy efficiency in driving power generator by transferring reciprocal linear motion to continuous rotary motion without any loss of kinetic energy and without producing pollutants while making use of natural energy from e.g. ocean waves. Size of rotating force generator can be reduced, making it applicable to independent power generator using manpower and the like.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a device for producing a rotating force for power generators.    DESCRIPTION OF DRAWING(S) - The drawing shows the perspective view of a rotating force generator.    Rotating shaft (100)    Supporting bracket (170)    Handle (173)    Driving rod (175)    Operating rod (300)
NOVELTY - The method involves conveying geothermal energy from an underground area over a conveyor line (5), and arranging a flat thermal barrier (8) above the underground area in a flow area between an outlet opening (2) and a discharge opening (4). A heat transfer medium e.g. water, staying under high pressure is introduced into the underground area through a supply line (1), where the barrier is made from a high-temperature resistant plastic and has a thickness of 50 meters. The transfer medium is heated through contact with the earth and arrived into the conveyor line through the discharge opening.    USE - Method for using a geothermal energy for electricity generation (claimed) in a power station.    ADVANTAGE - The method arranges the flat thermal barrier above the underground area in the flow area between the outlet opening and the discharge opening, such that the heat emission and/or heat conduction from the earth towards the earth surface can be minimized or reduced in a simple manner, and hence the geothermal energy in the determined earth section can be used effectively over a relatively long period. The electricity generation can be hence carried out with high efficiency in the power station.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a device for executing a method for using a geothermal energy.    Supply line (1)    Outlet opening (2)    Flow direction (3)    Discharge opening (4)    Conveyor line (5)    Thermal barrier (8)
NOVELTY - The apparatus has an energy conversion unit (410) comprising a hot zone (412) that is thermally coupled to a subterranean geothermal heat source. A cold zone (414) comprises a physical adaptation for thermally coupling with a region of a body of water i.e. ocean, and a thermoelectric element (418) generates electrical energy based on a thermal differential between the hot zone and the cold zone. A chamber encloses the energy conversion unit and the thermoelectric element, and comprises another physical adaptation for withstanding external pressure that exceeds 1 atmosphere.    USE - Apparatus e.g. geothermal energy apparatus, for generating electrical energy from water body i.e. ocean (claimed). Can also be used for lake, straights, gulf and bay.    ADVANTAGE - The apparatus improves reliability to protect conduits from damage from environmental conditions such as strong currents, storms, and wave action, and is low in cost.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for generating electrical energy.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of an energy conversion system.    Output cable (120)    Energy conversion unit (410)    Hot zone (412)    Cold zone (414)    Thermoelectric element (418)
NOVELTY - The energy generating device has a Peltier thermoelectric device (16) positioned between surface (12) of LTA hull and photovoltaic cell (14). Thermocouple metal traces in connection with Peltier thermoelectric device draws electric power from the Peltier thermoelectric device. An electrical storage device or an electrical consuming device draws electricity from Peltier thermoelectric device. The heat spreaders (20,18) are respectively arranged between Peltier thermoelectric device and photovoltaic cells, Peltier thermoelectric device and surface of LTA hull.    USE - Energy generating device for generating electrical power used for recharging fuel cells or batteries of lighter-than-air-vehicles (LTA) e.g. high altitude air-ships (HAA) and inflated structure such as aerostat, blimp, balloon or any floating object.    ADVANTAGE - The Peltier thermoelectric device positioned between the surface of LTA hull and photovoltaic cells, efficiently generates required electrical energy for charging the batteries or fuel cells of the LTA.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view illustrating the layered arrangement of the Peltier thermoelectric device and photovoltaic cells on the surface of LTA hull.    Surface of LTA hull (12)    Photovoltaic cell (14)    Peltier thermoelectric device (16)    Heat spreaders (18,20)
NOVELTY - An voltage type alternating current/direct current (AC/DC) converting circuit (40) converts electric power from DC voltage source into AC electric power inputted through AC terminal (22). A filter voltage command device (61) generates filter voltage command value as reference value. A voltage control device (64) integrates difference of filter voltage command value and AC output voltage of AC terminal. A target current generating unit (60) outputs pulse width modulation command to which integral value of voltage control device is set to zero.    USE - Single phase voltage type alternating current/direct current converter for uninterruptible power system. Can also be used in inverter for fuel cell, electrical storage system, photovoltaic power generation, wind-powered electricity generation and static volt-ampere reactive power compensation device.    ADVANTAGE - The DC component superimposed on AC output voltage by the DC component contained in pulse width modulation command can be suppressed correctly. The bias magnetism of the transformer linked to AC terminal can be suppressed.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for three phase voltage type AC/DC converter.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic block diagram of the single phase voltage type AC/DC converter. (Drawing includes non-English language text)    AC terminal (22)    Voltage type AC/DC converting circuit (40)    Target current generating unit (60)    Filter voltage command device (61)    Voltage control device (64)
NOVELTY - A livestock dung solid fuel (6) is obtained by adding fats and oils (3A) to livestock dung (1A), and carrying out deep-fried dehydration process.    USE - Livestock dung solid fuel is used as fuel for combustion apparatus (claimed) and electric power generation.    ADVANTAGE - The solid fuel is efficiently and economically manufactured by processing livestock dung with high moisture content such as cow, pig and hen.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for manufacture of livestock dung solid fuel, which involves adding fat and oil to livestock dung in autoclave (2), carrying out suction pressure in kettle, deep-frying and dehydrating under vacuum atmosphere, and molding the dehydrated solid substance into arbitrary pellet forms.    DESCRIPTION OF DRAWING(S) - The drawing shows the flowchart illustrating solid fuel-formation processing method of livestock dung. (Drawing includes non-English language text)    Livestock dung (1A)    Autoclave (2)    Fats and oils (3A)    Food residue (3B)    Vacuum pump (4)    Molding machine (5)    Livestock dung solid fuel (6)
NOVELTY - The circular ring shaped material (2) that elastically expands and extends along circumferential direction of a structure. The material restores in diameter reduction direction for shear reinforcement.    USE - Shear reinforcement material e.g. hoop reinforcement for reinforced concrete structure (claimed) e.g. large-scale chimney of thermal power station, cooling tower of geothermal power station, etc.    ADVANTAGE - The reinforcement material can be easily constructed even in narrow workspace of construction site. The material can be saved. The stability and construction quality of the reinforcement material can be improved. The processing precision can be improved.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for construction method of shear reinforcement material.    DESCRIPTION OF DRAWING(S) - The drawing shows the top view of the shear reinforcement material.    Reinforcement material (2)
NOVELTY - A geothermal turbine has turbine casing (41) which has predefined turbine blades attached, and is set with rotating turbine rotor (5) covering the whole turbine blade. The turbine rotor has a grand part in which a labyrinth seal is set facing the turbine rotor inside the turbine casing in a portion which penetrates the turbine casing. A discharge port is connected to a box to discharge the steam which is supplied and generated in grand part together with the drain.    USE - Geothermal turbine for use in e.g. power generation equipment.    ADVANTAGE - Provides geothermal turbine which suppresses thinning by the corrosion in a grand part by enabling easy discharge of drain generated in the grand part, by incorporating a box that has a discharge port through which the steam supplied and generated in grand part together with drain are discharged.    DESCRIPTION OF DRAWING(S) - The drawing shows the cross-sectional view of the geothermal turbine. (Drawing includes non-English language text).    Rotor (5)    Gland seal steam supply tube (14)    Gland seal steam pulling tube (15)    Turbine casing (41)    Front part gland (42)    Protrusion (51)
NOVELTY - An electric power generating apparatus (10) has an organic steam condenser (46) that condenses organic fluid in which heat is eliminated and generates organic fluid condensate; a pre-heater (50) that responds to flow of steam condensate (34), pre-heats the organic fluid condensate and produces flow of pre-heated organic fluid (30) supplied to a steam condenser (28) and flow of cooled steam condensate (52); a combiner (54) that mixes the flow of cooled salt water (40) and flow of cooled steam condensate and produces combined flow of cooled steam condensate and salt water (56).    USE - Electric power generating apparatus for producing electric power using geothermal fluid consisting of mixture of high pressure steam and salt water.    ADVANTAGE - Provides electric power generating apparatus with high efficiency by using the same usable heat by hot steam and efficient use of salt water existing in the geothermal fluid. Precipitation of inorganic substance is effectively suppressed in the piping with which flowing diluted and accumulated cooling salt water also gets warm since cooled steam condensate generated by pre-heater to inject in the earth gets warmer than the condensate generated without the regenerator due to existence of regenerator.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of the electric power generating apparatus. (Drawing includes non-English language text).    Electric power generating apparatus (10)    Steam condenser (28)    Flow of pre-heated organic fluid (30)    Flow of steam condensate (34)    Flow of cooled salt water (40)    Organic steam condenser (46)    Pre-heater (50)    Flow of cooled steam condensate (52)    Combiner (54)    Combined flow of cooled steam condensate and salt water (56)
NOVELTY - The apparatus has a transparent plate (112) at the upper surface (111) of a dark room (110). A to-be-measured object (200) e.g. solar cell is mounted on the transparent plate at the upper surface of the dark room. A reflecting plate (140) is provided at the inner side of the dark room and is inclined with respect to transparent plate. A camera (120) captures the image of the to-be-measured object reflected from the reflecting plate. A moving mechanism (130) moves camera into the inner surface of the dark room to intersect the transparent plate.    USE - Test apparatus for solar cell.    ADVANTAGE - The presence or absence of defect on solar cell is identified using camera. The solar cell is mounted on the transparent plate at the upper surface of the dark room without providing door to withdraw or insert solar cell such that size and cost of the dark room is reduced.    DESCRIPTION OF DRAWING(S) - The drawing shows the top view, front view and right view of the test apparatus.    Dark room (110)    Upper surface (111)    Transparent plate (112)    Camera (120)    Moving mechanism (130)    Reflecting plate (140)    To-be-measured object (200)
NOVELTY - The apparatus has two recess portion grooves formed in an upper end of a case, where the apparatus is installed at a road. A controller (24) is installed between spur gears (13, 14, 20). Holders are formed on sides of an elevating member and combined in the grooves. The elevating member gets on and off state to a predetermined lifting stroke. A roller is axis-installed on a roller chamber after forming the roller chamber on sides of the grooves. The elevating member rises and falls by rolling and contacting in another roller.    USE - Electric power generation apparatus for electric and electronic appliances i.e. street lamp (from drawings), in a road.    ADVANTAGE - The apparatus reduces the requirement of separate fuel, and improves energy efficiency. The apparatus can be naturally set up in a speed-bump so as to efficiently produce electric power by increasing speed of rotation and swing torque. The apparatus improves electric power production efficiency, and has stable electric power production. The apparatus can gradually increase the power consumption to different electric and electronic appliances.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of an electric power generation apparatus.    Pinion (11, 12)    Spur gears (13, 14, 20)    Controller (24)    Flywheel (40)    Lamp post (41)
NOVELTY - The method involves receiving, within a computer system, indications of a balance in an electric energy grid (206) between available electric powers (202, 208) and load. A load setting (220) is determined within variable load ranges for a set of controllable loads (210) coupled to the grid to accommodate variations in the balance between available electric power and load within the computer system. The load setting is communicated from the computer system to a set of load controllers (214) that controls the controllable loads.    USE - Method for managing variability in production of renewable energy in a grid-connected power plant. Uses include but are not limited to wind energy, solar energy, tidal energy and geothermal source energy.    ADVANTAGE - The method controls the load coupled to the electric energy/power grid within corresponding ranges of load values in response to load factors, thus managing variability in production of renewable energy in an effective manner.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are also included for the following:    (1) a computer program product having a set of instructions for performing a method for managing variability in production of renewable energy    (2) a system for managing variability in production of renewable energy.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of an electrical energy environment including a load control system.    Electric powers (202, 208)    Electric energy grid (206)    Controllable loads (210)    Load controllers (214)    Load setting (220)
NOVELTY - The fluid-flow power generating system has an electricity generator connected to a turbine including a rotor with a root blade (10). An extension mechanism is attached to an extender blade such that the extender blade is variable in length to provide a variable diameter rotor. A rotor control is connected to the extender mechanism, for adjusting power capture and loading of the rotor through extension and retraction of the extender blade to increase and decrease the cross-sectional area of fluid flow swept by the rotor.    USE - Fluid-flow power generating system for producing electric power using turbine, such as wind turbine or ocean current turbine.    ADVANTAGE - Provides fluid-flow power generating system that it is lightweight, easily maintainable and durable, and does not weaken the main blade structure. Extendable rotor blades are capable of being retrofitted to existing blade structures. Extendable rotor blades can have a larger chord because they are not limited by space between existing spars within the main blade, if the extendable rotor blades are supported by the ribs and spars that strengthen the main rotor blades.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a fluid-flow power generating system, with the rotor extended.    Root blade (10)    Rotor blade extension (12)    Extender blade housing (14)    Leading edge of root blade (16)    Ribs (22,24,28)
NOVELTY - The device has an energy conversion arrangement (10) connected to a plate-like shaped moveable surface (8) and converting movement of the moveable surface into electrical energy, kinetic energy or potential energy. The moveable surface is arranged upon roller bars, and is moveable in a direction that is parallel or perpendicular to a surface e.g. road surface (4), on which a car (2) travels, where the car causes the movement of the moveable surface. The moveable surface causes movement of a part of a dynamo, alternator, magnet or a coil of the energy conversion arrangement.    USE - Device for forming a part of a surface e.g. road surface, rail surface or path surface (all claimed), on which a vehicle i.e. car, travels. Can also be used for a truck, a train, a bicycle and a motorcycle.    ADVANTAGE - The energy conversion arrangement generates the energy in a better manner without generating pollutants.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for converting energy.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of an energy converting device in conjunction with a vehicle decelerating on a surface.    Reaction force (Frea)    Car (2)    Road surface (4)    Plate-like shaped moveable surface (8)    Energy conversion arrangement (10)    Output (12)
NOVELTY - The charger has a condensing lens provided on a top surface of a base, and a solar receiving plate equipped on the base and relatively located below the condensing lens. A photoelectric converting unit is connected between charge slots and the solar receiving plate. The charge slots concave inwards from a peripheral surface of the base and are formed on the base. The photoelectric converting unit converts light energy absorbed by the solar receiving plate into electric energy to supply electric energy for each charge slot.    USE - Portable solar cell charger.    ADVANTAGE - The charger increases solar energy absorbing efficiency corresponding to different charge batteries with different specifications and types, so as to avoid the need to carry more chargers when the user is in outer side, thus solving supply problems of different portable electric products.    DESCRIPTION OF DRAWING(S) - The drawing shows an exploded perspective view of a portable solar cell charger.
NOVELTY - The device has a concave section (1) and a convex section (2) with layers (12,22) made of silver, aluminum or chromium of thickness more than 100 nm, respectively. The concave section has a through hole (14) extending through a concave substrate (11) and reflective layer. The convex section is placed opposite to concave section, with convex surface facing the concave surface so that the sunlight projected on concave reflective layer is reflected on convex reflective layer and reflected again to pass along through-hole to focus on a solar cell (4) placed behind the concave section.    USE - Solar cell focusing device.    ADVANTAGE - The concave and convex reflective layers exhibit high reflectivity and high heat dissipation ability and low strain. Large amount of solar energy is concentrated on the solar cell by the arrangement of concave and convex sections.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of solar cell focusing device.    Concave section (1)    Convex section (2)    Solar cell (4)    Concave substrate (11)    Concave reflective layer (12)    Through hole (14)    Convex reflective layer (22)
NOVELTY - The device has a solar power source control circuit electrically connected with a solar photoelectric power source, where the solar power source control circuit is mounted inside a player shell (3) that is fixedly provided on a lining (42) on a sail top of an outdoor swing rocking chair (4). The solar power source control circuit is equipped with a microcomputer control unit, an radio frequency (RF) receiver, a Doppler sensor detector and a universal serial bus (USB) MPEG-1 Audio Layer 3 (MP3) decoder.    USE - Human body sensing speaker playing device for automatically playing gentler music in company with people for amusement, when the people sit on an outdoor swing rocking chair (claimed).    ADVANTAGE - The device is provided inside the player shell, which is fixedly equipped in the lining of the upper cover sail top of the outdoor swing rocking chair, and the solar photo-electric power source is provided in a side of the swing rocking chair on the top of the sail towards the sun, so that the device is convenient and reliable to use. The device ensures better amusement affect and has simple and stable structure. The device utilizes environment-friendly solar energy for power supply, so that the device is energy-saving and has better market value and service value.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a human body sensing speaker playing device for an outdoor swing rocking chair.    Player shell (3)    Outdoor swing rocking chair (4)    Solar photoelectric battery board (21)    Solar power source controller (22)    Lining (42)
NOVELTY - The station has serially connected storage battery sets whose ends are correspondingly connected with an inverse converter (5) to convert high-tension direct-current power into alternate-current power. Air switches are installed on each pair of adjacent sets of storage battery sets. The inverse converter is connected with a commercial power unit via leading wires or the leading wires are correspondingly connected with a line on a protective display cabinet (6). A line output from the display cabinet is correspondingly connected with a loading controller in a loading control cabinet (7).    USE - Solar energy compensating storage power station.    ADVANTAGE - The station effectively satisfies power demand and is environment-friendly, safe, reliable and energy saving.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a solar energy compensating storage power station.    Storage battery cabinet (3)    Inverse converter (5)    Protective display cabinet (6)    Loading control cabinet (7)    Diodes (8)
NOVELTY - Configurations of atoms in piece of material e.g. silicon and orientation of material relative to gravitational field are used, so that for at and near one particular direction via the material, atoms are effectively spaced, that all gravitational field acting via the material in particular direction must pass so close to some atom in material that propagation path of gravitational field is deflected away from object on one side of material opposite from side at which gravitational field first entered so that any object or objects on far side of material experience less gravitational action.    USE - Use of atom arrangement of thick monolithic cubic crystal of e.g. silicon in e.g. gravitic deflector, gravitic reflector for gravito-electric power generation (claimed) and reduced gravitation/reduced weight environments (claimed) for use in land, sea, or air transportation vehicles.    ADVANTAGE - Location is not restricted to suitable water elevations since gravito-electric plants can be smaller. Produced energy of gravito-electric power generating plant is much less expensive. Arrangement of gravito-electric generator is the most compact and maximizes the use of direct effect and indirect effect of the gravitic deflector's action since fluid above the gravitic deflector is surrounded by the downward return path of fluid circulation.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the gravitic deflector that partially deflects the normally vertically upward gravitational field away from vertically upward so that strength of the gravitational field exiting the top of deflector is less than the otherwise normal gravitation that entered the bottom of deflector.
NOVELTY - The device has a converting unit for converting vibration energy of a vehicle into electrical energy. A transmission mechanism (1) converts a motion of a suspension of the vehicle to a rotating motion of a drive shaft, which is mounted by a spring. The transmission mechanism includes racks (7, 8) connected to a vibrant part of the vehicle. A set of gears provided along a side perpendicular to the shaft. A transmission wheel (21) is mounted in an intervening half transmission wheel on a rotor of a generator.    USE - Device for converting vibration energy of a vehicle into electrical energy.    ADVANTAGE - The energy produced by the device can be utilized for charging a battery, and feeding lights, so that power can be effectively utilized in the vehicle.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a device for production of electrical energy.    Transmission mechanism (1)    Legs (5)    Racks (7, 8)    Teeth (10)    Transmission wheel (21)
NOVELTY - The circuit has a voltage detection circuit whose end is connected with a voltage terminal and another end is connected with a single chip. The detection circuit detects amount of voltage transformed by a solar energy plate for detecting optimal angle of the plate. A power output control circuit is controlled by the single chip. An input terminal is connected with a voltage output terminal of the solar energy plate to output electricity transformed by light energy to electric devices. A power circuit provides stable work power to the single chip and other circuits.    USE - Solar energy application circuit for use with a solar energy plate and an electric device.    ADVANTAGE - The circuit is selected to connect different kinds of electric devices. The circuit can automatically trace sun position and optimal capture position of light energy, so that the solar energy is effectively utilized, thus improving utilization ratio of energy, and protecting the electric devices.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a solar energy application circuit.'(Drawing includes non-English language text)'
NOVELTY - The device (1) has a direct current (DC) voltage converter (14) that converts the DC voltage from a solar cell (11) into a DC voltage that is greater than the rated voltage of a battery (12). A DC voltage converter (15) converts the DC voltage output from the battery into predefined DC voltage, and supplies to a LED (13), based on the amount of electric current flowing through the LED.    USE - Illuminating device with solar-powered LED.    ADVANTAGE - The luminous efficiency of the LED is improved and unnecessary electric power loss in the LED is reduced, since the electric power stored in the battery is utilized effectively. The size and manufacturing cost of the illuminating device are reduced and durability and operating reliability of the LED are improved by using a simple arrangement.    DESCRIPTION OF DRAWING(S) - The drawing shows a circuit block diagram of the illuminating device. (Drawing includes non-English language text)    Illuminating device (1)    Solar cell (11)    Battery (12)    LED (13)    DC voltage converters (14,15)
NOVELTY - The apparatus has a magnetic measurement buoy (16) installed underwater to measure the magnetic field change produced by the electrical eddy current flowing along sea surface by the up-down movement of wave in a time series. A tsunami and tidal-wave detection unit (20) installed on land detects the generation of tsunami and tidal-wave based on the magnetic change.    USE - Tsunami and tidal-wave detection apparatus.    ADVANTAGE - The existence and absence and the scale of tsunami and tidal-wave can be estimated from the magnitude of magnetic field change. The restrictions in the installation of sensors on the sea surface or bottom can be eliminated. Hence the maintenance and installation expense can be reduced. The complication in processing of the signal by the noise of small wave and by the change in height of wave and submarine hydraulic pressure can be eliminated. Hence the detection capability can be improved.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for tsunami and tidal-wave detection method.    DESCRIPTION OF DRAWING(S) - The drawing shows the schematic view of the tsunami and tidal-wave detection system. (Drawing includes non-English language text)    Magnetic measurement buoy (16)    Tsunami and tidal-wave detection unit (20)
NOVELTY - The valves (101-108) enable two tanks (121,122) to be connected/disconnected with respect to inlet (125) and outlet (124) of pump, to open atmosphere, and to pressurized air reservoir. The liquid from one tank is pumped to other tank, to cause air pressure in other tank to be around the pressure inside the reservoir, when pump is operated, so that one valve is opened to allow pressurized air to flow from other tank to reservoir. The position of the valves is changed, when air in other tank is passed to reservoir, and tank is approximately full of liquid, so that tanks have opposite roles.    USE - System for converting electrical energy into pressurized air used at any time of demand to drive gas turbine and generator.    ADVANTAGE - The air can be compressed in very high volumetric capacity at high efficiency to be stored in air pressure reservoir, while achieving compressing air system that is compact, easy to build, to install and to maintain.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for method for producing electricity from pressurized air.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic sectional view of the system for converting electrical energy into pressurized air, in two phases of electricity generating mode.    Valves (101-108)    Tanks (121,122)    Outlet (124)    Inlet (125)    Water level in tank (126)
NOVELTY - The system has pendulums (3) that are attached to pillars (1) installed on ship. A generator (14) is operated by pitching and rolling of pendulums for generating electric power using wave power. The ship is returned to power transmission base installed in coastline after the completion of electric power generation so as to supply electric power to home. The ship is then moved again to the sea for power generation.    USE - Electric power generation system.    ADVANTAGE - The electric power can be generated at low cost while reducing the fuel usage amount of ship. Hence the environmental pollution such as global warming and leak of nuclear fuel can be prevented.    DESCRIPTION OF DRAWING(S) - The drawing shows a structural view of the electric power generation system.    Pillar (1)    Pendulum (3)    Hydraulic apparatus (7)    Motor (14)    Generator (18)
NOVELTY - The input signal processing apparatus has a comparator unit (40) comparing the analog input voltage signal with a threshold voltage for determining the voltage range of the analog input voltage signal. A direct current (DC) offset unit (46) changes the DC offset value according to the voltage range of the analog input voltage signal. A non-inverting adder unit (50) performs level shifting and amplification of the analog input voltage signal based on the DC offset value and a fixed gain.    USE - Input signal processing apparatus for inverter apparatus for solar power generation apparatus, motor scooter, uninterruptible power supply, air conditioner, high speed railway network and mass rapid transit (MRT) system.    ADVANTAGE - The input signal processing operation is performed with high accuracy and the control precision of the external voltage signal is improved with a simple circuit structure.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for input signal processing method.    DESCRIPTION OF DRAWING(S) - The drawing shows the block diagram of the inverter apparatus.(Drawing includes non-English language text)    Comparator unit (40)    DC offset unit (46)    Non-inverting adder unit (50)    Analog to digital converter (52)    Micro controller unit (300)
NOVELTY - The method involves measuring (212) the amount of power available to contactless IC card using measuring circuit. The amount of power required for memory access is determined (214) by an access control circuit storing number of memory bits accessed in parallel. The card available power and amount of power for memory access are compared (216) to ensure power for memory access. The number of bits accessed in parallel is determined (218) based on the comparison result for acquiring fastest access speed for memory access.    USE - Memory accessing method for contactless integrated circuit (IC) card, solar-powered device and non-volatile memory device (all claimed). Can also be used in contact-based IC card.    ADVANTAGE - The power consumption of contactless IC card can be reduced and hence the minimum transmission field strength required to power the contactless IC cards can be reduced and average current during read/write access of card's memory can be reduced by reducing the speed of memory access.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:    (1) memory accessing apparatus;    (2) method of controlling access to memory; and    (3) memory accessing system.    DESCRIPTION OF DRAWING(S) - The drawing shows a flowchart explaining method of memory accessing process.    Flowchart (210)    Step for measuring available power (212)    Step for determining power required for memory access (214)    Step for comparing measured available power with required power (216)    Step for accessing number of memory bits in parallel based on comparison (218)
NOVELTY - The bus has a wind driven generator group (2) mounted on the top, with sides mounted with wind deflectors (3). A solar photovoltaic power generation system (4) is set on the uppermost layer of wheel hub motor (5). A high-energy storage battery group (6) is comprised of a rear wheel common storage battery (6-1), a front-wheel common storage battery (6-2), and an emergency battery (6-3). A battery group switching control power charging and generating device (7) is set on the steering wheel, a monitoring meter (8), and an external power source charge interface (9).    USE - Solar and wind energy electric bus.    ADVANTAGE - The external energy saving effect of the bus can be improved, while reducing the emissions, improving the land use and development properties of the bus, and reducing the quantity of bus charging stations, by arranging the wind driven generator group and the solar photovoltaic power generation system as specified.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic perspective view of the solar and wind energy electric bus.    Wind driven generator group (2)    Wind deflector (3)    Solar photovoltaic power generation system (4)    Wheel hub motor (5)    High-energy storage battery group (6)    Rear wheel common storage battery (6-1)    Front-wheel common storage battery (6-2)    Emergency battery (6-3)    Battery group switching control power charging and generating device (7)    Monitoring meter (8)    External power source charge interface (9)
NOVELTY - The device has a high-pressure steam distributing cylinder arranged in a center part of a rotor. Multiple steam channels are connected with multiple nozzles on a circumference of the rotor, where the rotor is provided with a steam nozzle. A high-pressure steam inlet cylinder is equipped with an inlet steam collector. A sealing shaft is positioned in a gap between a steam inlet pile and a low-pressure cylinder wall. The steam inlet pile is connected with the steam distributing cylinders. The sealing shaft is arranged at the wall of the steam inlet pile.    USE - Turbine device. Uses include but are not limited to a low-boiling point type working medium low-temperature heat power generation, natural steam power generation, solar power generation, sea thermo-electric generation, and industrial excess pressure power recovery.    ADVANTAGE - The device converts the low-temperature heat power to mechanical energy or electric power with simple structure and less investment.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a turbine device.
NOVELTY - The converter has a digital quantity processing module provided in a field-programmable gate array (FPGA) module. The processing module and a digital filter module are coupled to a digital signal processor (DSP) control panel by utilizing a data interaction mode in the FPGA module. A network side pulse width modulation (PWM) output module and a rotor side PWM output module are connected with a network side converter and a rotor side converter. The FPGA module is provided with an external driver module connected to a controller area network (CAN) bus or Ethernet.    USE - Converter for a doubly fed wind powered generating set.    ADVANTAGE - The field-programmable gate array (FPGA) is utilized in substituting for the digital signal processor (DSP). The FPGA is cheaper than the DSP. The FPGA as a slave unit of the DSP is convenient and fast in communication with the DSP.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a doubly fed wind powered generating set converter.'(Drawing includes non-English language text)'
NOVELTY - The system has several ground-based solar energy generating devices that are electrically connected to roadway system electricity grid and positioned effectively near the roads. The ground-based solar energy generating devices are positioned within 500 feet from the roads. The vehicle-based wind energy generating device is electrically connected to vehicle-based energy storage system of given vehicle such as truck.    USE - System for generating energy and distributing energy to power homes, and business areas, installed in roads.    ADVANTAGE - The energy can be generated from the wind created from passing vehicles in addition to energy generated from atmospheric wind. The vehicle based wind energy generating device connected to vehicle-based energy storage system allows the deposition of energy generated by respective vehicle based wind energy generating devices into vehicle based energy storage system. The deployment of both wind and solar energy gathering system enhances the ability to provide a more constant and stable clean power infrastructure.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for method for generating and distributing energy.    DESCRIPTION OF DRAWING(S) - The drawing shows a structural view of the wind turbine array installed along the roadway.    Wind turbine generator (1)    Breakdown lanes (3)    Metal structure (4)    Roadway (5)    Direction (6)
NOVELTY - The connection part has a solar energy box (10) comprising two line connectors that are arranged at the base of a container. A clip head is formed at a connecting edge of an attachment section. Two stationary arms are formed at two lateral edges of the attachment section. A saddle is arranged between distal ends of the stationary arms. An axial projection is formed at a close end of a swivel arm and is rotatably arranged in an appropriate axial opening of the stationary arms. A clip is arranged between distal ends of the swivel arms.    USE - Connection part for connecting power lines of a power supply and connecting lines of a solar energy system.    ADVANTAGE - The line connectors are arranged at the base of the container, so that the connecting lines of the solar energy system are secured reliably and simply without causing an unintentional disturbance.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a connection part.    Solar energy box (10)    Power lines (80)    Connecting lines (90)
NOVELTY - A direct current (DC)-DC converter (20) provided between a thermoelectric module (4) and an electric storage apparatus (7) varies the voltage corresponding to the sides of module and storage apparatus respectively. The electric current sensors (25A,25B) detect the input and output electric current flowing into the converter and storage apparatus respectively. A controller (10) selects the electric current value detected by one of the sensors based on the electric power generation amount of the module to control the current flowing into the module.    USE - Thermoelectric power generation apparatus for motor vehicles.    ADVANTAGE - The electric current flowing into the thermoelectric module can be controlled with a sufficient precision as the controller controls the current based on the selected electric current value.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of the thermoelectric power generation apparatus. (Drawing includes non-English language text).    Thermoelectric module (4)    Electric storage apparatus (7)    Controller (10)    DC-DC converter (20)    Electric current sensors (25A,25B)
NOVELTY - The apparatus has low temperature side heat exchangers (30) provided opposite to each other, which are introduced with coolant and are distributed with springs (40). The thermoelectric conversion modules (20) are attached to the opposing surfaces of the heat exchangers. The high temperature side heat exchangers (10) are arranged at the upper and lower sides of the apparatus such that the thermoelectric conversion modules are arranged between the low temperature side and high temperature side heat exchangers respectively.    USE - Thermoelectric generation apparatus for producing electric power using gas discharged from engine of motor vehicle and furnace of factory.    ADVANTAGE - The contact thermal resistance between the heat exchangers and the thermoelectric conversion modules can be reduced and the thermoelectric conversion efficiency, durability and reliability of the compact thermoelectric generation apparatus can be improved.    DESCRIPTION OF DRAWING(S) - The drawing shows an exploded perspective view of the thermoelectric generation apparatus. (Drawing includes non-English language text)    High temperature side heat exchangers (10)    Thermoelectric conversion modules (20)    Low temperature side heat exchangers (30)    Springs (40)    Positioning element (41)
NOVELTY - The device has a groove and a rigidizer (80). A support stand (11) is installed at bottom of a guide groove. A generating set (10) is installed at the rigidizer of a marine, a steel or a generating station tailrace. A rotor (129) is equipped at a front side of a body. A connection arm is connected to a bolt (B), which is equipped in a drive block.    USE - Device for increasing current speed for a current power generation.    ADVANTAGE - The rotor is equipped at a front side of a body and a connection arm is connected to a bolt, which is equipped in a drive block, and thus enables to obtain increased torque and generated energy of a generating set.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a current speed increasing device.    Generating set (10)    Support stand (11)    Rigidizer (80)    Rotor (129)    Bolt (B)
NOVELTY - The energy harvesting method involves locating a wireless fluid stream sensor in a fluid stream. The wireless fluid stream sensor comprises a flexible membrane and a rod. Energy is harvested based on the strain induced in the flexible membrane due to movement of the rod.    USE - Energy harvesting method for wireless fluid stream sensor used in e.g. chemical plants, crude oil refineries, ore processing plants.    ADVANTAGE - Couples piezoelectric elements to flexible membrane uniformly around rod. Improves management of motors, valves and other industrial equipment.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for an energy harvesting apparatus.    DESCRIPTION OF DRAWING(S) - The drawing shows the block diagram of a process control system.    Process control system (100)    Sensors (102a)    Actuators (102b)    Controllers (106a,106b)    Wireless device (120)
NOVELTY - A thermal-diffusion sheet has thermal-diffusion layer comprising (in volume parts) matrix material (100) and graphitized carbon short fiber filler (10-300) containing mesophase pitch as raw material. The graphitized carbon short fiber filler has average fiber diameter of 5-20 mu m and average aspect-ratio of 2-10000. The ratio of fiber diameter dispersion with respect to average fiber diameter is 5-20%. The thermal-diffusion layer has layer thickness of more than 1000 W. mu m/(m.K) when the surface direction heat conductivity of the layer is more than 25 W/(m.K).    USE - Thermal-diffusion sheet used as component for heat radiation device, heat dissipation electronic mounting substrate and heating-cooling device (all claimed). Uses include but are not limited to CPU, LED, laser diode, various solar cells, power transistors and main processing unit (MPU).    ADVANTAGE - The heat-diffusion sheet has excellent durability, heat conductivity, thermal diffusion property and heat-transport property, and is manufactured easily with high productivity.    DETAILED DESCRIPTION - A thermal-diffusion sheet has thermal-diffusion layer comprises (in volume parts) matrix material (100) and graphitized carbon short fiber filler (10-300) containing mesophase pitch as raw material. The graphitized carbon short fiber filler has average fiber diameter of 5-20 mu m and average aspect-ratio of 2-10000. The ratio of fiber diameter dispersion with respect to average fiber diameter is 5-20%. The observation surface in a scanning electron microscope is substantially smooth, and graphene sheet has closed in end surface observation with a transmission electron microscope. The thermal-diffusion layer has layer thickness of more than 1000 W. mu m/(m.K) when the surface direction heat conductivity of the layer is more than 25 W/(m.K). An INDEPENDENT CLAIM is included for manufacture of thermal-diffusion sheet.
NOVELTY - The system uses the heat energy recovered from anticorrosive underground hot water running under the earth, for generating electric power. The system has corrosion-resistant multi-functional vapor circulating cabin in which heat energy is converted into vapor that is collected by multi-functional vapor collecting cabin for power generation.    USE - Power generation system using heat energy of corrosive hot water, in geothermal power plant.    ADVANTAGE - The water vapor at low temperature and low pressure can be recovered and recirculated efficiently for power generation.    DESCRIPTION OF DRAWING(S) - The drawing shows the block diagram of the power generation system. (Drawing includes non-English language text)
NOVELTY - A system assembly has at least one reduction gear that produces mechanical power and energy and operated by one or more electric motors to enable transmission of power to transmissions, multiplier pumps, wheels engines, and alternators.    USE - System assembly for production of renewable energy.    ADVANTAGE - Eliminates environmental problems and economic effect of imploring nuclear source that damages the existence of planet through utilization of motor, accumulators, light, resistances and others.
NOVELTY - The wave power generator has a sphere with an opening at its lower portion for insertion of upright buoyancy pipe (3) used for suspending a fixed structure (25) and sinkers (23,24) into deep sea water. A clutch needle bearing is provided to deliver kinetic energy of waves to rotational motion.    USE - Wave power generator for electrical power generation application.    ADVANTAGE - Electric power can be produced at a comparatively low cost using a simple structure. Also, the fixed structure and sinkers can be firmly held even at time of high tide waves.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of the wave power generator.    Buoyancy pipe (3)    Suspension lines (21)    Linkage (22)    Sinkers (23,24)    Fixed structure (25)
NOVELTY - The helicopter has a rotor wing and a rotor wing wheel rotated coaxially in opposite directions. An engine room is located on a topside of a lifting device. A solar power supply system is placed on the engine room.    USE - Disk helicopter.    ADVANTAGE - The helicopter can be freely ascended from land or water surface.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a disk helicopter.'(Drawing includes non-English language text)'
NOVELTY - The station has a stroke rack (7) provided at a lower part of a tooth pole (2) that is movably installed in a floating platform (1). An upper stroke output shaft (8), an output shaft (9) and a lower stroke output shaft (10) are installed on the floating platform. Equidirectional counter gears of the upper and lower stroke output shafts mesh with the stroke rack of the tooth pole. The upper and lower stroke output shafts are connected with the output shaft. The output shaft is connected with a shaft of an engine (3) located on the floating platform via a transmission belt (13).    USE - Marine floating power station.    ADVANTAGE - The station generates power via energy obtained from ocean waves at low investment and low operation cost.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a marine floating power station.    Floating platform (1)    Tooth pole (2)    Engine (3)    Stroke rack (7)    Upper stroke output shaft (8)    Output shaft (9)    Lower stroke output shaft (10)    Transmission belt (13)
NOVELTY - The system has a heat storage tank (12) whose bottom part is placed in a hot oil circulating loop (11) via a solar hot oil circulation pipe (13) and an electric valve (V3). An organic turbine (1) drives a generator (2) via a coupling and a speed-change mechanism. A cooling tower (16) cools water in a collecting basin. The water is passed to a cooling water circulating pump (15) by a pipeline and pressurized to enter into a water-cooled condenser (3) by a pump. The pipeline makes hot water absorbing a working media and condensing heat, to pass into an inlet of a wrapped water pipe of the tower.    USE - System for generating distributed low-temperature solar thermal power.    ADVANTAGE - The system can calculate charge volume of the working media in terms of volume of the pipeline, and can calculate normal pentane (C5H12) or normal hexane (C6H14) into the circulation loop. The system can effectively transform low-density solar energy into high-quality electric energy, and realizes real zero-emission clean generation process, avoids electric line loss of centralized large-scale generation system and reduces investment and maintenance costs of large transmission and distribution system.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a distributed low-temperature solar thermal power generation technique.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a distributed low-temperature solar thermal power generation system.'(Drawing includes non-English language text)'    Electric valve (V3)    Organic turbine (1)    Generator (2)    Water-cooled condenser (3)    Hot oil circulating loop (11)    Heat storage tank (12)    Solar hot oil circulation pipe (13)    Cooling water circulating pump (15)    Cooling tower (16)
NOVELTY - The device has a super-heat tube arranged between a daylight opening and a rear side wall, where the daylight opening is provided at a side of a heat absorbing cavity. A rear side boiling tube, a left rear side boiling tube, a right rear side boiling tube and the super-heat tube are separately inter-connected with a drum, and are made of stainless steel coil tubes that are directly heated by a power supply. A frame is arranged in the heat absorbing cavity. The stainless steel coil tubes are fixed on the frame by a tube clamp.    USE - Simulating performance test device for a solar cavity type heat absorber in a tower type solar thermal power generation system.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of a simulating performance test device.
NOVELTY - The apparatus has an elongate flexible member having two opposite ends, and three bodies connected to a spaced apart array, where one of the bodies is a submerged counter-weight mounted at one of the ends of the member. The counter-weight is submerged in moving fluid mass between a vertically translating fluid surface and a fixed bottom surface. A transmission (10) includes a pair of side-by-side oppositely free-running one-way clutches (20, 22). A weight (28) greater than the weight of the counter-weight is fixed at the latter or third body along another end of the member.    USE - Apparatus for converting energy in a moving fluid mass to rotational energy for driving a transmission and an electrical generator.    ADVANTAGE - The usage of the suspended weight allows the operation of the transmission irrespective of direction of movement of the waves relative to the fixed structure. The diameter of the connecting pipe can be reduced to maximize the time taken to fill and empty the cistern, thus increasing the length of time of power generation per cycle of the lock. The weight on the chain causes the shaft to rotate and actuate the power generating device.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for converting energy in a moving fluid mass.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic perspective view of a power generation system employing an anchor weight and a suspended weight at opposite ends of a transmission drive chain.    Transmission (10)    Side-by-side oppositely free-running one-way clutches (20, 22)    Weight (28)    Reduction gear (38)    Electrical generation unit (40)
NOVELTY - The device has a venturi tube defining a lumen through, which water flows downwardly when a buoy moves upwardly and upwardly when buoy moves downwardly. The lumen includes a constriction formed to create a venturi effect for water flowing upwardly and downwardly through the lumen. A turbine e.g. venturi-pinwheel turbine, is positioned in the lumen at a location, where water flow through the lumen is at a maximum rate based on the constriction. The turbine is connected to a generator, where the venturi effect is harnessed to generate power.    USE - Venturi pinwheel sea anchor wave energy conversion device for converting wave energy into electrical or chemical energy such as creation of hydrogen from water, through electrolysis.    ADVANTAGE - The device converts wave energy into electrical or chemical energy in an effective manner. The device extracts energy from tidal currents or changes in sea level. The device significantly reduces reliance on fossil fuels. The device is highly efficient, simple and inexpensive, and has low-maintenance. The device improves the efficiency of the turbine by reducing the amount of water that flows around the outer wall of the venturi turbine instead of flowing through the lumen and the turbine.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic side view of a movement of a sea-anchor wave energy device in response to a passing wave representing a minimal vertical motion of an underwater platform, and a relatively great vertical motion of a cable through the platform.    Circular up-and-down orbit (14)    Radii (16)    Non-stretchable cables (25)    Flotation module (26)    Water (28)    Wave-energy conversion structure (30)
NOVELTY - The system has a floating mass e.g. buoy (10), tethered to a cable (12). A power generation spool (14) engages the cable for rotational motion upon extraction of the cable by the floating mass during increasing elevation of water. An electrical generator (24) is connected to the power generation spool. A rewinder rewinds the power generation spool when the water elevation is receded. A gear drive (18) interconnects the power generation spool and the electrical generator. The rewinder comprises a rewind spool (26) connected to the power generation spool.    USE - Tidal power generation system.    ADVANTAGE - The system employs tidal motion for power generation in a simple and reliable structure. The floating mass e.g. buoy, with the generator generates electricity through conversion of energy required to raise the floating mass during wave or tidal cycle, thus achieving power generation without exposed rotational devices.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are also included for the following:    (1) a method for tidal power generation    (2) a method for producing electricity.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a tidal power generation system illustrating axial arrangement of a cable spool, rewind spool and mechanical engagement system for a generator.    Buoy (10)    Cable (12)    Power generation spool (14)    Gear drive (18)    Electrical generator (24)    Rewind spool (26)
NOVELTY - The arrangement has a solar chimney comprising multiple transparent windows (108) to allow solar energy to heat air within the chimney, and an air turbine (142) driven by the heated air rising in the chimney. The turbine drives a generator to create electrical power to drive an electrical load (150) and drives an air compressor. The compressor includes an ambient air intake and multiple coils (136), which contain compressed air looped around an upper portion of the chimney. A controller (140) controls speed of the compressor corresponding to energy load and amount of solar energy available.    USE - Solar power arrangement for a hybrid thermal solar chimney system to convert solar energy into electricity.    ADVANTAGE - The controller can control the operation of a hybrid thermal solar chimney system to optimize power flow to the electrical load, and the arrangement utilizes the ground under the tower chimney shell as the short term thermal buffer storage to enable the wind turbine to operate at high speed level when the solar input fluctuates. The generator can regulate the wind turbine and compressor speed according to the level of direct sunlight input, which ensures optimum efficiency and high solar energy, so that the system can generate electricity from solar energy and transfer the energy to the load to do useful work.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a solar power arrangement.    Hybrid thermal solar chimney system (100)    Transparent windows (108)    Coils (136)    Controller (140)    Air turbine (142)    Electrical load (150)
NOVELTY - A current detector is arranged for providing electric current signal or voltage signal proportional to output current of utility-interconnected inverter apparatus, as an detection signal. A phase reversed alternating current (AC) component of equal amplitude with respect to AC component of detection signal, is produced. The produced AC component signal is superimposed on detection signal such that AC component is canceled and direct-current (DC) component is extracted. The DC component in output current of inverter apparatus is detected from extracted DC component.    USE - Direct-current (DC) component detecting method for utility-interconnected electric power generating apparatus (claimed) e.g. solar power generation device and fuel cell power generating device.    ADVANTAGE - The DC component contained in the AC output of a utility-interconnected inverter apparatus can be detected quickly with simple structure.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:    (1) direct-current component detection apparatus; and    (2) utility-interconnected electric power generating apparatus.    DESCRIPTION OF DRAWING(S) - The drawing shows circuit diagram of the direct-current component detection apparatus.    DC component detection circuit (18)    Operational amplifier circuits (21-23)    Input terminals (31,32)    Operational amplifier (33-35)    Capacitor (C1-C4)
NOVELTY - The combined cycle apparatus has a low-order cycle (100b) and a high-order cycle (100a) containing closed-cycle Rankin cycle apparatus and closed-cycle baryon cycle apparatus. A channel is provided between the low-order cycle and high-order cycle. The working fluid of high-order cycle and low-order cycle are same.    USE - Combined cycle apparatus e.g. solar-heat Rankin cycle electric power generation apparatus.    ADVANTAGE - Since working fluid of high-order cycle and low order cycle are same, the exchange of heat is performed directly. Hence output fall of the condenser is prevented during bad weather.    DESCRIPTION OF DRAWING(S) - The drawing shows the block diagram of the combined cycle apparatus. (Drawing includes non-English language text)    High-order cycle (100a)    Low-order cycle (100b)    Solar electrode (107)    Condenser (112)    Pump (113)
NOVELTY - The device has an immersion component (1) comprising a transverse centering device (9) and a gripping device (10). The transverse centering device laterally centers the immersion component relative to a turbine generator unit (2) by supporting at a supporting structure (4). The gripping device comprises movable clamping elements for detachably securing the turbine generator unit. The transverse centering device comprises movable enclosure elements arranged for enclosing a part of the supporting structure.    USE - Lifting device for attaching and lifting a turbine generator unit of an underwater power plant that is utilized for power generation from sea current i.e. tidal current, on or from a supporting structure.    ADVANTAGE - The device can be handled with high safety and automatically operated without the use of service divers. The device enables quick installation of the turbine generator unit, as the time window with weak fluid flow is small. The device can be applied for different underwater power plants with similar size dimensions.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for lifting a turbine-generator unit of an underwater power plant from a supporting structure.    DESCRIPTION OF DRAWING(S) - The drawing shows a top perspective view of an underwater power plant with an immersion component of a lifting device.    Immersion component (1)    Turbine generator unit (2)    Supporting structure (4)    Transverse centering device (9)    Gripping device (10)
NOVELTY - The element has a cross-section profile of electrical wires (1) i.e. copper-plated steel wires, including a coherent contour. A part of the wire is protruded by an upper surface of a solar cell (8) and exhibits a cross section of a polygon with angular edges that are delta (2) in shape. Another part (2a) of the wire is arbitrarily formed, and is in a form of triangle, rectangle, or hemisphere, inserted in the cell or in groove/grooves (6) in the cell, and electrically connected with the groove/grooves. The wires are protruded with a triangle contour in the upper surface of the cell.    USE - Electrical contact element for a photo voltaic cell i.e. solar cell.    ADVANTAGE - The part of the wires is arbitrarily formed and inserted in the solar cell or in respective groove/grooves in the solar cell and electrically connected with the groove/grooves, thus reducing the degradation of the efficiency of the solar cell, and decreasing the shading of the incident sunlight and the electrical resistance.    DETAILED DESCRIPTION - The electrical wires are selected from copper-plated steel wires or copper-plated aluminum wires.    DESCRIPTION OF DRAWING(S) - The drawing shows a top cross-sectional view of a wire in a square shape.    Electrical wires (1)    Delta (2)    Part (2a)    Grooves (6)    Solar cell (8)
NOVELTY - The mold has cylindrical shaped support posts (2) provided between a round chassis (1) and a soleplate (3). The support posts are installed on the chassis fixedly, where the support posts have same height. The support posts are made of stainless steel. A cover plate (4) and a pressing device (5) are provided in the mold.    USE - Solar cell plasma etching mold.    ADVANTAGE - The mold can etch the edge positive negative joint of the stack of silicon plates completely and equably.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a solar cell plasma etching mold.    Round chassis (1)    Cylindrical shaped support posts (2)    Soleplate (3)    Cover plate (4)    Pressing device (5)
NOVELTY - Invention relates to electrical power engineering, particularly to electricity generating installations which convert energy of sea waves. The wave electric power station contains pivotally connected floats of a profiled floatation raft with a dynamic anchor, freewheel clutch and torque-limiting clutch. The electric power station is fitted with a self-adjusting bubble breaker, which includes a pneumatic blower driven by the former, starting from the head, floats of the profiled floatation raft, air pipe and an air-distribution pipe, placed on the arms of the dynamic anchor in the water space in front of the head float, and a device for automatic control of air release, for example in form of a stop valve activated by floats. Pivotal connections of the first floats are provided with pneumatic shock-absorbers, for example combined with pneumatic blowers. Drive wheels of these floats are linked with the latter through combination sleeves, which comprise freewheel clutch and torque-limiting clutch.    USE - Electrical engineering.    ADVANTAGE - Invention is aimed at designing a wave electric power station, capable of stable operation in any field operating conditions. 4 dwg
NOVELTY - The method involves switching on and switching off a controlling unit (5) and an inverter using a relay (8). A photovoltaic cell (7) is operated independent of a regulated solar system, where the cell generates current for switching on and switching off the relay. The controlling unit and the inverter are switched on during sufficient supply of electricity from the photovoltaic cell and switched off during insufficient supply of electricity from the photovoltaic cell.    USE - Method for operating a solar plant in a small building.    ADVANTAGE - The method enables the solar plant to achieve better overall efficiency and optimize electrical energy consumption.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic block diagram of a solar thermal system.    Solar collector (1)    Temperature sensor (2)    Controlling unit (5)    Photovoltaic cell (7)    Relay (8)
NOVELTY - The device has two different control loops (28) provided in effective connection with each other for energy transfer over a coupling device (32). A control fluid is guided into the control loops, where the control fluid as an energy transport medium. One of the control loops serves for energy supply in form of mechanical energy. The other control loop serves for the energy evacuation in form of converted energy i.e. electrical energy. The coupling device has a hydro motor (34), which is connected in the former control loop and drives a hydro pump (38) with variable displacement.    USE - Energy converter device for converting mechanical energy into hydraulic energy and for converting hydraulic energy into electrical energy.    ADVANTAGE - The device can be manufactured in an economical manner and is operated a safe manner. The device converts different forms of energy into each other in a non-regenerative manner with very good yield.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic circuit diagram of an energy converter device with a converter unit.'(Drawing includes non-English language text)'    Converter unit (10)    Control loops (28)    Coupling device (32)    Hydro motor (34)    Hydro pump (38)
NOVELTY - The system has a guide unit formed in both sides of a mounting groove, and a support wall (10) combined in a rotating airfoil part (50). A supporting frame formed on a top part of the support wall into an arch type. A socks end part is protruded on both sides of a cylindrical shape rotary shaft. An insertion hole is formed in an outer portion of the rotary shaft that is inserted into and coupled with a guide unit. A rotating rod is equipped in an outer circumference of an open/close matrix, and a controller controls an operation of a motor.    USE - Tidal power generation system.    ADVANTAGE - The system has high generation efficiency, and the system blocks the contrary wind, as the opening/closing device is equipped on the rotating airfoil part. The rotation of the rotating airfoil part can strongly rotate with the power of the wind force, so as to obtain the generating power.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a tidal power generation system.    Support wall (10)    Receiving part (13)    Rotating airfoil part (50)    Flow rate conduction wall (81)    Actuator (82)
NOVELTY - A storage battery (3) charges the electric power from solar cell array (2). Each small-sized power conditioner (4) transforms the electric power from storage battery into alternating current and supplies to the load. Several power conditioners used as inverter are arranged in parallel with respect to switchboard (6).    USE - Solar power generation installation used in public facility e.g. school, public hall, etc., during disaster such as typhoon, earthquake.    ADVANTAGE - Electric power can be supplied stably even during disaster. Power conversion efficiency can be improved by using several small-sized power conditioners, while decreasing the cost.    DESCRIPTION OF DRAWING(S) - The drawing shows the functional block diagram of the solar power generation installation. (Drawing includes non-English language text)    Solar cell arrays (2)    Storage battery (3)    Power conditioners (4)    Switchboard (6)    Control unit (7)
NOVELTY - The wave-power rotating apparatus has a motive power rotating shaft (8) provided to the upper part between supports (9). A one-direction rotation gearwheel (5), a flywheel (4), and a power transmission vehicle (6) are provided on the motive power rotating shaft. A water medium resistance board and vertical equilibrium weight board (14) is provided in the lower part between the supports. A rotary piece shaft (10) is provided in the middle of the upper part and the lower part between the supports.    USE - Wave-power rotating apparatus for e.g. electric power generation or ship propulsion.    ADVANTAGE - Provides wave-power rotating apparatus which has excellent mobility and can respond to tidal variation in the sea. Improves conversion efficiency since there are no compression loss and slipping loss compared with a method of making an airflow from opening and closing of a valve, and the reciprocating motion of a piston about the up-down movement of the wave of the conventional method.    DETAILED DESCRIPTION - A rotary piece (12) is provided in the rotary piece shaft. A float, a fulcrum support tool (1), and a planar serration piece (13) is provided in each end of the rotary piece.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of the wave-power rotating apparatus.    Fulcrum support tool (1)    Flywheel (4)    Gearwheel (5)    Power transmission vehicle (6)    Motive power rotating shaft (8)    Supports (9)    Rotary piece shaft (10)    Rotary piece (12)    Serration piece (13)    Water medium resistance board and vertical equilibrium weight board (14)
NOVELTY - The solar cell has fusion fine powdery silicon formed on a substrate by thermal spraying operation. The P-type and N-type impurities are injected in silicon for forming a PN junction on the substrate. The activation process and electrode formation process are formed after the formation of PN junction.    USE - Solar cell for electric power generation.    ADVANTAGE - The production process is simplified, an inexpensive installation is required and an environment friendly process is performed by enabling usage of paper as a substrate material instead of expensive substrate and eliminating the need for performing several chemical processing operations and a high temperature process.    DESCRIPTION OF DRAWING(S) - The drawing shows the superimposition diagram of each mask for forming PN junction and metal layer.
NOVELTY - The apparatus (200) has an inertial pump (220) generating a flow of fluid i.e. air, in response to an oscillating motion, and a unidirectional turbine rotating in a direction in response to the flow of air, where the air is trapped on top of an oscillating water column (210). A generator generates power in response to rotation of the turbine, and comprises a closed flexible membrane having an inertial mass, where the membrane comprises rubber. A constricting nozzle pneumatic gear couples the inertial pump to the turbine.    USE - Power generation apparatus for use in a ship in commercial and military applications.    ADVANTAGE - The apparatus improves gain in area, maintenance and reliability during power generation using waves. The apparatus enables easy replacement of battery-powered and untethered buoys, and reduces power fluctuations. The apparatus has a maintenance-free design, and presents reduced dependency on wave direction with better short-crested sea performance and reduced total life cycle cost.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are also included for the following:    (1) a wave energy system comprising a housing with positive buoyancy    (2) a power generation method.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a power generation apparatus.    Power generation apparatus (200)    Oscillating water column (210)    Inertial pump (220)    Ocean (230)    Waves (234)
NOVELTY - A sintered compact is obtained by sintering a mixture consisting of manganese-containing oxide and copper oxide, at 900-1200 degrees C. The molar quantity of copper with respect to 1 mol of manganese in the mixture is 0.001-0.05. The manganese-containing oxide has perovskite-type crystal structure or layered perovskite-type crystal structure. Preferably, the manganese-containing oxide is calcium-manganese oxide.    USE - Manufacture of sintered compact for thermoelectric conversion materials (claimed) used for thermoelectric-conversion electric-power generation using waste heat of factories, incinerators, industrial furnaces, and motor vehicles, geothermal heat, and solar heat, and for temperature control of laser diodes, cooling and heating apparatuses, and refrigerators. Can also be used for magnetic materials and solid oxides of fuel cells.    ADVANTAGE - The method enables manufacture of sintered compacts having excellent mechanical strength and thermal shock resistance, by low-temperature sintering. The obtained sintered compact provides thermoelectric conversion materials having excellent thermoelectric conversion characteristics. The sintered compact has a simple structure and no deformation.
NOVELTY - A vehicle (104) has internal combustion engines (102,110) that are provided for vehicle propulsion and for driving of electric power generator (112) respectively. The internal combustion engines are connected to an exhaust treatment device (124) through two separate exhaust passages (108,118). A routing device (120) selectively connects one of the exhaust passages with the inlet of an exhaust treatment device by partially closing the other exhaust passage.    USE - Exhaust treatment system for auxiliary power unit such as electric power generator in vehicle.    ADVANTAGE - A common exhaust treatment device can be used for two engines, so cost can be reduced and emission level can be lowered.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for exhaust treatment method.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic block diagram of the exhaust treatment system.    Internal combustion engines (102,104)    Vehicle (104)    Exhaust passages (108,118)    Electric power generator (112)    Routing device (120)    Exhaust treatment device (124)
NOVELTY - The turbine has a direct current (DC) link (152) for maintaining a constant DC interface between a rotor inverter (151) and an output inverter. A grid inverter controller (500) utilizes scalar controls to independently control individual currents of a grid inverter (154) and to provide an output power at a frequency equal to a grid frequency and at a unity power factor. A blade control unit maintains a generator rotor speed at same speed before and during a low voltage condition. A DC link and rotor protection unit limits damage to turbine components during a fault.    USE - Doubly fed induction generator (DFIG) type variable speed wind turbine for use in a wind farm i.e. wind park, for providing electrical energy, generated by utilizing kinetic energy from the wind, to a utility power grid. Can also be used for tidal stream, wave power and solar thermal energy.    ADVANTAGE - The design of the wind turbine allows the wind turbine to continuously provide output current at the same magnitude, even when the wind turbine is affected. The wind turbine has doubly fed induction generators (DFIG) to permit the use of lighter weight turbines, with the ability to have greater energy capture, more precise control of asymmetrical phases and enhanced maintenance and support of a grid during fault conditions, while minimizing the amount of time required to place the wind turbine back on line for generating power after the fault condition is addressed.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for operating a variable speed wind turbine in a wind farm.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of major power producing and control elements of a doubly fed induction generators (DFIG) type variable speed wind turbine.    Rotor link (150)    Rotor inverter (151)    Direct current link (152)    Grid inverter (154)    Transformer (180)    Grid inverter controller (500)
NOVELTY - A photoconductor is connected with a solar cell. The anode and cathode of the solar cell are set parallel to the anode and cathode of capacitor and lithium battery. The anode and cathode of the solar cell are connected with switch control button of camera.    USE - Solar powered camera.    ADVANTAGE - Energy saving effect of camera can be improved.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of the solar powered camera. (Drawing includes non-English language text)
NOVELTY - The model absorbs atmospheric heat to do the work which is used to produce electric energy. Above thought is utilized in the method and by absorbing atmospheric heat energy, electric energy is generated without utilizing any natural resources. Image 0/0
NOVELTY - The method involves installing generators to produce electricity, where the generators are powered by mechanical energy produced by the action of the axles of vehicles. The energy is captured by wind turbines and floating bars.    USE - Method for obtaining electric energy by utilizing mechanical energy released by road traffic action.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic representation of electric energy obtaining method.
NOVELTY - The system has a sensor device, a floating vessel that floats on a wave and moves up and down, and a pulley attached to the floating vessel, which passes a cord, cable or tensor. An axis of transmission is attached to the pulley, and is arranged along the length of the rope, cable or tensor and varies with the wave, for producing rotation of a drive shaft.    USE - System for extracting energy from the movement of waves and tides.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a system for extracting energy from the movement of waves and tides.
NOVELTY - The system has a floating assembly anchored to the sea bottom, and multiple independent generator elements inseparably joined together. Each independent generator element has a toroidal float, a rigid structure and a rigid bar hinged to the rigid structure and is directed downward.    USE - System for utilization of sea wave energy for conversion into electricity.
NOVELTY - Disclosed is a device and method capable of generating power automatically, which mainly uses a plurality of power conversion modules which are in series and parallel connection to connect with each other. The series connection is used to accumulate voltage, and the parallel connection is used to accumulate current. When the power conversion module uses an antenna with high sensitivity to receive the frequency from outside to be converted into power, power is generated by the accumulation of series and parallel connection.
NOVELTY - The sea wave energy conversion method involves guiding the waves into a tubular channel (27) with an axially movable piston (13), which is connected to a rotary converter (14,16) connected to a converter (20), for generating energy which may be transferred to an energy network, such as electrical or hydraulic. The rotary converter transfers energy to a driving wheel which is common for multiple axially movable pistons in one arrangement. The driving wheel drives an electrical generator (20) or a pump.    USE - Sea wave energy conversion method used in power plant, sea wave power plant (both claimed).    ADVANTAGE - Improves energy conversion, which forms the basis for wave power plant to withstand all types of weather and give satisfying ratio between cost and performance.    DESCRIPTION OF DRAWING(S) - The drawing shows the vertical cross sectional view of a power plant unit.    Axially movable piston (13)    Rotary converter (14,16)    Converter (20)    Electrical generator (20)    Tubular channel (27)
NOVELTY - The method involves providing a source of non-optical power i.e. thermal energy, and converting the non-optical power into an optical power beam. The optical power beam is directed into a hollow pipe. The optical power beam is transmitted along a length of the pipe, where the hollow pipe has an inner surface that reflects the optical power beam. The optical power beam is converted into electricity by passing a fluid through an electromagnetic generator device.    USE - Method for generating, transmitting and receiving power i.e. electrical power, for undersea and over land long-distance power generation and transmission applications.    ADVANTAGE - The method generates, transmits and receives the power in a simple, reliable and low cost manner. The method can able to carry vast amounts of power in a single conduit without using a copper-based undersea cable in a safety manner. The method reduces the power interruption, lightening strike, fire, and terrorist attack. The method reduces easement restrictions for underground transmission line. The method eliminates the need to consider the effects of electromagnetic fields on the environment during a system design phase.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a system for generating, transmitting and receiving power.    DESCRIPTION OF DRAWING(S) - The drawing shows a flow chart illustrating a method for generating, transmitting and receiving power.
NOVELTY - The generator (100) has a chain (140) wound in an upper part sprocket (120) and a lower part sprocket (130) of a frame (110). An outward flange (153) of a driving part (150) is formed in an outer side termination of a load (151). An inner flange (155) and a hammer (157) are formed in two far-ends of the outward flange. The hammer is inserted into the load and transferred between the outward flange and the inner flange. A pin connecting a link and a roller is pressed in a bearing, and a groove is formed in an external circumference of the roller.    USE - Power generator. Uses include but are not limited to fossil fuel power, atomic power, solar energy, wind power, hydraulic power and hydrogen lamp power.    ADVANTAGE - The upper part sprocket and the lower part sprocket are rotated by utilizing torque generated during movement of the hammer according to the load. The lower part sprocket is safe to use and environment-friendly. The generator can universally produce energy.    DESCRIPTION OF DRAWING(S) - The drawing shows a front view of a power generator.    Power generator (100)    Frame (110)    Upper part sprocket (120)    Lower part sprocket (130)    Chain (140)    Driving part (150)    Load (151)    Outward flange (153)    Inner flange (155)    Hammer (157)
NOVELTY - The production apparatus has a several grip rollers (44a-44m) to convey a flexible substrate (1) and hold the end portions of substrate for several film formation chambers (42a-42m). The grip rollers are respectively rotated and inclined with preset angles in clockwise and anticlockwise directions with respect to substrate conveyance direction so that the edge portion of the substrate is conveyed with arbitrary intervals. The chambers laminate films on the substrate.    USE - Production apparatus for thin-film laminated structure of thin-film solar cell installed in roof of residence, building for generating electric power.    ADVANTAGE - Since several grip rollers are rotated and inclined with preset angles in clockwise and anticlockwise directions with respect to substrate conveyance direction respectively, inclination of grip roller being matched with the conveyance direction can be prevented so that the falling of substrate in downward direction and the reverse direction of conveyance and falling off of grip holder are prevented.    DESCRIPTION OF DRAWING(S) - The drawing shows a top view of the production apparatus.    Flexible substrate (1)    Film forming unit (40)    Film formation chambers (42a-42m)    Grip rollers (44a-44m)    Winding-up core (71)
NOVELTY - A memory (110) stores the exciting current value of transformer (4) based on the electric current value detected during inverter driving operation. A controller (8) controls output current of inverter (2) based on the output current command value corrected using the stored exciting current value.    USE - Electric power generation system provided with solar cell or fuel cell.    ADVANTAGE - Electric current detector is used only in the input side of the transformer so that cost and size of the power generation system can be reduced. Output current of transformer can be maintained at a sine wave with a small memory capacity.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for control method of electric power generation system.    DESCRIPTION OF DRAWING(S) - The drawing shows the block diagrams of the electric power generation system at two different operation states. (Drawing includes non-English language text)    Inverter (2)    Electric current detector (3)    Transformer (4)    Controller (8)    Memory (110)
NOVELTY - The module has a fuse holder unit connected with one end of a fuse. An output terminal of a solar battery is fixed with another end of the fuse. An input terminal part of the printed circuit board unit is connected with the fuse. The input terminal part is equipped with a current detector. An output terminal part is equipped with the input terminal part. A voltage detecting portion detects voltage between the output terminal of the solar battery and an output terminal part of the external monitoring apparatus. Another fuse holder unit is connected with another fuse.    USE - Module for a connector band of a solar energy generating apparatus.    ADVANTAGE - The module avoids the damage due to excessive voltage difference, simplifies wiring work between assemblies, reduces the electric shock accident, provides more safety, and prevents the reverse voltage.    DESCRIPTION OF DRAWING(S) - The drawing shows a circuit diagram of a connector band's module.'(Drawing includes non-English language text)'
NOVELTY - An intake system has a funnel-shaped entrance gradually reduced in size so that the tide raises water to be forced up towards narrow end of the funnel. A tunnel provided at the narrow end of the funnel-shaped entrance below the water level, is spun by the water force to generate electricity. The turbine energy obtained from wave power is fed to power a pump which feeds salt water to a boiler that is surrounded by mirrors which focus solar energy to the boiler so that salt water is converted into fresh water while generating more energy.    USE - Tidal power station.    ADVANTAGE - A large amount of energy is generated while converting salt water into fresh water using wave energy since the water source is sea or ocean. A short pipeline can be used to transfer fresh water produced in the thermal tidal station.
NOVELTY - The vehicle has an internal-combustion engine (12) e.g. petrol engine, for driving a vehicle. An on-board supply system (10) supplies electrical energy to an electrical load (14), and comprises a generator (22) that is propelled by the internal-combustion engine for generating electrical energy. An electrical starter (16) starts the internal-combustion engine. An energy storage (24) i.e. rechargeable battery, stores the electrical energy. The on-board supply system comprises another generator (30) e.g. thermoelectrical generator, supplied with fuel for generating electrical energy.    USE - Motor vehicle i.e. passenger car. Can also be used for a hybrid motor vehicle.    ADVANTAGE - The generation of electrical energy is independent of operating conditions of the vehicle even during idle time, and one of the generators is dimensioned with small size, so that weight, place and cost of the vehicle are reduced, without impairing reliability of the starting procedure.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of an on-board supply system of a motor vehicle.    On-board supply system (10)    Internal-combustion engine (12)    Electrical load (14)    Electrical starter (16)    Generators (22, 30)    Energy storage (24)
NOVELTY - The station is coupled with a wave energy consumer (3), and has a wind wheel (21), a generator (22) and a tower (24). The wind wheel is connected with the generator, and the wave energy consumer is coupled with the station between the wind wheel and the generator. The wave energy consumer has a tube (31) and a turbine (32) coupled with the generator in the tube. The consumer has a section (37) forming a chamber (38) with a water surface. The tube has devices on a side of the turbine opened and closed against proximity.    USE - Wind power station i.e. offshore wind power station, for ecological compatible energy generation.    ADVANTAGE - The station is coupled with the wave energy consumer, for controlling desired wind conditions for the usage of the station and exploiting the waves produced by the station at a delay, and hence increasing the efficiency of the station.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a wind power station.    Wave energy consumer (3)    Wind wheel (21)    Generator (22)    Tower (24)    Tube (31)    Turbine (32)    Section (37)    Chamber (38)
NOVELTY - The installation (1) has a set of photovoltaic cells modules (3), where each module has an interrupter e.g. insulated gate bipolar transistor thyristor, controlling passing of current to power terminals, and a controlling unit controlling the interrupter. Communication units provide communication between the controlling unit and a transmission control unit (2). A measuring unit measures an operating parameter e.g. current, of the each module or group of modules. The unit (2) collects the operating parameter in a selective manner for controlling and stopping the group of modules selectively.    USE - Installation for a photovoltaic cells module that generates electric energy from solar radiative energy.    ADVANTAGE - The configuration of the installation ensures that the photovoltaic cells module is turned on or off without subjugated to time constraints e.g. waiting at night. The configuration of the installation ensures that the photovoltaic cells module is unusable in case of fraud theft of the photovoltaic cells module by an indelicate person. The communication units transmit the information useful to maintain or manage the energy of the building.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of an installation.    Photovoltaic cells module installation (1)    Transmission control unit (2)    Photovoltaic cells module (3)    Storing unit (7)    Distribution unit (8)
NOVELTY - The apparatus (1) has nitrogen gas generator (2) and nitrogen gas replenishment apparatus (17) connected to reactor containment vessel. Liquid nitrogen supplied from trailer (43A) through pump (5), is vaporized by evaporator (3). The nitrogen gas is supplied to vessel through supply tube (7). The liquid nitrogen supplied from trailer (43B) through pump (34), is stored in storage tank (18). The electric power is generated by thermoelectric power generating element (33) in normal temperature evaporation tube (20) and electric power is stored in storage battery (35).    USE - Nitrogen gas flow apparatus for use in nuclear power plant.    ADVANTAGE - The structure of nitrogen gas supply apparatus is simplified so that electric power generated by thermoelectric power generation apparatus is efficiently stored in electric power storage apparatus.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of nitrogen gas supply apparatus.    Nitrogen gas supply apparatus (1)    Nitrogen gas generator (2)    Evaporator (3)    Pumps (5,34)    Nitrogen gas supply tube (7)    Nitrogen gas replenishment apparatus (17)    Nitrogen gas storage tank (18)    Normal temperature evaporation tube (20)    Thermoelectric power generating element (33)    Storage battery (35)    Trailers (43A,43B)
NOVELTY - A take-up reel (28) that is accommodated inside the housing (16) defining underwater power generation chamber is connected to a float (12) over the water surface through a cable (14). The take-up reel is connected to uni-directional driver pulley (36) which in turn operates a timing pulley and a main spring pulley (48). The main spring pulley is shifted between energy storage and release modes under which the energy transmitted by the float is stored and released. The brake is applied around the shaft of power generator, during energy storage mode.    USE - System for generating elastic power from motion of waves in sea, ocean, lake, and gulf.    ADVANTAGE - The assembly of the float and the pulleys in the underwear installation eliminates need for a large scale construction. The float and pulleys are not affected by heavy winds, storms and other extreme environment conditions.    DESCRIPTION OF DRAWING(S) - The drawing shows a partial sectional side view of the wave-based power generation system.    Float (12)    Cable (14)    Housing (16)    Take-up reel (28)    Driver pulley (36)    Main spring pulley (48)
NOVELTY - The system has a local area network electrically connected with an external electric network, a generator set controller and a variable-frequency converter. The variable-frequency converter, drive motor, decelerator, permanent magnet generator, grid inverter and the local area network are electrically connected with each other. The generator set controller is connected with the generator and grid inverter. A measurement adjusting controller is connected with the variable-frequency converter, motor, decelerator, generator, grid inverter, local area network and the electric network.    USE - Simulation test system for a 1500 kilo watts permanent magnet direct-drive wind power electric generating set.    ADVANTAGE - The system greatly accelerates the speed of research and development of a large wind power electric generating set, increases a level of judgment of quality of the generating set, and improves consistency of quality evaluation of the generating set.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a simulation test system for a one thousand five hundred kilo watts permanent magnet direct-drive wind power electric generating set.'(Drawing includes non-English language text)'
NOVELTY - The system has a direct current (DC) converter provided with an input terminal connected with two ends of a solar cell array. Input and output terminals of a grid-connected inverter are respectively connected with an output terminal of the converter and an input terminal of an isolation transformer. An output terminal of the transformer is connected with a grid. An input terminal and an output terminal of a control circuit using a digital signal processor as control core are respectively connected with signal output terminals and signal input terminals of the DC converter and the inverter.    USE - Photovoltaic grid-connected power generation system.    ADVANTAGE - The system is easy to process, flexible to mount, convenient to maintain and inexpensive. The voltage and current detection precisions of the system are high, control algorithm is advanced, and arithmetic speed of the control chip is increased. The system has better tracking accuracy and stability, and combines hardware device and digital signal processing software program together. The hardware device is simple to design, inexpensive and easy to process. The software programming algorithm is simple and easy to understand.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a photovoltaic grid-connected power generation system operation method based on direct current (DC) converter.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a photovoltaic grid-connected power generation system.'(Drawing includes non-English language text)'
NOVELTY - The base (1) has a fluid guide section (2) and a base section (3) that is opposite to the guide section, where ribs (6) are arranged at the guide section and at the base section. The ribs run between the fluid guide section and the base section in an axis direction of connected pipes. Connecting ribs (7) are arranged between the ribs (6) and run perpendicularly to the ribs (6). The fluid guide section is designed as a pipe bend (5) which exhibits a constant radius of curvature. The base is made from polymer material such as polyethylene, interlaced polyethylene, polypropylene or polybutylene.    USE - Probe base for use in a geothermal energy generation or storage device in a heating and/or cooling system (all claimed).    ADVANTAGE - The ribs are arranged parallel to each other, so that the probe base with the connected pipes can be slidingly inserted into the borehole in a more easy manner. The ribs are placed at identical distances, thus improving the stability against mechanical load during production of molded part. The ribs have rounded external edge, thus reducing the damage of the probe head during installation. The connecting ribs are arranged between the ribs and run perpendicularly to the ribs, so that the stability of the probe base is further improved. The probe base is designed as a single piece, so that the probe base can be manufactured in a simple and stable manner. The probe base is accessible with less material expenditure. The design of the base enables connection of pipes and the probe base in a simple manner.    DESCRIPTION OF DRAWING(S) - The drawing shows a front sectional view of a probe base.    Probe base (1)    Fluid guide section (2)    Base section (3)    Pipe bend (5)    Ribs (6)    Connecting ribs (7)
NOVELTY - The generator has an upper plate (100) equipped in a lower part of a piezoelectric unit (120). A pressure pin (110) is connected to a lower part of the upper plate, and delivers pressure through the upper plate. A metal plate (130) is maintained inside a fixed box (150) and assists shape deformation and reconstitution of the piezoelectric unit. A pillar type fixation pin (140) provides force of restitution to balance the metal plate. The fixation pin is formed in a structure such that electricity is generated according to up and down motion of the pressure pin.    USE - Piezoelectricity generator for a generator system (claimed) used to convert migration energy of a vehicle driving in a road into a spin energy for generating electricity.    ADVANTAGE - The generator is simple in structure and easy to manufacture. The size of the generator can be freely controlled according to the situation, so that the generator has wide range of application. The installation of the generator is facilitated, and the construction cost of the generator can be saved.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a generator system.    DESCRIPTION OF DRAWING(S) - The drawing shows a cross-sectional view of a piezoelectricity generator.    Upper plate (100)    Pressure pin (110)    Piezoelectric unit (120)    Metal plate (130)    Pillar type fixation pin (140)    Fixed box (150)
NOVELTY - The system has a host computer, a system control single chip and an inverter power module unit, where paths of the inverter power module unit are connected with a power controller unit to form a set of independent converter sun-systems.    USE - Power control system for a wind power generation grid-connected converter.    ADVANTAGE - The system is simple and feasible. The system is inexpensive and reliable to operate, and has stable property. The current total harmonic of the system on the network side satisfies the international requirement. The system can effectively solve the power control problem of the wind power generation grid-connected converter.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a power control system.
NOVELTY - The generator has a fixing electrode (1) contacted with an ocean wave part and connected with an end of a fixing capacitor (3). A seawater electrode (2) is connected with other end of the fixing capacitor by a switch (5) and a load part (6), and the seawater electrode is connected with the ocean wave part. A variable capacitor is formed by the ocean wave part and the fixing electrode, and multiple parallel metallic polar plates are connected together by a connection device (7). A sealing rot proof layer is covered on the polar plates.    USE - Ocean-wave generator.    ADVANTAGE - The generator has low manufacturing cost and simple structure. The generator reduces the middle link part for changing the mechanical energy. The generator reduces the fault rate, and improves the energy transfer efficiency.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of an ocean-wave generator.    Fixing electrode (1)    Seawater electrode (2)    Fixing capacitor (3)    Switch (5)    Load part (6)    Connection device (7)
NOVELTY - The device has a water inlet pipe connected inside a heating/cooling generating box for booting heating/cooling liquid that flows into the heating/cooling generating box. One end of the water inlet pipe is connected to a water pump, where the liquid capacity of the pipe is controlled by a temperature difference controller. A water outlet pipe is connected inside the heating/cooling generating box for educing liquid that flows from the heating/cooling generating box. Radiating ribs are fixed on the flat plates of the heating/cooling generating box.    USE - Cooling/heating generating device for a generating system (claimed).    ADVANTAGE - The device can generate the power directly without utilizing mechanical transmission and chemical reaction. The device is inexpensive, generates adequate power, improves the efficiency, and avoids pollution and noise.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a generating system comprising the cooling/heating generating device.    DESCRIPTION OF DRAWING(S) - The drawing shows a partial sectional view of a cooling/heating generating device.
NOVELTY - A copper twist wire and separating layer formed on conductor are selected. An insulating layer and outer jacket are extruded by adapting semi-extrusion die on plastic extruder. The insulating layer and outer protection layer are formed on conductor separating layer and cable core separating layer respectively through lapping thermosetting elastomer insulating material under preset process temperature. The insulating layer and outer jacket radiation are cross-inked by adopting accelerator so as to control strength of electronic beam of cable.    USE - Method for manufacturing cable of wind power generating equipment.    ADVANTAGE - The resistant performance of cable from low temperature, torsion, ozone corrosion, anti-sunlight, oil, and seawater can be improved.    DESCRIPTION OF DRAWING(S) - The drawing shows a flow diagram explaining the process of manufacturing cable of wind power generating equipment. (Drawing includes non-English language text)
NOVELTY - The battery has two tight cylindrical sub-members arranged on a plane in a parallel manner, and a silver electrode cathode wire connected between the cylindrical sub-members. An outer surface of a P type semiconductor layer is placed with an N type semiconductor layer. An outer surface of the N type semiconductor layer is provided with the P type semiconductor layer. A surface of the silver plating electrode wire is formed as a backlight surface.    USE - Solar battery.    ADVANTAGE - The battery can greatly improve the light conversion efficiency of about 60 percentages.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a solar battery preparing method.    DESCRIPTION OF DRAWING(S) - The drawing shows a front view of a solar battery.
NOVELTY - The lamp has a screw socket installed at a lower part of a lamp body. Red, green and blue LED chips and a controller are distributed on an upper part of the lamp body, where the LED chips and the controller are encapsulated in inverse-trapezoidal epoxy resin. The LED chips are connected with the controller, and a solar battery plate is connected with a storage battery and the controller. A transformer is connected with the controller through a rectifier. The LED chips are distributed in the epoxy resin in multiple directions.    USE - Large-angle solar LED obstacle indicating lamp.    ADVANTAGE - The lamp utilizes high-power LED chips for illuminating the light with high brightness. The LED chips uniformly emit the light by reflection transmission and refraction with visual angle of 350 degrees. The lamp has better dustproof and waterproof effects. The solar battery plate supplies the power for 24-hours.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a large-angle solar LED obstacle indicating lamp.
NOVELTY - The generator has a water tank (28) mounted at an upper-middle part of a main frame (8), and a water and fodder chute (29) and a storage battery (36) mounted at a front part of the main frame. Left and right protective plates (30) of a head are separately mounted at left and right sides of an upper part of the main frame. A lamp (33) is fixed at a front-upper part of the main frame, and a sound device (34), an electric fan (35) and an inverted power supply (37) are fixed at the upper part of the main frame. An automatic pressure starting cover (25) is fixed in middle of a case cover (32).    USE - Generator for converting animal such as horse, mule, donkey, energy into electric energy that is utilized for an automobile in a remote mountain area, a pasture land and a rural area.    ADVANTAGE - The generator can generate industrial energy of about 1500 to 3000 watts without pollution, and generate household power, which can meet the demand of a normal family in the areas without power such as remote mountain areas, pasture lands and rural areas. The power is adaptable to an electric automobile, which avoids waste gas generation that pollutes the environment, thus ensuring an environment friendly automobile.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of an electric energy generator.    Main frame (8)    Automatic pressure starting cover (25)    Water tank (28)    Water and fodder chute (29)    Left and right protective plates (30)    Case cover (32)    Lamp (33)    Sound device (34)    Electric fan (35)    Storage battery (36)    Inverted power supply (37)
NOVELTY - The tank has a storage tank (1) with a connector and a thermal insulation made of a foamed plastic. The thermal insulation directly forms an outer shell in a selective manner and is surrounded outside by a thin walled shell part. The storage tank is formed from two molded parts (2, 2'') of the thermal insulation with a cover (3'), where the molded parts are stratified on top of each other in a horizontal manner. A liquid tight baggy foil (4) is suspended in the molded parts and filled with a stagnant fluid, after assembling of the molded parts.    USE - Hot water tank e.g. buffer tank (claimed) or stratified hot water storage tank, for a heating system for solar power generation.    ADVANTAGE - The storage tank is formed from two molded parts of the thermal insulation with the cover, and the liquid tight baggy foil is suspended in the molded parts and filled with the stagnant fluid, after assembling of the molded parts, thus forming a simple and compact structure.    DESCRIPTION OF DRAWING(S) - The drawing shows a vertical sectional view of a hot water tank i.e. buffer tank, for a heating system for solar power generation, lathered in a cover.    Storage tank (1)    Molded parts (2, 2'')    Cover (3')    Molded parts (4)    Ring (9)
NOVELTY - The flow (28) of water is used to move a propulsion arrangement comprising a propeller (32), a turbine and an engine (36) of a vessel (24) or drive a dynamo (40) or alternator. The vessel is located such that the energy conversion arrangement including the propulsion arrangement is located in the flow of water. The movement of vessel is restrained to predetermined number of positions and the vessel is anchored.    USE - Conversion method of kinetic energy of river or tidal flow into electricity.    ADVANTAGE - Enables generating electricity at low cost, without having large detrimental effects on the ecology of the environment in which the vessel is used. The cost of converting an existing vessel to generate electricity is relatively low in comparison with the building and construction of a purpose built turbine for anchoring on the seabed or a tidal barrage. The cost is reduced by eliminating the need for expensive equipment for maintenance and decommission of the vessel.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for energy conversion apparatus.    DESCRIPTION OF DRAWING(S) - The drawing shows the schematic view of the apparatus for converting energy.    Vessel (24)    Water flow (28)    Propeller (32)    Engine (36)    Dynamo (40)
NOVELTY - The device has a large-area image field of image element carriers (3) adjustably mounted in a frame (2) in a rotatable manner, and an electric servo drive (6) e.g. servo-motors, for the image element carriers. The image element carriers have solar cells (5) for power supply to the servo drive, where the solar cells with the servo drive and the image element carriers form a structural unit mounted in the frame. The drive has an external rotor drive-connected with the image element carriers and an internal stator on an axle (4) held in the frame in a torque proof manner.    USE - Optical display device for use in outer walls of a building.    ADVANTAGE - The image element carriers have the solar cells for power supply to the servo drive, where the solar cells with the servo drive and the image element carriers form the structural unit mounted in the frame, thus simply controlling the image element carriers, and reducing the construction complexity of the display device.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic side sectional view of an optical display device.    Side pieces (1)    Frame (2)    Image element carriers (3)    Axle (4)    Solar cells (5)    Servo drive (6)    Housing (9)
NOVELTY - Each rotor e.g. water mill wheels (3) is suspended in the frame construction (1) on the rotor shaft while each rotor is maintained in partially immersed state in water surface area (2). Two non-parallel rotor shafts are arranged with the rotor so as to form a floating structure.    USE - Wave power plant.    ADVANTAGE - Efficient utilization of available wave energy can be realized by using floating structure of power plant.    DESCRIPTION OF DRAWING(S) - The drawing shows the explanatory view illustrating the wave power plant.    Frame construction (1)    Water surface area (2)    Wheels (3)    Beams (4)    Transverse booms (6,7)
NOVELTY - The plant has a frame construction in which a rotor is journalled. The rotor is suspended in the construction on a rotor shaft that is essentially horizontal so as to ensure that the rotor rotates about the shaft. A maintaining unit maintains each of the rotors partially immersed in a water surface area. The rotor is mounted on the shaft via a free-running mechanism such that the rotor transfers momentum to the shaft essentially only when the rotor rotates one way about the shaft. Distance between gables on the rotors is less than 1.5 meters.    USE - Wave power plant for extracting power from a wave movement of a water surface area, and for generating electric current via a generator and for pumping a fluid medium by using a pump.    ADVANTAGE - The rotor is mounted on the rotor shaft via the free-running mechanism such that the rotor transfers momentum to the rotor shaft essentially only when the rotor rotates one way about the rotor shaft, thus increasing the output efficiency of the plant. The rotors can be mounted on the rotor shaft such that the rotors are separated exclusively by a clearance that allows the two adjacent rotors to rotate freely relative to each other about the rotor shaft, thus achieving maximum power output from the plant with the rotor shaft of a given length.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for constructing a wave power plant.    DESCRIPTION OF DRAWING(S) - The drawing shows a cross-sectional view of a water mill wheel between free-running mechanisms of a wave power plant partially immersed in a water surface area.    Water mill wheel (3)    Water mill shaft (30)    Ratchet wheel (46)    Ratchet latches (47)    Retaining sites (49)
NOVELTY - The generator has a pressure vessel (24) for storing thermally-induced phase-changing working fluid. A solar concentrator (40) is provided for concentrating solar energy on a boiler tube (22) to thermally induce a phase change of the working fluid from a liquid phase to a gaseous phase. An expander (34) is connected to the pressure vessel, and a condenser (36) is connected to the expander to condense the working fluid. A collection vessel is connected to the condenser to collect the condensed working fluid, and is connected to the pressure vessel to supply the collected working fluid.    USE - Direct steam generation type solar thermal power generator.    ADVANTAGE - The generator avoids the problems of solar field control under solar radiation transients and the related problem of the instability of two phase flow inside the receiver tubes, thus enabling time shifting of the available thermal energy to better align supply with higher demand for energy during peak energy usage periods.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a solar thermal power generator.    Boiler tube (22)    Pressure vessel (24)    Expander (34)    Condenser (36)    Solar concentrator (40)
NOVELTY - The apparatus has a solar photo-voltaic panel (503) detachably fixed on an inner part of a window (507) or windscreen (504) of a vehicle (501). The solar photo-voltaic panel blocks sun rays entering into the vehicle and converts energy from the sun rays to generate direct current (DC) voltage. A thermoelectric cooling assembly (505) is powered by low DC voltage from the solar photo-voltaic panel. The thermoelectric cooler (508) is provided with a cold side, and an internal heat sink is in thermal contact with the cold side. An external heat sink is in thermal contact with a hot side.    USE - Apparatus for cooling an interior part of a vehicle i.e. car.    ADVANTAGE - The apparatus is inexpensive, compact and removable, and prevents temperature inside the vehicle from becoming dangerously high during stationary period in sunny conditions without need for extra battery and expensive design.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a vehicle interior part cooling method.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a car with a cooling apparatus.    Vehicle (501)    Solar photo-voltaic panel (503)    Windscreen (504)    Thermoelectric cooling assembly (505)    Window (507)    Thermoelectric cooler (508)
NOVELTY - The method involves interfacing electrical power in electrical transmission lines by using multiple electric generators e.g. wind turbine generator, and installing a tower to support the generators and the electrical transmission lines. The generators are mounted with the tower, and the electrical power transmission lines are connected with the tower to transmit electrical power. An interface is provided between the electrical generators and the electrical transmission lines. Multiple cylindrical members are connected to each other to form an elongated member.    USE - Method for generating and transmitting electrical power from a power plant to a substation and consumers. Uses include but are not limited to a nuclear power plant, fossil fuel power plant, solar power plant, wind power plant and a hydroelectric power plant.    ADVANTAGE - The method enables cost-effective and environmentally-friendly electrical power transmission.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for an electrical power generating and transmitting apparatus.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a linear generator.
NOVELTY - The system has a water exhaust hose valve, an intake container connected with an intake hose, and a water allowance tube, water exhaust hose and a siphon pump support connected with the intake container. A water turbine (7) and a wind turbine are connected with a water gravity pipe, and a water turbine wiring and a wind turbine wiring are connected with the water turbine and the wind turbine, respectively. A water pump (12) is linked with a water exhaust holding tank, and an intake container support is linked with the intake container.    USE - Adams alternative energy system for turning an electricity generating device under water in a lake, sea and ocean.    ADVANTAGE - The system does not consume fuel, so as to prevent generation of emissions. The system provides alternative energy sources together. The system can be built to large sizes without taking up space on land as the system is placed under the water. The system provides cheap electricity to different countries, and avoids generation of nuclear waste. The water pump placed in a collection tank portion of the system can be of different sizes suitable for the operation of the system.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of an Adams alternative energy system.    Water turbine (7)    Water pump (12)
NOVELTY - The generator has a float (82) that floats at a sea surface and moves up and down in the waves. A coupling unit is utilized for coupling the float to sea floor to limit horizontal drift of the float from a predetermined quiescent position while allowing the float to move up and down in the waves. A motion resist element is coupled to the float, so as to move the resist element horizontally with any horizontal movement of the float. An electricity-generating apparatus is coupled to the float and the resist element for generating electricity.    USE - Wave power generator for use in sea.    ADVANTAGE - The generator can generate electricity from the change in pressure at undersea location as the wave passes over the location, and can generate the electricity from the differences in pressure under a wave crest under the wave trough. The resist element has a large area exposed to the sea at a large depth, so as to prevent rapid resist element vertical movement through water resistance. The resist element has a portion that relatively slides up and down in the vertical passage of the float, so as to avoid the drifting of the float from a quiescent position by mooring the float to the sea floor though catenary chains that allow the float to move up and down.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for generating electricity from sea waves.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a system for generating electricity.    Float (82)    Motion resist element (84)    Water brake (86)    Upper area (90)    Lower area (92)
NOVELTY - The device i.e. wave power generator (10), has a floating buoy (14) and an anchor plate (22) translationally moved relative to each other by state of waves. A translational relative movement is caused between a drill rod (12) and a flywheel (16) such that the flywheel absorbs rotational energy, which is converted into electricity by a generator (18). An overrunning clutch drive (32) i.e. coupling disk, is provided between the drill rod and the flywheel. Coastal power generator housing is made of concrete and/or metal.    USE - Device i.e. wave power generator, for generating electricity from force of waves for a hybrid vehicle and a wind powered two-wheeler.    ADVANTAGE - The translational relative movement is caused between the drill rod and the flywheel such that the flywheel absorbs rotational energy, which is converted into the electricity by the generator, thus efficiently converting the force of waves into electricity with lower production cost in environment friendly and exhaustless manner. The device is simple and cost-effective to manufacture, and includes low dead weight.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional front view of a wave power generator in wave trough.    Wave power generator (10)    Drill rod (12)    Floating buoy (14)    Flywheel (16)    Generator (18)    Anchor plate (22)    Overrunning clutch drive (32)
NOVELTY - The turning ring has predetermined number of balls (2) and an orbital ring (1) having a rolling surface (10,11) along the peripheral direction of an internal peripheral surface or an outer peripheral surface. The circular shaped ball cage arranges the ball along the peripheral direction of the internal peripheral surface of the orbital ring or an outer peripheral surface. The rolling surface faces the rolling surface of the orbital ring. A predetermined number of blocks (3) are positioned along a peripheral direction of the orbital ring.    USE - Turning ring for wind-powered electricity generation apparatus.    ADVANTAGE - Provides an easy and inexpensive manufacturing process of turning ring since the circular shaped ball cage arranges the ball along the peripheral direction of the internal peripheral surface of the orbital ring or an outer peripheral surface. Enables to provide a structure whose turning diameter is large since the blocks are positioned along a peripheral direction of the orbital ring.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of the turning ring.    Orbital ring (1)    Balls (2)    Blocks (3)    Rolling surface (10,11)    End surface (32)    Tap hole (33)
NOVELTY - The thermoelectric module (1) has a thermo-element (2) that is provided with a thermoelectric film (4) arranged on the main surface of a base material (3). The base material has inclined surfaces (3b) that are inclined with respect to the main surface. Several grooves (5a) are formed in the both sides of inclined surfaces of the base material of thermo element.    USE - Thermoelectric module for use as solar power generation module and thermo electric generation module.    ADVANTAGE - The sun rays can be irradiated effectively on the grooves of the base material of thermo element even when the thermoelectric module is used as solar power generation module. Hence, the solar energy can be generated effectively and freedom degree of design of thermoelectric module can be improved.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for thermoelectric system.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the thermoelectric module. (Drawing includes non-English language text)    Thermoelectric module (1)    Thermo element (2)    Base material (3)    Inclined surface (3b)    Thermoelectric film (4)    Grooves (5a)
NOVELTY - The aerogenerator has several generator monometers whose spindles are coupled through a coupler. A rectifying device is connected with a throw over relay that is set on each generator monometer and a sensor is mounted on the end of each generator.    USE - Variable power and variable speed aerogenerator for changing power according to wind power.    ADVANTAGE - The constant power and constant voltage can be generated by utilizing wind energy by high utilization rate, fewer auxiliary device, low fund input, long service life, simple operation and convenient use.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of the aerogenerator.
NOVELTY - The apparatus has a turbine (9) for converting fluid e.g. hydraulic fluid, displacement from multiple fluid filled pipes (2) i.e. lay flat pipe, to mechanical movement, and a circuit for enabling one-way fluid flow from the pipes to a turbine generator unit and making the flow back to the pipes via a gravity feed fluid reservoir (16) that is positioned above the height of the pipes. The pipes are set diagonal to the direction of a vehicle's path, where each pipe is arranged in a loop in such a way that the open ends of the pipes are in direct fluid communication to the circuit.    USE - Apparatus for recovery of kinetic energy from wheeled vehicles moving on a road or a track.    ADVANTAGE - The apparatus is compatible with unmodified vehicles, and has high energy recovery efficiency, and high durability by minimum mechanical movement or electrical parts such as fluid pumps, with improved ease of usage through modular construction such as combination of modules, for any particular application, relatively low manufacturing cost and maintenance. The proximity of a reservoir housing to the pipes ensures minimal fluid losses.    DESCRIPTION OF DRAWING(S) - The drawing shows a side sectional view of an apparatus for recovery of kinetic energy from moving wheeled vehicles.    Fluid filled pipes (2)    Backing mat (3)    Upper pressure sheet (4)    Turbine (9)    Gravity feed fluid reservoir (16)
NOVELTY - The cable has insulating wire cores provided with a conductor and an insulating layer made of cross linking polyethylene insulating material. A gap is formed between the cores, and a stuffing layer i.e. non-halogen inflaming retarding blanket, is covered by a non-halogen inflaming retarding belting. An external surface of the belting is extruded with an external inner jacket covered by an armature layer. An external surface of an armature is extruded with the jacket made of high strength polymer. The conductor is made of copper/tinning copper wire. The armature is woven by a metal wire.    USE - Wind power generating cable.    ADVANTAGE - The cable is simple in structure, easy to manufacture, low in cost and avoids contamination. The cable is provided with stronger flexibility, elasticity, restoration, anti-pulling performance, and effectively inhibits UV ray.    DESCRIPTION OF DRAWING(S) - The drawing shows a cross-sectional view of a wind power generating cable.
NOVELTY - A conversion unit (31) converts a basic data which is a data regarding power consumption generated by a solar cell (11) into a coordinate data whose data amount is smaller than the basic data. A transmission unit (33) transmits the coordinate data. A receiving unit (34) receives the coordinate data from the transmission unit. A display unit (37) displays the coordinate data on the position of the square division that corresponds with the basic data.    USE - Communication display device for solar energy power generation system.    ADVANTAGE - The length and breadth of the information content of the transmitted data can be reduced considerably, so the influence from the disturbance from surrounding electromagnetic wave is reduced, so that reliable data communication is possible without deletion of the data.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of the communication display device. (Drawing includes non-English language text)    Solar cell (11)    Conversion unit (31)    Transmission unit (33)    Receiving unit (34)    Display unit (37)
NOVELTY - The system has an accumulator filled with compressible gas with a capacity to absorb and store power from tide movement. A pressurized hydraulic tank supplies multiple outlets to drive hydraulic motors. A gas filled expansion chamber accepts compression from the system. A set of hydraulic rams is provided in direct contact with power source. A pressurized expansion chamber provides continuous back pressure to the hydraulic tank. The hydraulic tank is applied with permanent pressure to provide power to hydraulic motors to generate electricity.    USE - Tide driven hydraulic expansion pressure system for controlling and storing power from a tidal movement.    ADVANTAGE - The system utilizes the hydraulic rams provided in direct contact with the power source, and the accumulator filled with the compressible gas with the capacity to absorb and store the power from the tide movement so that a continuous hydraulic oil pressure is maintained to drive hydraulic motors for electricity generation.
NOVELTY - The system has several piezoelectric devices (300) which are embedded in the road using binding resin (321) epoxy resin, thermoplastic polymer, rubber, synthetic resilient material or bitumen-polymeric mix for producing electrical power. The electric power is generated when a vehicle is traversed along the road. A power conditioning unit is provided to supply the generated electric power to roadside lights through the electric conductors which are connected between the piezoelectric devices and power conditioning unit.    USE - System for harvesting power on road, highway, railway and airport runway.    ADVANTAGE - The energy efficiency of the system is improved since the generated electric power is utilized efficiently by providing the power conditioning unit to supply the generated electric power to roadside lights, electrical vehicles, traffic signaling unit.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for method for harvesting energy.    DESCRIPTION OF DRAWING(S) - The drawing shows the perspective and sectional views of the piezoelectric transducer.    Piezoelectric transducer (300)    Top electrode (310)    Bottom electrode (311)    Piezoelectric rods (320)    Binder resin (321)
NOVELTY - A portable charger has a rectifying antenna receiver that converts energy collected from low density microwaves transmitted by earth solar power stations which collect energy in the form of beaming microwaves from orbiting space stations or satellites. The portable charger also rectifies domestic alternating current (AC) power into direct current (DC) power and steps it down using a switch mode power with a predetermined voltage level suitable for charging a mobile phone or a portable electronic device.    USE - Portable charger for a mobile phone or a portable electronic device.    ADVANTAGE - The charger provides a rectifying antenna receiver that converts energy collected from low density microwaves transmitted by earth solar power stations. This feature facilitates the easy charging of the battery of a mobile phone or a portable electronic device even in a place where domestic power or car power cannot be used. Low-power microwaves with low energy density beams will not harm humans, animal or plant life and will not interfere with radio transmission or mobile phone communications.
NOVELTY - A semimetal adsorbent comprises a support having an amino group and a carbonyl-containing group (1).    USE - Semimetal adsorbent is used as treatment material for removing semimetal such as boron from wastewater, industrial effluent, incineration plant smoke cleaning wastewater, geothermal energy wastewater, river water and underground water.    ADVANTAGE - The semimetal adsorbent has excellent complexing ability and boron adsorption capacity.    DETAILED DESCRIPTION - A semimetal adsorbent comprises a support having an amino group and a carbonyl-containing group of formula: -C(=O)-G.    G=residue excluding carboxyl group from aldonic acid or uronic acid.
NOVELTY - The blade structure has a carrier airfoil shell (10) provided with a carrier airfoil shell support structure and slots formed at upper and lower sides of the carrier airfoil shell support structure. Each slot accommodates one of the flaps (26,28). The flaps are forced apart and guided into the slots by the carrier airfoil shell support structure in the retracted position of the extender blade (11). The carrier airfoil shell support structure and the support structure of the extender blade rest against each other between the flaps.    USE - Extendible blade structure for blades, such as airfoils or rotor blades, used in the field of aviation, such as aircrafts or helicopters, or to blades of electric power-generating devices or fluid pumping devices, such as wind turbines and ocean current turbines.    ADVANTAGE - Provides a structural support for a blade which has an outer aerodynamic module with a telescoping feature which, when extended out, increases the airfoil or blade diameter or length and generates more lift forces or, in the case of power-generating device rotor blades, captures more wind energy during periods of lower winds, and telescopes in (retracts) to reduce wind energy exposure in higher winds. The trailing edge of the extender blade is blunt to ride smoothly so as not to damage or wedge the carrier airfoil shell via the lead-lag loading. The trailing edge flaps restore a sharp trailing edge for aerodynamic purposes when the extender blade is extended, but split apart so that a carrier airfoil shell support structure can ride smoothly against the blunt support structure of the extender blade.    DESCRIPTION OF DRAWING(S) - The drawing shows the perspective view of the carrier airfoil shell and the extender blade, illustrating a split trailing edge of the extender blade.    Extender blade module (2)    Carrier airfoil shell (10)    Extender blade (11)    Flaps (26,28)    Airfoil shell (34)
NOVELTY - The method involves drifting a harnessing surface (1) in a current of fluid away from a linear hydrokinetic generator assembly (100). A cable (3) is drawn and attached to the harnessing surface from a cable spool (4). The cable is drawn by drifting harness surface, where the drawn cable rotates the cable spool. A power is generated from the rotating cable spool by generating electricity from an electrical machine (5) coupled to the cable spool. The cable is drawn from the cable spool to a predefined extent. The harnessing surface is feathered to reduce an amount of drag of the surface.    USE - Method for generating power by using a linear hydrokinetic generator assembly (claimed) that is utilized for generating electricity from hydrokinetic energy derived from a relatively slow and unidirectional liquid flow of water e.g. ocean water and river water.    ADVANTAGE - The method generates the power without using a turbine and a rail in a simple, reliable, and low cost manner. The method generates the power by using the linear hydrokinetic generator assembly, which is easy to manufacture and maintain.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a linear hydrokinetic generator assembly comprising a cable spool.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a linear hydrokinetic generator assembly.    Harnessing surface (1)    Cable (3)    Cable spool (4)    Electrical machine (5)    Linear hydrokinetic generator assembly (100)
NOVELTY - An electric power voltage-variation calculator (220) calculates the fluctuation of active power and voltage supplied to a interconnection line (2) from the measured value of current and voltage sensors (11,12). A system parameter calculator (230) calculates the variation of system parameter to determine the ratio of reactive power to the active power. An electric power command value calculator (23) generates the reactive power command value based on the correction of variation of the system parameter so as to drive an electric power converter (6).    USE - Distributed power supply system e.g. solar energy power generation system.    ADVANTAGE - The voltage variation of the interconnection point can be suppressed.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for method for controlling distributed power supply system.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of the distributed power supply system.(Drawing includes non-English language text)    Interconnection line (2)    Electric power converter (6)    Current sensor (11)    Voltage sensor (12)    Electric power command value calculator (23)    Electric power voltage-variation calculator (220)    System parameter calculator (230)
NOVELTY - The apparatus has a steering plate (R) which is attached with a columnar casing (4) arranged on a floating structure (2) through a turntable (T). The floating structure is anchored to a sea bottom portion (1). The upstream and downstream vane wheels (8,10) are rotated along water flow direction. The operating shafts (7,9) are penetrated to casing, to transmit rotational force of upstream and downstream vane wheels to a rotating shaft (13) through a differential gear mechanism (12). A generator (16) in an upper chamber (4a) is connected to the rotating shaft.    USE - Apparatus for generating electric power from tidal water and ocean water.    ADVANTAGE - The sufficient amount of rotational force is transmitted to the rotating shaft effectively, so that the electric power can be generated efficiently and reliably at low cost. The generation of damage in the vane wheels can be reduced.    DESCRIPTION OF DRAWING(S) - The drawing shows a cross-sectional view of the electric power generating apparatus.    Sea bottom portion (1)    Floating structure (2)    Columnar casing (4)    Upper chamber (4a)    Operating shafts (7,9)    Upstream vane wheel (8)    Downstream vane wheel (10)    Differential gear mechanism (12)    Rotating shaft (13)    Generator (16)    Steering plate (R)    Turntable (T)
NOVELTY - The turbine (1) has a hub (2) comprising multiple rotor blades (3.1, 3.2, 3.3,) with a symmetrical drop-shaped profile originating from a profile nose (12). Each rotor blade has a sliding curve (6.1, 6.2, 6.3) whose characteristics deviates in part of a radial extension of the rotor blades in a rotation level of the turbine in relation to a radial beam (5.1, 5.2, 5.3), where the radial beam is assigned to the rotor blade. The deviation of the sliding curves runs sectionally straight-lined from the radial beams. A curved region is provided in each sliding curve.    USE - Wells turbine for use in a wells power station (claimed).    ADVANTAGE - The rotor blade has sliding curve whose characteristics deviates in part of the radial extension of the rotor blades in the rotation level of the turbine in relation to the radial beam, where the radial beam is assigned to the rotor blade, so that the working area of the turbine is increased, and outline of the flow at the rotor blades is shifted to higher discharge coefficients with a simple structure. The crescent-shaped design of the rotor blades reduces the generation of noise. The radially outward flow displacement by the backlash of the radially internal regions up to the threshold value for the discharge coefficient increases the efficiency of the turbine.    DESCRIPTION OF DRAWING(S) - The drawing shows a plan view of an arrangement with rotor blades which run in sickle form on a rotation level of a wells turbine.    Wells turbine (1)    Hub (2)    Rotor blades (3.1, 3.2, 3.3)    Radial beams (5.1, 5.2, 5.3)    Sliding curves (6.1, 6.2, 6.3)    Profile nose (12)
NOVELTY - The bearing arrangement (10) has a radial sliding bearing (18) and an axial sliding bearing (20,22). The bearing arrangement is lubricated by water penetrating from the outside. The sea water-resistant white metals, bronze alloys, brass alloys and sintered materials with selectively stored auxiliary lubricants such as polytetrafluoroethylene, molybdenum disulfide, graphite, tungsten sulfide or fiber-reinforced composites are used as bearing material.    USE - Bearing arrangement for supporting a shaft of a device for energy extraction from a water current, e.g. a tidal power plant, a tidal range power plant or a sea current power plant.    ADVANTAGE - The bearing arrangement has a radial sliding bearing and an axial sliding bearing, and is lubricated by water penetrating from the outside, and hence ensures improved water-lubricated and pollution free bearing arrangement, and a rotating motion of the shaft which is to be supported, is carried continuously over a long period.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic sectional view of a bearing arrangement which is fitted in a device for energy extraction from water current.    Bearing arrangement (10)    Housing (12)    Energy extraction device (14)    Radial sliding bearing (18)    Axial sliding bearings (20,22)
NOVELTY - The greenhouse (1) has a sidewall (3) and gradient roof (5) made of material comprising fiber reinforced plastics (FRP). A sunlight panel (17) in the gradient roof generates electric power. A solar energy power generation system supplies electric power generated by sunlight panel to the room interior of greenhouse.    USE - Greenhouse for plant cultivation.    ADVANTAGE - The durability of greenhouse is increased and weight of the greenhouse is reduced, while achieving excellent corrosion resistance, heat resistance and chemical stability. Thereby, carbon dioxide emission to the environment is suppressed and adverse effect on environment is reduced efficiently.    DESCRIPTION OF DRAWING(S) - The drawing shows an explanatory view of the greenhouse.    Greenhouse (1)    Sidewall (3)    Gradient roof (5)    Sunlight panel (17)    Water conveyance pipe (23)
NOVELTY - A global positioning system receiver featured with wind power charging functions, for receiving signals of global positioning system and calculating the coordinates of the current location to be transmitted to and used by an external electronic equipment, characterized in that: the global positioning system receiver has a wind power generating module for converting wind power into electrical power to be supplied to and used by the global positioning system receiver, thereby prolonging the operation lifespan and reducing the charging frequency.
NOVELTY - The ocean electricity center has a basul air platform rising a cylindrical column, where a fixed wheel is surmounted by a device. The device has capsules floating carriers of generators related to each other by a veil provided in a hydraulic vane driving. The capsules floating carriers go up and down with the rise and drop of water. The sphere rotating conductor is fixed by drivers of the capsules floating carriers, which connect the drivers.    USE - Ocean electricity center for generating electricity from the sea currents and waves.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of an ocean electricity center for generating electricity from the sea, currents and waves.
(PT103911-A1)   NOVELTY - The device has a capsule type outer structure, which is exposed to sea, and an internal structure connected to a capsule type structure outside. The adequate fluids in gas and liquid form, which are effected by action of gravitational forces, tend to stable the movements of the outer structure for the movement of structure. The adequate fluids are used by an energy converter moving a hydraulic system, which drives a generator to produce electrical energy.    USE - Device for generating electrical energy from the movement of sea waves.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a device for generating electrical energy from the movement of sea waves.
NOVELTY - An inorganic/organic composite film photoelectrode is composed of a substrate, poly(diallyldimethylammonium chloride) molecules, tetra-porphin dye molecules or sodium polystyrene sulfonate with negative charge and titanium dioxide nano-particles suspension with positive charge. The substrate is chosen from quartz glass sheet or fluorine-doped tin oxide conductive glass sheet. The mixed solution of strong base is obtained from potassium hydroxide, absolute ethanol and water.    USE - Inorganic/organic composite film photoelectrode is used for solar power generation.    ADVANTAGE - The inorganic/organic composite film photoelectrode is provided simply, and efficiently performs photoelectric conversion.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for preparation of inorganic/organic composite film photoelectrode. The quartz glass sheet is processed using a mixed solution of concentrated sulfuric acid and hydrogen peroxide. The fluorine-doped tin oxide conductive glass sheet is cleaned with de-ionized water, acetone and absolute ethanol. Titanium dioxide nano particles suspension comprises tetraisopropyl titanate and ethanol solution.
NOVELTY - An annular floating body structure has wave wing (2), comprising a pectoral fin, forming along the periphery of main body. The multiple wave rings are integrated in the body frame (1) which surrounds the electric power generation tower (5) and the ballast tank (6). Window blades (3) are formed in an upward manner from the body frame.    USE - Annular floating body structure used to utilize wind-wave energy to turn into electricity.    ADVANTAGE - Provides a structure that can harness wind and wave energies to generate electricity which in effect reduces man's dependencies in machine which pollutes earth and cause global warming. Improves conversion efficiency of energy into electricity.    DESCRIPTION OF DRAWING(S) - The drawing shows the perspective view of the structure.    Body frame (1)    Wave wing (2)    Window blades (3)    Electric power generation tower (5)    Ballast tank (6)
NOVELTY - The method involves connecting a buoyancy member to a boom stand i.e. boom rod. A turning gear is rotated at an operation of conversion device and arc side rack. A torque is absorbed by using multiple springs, and a vertical pivot is pivoted in a pulley. The pulley is connected with a power belt, and a buoyancy member is opened on an air valve. An incumbent wing and a vertical wing are connected with a connector, and an air valve of a load foot includes an upper end that is opened to buoyancy.    USE - Seawater-power generating method.    ADVANTAGE - The method has high generation efficiency, as the concurrent of the negative pressure hydraulic power in which the buoyancy member is big. The irregular kinetic energy of the buoyancy member is changed to the spin energy of fixed size. The buoyancy member can secure the translation distance to a maximum. The beneficial light energy can be supplied to the uninterrupted power supply at the bottom of the sea ecological cycle.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a seawater-power generating apparatus.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a seawater-power generating apparatus.
NOVELTY - The device has a flexible rotor connected with an electric generator by a strap wheel and a speed increaser. The flexible rotor is provided with two supporting plates that are fixed on two ends of a grating plate. A blade is fixed on the grating plate. A rotary shaft runs through the supporting plates, and is fixed in a center of the grating plate. The rotary shaft has an end fixed by a retainer nut and another end connected through a cam disc and a circular disc by a key. A waterproof bearing and a belt wheel are installed on two sides of the rotary shaft.    USE - Experiment device for simulating power generation of marine tidal current.    ADVANTAGE - The device occupies small land area, and is wide in application.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a marine tidal current power generation simulating experiment device.
NOVELTY - The unit has a conversion circuit (3) operated in an output circuit (5) by outputting an alternating current output via current conversion. A voltage signal output by a storage battery (2) is provided to a signal collection terminal of a control circuit (4), where the control circuit is operated in an output control terminal of a controllable optoelectronic circuit (1) by detecting an output control signal. The controllable optoelectronic circuit is connected to a control terminal of the conversion circuit.    USE - Solar power unit.    ADVANTAGE - The power unit has auto-control charging and discharging functions. The power unit can be utilized as fixed power supply unit and mobile device, and is light in weight and convenient to carry. The optical battery conveniently charges the power supply at anytime and anywhere.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a solar power unit.    Controllable optoelectronic circuit (1)    Storage battery (2)    Conversion circuit (3)    Control circuit (4)    Output circuit (5)
NOVELTY - The system has a thunderbolt diverting device connected with a power storage library through a disconnecting device. A power storage library is connected with an internal circulating generator, and is connected with a power supply device through a voltage and current boosting device. A computer room is in system control connection with the thunderbolt diverting device, disconnecting device, power storage library, internal circulating generator, voltage and current boosting device and the power supply device.    USE - System for storing and supplying power by diverting a thunderbolt.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a power storing and supplying system.
NOVELTY - The collector has a vertical stainless steel cylinder (1) which has a fixing base (2) and a wind driven generator (3) at bottom and upper ends, respectively. A fan-shaped solar receiving and generating board (4) is provided above the sea level. A hydraulic generator (5) provided below the sea level is rotated in the forward direction of the ocean current. The electric current generated by the wind driven generator, generating board and hydraulic generated is transmitted through cable (6) and stored in a storage device.    USE - Energy collector installed in sea.    ADVANTAGE - The electrical current can be reliably generated from wind, ocean current and solar energy.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of the energy collector.    Vertical stainless steel cylinder (1)    Fixing base (2)    Wind driven generator (3)    Solar receiving and generating board (4)    Hydraulic generator (5)    Cable (6)
NOVELTY - An elongated body (10) is divided into chambers (12,14,16), with at least one chamber partially filled with liquid, e.g., water and at least one other chamber adjacent to liquid-filled chamber filled with gas, e.g., air. The liquid-filled chamber is separated from gas-filled chamber by movable plate (18) connected to bellows (20) arranged to compress and create gas flow when device is tilted by wave and liquid presses against plate. The gas flow drives turbine (26) arranged in gas-filled chamber. The rotational energy of the turbine can be converted to another useful form of energy.    USE - Wave energy device for converting wave energy to another form of energy, e.g., electrical energy in generator, hydraulic energy in pump.    ADVANTAGE - Provides improved device for converting wave energy to another useful form of energy that eliminates complicated construction, excessive maintenance requirements, limited effectiveness, and inconvenience of construction and use.    DESCRIPTION OF DRAWING(S) - The drawing shows a longitudinal cross-sectional view of the wave energy device.    Elongated body (10)    Chambers (12,14,16)    Plate (18)    Bellows (20)    Turbine (26)
NOVELTY - The system comprises a spring-loaded board resting over a road cavity, photovoltaic cells embedded in shoulder of road, and wind turbines anchored in center divider of the road. The wind turbines are oriented to receive draft from traffic coming in both directions. The spring-loaded board is in communication with a board compression transduction element which is connected to an electric cable.    USE - Road based electricity generation system.    ADVANTAGE - Allows maximum electricity generation from both sunlight hitting the road as well as passive energy associated with vehicular traffic. Integrates multiple electrical energy generation methods to yield significant electricity production without any additional use of natural gas, coal, gasoline or other fossil fuels. Eliminates significant change in driving habits while the electricity is being produced.    DESCRIPTION OF DRAWING(S) - The drawing shows the schematic view of arrangement of solar panels on the side of the road.
NOVELTY - The apparatus has a wind measurement unit (106) which measures the wind speed at the instant of computing the difference of theoretical inclination angle and actual inclination angle, of electric power generation module (3). A judging unit (115) determines whether the calculated difference value is more than a predefined threshold value. An evacuation operation in which the wind pressure applied to electric power generation module is reduced, when the calculated difference value is more than predefined threshold.    USE - Solar tracking apparatus for solar power generation device.    ADVANTAGE - The abnormality by resonance of apparatus even in weak wind can be detected efficiently, so that advancing of long term deterioration in e.g. drive unit and movable components, can be prevented or suppressed easily.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for control method of solar tracking apparatus.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of the solar tracking apparatus. (Drawing includes non-English language text)    Electric power generation module (3)    Inclination angle measurement unit (105)    Wind measurement unit (106)    Calculation unit (112)    Memory unit (113)    Judging unit (115)
NOVELTY - The saloon has lithium batteries (1), solar energy generation unit (2), wind power generation unit (3) and micro nuclear power generation unit (4). The four power generation units are mutually switched and installed in trunk. A 5 KW motor drives the rear axle to rotate through the chain, so that the saloon runs. The output voltage of batteries is 110 V and speed of the saloon is 0-90 k/h.    USE - Fully automatic saloon.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of the saloon.    Lithium battery (1)    Solar energy generation unit (2)    Wind power generation unit (3)    Micro nuclear power generation unit (4)
NOVELTY - The immersible power generation plant (1) has a water turbine in the form of an axial turbine (2) with an assigned rotational axis (9). The water turbine has a turbine blade (3.1,3.2,3.3) which is designed such that the course of the threading line of the profile sections is projected on a rotation plane of the axial turbine deviating from the radial flow or is projected on a curved plane standing perpendicular to the rotation plane.    USE - Immersible power generation plant driven by a water flow, particularly a tidal current.    ADVANTAGE - The water turbine has a turbine blade which is designed such that the course of the threading line of the profile sections is projected on a rotation plane of the axial turbine deviating from the radial flow or is projected on a curved plane standing perpendicular to the rotation plane, and hence ensures simple construction with increased structural strength.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a power generation plant with an axial turbine.    Immersible power generation plant (1)    Axial turbine (2)    Turbine blades (3.1,3.2,3.3)    Supporting structure (7)    Rotational axis (9)
NOVELTY - The device has a base module (1) with a total power input and output (7, 5) for a total power forwarded from a strand module (2). A data input (8) is provided for data determined by evaluation devices of the module (2). A central evaluation device process and transmits the data to a control-and regulating device. Power outputs (11) of the module (2) are connected with each other over a power collecting bridge that is attached to the total power input. Data outputs (9) of the module (2) are connected with one another over a data collecting bridge that is attached at the data input.    USE - Device for feeding power to an inverter in a wind power plant and photovoltaic system that is utilized in a solar power plant.    ADVANTAGE - The power outputs of the strand module are connected with each other over the power collecting bridge that is attached to the total power input of the base module, and the data outputs of the strand module are connected with one another over the data collecting bridge that is attached at the data input of the base module, thus simplifying the construction with the decentralized power source and improving the device with respect to the monitoring function. The modular structure of supply device allows changing and expanding of the photovoltaic system in a problem-free manner. The device can be manufactured in a simple, quick and cost effective manner and without expensive wiring works. The device does not require additional space requirement for storage.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of an overall structural of a monitoring device realized as a power feeding device.    Base module (1)    Strand module (2)    Total power output (5)    Total power input (7)    Data input (8)    Data outputs (9)    Power outputs (11)
NOVELTY - The shoe has curved nonmagnetic insulation tube (3) provided with magnetic rollers (4) and several groups of loops (2) that is wound around the insulation tube. The magnetic rollers and loops are set along the length direction of sole portion (1) of shoe. The storage batteries and charging controller are provided in recesses (5) formed in insole portion (8) of shoe. The loops are connected to input end of charging controller which are connected with storage batteries. The rear and inner sides of the sole and insole portions are covered by cover plates (7).    USE - Electricity generating shoe.    ADVANTAGE - The user's health condition can be improved by generating optimal electric power in shoe.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of the electricity generating shoe.    Sole portion (1)    Loops (2)    Nonmagnetic insulation tube (3)    Magnetic rollers (4)    Recesses (5)    Cover plates (7)    Insole portion (8)
NOVELTY - The board has a lead integrated with a core board, where the board is made of non-woven fabric.    USE - Plastic drain board for measuring depth of drainage of a deep foundation and a water-seeped soft soil foundation. Uses include but are not limited to a water conservancy project, wharf structure and a civil engineering field such as road, port, dike dam of river and sea, and power station.    ADVANTAGE - The board avoids rupture phenomenon so as to achieve the aim of depth measurement. The board has simple structure and firmly jointed leads, and is convenient to operate.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a plastic drain board.'(Drawing includes non-English language text)'
NOVELTY - The duct has an insulating piece mounted in a shell and a multiphase bus, where the shell is composed of two shell profiles (1) made of aluminum alloy. Each profile includes a transverse plate integrally connected to one side of a vertical plate. Other side of each vertical is bent outward to form a connecting plate parallel to the transverse plates. The vertical plates of the two profiles are arranged opposite to each other. The connecting plate on the vertical plate of one profile is connected with the transverse plate of the other profile through a bolt.    USE - Light low-voltage bus duct for a low-voltage transmission and distribution equipment during wind power generation.    ADVANTAGE - The duct utilizes the reduced number of components, thus providing convenience to manufacture and mount the duct. The duct is light, and convenient to transport. The shell is made of nonmagnetic material for preventing generation of eddy current, thus reducing temperature rise and power loss of a low-voltage transmission and distribution equipment.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of a light low-voltage bus duct.    Shell profile (1)
NOVELTY - The generator has a sliding block (3) mounted in a slipway (2). The sliding block is connected with a flexible cable (6), which is connected with a floating ball (7) floating on a sea level (8) through a transmission wheel (4) on a bracket. The floating ball is moved on the sea level fluctuantly to draw the flexible cable and the sliding block. The flexible cable drives the transmission wheel to rotate, where the transmission wheel is set in relation with an energy converter i.e. air compressor, which is provided with energy storage. The slipway is mounted on the bracket.    USE - Oceanic tidal wave collecting power generator.    ADVANTAGE - The generator can collect energy of sea water to convert into required electric energy through floating movement of the floating ball. The generator does not consume energy. The generator has simple structure, reliable performance, solidity and serviceability. The generator can obtain permanent income by using primary apparatus. The generator reduces environment pollution and guarantees energy supply.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of an oceanic tidal wave collecting power generator.    Slipway (2)    Sliding block (3)    Transmission wheel (4)    Flexible cable (6)    Floating ball (7)    Sea level (8)
NOVELTY - The generator has middle shaft (5) that is vertically supported on bracket (6). Several rotor arms (9) are installed on circumference of middle shaft. The vanes (1) installed on each rotor arm, include several plates (3) and frames (2) so as to form impeller.    USE - Wave energy-hydro-wind hybrid power generator.    ADVANTAGE - The environmental pollution due to the exhaustion of green house gas is prevented while improving the safety. The structure of power generator is simplified.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the wave energy-hydro-wind hybrid power generator.    Vanes (1)    Frames (2)    Plates (3)    Middle shaft (5)    Bracket (6)    Rotor arms (9)
NOVELTY - The lamp has a holder (7) for fixing a lamp housing (2) and a storage battery (5) for providing power for light source module including LED on the housing. The storage battery charges through a solar battery board (1) on top of the housing.    USE - Solar LED lawn lamp.    ADVANTAGE - The energy saving effect of lawn lamp can be improved so that the life of lawn lamp can be increased.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the solar LED lawn lamp.    Solar battery board (1)    Lamp housing (2)    Adjusting bracket (3)    Storage battery (5)    Holder (7)
NOVELTY - The electric drive apparatus has a charge amount detection unit that detects the charge amount of an electric power supply unit during charging. The amount of carbon dioxide (CO2) gas required in order to generate the electric power used for charging is calculated based on the discharge amount of CO2 so as to generate preset electric energy per unit.    USE - Electric drive apparatus charging system.    ADVANTAGE - The amount of CO2 gas required in order to generate the electric power used for charging is calculated based on discharge amount of CO2, the discharge amount of CO2 is reduced. Hence environmental pollution is reduced.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for electric drive apparatus charging method.    DESCRIPTION OF DRAWING(S) - The drawing shows the block diagram of the electric vehicle charging system. (Drawing includes non-English language text)    Electric vehicle (100)    Battery management unit (102)    Vehicle management unit (103)    Charging stand (112)    Management center (120)
NOVELTY - The manually-powered power source (10) includes a fluid source (12) that is powered by a user to direct a pressurized fluid e.g. air, water, nitrogen to the fluid-driven motor of a generator assembly (14) to move a rotor relative to a stator. The fluid source includes a second fluid pump (18B) that is powered by the user to generate the pressurized fluid. Both a first fluid pump (18A) and second fluid pump direct the pressurized fluid into the fluid-driven motor.    USE - Manually-powered power source for generating electrical energy for charging an electronic device. Uses include but are not limited to mobile telephone, citizen band radio, family radio spectrum radio, wireless Internet device, notebook computer, personal digital assistant, calculator, night vision device, communications device, precision global positioning system (GPS), laser targeting device, data display, computing device, digital camera, camcorder, global position satellite device, portable electronic game, flashlight, radio, or audio compact disc/MP3 player.    ADVANTAGE - Provides an efficient portable device which can produce electrical energy in the field and generate output current and voltages to a wide range of different electronic devices with their various battery chemistries and power needs. Can be easily and efficiently used and controlled. Reduces user fatigue, and achieves high dynamo spinning speeds while remaining rugged and lightweight. Enables charging of electronic devices in the field while controlling the output voltage and current and maintaining specified input torque drag versus cranking or stepping speeds.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for an electrical energy generating method.    DESCRIPTION OF DRAWING(S) - The drawing shows the simplified partial cut-away perspective view of power source.    Power source (10)    Fluid source (12)    Generator assembly (14)    First fluid pump (18A)    Second fluid pump (18B)
NOVELTY - In this patent, a method for combination of tidal power plants and wind power plants is proposed.
NOVELTY - The method involves detecting shaft deceleration. Rotational torque is supplied to a drive shaft (16) from a drive motor (30) coupled to the rotation shaft, which is powered by solar energy. Power is supplied to the motor from a battery that is charged by a solar cell (42). A turbine/generator i.e. momentum-conserving wind-driven electricity generator (10), is electrically de-coupled from an electrical load (50) before supplying rotational torque to the shaft. A propeller blade (14) pitch is adjusted such that wind resistance on the rotating shaft is minimized.    USE - Method for maintaining shaft rotation in a wind-driven electrical turbine/generator (claimed) i.e. momentum-conserving wind-driven electricity generator, for generating electricity that is transmitted to a load such as electrical power grid, through a transmission to consumer's home, business and small factory.    ADVANTAGE - The method simply and economically maintains propeller speed during intervals when the wind slows down or stops. The method allows electrically re-configuring the motor/generator to function as generator or drive motor, thus eliminating the need for clutches and gears.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a wind-driven generator including a drive motor operatively coupled to a rotating shaft speed detector and to a rotating shaft.    DESCRIPTION OF DRAWING(S) - The drawing shows a circuit diagram of a momentum-conserving wind-driven, momentum-conserving electricity generator.    Momentum-conserving wind-driven electricity generator (10)    Propeller blade (14)    Drive shaft (16, 22)    Drive motor (30)    Solar cell (42)    Electrical load (50)
NOVELTY - The bank has a pumping hose attached to a pumping pump, to pump up deep ocean water in vicinity of a sea surface (2), using a solar power generation device, a wind-powered-electricity-generation apparatus, and wave activated generator, where the deep ocean water contains abundant nutrition. A pipe (3) scatters the deep ocean water in surface layer vicinity.    USE - Deep-water pumping type floating fish bank for being installed in a bay of a shoal.    ADVANTAGE - The pumping hose is attached to the pumping pump, to pump up the deep ocean water in vicinity of the sea surface, so that plankton can be generated in abundant, thus reducing carbon-dioxide in atmosphere.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a deep-water pumping type floating fish bank.    Floating fish bank main body (1)    Sea surface (2)    Pipes (3, 4)    Anchoring apparatus (5)    Sea-bottom (6)
NOVELTY - The set has hermetic left and right floating boxes rotated at a certain angle based on an articulating shaft when the floating boxes float up and down along with an ocean wave. A connecting rod is supported on the floating boxes, where an end of the rod is articulated on an eccentric shaft of a crank shaft that is fixed to the floating boxes. Electric generators are installed on an electric generator support and driven to generate electricity after accelerated by a crank connecting rod mechanism through a two-stage gear speed-increasing mechanism.    USE - Floating wave-power generating set for generating electricity by fluctuation energy of an ocean wave.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a floating wave-power generating set.
NOVELTY - The machine has an organic Rankine cycle (20) comprising an expansion machine and a heat exchanger (24) for feeding heat flow from a low temperature mass flow (1) into the cycle. A thermal transformer (21) is in heat flow connection with the cycle at a cold side (23) of the transformer, which is downstream to the expansion machine. The thermal transformer stays in a heat connection with the low temperature mass flow or the cycle at a hot side (22) of the transformer. Another organic Rankine cycle is arranged sequentially to the organic Rankine cycle (20).    USE - Thermodynamic machine i.e. low temperature power plant, for obtaining energy e.g. geothermal energy and solar heat, from a low temperature mass flow e.g. biomass and waste heat, in a decaying process and a cooking process, and in a sanitary landfill.    ADVANTAGE - The machine provides increased efficiency or increased heat output of the low temperature power plant, thus converting low temperature cycles with less cost by using the thermal transformer, and hence improving energy efficiency with reduced apparative changes of the organic Rankine cycles.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for operating of a thermodynamic loop in a low temperature power plant.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of an organic Rankine cycle of a thermodynamic machine i.e. lower temperature power plant.    Low temperature mass flow (1)    Organic Rankine cycle (20)    Thermal transformer (21)    Hot side (22)    Cold side (23)    Heat exchanger (24)
NOVELTY - The plant has a rolling and unrolling device (AA) coupled with a drive shaft (AW). The shaft and the device are fixed on a base plate made of reinforced concrete or a construction at bottom of a water body. Surface floaters (OS1-OS3) and under water floaters (US1-US3) are mounted on the shaft, so that a continuous rotation movement of the shaft is obtained by a wave motion. The plant has rotatable bearing connections (LV) made of a corrosion-resistant material. The floaters (OS) float on a water surface, and are connected with the device (AA) by a flexible connection (FV).    USE - Wave power plant for conversion of kinetic energy of water waves into mechanical energy.    ADVANTAGE - The plant is designed to convert the kinetic energy developed by the wave motion into mechanical energy used by human in a simple manner. The rotatable bearing connections avoid rotation of flexible connections in a longitudinal axis during rotation of a floating body.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a wave power plant.'(Drawing includes non-English language text)'    Rolling and unrolling device (AA)    Drive shaft (AW)    Flexible connection (FV)    Bearing connections (LV)    Surface floaters (OS1-OS3)    Under water floaters (US1-US3)
NOVELTY - The control apparatus (6) stops electric power supply to a load (3), when electric power generation amount of solar cell (1) is less than fixed level. The expected electric power generation amount of a solar cell is calculated based on present time and stop confirmation time of solar cell. The stop confirmation time of solar cell is changed based on calculated electric power generation amount by a setting unit (7).    USE - Control apparatus of solar energy power generation system. Can also be used in wind power generation system and geothermal power generation system.    ADVANTAGE - The operation efficiency of the solar energy power generation system can be improved without influencing the change of solar radiation strength received by solar cell.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of the solar energy power generation system. (Drawing includes non-English language text)    Solar cell (1)    Load (3)    Inverter (4)    Control apparatus (6)    Setting unit (7)
NOVELTY - The device (1) has a control indication value change unit (15) that changes the control indication value to control the operating point of a module of solar cell (10). The change unit performs maximum power tracking control based on the result of comparison between output electric power before and after changing the indication value. A control unit (13) performs the change indication such that the indication is not less than lower limit by which output voltage in control indication value after changing is preset.    USE - Solar power generation device.    ADVANTAGE - The generation of voltage reversal phenomena of solar cell voltage is prevented reliably.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of the structure of solar power generation device. (Drawing includes non-English language text)    Solar power generation device (1)    Solar cell (10)    Control unit (13)    Control indication value change unit (15)    Electric power calculation unit (18)
NOVELTY - The module has a power switch element connected with a solar cell plate. A pulse width modulation (PWM) detecting unit is used for detecting a PWM driving wave. A driving circuit is connected with the power switch element and the PWM detecting unit. A PWM control unit is connected with the driving circuit to generate a PWM wave as input signal of the driving circuit. A PWM main control unit is connected with a PWM control unit. A spare control unit is fixed between the diving circuit and the PWM main control unit to realize over-voltage protection.    USE - Power control module for use in a high-frequency switching rectifier power supply and a solar energy mixing distribution cabinet to regulate output voltage and take direct current (DC) to provide over-voltage protection of a solar photovoltaic cell.    ADVANTAGE - The spare control unit is fixed between the driving circuit and the CPU control circuit to realize over-voltage protection so as to effectively prevent the emergency and increase the stability and security of the whole mixing distribution cabinet.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a power control module.'(Drawing includes non-English language text)'
NOVELTY - An electro-mechanical transducer (16) is coupled to acoustic chamber (29) and is in communication with fluid so that vibrations from fluid actuate the transducer to generate electricity. The acoustic chamber at the end of resonators (21-25) reflects and amplifies a portion of sound wave back towards the resonator end. The acoustic chamber reflects and amplifies a portion of sound wave generated by the resonators towards the end of resonators.    USE - Portable thermoacoustic converter for converting heat from candle flame to electric power, for use in emergency or battlefield environments. Can also be used in converting waste heat from e.g. radar system, high powered electronic device, to electric power.    ADVANTAGE - Efficient and compact energy converter can be obtained. Phase locking of individual thermoacoustic devices can be performed effectively.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for thermoacoustic generator.    DESCRIPTION OF DRAWING(S) - The drawing shows the perspective view of the structural components of thermoacoustic converter with converter circuit.    Transducer (16)    Resonators (21-25)    Heat conductive element (26)    Acoustic chamber (29)    Heat sink (30)
NOVELTY - The set has a dynamic output shaft fixed to a conical axis of a rotor of a middle frequency permanent magnetism generator, where the rotor is fixed on an engine box cover. The cover is cast integrated with a generator shell, and a motor radiating centrifugal fan is fixedly installed on the rotor. An electric current inverter enclosure is tightened and installed on the cover, and divided into a fan working cavity and an inverter installing room. A generating set working cooling system with an all-plastic side plate frame is provided with engine, generator and inverter cooling functions.    USE - Small wind power cooling two stroke gasoline variable frequency electric generating set.    ADVANTAGE - The set has compact and simple integral structure, and convenient use and maintenance. The set has improved output electricity and electrical property index, and runs steadily and reliably. The utilization capability of the set is enlarged. The set is inexpensive, and has high cost performance.    DESCRIPTION OF DRAWING(S) - The drawing shows an exploded perspective view of a small wind power cooling two stroke gasoline variable frequency electric generating set.
NOVELTY - The PV module (700) has several PV cells that are arranged in rows and are connected with each other between a front plate (702) and a backsheet (706). Several conductive spacers (704) are interconnected between the PV cells. A power conversion device (708) and active row-balancing device (724) are connected to the PV cells through conductive spacers. The power conversion device converts lower voltage generated by PV cells to a preset stepped up voltage to maintain maximum peak power. The active row-balancing device balances current through the rows of PV cells.    USE - Photovoltaic (PV) module.    ADVANTAGE - The conditioned power output is measured rather than measuring current or other parameters of PV module such that cost of added components is reduced.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for method of calibrating PV module.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the PV module.    PV module (700)    Front plate (702)    Conductive spacer (704)    Backsheet (706)    Power conversion device (708)    Active row-balancing device (724)
NOVELTY - The preparation method involves charging generated electrical energy into storage batteries, then injecting water into water tank whose two metal electrolytic plates are connected to positive and negative electrodes of storage battery. Two electrolytic plates are equipped with gas collectors for collecting oxygen and hydrogen generated on electrolytic plates. The hydrogen is separated out from hydrogen storing alloy to prepare hydrogen with high purity. The hydrogen is further liquefied and separated by using cooling technological process in a large production scale of hydrogen.    USE - Preparation method of hydrogen using generated electrical energy from wind.    ADVANTAGE - Reduces the manufacturing cost of the hydrogen since the hydrogen can be prepared by electrolyzing water with direct current voltage of the storage battery.
NOVELTY - The device has a water circulation heating tube that absorbs ground heat from ground to an underground heat layer. A heat interchanger device transmits the heat to alcohol in a high-pressure tank. Pressure generated by gasification of the alcohol drives a steam cylinder so as to generate electricity. The water circulation heating tube transmits the heat to liquid alcohol in the high-pressure tank.    USE - Geothermal power generation device.    ADVANTAGE - The device prevents from being eroded. The device is convenient and safe for usage, and reduces utilization cost of the ground heat, thus increasing utilization rate.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a geothermal power generation device.
NOVELTY - The supply has a cold source chamber (5) whose inner wall is attached to an outer wall of a miniature thermal generator (4). An inner wall of the miniature thermal generator is attached to an outer wall of a hot source chamber (3). An ignition electrode is equipped in a cavity of the hot source chamber. A passage is formed between the cold source chamber and an exhaust port (8) outside a shell (1). An electric energy output contact of the miniature thermal generator is connected to a power output contact (2) on the shell.    USE - Thermoelectric power supply for a miniature premixed burner of a micro-electromechanical system.    ADVANTAGE - The supply provides convenience usage of a micro-electromechanical system, and is environmental friendly.    DESCRIPTION OF DRAWING(S) - The drawing shows a cross sectional view of a thermoelectric power supply.    Shell (1)    Power output contact (2)    Hot source chamber (3)    Miniature thermal generator (4)    Cold source chamber (5)    Exhaust port (8)
NOVELTY - The machine has a plug utilized for inputting electrical power of an amorphous silicon solar battery. An inverter unit is utilized for outputting two hundred and twenty volts sine wave alternative current. A rechargeable battery is used as an electrical power storing unit outputting alternative current electrical power via a device interface.    USE - Silicon inverting integrated machine.    ADVANTAGE - The machine can automatically switch off the charging process, and convert the direct current of the rechargeable battery into 220 volt sine wave alternative current by the inverting circuit, thus providing energy for the load. The machine maximizes the electrical power of the solar battery, controls the work state of the rechargeable battery and provides sine wave function with 220 volt.    DESCRIPTION OF DRAWING(S) - The drawing shows a circuit diagram of a silicon inverting integrated machine.'(Drawing includes non-English language text)'
NOVELTY - The pole has a ball net, whose ends are connected between two vertical poles, where top end of the vertical poles is mounted with a solar battery plate and an electric light source e.g. LED lamp. A rechargeable controller and a storage battery are mounted between the solar battery plate and the electric light source. Both ends of a stabilized voltage device are connected with two output ends of the solar battery plate. Sampling resistances are connected in series with both ends of the stabilized voltage device. The plate is connected in series with an electronic switch.    USE - Ball net pole for volleyball, tennis and badminton.    ADVANTAGE - The solar battery plate converts the solar energy into electric energy and stores the energy in the storage battery, so that the storage battery supplies a power to light source without light, during day time. The pole illuminates motion region of total playing court, thus playing entertainment sports such as volleyball, tennis and badminton at night. The pole is environment-friendly, and saves energy and cost.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a ball net pole.
NOVELTY - The device has porous ceramic blocks including thermo-electric generating units whose electrodes are connected with an electrode lead (33) of a thermo-electric generator (7) via a lead of an electric heating igniter. The electrode lead is connected with a direct current-direct current (DC-DC) converter (17). The electric heating igniter is provided in an igniting space of a combustion chamber, and the lead is connected with a control system (24). Cooling ends of a U-shaped semiconductor iron silicide thermo-electric generating unit are inserted into blocks with a heating end.    USE - Device for generating thermo-electric power by combusting ultra-low calorific value fuel gas of a porous medium.    ADVANTAGE - The heating end of the thermo-electric generating unit is connected with an end surface of porous medium in a combustion area, thus improving thermo-electric effects. The device has high conversion efficiency.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a thermo-electric power generating device.    Mixed gas inlet pipe lower branch (4)    Thermo-electric generator (7)    Direct current-direct current converter (17)    Control system (24)    Electrode lead (33)
NOVELTY - The funnel (3) protruding from the top of funnel case (2), ejects the exhaust gas of ship. A heat collector (10) positioned on top of funnel case through a supporter (20), is connected to electricity generating apparatus that converts heat energy into electrical energy.    USE - Power generator using heat from exhaust gas of ship.    ADVANTAGE - Electric power is generated using the heat of exhaust gas from ship so that power generation operation is performed efficiently. Thermal pollution with respect to environment can be suppressed.    DESCRIPTION OF DRAWING(S) - The drawing shows the side view of the exhaust gas outlet of ship.    Funnel case (2)    Funnel (3)    Heat collector (10)    Collector hinge (15)    Supporter (20)    Funnel case hinge (25)
NOVELTY - The method involves employing an offshore platform and an articulated buoyant structure (1) moving up and down by wave motion. Pumping units (4, 8) located between the platform and articulated buoy and pumping water are employed to a pressured water line. The pumped fluid is collected through a water turbine by setting flow section and speed. A Pelton turbine (11) or Francis or Banki turbine located over an offshore platform is rotated. A generator is coupled with one of Pelton, Francis or Banki turbines located over an offshore platform.    USE - Method for converting wave energy into mechanical energy for generating electricity from sea waves.    ADVANTAGE - The method allows conversion of wave energy into mechanical and electrical energy efficiently. The method is compatible with variable characteristics such as height, frequency, direction, and allows keeping the operation efficiency high during variable characteristics. The method enables low setup cost, operating and maintenance costs to be maintained at reasonable level.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are also included for the following:    (1) a method for supplying electricity from wave energy    (2) a platform located over sea for converting energy from sea waves    (3) a rope used to tie a floating platform to sea bed.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a Pelton turbine.    Articulated buoyant structure (1)    Pumping units (4, 8)    Upper part (7)    Pelton turbine (11)
NOVELTY - A bucket (B) is dropped by raising float (F) at the time of flood tide and the bucket is sunk into underwater by high tide so as to store seawater in bucket. The bucket is raised by descending the float at the time of ebb. The seawater in bucket is transferred to water storage tank (WT), when the bucket arrives at high attainment position during low tide. The electric power is generated by releasing the seawater in water storage tank when needed and by driving waterwheel power generator (WG).    USE - Method of generating electric power using tidal energy.    ADVANTAGE - The seawater is pumped to storage tank using tidal energy and the electric power is generated by supplying seawater in storage tank to waterwheel power generator, so that the discharge amount of carbon dioxide gas is reduced.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for hydraulic power unit.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of the electric power generation apparatus.    Bucket (B)    Float (F)    Valve apparatus (V)    Waterwheel power generator (WG)    Water storage tank (WT)
NOVELTY - The turbine has an axial flow rotor (4) mounted within a cowling, where the rotor rotates about a central axis of the cowling extending in an axial direction of the cowling. The cowling includes a radially outer surface (12) and a radially inner surface, where the length of an inner surface (10) measured in the axial direction of the turbine is greater than length of the outer surface. The outer surface of the cowling is convex. A portion of the inner surface of the cowling is convex and another portion is concave, where the convex portion and the concave portion meet at a line of inflexion.    USE - Turbine i.e. water turbine, for generating energy i.e. electrical energy, from water.    ADVANTAGE - The turbine enables adjustment of the position of the turbine support member, thus ensuring that the turbine is maintained at or very close to the depth of maximum flow.    DESCRIPTION OF DRAWING(S) - The drawing shows a horizontal sectional view of a turbine.    Axial flow rotor (4)    Entry aperture (8)    Rounded leading edge (9)    Inner surface (10)    Outer surface (12)    Trailing edge (13)
NOVELTY - The device has an angle regulating air cell fixed to a fixing base. An air cell is equipped with an air inlet and an air outlet. A film solar battery board closely clings to an upper surface of a flat cooling bag. The flat cooling bag is equipped with a water inlet and a water outlet and fixed to a bevel of the angle regulating air cell. A circular part of the bag is equipped with slide fasteners, and a side surface of the angle regulating air cell is in shape of triangle or fan.    USE - Solar battery board device for a solar power station (claimed).    ADVANTAGE - The device is manufactured in low cost and convenient to assemble and dismantle. The device reduces requirement for environment.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a solar power station.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a solar battery board device for a solar power station.
NOVELTY - The generator has a reservoir (10) set in a bottom part of a tide embankment (15) for storing water. A power connection unit (70) is provided with sprocket gears (601-603), which are rotated in a specific direction regardless of a traveling direction of chains (501, 502). A flywheel (211) is equipped in an end of a shaft (90). The chains are combined with upper ends of tunable parts (301, 302). The tunable parts are ascended and descended with supply and drainage of the water, and are equipped in inner sides of docks (201, 202).    USE - Tidal power generator.    ADVANTAGE - The energy loss caused by elevation of the tunable part is minimized. The electricity generation unit is smoothly rotated, thus increasing efficiency of electric power production. The generator prevents the electricity generation unit from being rotated in a reverse direction, thus preventing the electricity generation unit from being damaged. The efficiency of generator becomes maximized by efficiently utilizing kinetic energy, which is generated when the reservoir gets on and off with buoyancy for power generation. The generator maintains swing torque and rotation speed required for power generation.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic perspective view of a tidal power generator.    Reservoir (10)    Tide embankment (15)    Power connection unit (70)    Shaft (90)    Docks (201, 202)    Flywheel (211)    Tunable parts (301, 302)    Chains (501, 502)    Sprocket gears (601-603)
NOVELTY - The system has a fuel supply apparatus supplying fuel to a buoyant ball of a generating set, and a rotating member connected to a rotation shaft. A strut member is fixed to seafloor, and a fixed pattern is arranged in the strut member to change spinning energy of the rotating member to power. A tubular element is provided with multiple bearings, and the rotating member is separated from the strut member during rotation. A movable part moves a variable rotating vane in a fixing groove.    USE - Current power generating system. Uses include but are not limited to an island, oceanographic station, light tower, cultivating industry, fishery and sports ground.    ADVANTAGE - The system can change the arrangement of the fixed pattern arranged in the seafloor, so as to increase the flow rate of the ocean current, and can be rigidly supported. The configuration of the system permits increasing of power generation efficiency of the system due to the rotation of the rotating member. The system can be installed and administrated in an easy manner, due to the arrangement of the generating set and the fuel supply apparatus. The system supplies abundant power to the cultivating industry, fishery, and the sports ground, during nighttime. The system can be prevented from being damaged by sea waves and aquatic organisms due to the arrangement of a transmission line inside the strut member.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a current power generating system.
NOVELTY - The umbrella has an umbrella surface formed with upper and lower parts of an umbrella column, and an umbrella handle. A storage battery is placed on the umbrella column below the surface. A solar generating device is placed on the surface, where a wind power generating device is placed on a top end of the umbrella column. The wind power generating device is provided with candied gourd-shaped wind wheel sets that comprise of wind wheels arranged in square shape. The wind power generating device and the solar generating device are connected with the storage battery through conductive wires.    USE - Electricity generating umbrella for shielding rain.    ADVANTAGE - The umbrella is convenient to use and is provided with the wind power generating device for generating electricity at night or in dark places, so that the umbrella generates electricity by solar energy in the day or in light places so as to make full use of energy, thus saving energy.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of an electricity generating umbrella.
NOVELTY - The apparatus has a power supply measuring device (11) and an electricity demand measuring device (16). The electric power is suitably supplied to a storage battery (18) and an electrolysis cell (15), when the power supply measured by power supply measuring device is less than power electricity demand measured by demand measuring device.    USE - Distribution type solar electric power supply apparatus for supplying solar power to water electrolysis system of sunlight hydrogen producing system.    ADVANTAGE - The solar electric power can be supplied reliably and highly purified hydrogen can be acquired effectively.    DESCRIPTION OF DRAWING(S) - The drawing shows the block diagram of the distribution type electric power supply apparatus. (Drawing includes non-English language text)    Power supply measuring device (11)    Electrolysis cell (15)    Electricity demand measuring device (16)    Storage battery (18)    Inverter (19)
NOVELTY - The power conditioner (100) has an orthogonal transformation circuit that converts direct current (DC) electric power generated by a solar cell into alternating current (AC) electric power. The orthogonal transformation circuit has a power module (3) that is provided in a heat sink (2) accommodated in a metal housing (20). An outer side resin sheet (15) is stuck on the upper surface of the top plate of the metal housing.    USE - Power conditioner for solar power generation.    ADVANTAGE - Improves heat radiation characteristic for restraining high temperature on the housing surface by sticking outer side resin sheet on the upper surface of the housing top plate.    DESCRIPTION OF DRAWING(S) - The drawing shows the isometric view of the power conditioner.    Heat sink (2)    Power module (3)    Outer side resin sheet (15)    Metal housing (20)    Power conditioner (100)
NOVELTY - The control system has a single rod system (1) and a managing unit (3) with wireless communication interfaces (2). The managing unit is connected with a host. The single rod system has a controller, an LED lamp fitting, a solar battery board and a rechargeable battery. The controller monitors and records operation data of the solar battery board and rechargeable battery. The managing unit modifies the parameter of the rod system and stores the parameter in the controller.    USE - Intelligent solar energy street lamp control system.    ADVANTAGE - The centralized control of independent solar energy street lamps is achieved such that each solar lamp of solar system is set, controlled and monitored accurately. The work state of each lamp is inquired by providing the managing unit that obtains the operation state of the lamp in time such that problem of the lamp is found and lamp is repaired reliably.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for control method.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the intelligent solar energy street lamp control system. (Drawing includes non-English language text)    Single rod system (1)    Wireless communication interfaces (2)    Managing unit (3)
NOVELTY - The method involves connecting a pulley with a generator, and rotating the generator. An acceleration shroud pulley is connected with the pulley of the generator, and the water is passed through a waterway of a reservoir side by rotation of the pulley of the acceleration shroud, where the waterway is formed under a river bank. A water film of a side of a gutter i.e. forbidden gap is formed in the river bank, and a water gate of the waterway of the reservoir side is opened by opening and closing a floodgate.    USE - Method for opening and closing a watergate to generate tidal electric power.    ADVANTAGE - The method quickly generates the tidal electric power, and reduces production cost of the electricity.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view illustrating a watergate opening and closing method.`(Drawing includes non-English language text)`
NOVELTY - An electroconductive light reflection film comprises layer having a laminated form of alloy layer (6) which added easily oxidizable metallic element to the alloy layer, silver layer and transparent electrode layer. The change rate of average height in the corrugated shape on the surface of the alloy layer which covers the support substrate is 30% or less with the average height of 20-60 nm. The film is formed in the back surface of the thin film solar cell on the support (1).    USE - Electroconductive light reflection film for substrate used in thin film solar cell (both claimed) used for solar power generation.    ADVANTAGE - The electroconductive light reflection film has excellent durability, productivity, high reflectance, texture, quality property and conversion efficiency.    DETAILED DESCRIPTION - An electroconductive light reflection film comprises layer having a laminated form of alloy layer which added easily oxidizable metallic element to the alloy layer, silver layer and transparent electrode layer. The change rate of average height in the corrugated shape on the surface of the alloy layer which covers the support substrate is 30% or less with the average height of 20-60 nm. The electroconductive light reflective film has high total reflection factor and high scattering reflectance with respect to the incident light. The film is formed in the back surface of the thin film solar cell on the support. The easily oxidizable metallic elements are chosen from aluminum, silicon, zinc, tin, nickel, chromium and molybdenum. The substrate is plastic substrate. The molecular gas in the substrate is chosen from oxygen, carbon dioxide, carbon monoxide, nitrous oxide (N2O) and nitrogen dioxide.    DESCRIPTION OF DRAWING(S) - The drawing shows the sectional view of the substrate type solar cell.    Support (2)    Metal layer (4)    Alloy layer (6)    Transparent conductive layer (8a,8b)    Photoelectric converting layer (10)
NOVELTY - The device has a holder connected above a bracket, where a bottom part of the holder is provided with multiple air inlets. A light transmitting plate is closely connected to the holder to form a containing space, where the light transmitting plate is provided with an air outlet that is connected with the containing space. A generating set is fixed on the air outlet and equipped with an impeller, and a generator is connected with the impeller. The impeller is rotated when air enters from the air inlets and flows out from the air outlet.    USE - Solar power generating device.    ADVANTAGE - The impeller is rotated when the air enters from the air inlets and flows out from the air outlet, so that the generator rotates in order to output electricity, thus exchanging heat between the internal air and the external air and increasing the flowing speed of the air, and hence increasing the solar power generation efficiency of the device.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a solar power generating device.
NOVELTY - The connecting structure has a transverse connecting strip and a longitudinal connecting strip arranged on the pedestrian passage. The sides of the longitudinal connecting strips are extended with bent plate in downward direction, and the strips are extended with connecting plate in upward direction. The photovoltaic component frame has a rain visor along the longitudinal connecting strip side portion. A groove formed in photovoltaic component frame is connected to connecting plate.    USE - Connecting structure for integrated photovoltaic component.    ADVANTAGE - The leakage of rain water into the integrated photovoltaic component is suppressed effectively and the maintenance and replacement operation of connecting structure can be performed easily.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of the connecting structure.
NOVELTY - The plant has a solar battery subassembly array e.g. monocrystalline solar battery subassembly array, fixed on a sunny slope of a roof to accept sunshine. The array is connected with a connected inverter controller by an input switch. An end of a reactor is connected with the controller. Another end of the reactor is connected with an electric network i.e. alternating current (AC) 220 volt single-phase electric network via an output switch. The controller converts solar energy into the AC electric power, and outputs a sine wave whose total harmonic distortion is smaller than 3 percentage.    USE - Outdoor solar grid-connected power plant.    ADVANTAGE - The plant converts the luminous energy into electric power and stores the electric power in the electric network. The plant can be used anywhere. The plant has long service life, saves the energy and protects the environment.    DESCRIPTION OF DRAWING(S) - The drawing shows a flow diagram of an outdoor solar grid-connected power plant.'(Drawing includes non-English language text)'
NOVELTY - The platform (1) has two floating boxes (3) provided at a longitudinal edge of a lower part of the platform that utilizes a steel structure formed by welding a longitudinal component, a transverse component and a deck. A rubber ballonet (2) is longitudinally or transversely equipped between the floating boxes. Four shipboard lifters (4), a crawler crane (5) and six windlasses (6) are placed at an upper part of the platform. A power station is equipped on the platform for supplying electric power.    USE - Multifunctional construction platform for a power station in an offing sea area.    ADVANTAGE - The platform ensures simple structure with low cost and convenient usage. The platform is towed and moved through the equipment. The construction is not effected during falling tide and at shoal. The constructions on the sea are flexibly finished, and the platform is detachable, convenient to transport and repeatedly utilized, thus greatly reducing the construction cost.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a multifunctional construction platform.    Multifunctional construction platform (1)    Rubber ballonet (2)    Floating box (3)    Shipboard lifter (4)    Crawler crane (5)    Windlass (6)
NOVELTY - The boat has a poop whose back end is provided with a propeller and a rudder. An inner part of a cabin of the poop is provided with a motor for controlling the propeller, and a storage battery for supplying power to the motor. An upper part of the poop is provided with a solar and wind power generator. The storage battery is connected with the solar and wind power generator by a wire. A top end of a support rod is provided with a wind power generator. A middle upper part of the support rod is installed with one group of symmetrical solar batteries.    USE - Solar and wind electric pleasure boat.    ADVANTAGE - The storage battery in the cabin of the poop avoids recharging in the electricity grid and provides sufficient power supply, so that the boat can be utilized conveniently at any time. The boat removes the trouble of moving the storage battery, saves power energy, and provides beautiful appearance. The boat is convenient and fast to use, saves labor and energy, and is environment-friendly.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a solar and wind electric pleasure boat.
NOVELTY - The station has an air-suction cylinder arranged in a lower part of a turbo generator. A solar tent is installed around a side portion of a tall building. The solar tent is connected with a bottom portion of the air-suction cylinder via a hot air passage. A photovoltaic module is installed inside the solar tent. The turbo generator is separated from the air-suction cylinder, and installed between the hot air passage and the solar tent outside the tall building. Glasses are installed in black outer wall surfaces of the tall building. A space is formed between the glasses.    USE - Solar energy airflow power station for use in a high-energy-consumption factory in a hillside (all claimed).    ADVANTAGE - The station generates thousand kilowatts power by suction forces of the air-suction cylinder, and supplies heat and waste gas in the high-energy-consumption factory to the turbo generator for reducing investment cost, and is high in utilization rate, reduces the electricity tariff and improves airflow efficiency, consumes less energy, and improves the ventilation effect of the factory. The upper part of the factory building is sealed for avoiding air leakage.
NOVELTY - A method involves determining the location of wind farm sites. The location of unused or abandoned oil and natural gas pipelines are determined. The location of high voltage electrical transmission lines in a power grid that is capable of receiving energy produced by a wind farm is determined. A wind farm site with sufficient wind speeds and near a pipeline that intersects an electrical transmission line is identified. A wind farm is built on the identified site. An underground high voltage transmission line is installed through the pipeline line to connect the wind farm to the power grid.    USE - Method for transmission of electricity from a wind farm located remote from a power grid for use with unused or abandoned energy pipelines. Uses include but are not limited to oil pipelines and natural gas pipelines.    ADVANTAGE - The method avoids the expense of building an above ground high voltage transmission line for which easements from the land owners and permits from government would need to be obtained by making use of an unused or abandoned pipeline. The electrical transmission of energy underground is more efficient than transmission above ground because copper wires can be utilized.    DETAILED DESCRIPTION - The wind farm sites locations should have sufficient wind speed to competitively generate electricity and the building of a wind farm is not prohibited because of environmental and land use restrictions.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a map of the area with an unused or abandoned pipeline.
NOVELTY - The power generation system has one or several standard hydraulic reservoirs (107) and one or several electromechanical generators (108). One or several hydraulic accumulators (103) are coupled to a hydraulic motor (106). A road plate (101) is coupled to electromechanical generators and hydraulic reservoirs.    USE - Power generation system installed in vehicle (claimed) such as light passenger vehicle, bus, and heavy truck.    ADVANTAGE - Energy of vehicle of varying weights which are traveling at variable speed can be harnessed effectively by generating electric power from downward vehicle force on the roadway.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for power generation method.    DESCRIPTION OF DRAWING(S) - The drawing shows a conceptual diagram of the power generation system.    Road plate (101)    Road accumulator (103)    Hydraulic motor (106)    Hydraulic reservoir (107)    Electromechanical generator (108)
NOVELTY - The mechanism is a collection of accessories attached on a metallic frame in the form of a parallel flat rectangle. The accessories are connecting rods (2), rotation gear (3), cylinder of a crankshaft (4), generator (5), support bases for viewing rotation axes (6, 7) and a central axis (8). A pedal is not compressed by a vehicle and resilient coating (9).    USE - Mechanism for producing electric energy by movement of vehicles in road networks.    ADVANTAGE - The mechanism is non-influenced by weather or night-day conditions, and operates a renewable power generating source with no use of electric current.    DESCRIPTION OF DRAWING(S) - The drawing shows a side perspective view of a mechanism for producing electric energy by movement of vehicles.    Connecting rods (2)    Rotation gear (3)    Crankshaft (4)    Generator (5)    Rotation axes (6, 7)    Central axis (8)    Resilient coating (9)
NOVELTY - The power plant has ropes (I1, I2, J1, J2) attached with floor side of water passage walls (A, B). A wet sanding unit (H) of a wet sanding apparatus is operated according to flux of rotation wheels (W1, W2, W3, W4), and the water passage wall (B) includes rotation axes (C1, C2, D1, D2).    USE - Tidal current power plant.    ADVANTAGE - The power plant generates large-scale electricity within short time, and is inexpensive.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a tidal current power plant.    Water passage walls (A, B)    Rotation axes (C1, C2, D1, D2)    Wet sanding unit (H)    Ropes (I1, I2, J1, J2)    Rotation wheels (W1, W2, W3, W4)
NOVELTY - The unit has a main buoyant structure (3) moored to a seabed with taut mooring lines (8), and a linear generator placed in the buoyant structure, where the linear generator is activated through the taut mooring lines. A power control unit and a power take off cable are connected to the linear generator. The buoyant structure is provided with fixed buoyancy to vary a surface of the buoyant structure that is exposed to dynamic pressure of wave, where the buoyant structure controls tension in the mooring lines.    USE - Wave-power unit for use in a wave energy absorber system (claimed) for extracting energy from waves on a water surface in different offshore conditions.    ADVANTAGE - The unit opens a relief valve of the wave energy absorber system when a preset maximum tension force reaches the mooring line, thus minimizing energy absorbed during an operation of the system, and protecting the system against excessive tension. The buoyancy structure is provided with the door above water surface, thus providing access to an interior of the main buoyant structure and providing hydrostatic stability.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a wave energy absorber.    Wave energy absorber (1)    Expandable elements (2)    Main buoyant structure (3)    Door (5)    Taut mooring lines (8)
NOVELTY - The system has a multistage axial-flow steam turbine (10a) comprising turbine rotor (11a) and a preliminary turbine rotor that are arranged in a casing (12a). The height of the movable blade of the preliminary turbine rotor is equal to the height of the movable blade of the multistage axial-flow steam turbine. Several bearings (21a,22a) and front and rear couplings (24a,25a) are fixed to the both ends of the turbine casing. The distance between the bearings is smaller than the distance between the couplings.    USE - Geothermal energy system for use in electric power generation system.    ADVANTAGE - The operating efficiency and maintainability of the geothermal energy system are improved and manufacturing cost of the geothermal energy system is reduced by using a simple arrangement.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for geothermal energy generation method.    DESCRIPTION OF DRAWING(S) - The drawing shows a longitudinal cross-sectional view of the multistage axial-flow steam turbine of the geothermal energy system.    Multistage axial-flow steam turbine (10a)    Turbine rotor (11a)    Casing (12a)    Bearings (21a,22a)    Front and rear couplings (24a,25a)
NOVELTY - The solar cell element has back surface electrodes (7,8) that are formed on back surface of silicon substrate (1). One of the back surface electrodes has larger residual stress and the other back surface electrode has smaller residual stress. The back surface electrode with larger residual stress is formed in a smaller area on the silicon substrate and the back surface electrode with smaller residual stress is formed in a larger area on the silicon substrate.    USE - Solar cell element for power generation application.    ADVANTAGE - The curvature of the solar cell element is suppressed by forming back surface electrode with larger residual stress in smaller area on the substrate, thus improving the characteristics of solar cell element.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for solar cell element manufacturing method.    DESCRIPTION OF DRAWING(S) - The drawing shows the longitudinal cross-sectional view and top views of solar cell element. (Drawing includes non-English language text)    Silicon substrate (1)    Anti-reflective film (3)    Surface electrode (4)    Electrode (5)    Back surface electrodes (7,8)
NOVELTY - The detectors (12-14) detect abnormal voltage of varistors (10a,10d,9d) connected between power source lines (U,W) of single-phase three-wire commercial system (3), power source line (W) and ground (11), and negative electrode line (2b) of solar cell (2) and ground respectively. A control circuit (8) controls ON-OFF states of MOSFETs (6a-6d) in inverter unit (6). The control circuit turns OFF MOSFETs when one of the detectors detects abnormal voltage.    USE - Utility-interconnected power conditioner connected between direct current electric power generation system using solar cell or fuel cell, and single-phase three-wire commercial system (both claimed) used in home, factory, etc.    ADVANTAGE - The control circuit turns OFF MOSFETs when one of the detectors detects abnormal voltage generated in corresponding varistors. Hence the damage caused on inverter unit due to external lightning can be prevented reliably.    DESCRIPTION OF DRAWING(S) - The drawing shows a circuit diagram of the utility-interconnected power conditioner. (Drawing includes non-English language text)    Solar cell (2)    Negative electrode line of solar cell (2b)    Single-phase three-wire commercial system (3)    Inverter unit (6)    MOSFETs (6a-6d)    Control circuit (8)    Varistors (9d,10a,10d)    Ground (11)    Abnormal voltage detectors (12-14)    Power source lines of single-phase three-wire commercial system (U,W)
NOVELTY - The system has solar power generation unit (4) and wind-powered electricity generation unit (5) set on top wagon deck (2) of motor vehicle transportation ship (1). The installations are provided to generate electric power by using motive power from rotary equipments (17), flow energy from gas or liquid flowing in pipe (18) and outbound water-flow energy from turbine watertight generator in response to voyage speed. A storage battery (24) stores the generated power for inboard illumination and for providing power to other equipments installed on ship.    USE - Hybrid power generation system.    ADVANTAGE - The electric power generation can be performed reliably on motor vehicle transportation ship during voyage on ocean by efficient use of natural resources and other power from equipments installed on ship, while preventing marine pollution.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of motor vehicle transportation ship. (Drawing includes non-English language text)    Motor vehicle transportation ship (1)    Top wagon deck (2)    Solar power generation unit (4)    Wind-powered electricity generation unit (5)    Rotary equipment (17)    Pipe (18)    Storage battery (24)
NOVELTY - The system has a local power generation plant (10) i.e. biogas plant, which operates with a renewable energy source. A local control unit (36) is provided at a position on the plant and controls operation of the plant according to a requirement of a preset schedule (32). A central control unit (24) has a receiving device for receiving a schedule proposal (20) over a computer network (22) e.g. wide area network, a preparation device for preparing the schedule based on the proposal and a transmission device for transmitting the schedule to the local control unit over a computer network (34).    USE - System for using a renewable energy source.    ADVANTAGE - The central control unit has the receiving device for receiving the schedule proposal over the computer network, the preparation device for preparing the schedule based on the proposal and the transmission device for transmitting the schedule to the local control unit over the another computer network, thus enabling automatic processing of the schedule in a simple manner, and hence avoiding the need of the manual interference for operating the plant while effectively improving plan and predictability of the energy usage.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a system for using a renewable energy source.    Local power generation plant (10)    Schedule proposal (20)    Computer networks (22, 34)    Central control unit (24)    Schedule (32)    Local control unit (36)
NOVELTY - The power plant has a floating body (8), where wave energy is directly transmitted from the body to a generator through rods (7.1-7.4), a gear rod and a gearwheel or to a linear generator through a crank drive. The rods, gear rod and gearwheel are fitted on a drive shaft of the generator. Pendulum-type housings (6) are fixed in a frame in a gimbaled manner, and the frame is mounted in a seabed (3) and/or is attached to steep faces and a set of floating bodies. An integrated circuit is arranged behind the generator.    USE - Water power plant for converting kinetic and potential wave energies into electrical energy.    ADVANTAGE - The wave energy is directly transmitted from the floating body to the generator over the rods, the gear rod and the gearwheel or to the linear generator over the crank drive, thus converting the kinetic and potential wave energies into the electrical energy without hydraulic or pneumatic energy conversion. The power plant is constructed such that it partially mitigates the waves, allows the sea water to stay in motion, and damps surf around parts of the water power plant, thus protecting coast.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic side view of a wind power plant.'(Drawing includes non-English language text)'    Seabed (3)    Pendulum-type housings (6)    Rods (7.1-7.4)    Floating body (8)    Rear side of floating body (8.2)
NOVELTY - The turbine (1) has two rotor arrangements (2, 4) comprising rotors (3, 5) forming an axially streaming rotor pair in a flow channel. Guide blades (6) are arranged between the rotors, which comprise concurrent direction of rotation. The rotors are drivingly connected by a common rotor shaft (13), and the guide blades comprise an invariant curvature adjusted to a circular section along a radial extension of the blades. The guide blades comprise a guide through for accommodating retaining elements for generator attachment and/or for electrical connection lines and/or for supply lines.    USE - Air turbine i.e. wells turbine (claimed) e.g. two-stage wells turbine and multistage wells turbine, for a wave power plant.    ADVANTAGE - The guide blades reduce twist, which is produced by an upstream ended rotor, in the air flow, thus increasing torque taken by the wells turbine, and providing the air turbine with high efficiency and with constructive and production-oriented simplicity.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic simplified partial perspective view of an air turbine with guide blades arranged between rotors.    Air turbine (1)    Rotor arrangements (2, 4)    Rotors (3, 5)    Guide blades (6)    Rotor shaft (13)
NOVELTY - The notice board has main body equipped with a top slab, frame and a poster board, and upright stanchions equipped on sides of the main body. A transparent window is provided on the frame, and a solar cell board and a wind generator are equipped on the top slab. A luminescent device i.e. LED lamp, is equipped on the frame, and the solar cell board and the wind generator are connected with a control box by a lead wire. An output port of the control box is connected with the luminescent device, and a charge and discharge controller controls on-off of the luminescent device.    USE - Information notice board.    ADVANTAGE - The notice board saves non-renewable power sources by utilizing renewable resources such as solar energy and wind energy to supply reliable luminescence, and simply and effectively realizes the luminescence.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of an information notice board.
NOVELTY - The generator has a concrete wall defining an enclosure with a number of turbine assemblies mounted in cylindrical capsules i.e. tubular cylindrical casings, in the wall. The turbine assemblies are connected to the generator by a belt arrangement incorporating a one-way ratchet, so that the generator always rotates in the same direction. A wheel on an impeller is connected to one of the turbine assemblies via a gearbox (GB1), where the gearbox gives forward drive to the turbine assemblies.    USE - Tidal power generator for generating electricity.    ADVANTAGE - The generator achieves efficient 2-way predictable and continuous generation of electricity from tidal action.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of a tidal power generator.    Gearboxes (GB1, GB2)
NOVELTY - The device has a solar power collecting plate (10) for absorbing solar power of sunlight and converting the solar power into power source (101). A socket (20) provides another power source (201) i.e. local electricity. An uninterruptible power supplying apparatus (30) is provided with a built-in power source selector (301) e.g. relay, which is connected to the collecting plate and the socket for selecting power inputs of the two power sources. An output end of the power supplying apparatus is combined with an electric appliance (40) e.g. heater.    USE - Solar power supplying device for supplying electric power to an electric appliance such as cooler and heater (all claimed). Can also be used for an electric fan, cold/hot water machine and electric boiler.    ADVANTAGE - The uninterruptible power supplying apparatus is provided with the built-in power source selector that is capable of switching between two power sources, so that electricity is provided for the electric appliance without requiring an additional power-accumulating element to store the electricity, thus reducing the number of power sources, and hence achieving cost and space reduction of whole structure. The output end of the uninterruptible power supplying apparatus is combined with the electric appliance, thus increasing the practicability of the whole structure and improving convenience.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a solar power supplying system.    Solar power collecting plate (10)    Socket (20)    Uninterruptible power supplying apparatus (30)    Electric appliance (40)    Power sources (101, 201)    Built-in power source selector (301)    Charger (302)    Battery (303)
NOVELTY - The device has a rotating sleeve equipped with an azimuth angle driving motor, and an azimuth angle drive gear driven by the motor. The gear is engaged with a fixing gear, and the sleeve is equipped with a mounting bracket that is equipped with an altitude angle driving motor and an altitude angle drive gear driven by an altitude motor. The altitude angle drive gear is engaged with a cambered gear, where an upper end of the cambered gear is fixed to a drive shaft actively equipped in the mounting bracket. The drive shaft is fixedly equipped with a module bracket.    USE - Solar tracking device for use with a solar energy photovoltaic module of a small power generation system e.g. solar street lamp and solar landscape lamp.    ADVANTAGE - The device is capable of rotating along the change of the solar altitude and the azimuth angle so as to maximize the utilization rate of the solar energy photovoltaic module.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of a solar tracking device.
NOVELTY - The device has a pedestrian and vehicle passage (13) built between reservoirs (1, 16), and multiple generators (9) connected on a semi-circular frame. A water inlet (14) and a water outlet passage are built on an embankment (2) of the reservoir between the reservoirs. A power machine (3) is installed on the water inlet that drives a hydraulic machine gate mechanism. A hydroturbine (10) is supported by a hydroturbine frame (8) that is installed in a water outlet passage (12), and a gate frame (5) is installed on the embankment.    USE - Seawater tidal power generation device.    ADVANTAGE - The device protects environment by preventing pollution and noise, and can be manufactured at low cost.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a seawater tidal power generation device.    Reservoirs (1, 16)    Embankment (2)    Power machine (3)    Gate frame (5)    Hydroturbine frame (8)    Generators (9)    Hydroturbine (10)    Water outlet passage (12)    Vehicle passage (13)    Water inlet (14)
NOVELTY - The structure has solar photovoltaic assembly to encapsulate temperature sensor which is tightly attached to back side of photovoltaic cell so that lead wire of sensor is penetrated through back plane of photovoltaic assembly.    USE - Installation structure of sensor for measuring temperature of photovoltaic cell in power station.    ADVANTAGE - The temperature of the photovoltaic cell can be measured in real time hence reliable data is provided for monitoring the power station accurately.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of installation structure of sensor for measuring temperature of photovoltaic cell in power station.
NOVELTY - Multi-cellular photovoltaic (PV) panels (16) have PV cells (20) that are coupled to built-in direct current (DC) to DC converters (18). Each converter has an output that is coupled to a DC bus and a control logic circuit that processes the input and output parameters and executes an algorithm of maximum power point tracking of the corresponding group of PV cells. The logic circuit produces a drive control signal that controls the power switch to regulate the voltage generated by the PV cells. A DC to alternating current (AC) converter (22) is coupled to the DC buses.    USE - Solar power conversion system for converting light to electric energy using multi-cellular photovoltaic panels.    ADVANTAGE - The system provides a panel integrated direct current (DC) to DC converter with logic circuit that executes algorithm of maximum power point tracking. This feature maximizes the power delivered by each multi-cellular photovoltaic/solar panel.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a photovoltaic energy conversion method.    DESCRIPTION OF DRAWING(S) - The drawing shows a conceptual view of the basic architecture of a photovoltaic conversion system for a grid-connected application.    Photovoltaic energy conversion system (10)    Photovoltaic panels (16)    DC to DC converters (18)    PV cells (20)    DC to AC converter (22)
NOVELTY - The system (40) has an electrolyzer with predetermined electrolysis system loss at operating voltage. The system has several photovoltaic cells that are operated at maximum power point voltage based on predetermined relationship between actual voltage and current when photovoltaic cell is under load. The photovoltaic cells are connected in series to provide overall maximum power point voltage of about 2.5volts.    USE - Photovoltaic electrolysis system for generating hydrogen to power a vehicle mounted fuel cell.    ADVANTAGE - The efficiency of the electrolysis system can be increased reliably by matching most efficient voltage generated by photovoltaic cells to most efficient input voltage required by electrolysis cells. The cost of the system can be reduced by reducing the area of the photovoltaic panels needed to achieve the optimal current density in photo-electrochemical reactor.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for electrolyzer system.    DESCRIPTION OF DRAWING(S) - The drawing shows an explanatory view of the photovoltaic electrolysis system.    Cathode (30)    Electrolysis cell (36)    Photovoltaic module (38)    Photovoltaic electrolysis system (40)    Solar cell (42)
NOVELTY - The device has a pair of articulated bodies (1, 2) partially emersed, where each of the articulated bodies comprises an arm (1a, 2a) and a partially emersed element (1b, 2b). One of the articulated bodies includes a cylindrical central frame (3), where rotation of one of the articulated bodies around the cylindrical central frame in relation to the other articulated body allows extraction of energy from sea waves. A rotation phase of the articulated body (1) is different from a rotation phase of the articulated body (2).    USE - Device for harnessing offshore wave energy for producing electricity.    ADVANTAGE - The rotation of the articulated body around the central frame in relation to another articulated body allows extraction of the energy from the sea waves, thus presenting the high yield while converting the wave energy into the mechanical energy without sacrificing the strength and economic feasibility of the device.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a device for harnessing offshore wave energy, comprising articulated bodies.    Articulated bodies (1, 2)    Arms (1a, 2a)    Partially emersed elements (1b, 2b)    Cylindrical central frame (3)
NOVELTY - The charger has charging circuit whose input charging interface is connected to external power supply. An output end of the charging circuit is connected to a battery. A Universal serial bus (USB) interface circuit is provided with four distinguishing resistors. An input end of voltage booster circuit is connected to the battery. An output end of the booster circuit and a connection device are connected to a device under charging. A solar battery board is connected to the battery to charge the battery.    USE - Solar emergency charger for a mobile phone, MPEG-1 Audio Layer 3 (MP3), MPEG-4 Part 14 (MP4),Internet pod(RTM: Portable media player), and Internet phone(RTM: internet-connected, multimedia smart phone).    ADVANTAGE - The charger utilizes the solar battery board for randomly charging the battery. The charger has wide range of application.    DESCRIPTION OF DRAWING(S) - The drawing shows a front view of a solar emergency charger.
NOVELTY - The charger has a wind power generator that is fixed on a kite, and a conductive wire wrapped in a lead wire. One end of the lead wire is equipped with an inserting ground fixer.    USE - Kite type charger for charging a mobile phone in a high wind power plateau region.    ADVANTAGE - The charger can charge the mobile phone in outdoors.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a kite type mobile phone charger.
NOVELTY - The lamp has two light fittings, and a solar photo-electric plate locked at a top part of an electric appliance box. An electric control device is provided in the electric appliance box for receiving electric energy generated by a wind power generating set and a solar photo-electric plate set. A rechargeable battery is placed in the electric appliance box and managed by the electric control device. Multiple locking rings are locked on a post and correspondingly fixing the electric appliance box, wind power generating set and one of the light fittings on the post.    USE - Wind power and solar energy integrating street lamp.    ADVANTAGE - The lamp utilizes the solar energy and the wind power to generate the electricity and to supply the electricity to the light fitting for illuminating, and the power system supplies the electricity to the other light fitting for illuminating.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a wind power and solar energy integrating street lamp.
NOVELTY - The station has a connecting rod (13) whose upper end is fixed at a lower panel center of a magnet conducting plate (12). Lugs are provided at left and right sides of the plate. A groove of a non-magnetic column (1) surrounds the lugs of the plate. A floating force generated by a floater (14) on sea is equal to a total weight of a magnet conducting column (2), permanent magnet rings (3, 6), a magnet conducting ring (4), the connecting rod and the floater. A rectifying voltage regulator (9) is fixed on a station frame. A wire joint of a coil (7) is connected to the regulator.    USE - Sea wave power station.    ADVANTAGE - The station enables the wave motions to reciprocate linearly along a perpendicular direction like a piston, while the coil cuts the magnetic line of magnetic field built by the permanent magnet rings to obtain induction current, which supplies power to outside via the rectifying voltage regulator. The station is simple in structure, and has high generating efficiency, and is inexpensive.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of a sea wave power station.    Non-magnetic column (1)    Magnet conducting column (2)    Permanent magnet rings (3, 6)    Magnet conducting ring (4)    Coil (7)    Rectifying voltage regulator (9)    Magnet conducting plate (12)    Connecting rod (13)    Floater (14)
NOVELTY - A bi-directional voltage adjusted converter for ocean current power generator comprises a power generating module, a boost converter, a battery, a DC link-voltage circuit, and a DC/AC inverter. The power generating module, boost converter, and battery are connected in sequence for converting, stepping up, and storing up the energy generated by the power generating module. The DC link-voltage circuit implements the bi-directional energy transmitting by stepping up or down the voltage, wherein the DC link-voltage circuit provides an input port and an output port. The input port connects to the battery, and the voltage of the input port is lower than that of the output port. The DC/AC inverter connects to the output port of the DC link-voltage circuit for translating the DC voltage into an AC voltage.
NOVELTY - An apparatus for static ocean current power generation comprises a plurality of first engaging plates, a plurality of second engaging plates, and a plurality of power generation units. Each of the first engaging plates provides a plurality of first engaging slots and each of the second engaging plates provides a plurality of second engaging slots. The first and second engaging slots can be engaged each other correspondingly. The first and second engaging plates can form a plurality of spaces after engaging. The power generation units are received in the spaces correspondingly. Each of the power generation units has a first magnet, a second magnet, a first conductor, and a second conductor. The first and second conductors are parallel-placed between the first and second magnets. Accordingly, when the ocean current passes through the power generation unit, the positive and negative ions of the ocean current and the magnetic lines generated by the two magnets will be interacted to further produce an inducted DC voltage.
NOVELTY - Invention relates to hydro-power engineering and can be used for converting sea wave energy into electrical energy. The wave energy plant contains a bellows chamber, air pipe, wind blade wheel, mounted on a horizontal shaft and an electric generator. The installation is provided with a buoyancy tank, tied to the bottom by anchor chains, located on both its sides, and a bellows with a rectangular cross section, for example. The bellows chamber is fixed below the buoyancy tank, and a vertical air pipe with a rectangular cross section, divided by a partition wall into two identical channels, is mounted on top of the buoyancy tank. The bellows and the bellows chamber are pneumatically linked to the inner part of the buoyancy tank. In the section of the partition wall on the horizontal shaft, a wind wheel with radial spokes and concave blades at its ends is fitted. The shaft is mechanically linked through a clutch to the electric generator, installed at the outer rear wall of the air pipe.    USE - Electrical power engineering.    ADVANTAGE - Increased reliability and efficiency of operation. 2 cl, 1 dwg
NOVELTY - The installation has water tanks (1a-1d) whose upper part protrudes on a sea surface (80) during a high tide. A valve is provided at the bottom of each water tank, and is opened-closed from an upper direction. Twelve floats (3a-3d) are raised along a guide when the valve is opened at the time of a low tide, and the water is drained in the water tanks. Each float in the guide imparts motive power to a power take-off part via a power transmission device and a power conversion apparatus (50) when the valve is closed and the floats are raised.    USE - Installation for generating rotational force using up-and-down change of tide in a sea surface.    ADVANTAGE - The floats in the guide impart motive power to the power take-off part via the power transmission device and the power conversion apparatus when the valve is closed and the floats are raised, so that smooth rotation force and high energy are generated.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a rotational force generating installation.'(Drawing includes non-English language text)'    Water tanks (1a-1d)    Floats (3a-3d)    Gearwheel (41)    Power conversion apparatus (50)    Sea surface (80)
NOVELTY - The generator has a cylindrical body (11) provided with an opening (7) at an exterior part, and a seawater tank (12) for storing seawater, where the seawater tank is provided within the cylindrical body. An inlet port (14) is formed on the cylindrical body, and a bucket part is provided at an end of a rotating airfoil part. A guide unit (19) guides flow of the seawater through an inlet (13), and a guide plate part is provided with a blue resistor plate (9), which is formed in a front side of an ascent board (8).    USE - Wave power generator.    ADVANTAGE - The generator directly applies leveling energy and potential energy of the waves to a rotating vane, and utilizes the seawater stored in the seawater water tank to perform wave activated power generation continuously.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a wave power generator.    Opening (7)    Ascent board (8)    Blue resistor plate (9)    Cylindrical body (11)    Seawater tank (12)    Inlet (13)    Inlet port (14)    Guide unit (19)
NOVELTY - The apparatus (1a) has a power supply (13) that supplies direct current (DC) to the solar cell (3). An image pickup unit (12) images the surface of the solar cell, when voltage is applied and a digitization unit (14) performs monochrome binarization of the image. A judging unit (15) judges whether the cells are of good quality or not according to the digitized image and the judged result is output by an output unit (16).    USE - Test apparatus of solar cell of solar power generation system.    ADVANTAGE - Since the quality of the solar cell can be detected, the unreliable solar cell is identified easily.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for testing method.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the test apparatus. (Drawing includes non-English language text)    Test apparatus (1a)    Solar cell (3)    Image pickup unit (12)    Power supply (13)    Digitization unit (14)    Judging unit (15)    Output unit (16)
NOVELTY - The power converter (1) has a controller (12) which controls electric-energy-conversion unit (10) converting direct current from main power supply into alternating current. The reset signal generation unit (16) generates the reset signal and outputs to controller after selecting the auxiliary power supply as electric power source.    USE - Power converter for solar energy power generation system and wind generator system.    ADVANTAGE - The power converter which converts unstable electric power can be prevented without increasing the processing load.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of the power converter. (Drawing includes non-English language text)    Power converter (1)    Electric-energy-conversion unit (10)    Controller (12)    Reset signal generation unit (16)    Solar cell string (210)
NOVELTY - A protein obtained from adult Balanus amphitrite extract, comprising a defined sequence of 33 amino acids (SEQ ID No. 1) given in the specification in N-terminal region and having molecular weight of 32 kDa, is new.    USE - The protein is useful for inducing adhesion of Balanus amphitrite larva (claimed) with respect to cooling channel system of sea construction, thermal power, nuclear power station, vessel and fishing net. Thus, used for determining barnacle larva species, and classifying by size for species study.    ADVANTAGE - The protein efficiently adheres Balanus amphitrite larva in a wide range, and desired growth stage of B.amphitrite can be obtained which can be used as cultured marine fish.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following: (1) attractant for Balanus amphitrite larvae, obtained by immobilizing above protein on a support, or molding protein in solid state; and (2) method for attracting B.amphitrite larvae, involves continuously supplying above protein to the lure target region of B.amphitrite larvae, and forming protein concentration gradient centering on the lure target region.
NOVELTY - A carbon nanotube dispersion contains an ambient temperature molten salt, a silane type surfactant and carbon nanotube.    USE - Carbon nanotube dispersion is used for resin composition for molded product (both claimed) such as electrode material for solar power generation device and fuel cell, flat-panel apparatus, adsorption agent, catalyst, sensor, electroconductive plastics and reinforcement material.    ADVANTAGE - The resin composition formed using the carbon nanotube dispersion has excellent moldability, electroconductivity, and dispersibility of carbon nanotube in resin, without usage of dispenser. The molded product formed using the carbon nanotube dispersion has excellent heat resistance.
NOVELTY - The Stirling engine electric power generating apparatus has a first flow volume sensor (28) and a second flow volume sensor (29) which detects the flow volume of the waste gas supplied to a heater head (16) with respect to a main waste gas path (12) and a branch waste gas path (24). A control apparatus outputs a control signal for adjusting the flow volume and combustion heating temperature of the waste gas based on the detected value from both the flow volume sensors and the temperature sensors (30,31) to the flow regulation units and a combustion apparatus (23).    USE - Stirling engine electric power generating apparatus for producing electric power.    ADVANTAGE - Enables setting appropriate electric power generation efficiency and electric power generation output according to a user's needs since the control apparatus outputs a control signal for adjusting the flow volume and combustion heating temperature of waste gas supplied to both the heater head, based on the detected value from both the flow volume detection unit and both the temperature detection unit to both the flow regulations unit, and a combustion apparatus.    DESCRIPTION OF DRAWING(S) - The drawing shows a circuit diagram of the Stirling engine electric power generating apparatus. (Drawing includes non-English Language text).    Main waste gas path (12)    Heater head (16)    Combustion apparatus (23)    Branch waste gas path (24)    First flow volume sensor (28)    Second flow volume sensor (29)    Temperature sensors (30,31)
NOVELTY - The pneumatic treatment device uses a pressurized gas to produce a micro-bubble flow through a thin hole in a micro-bubble generator. A work pipe section has an upper end and a lower end connected to an outflow guide pipe and an inflow guide pipe, respectively. A solar generator, a wind power generator, a charging device, and the outflow guide pipe are supported by a floater bracket that is connected to a floater.    USE - Pneumatic treatment device for circulating, oxygenating, and purifying water in large water field.    DESCRIPTION OF DRAWING(S) - The drawing shows the schematic perspective view of pneumatic treatment device.
NOVELTY - The assembly has a surface layer (1) i.e. polyfluoroethylene complex film, an upper ethylene-vinyl acetate copolymer layer (2), a solar cell layer (3), a lower ethylene-vinyl acetate copolymer layer (4) and a back board layer (5) i.e. epoxy resin board, laminated and arranged up and down and packaged. The polyfluoroethylene complex film and the ethylene-vinyl acetate copolymer layer are paved over high temperature cloth in sequence. The ethylene-vinyl acetate copolymer layer is paved over the epoxy resin board, and a welded cell plate is fixed to the ethylene-vinyl acetate copolymer layer.    USE - Small laminated solar cell assembly for a solar energy application product such as a solar table lamp, a solar torch and a solar mobile phone charger.    ADVANTAGE - The assembly is widely used to the solar energy application product field such as solar table lamp, solar flashlight and solar mobile phone charger. The assembly can be used for increasing the ageing-resistance of the solar energy application product and prolonging the usage time of the solar energy application product.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method of preparing a small laminated solar cell assembly.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective exploded view of a small laminated solar cell assembly.    Surface layer (1)    Upper ethylene-vinyl acetate copolymer layer (2)    Solar cell layer (3)    Lower ethylene-vinyl acetate copolymer layer (4)    Back board layer (5)
NOVELTY - The top portion of a swing rod (3) is connected with a spherical permanent magnetic shell (2) and the lower portion of swing rod is connected with a connecting rod (6). Other end of connecting rod is connected with a float structure (7). A spherical induction coil (1) is wound around the bracket (9) through a non-magnetic block (5), and connected with a rectification and voltage regulation device (10) fixed to the bracket. A gap is formed between the inner spherical surface of coil and the outer spherical surface of shell.    USE - Ocean wave generator.    ADVANTAGE - The wave generation efficiency is improved. The structure of generator is simplified. The cost of generator is reduced.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the ocean wave generator.    Induction coil (1)    Permanent magnetic shell (2)    Swing rod (3)    Non-magnetic block (5)    Connecting rod (6)    Float structure (7)    Rectification and voltage regulation device (10)
NOVELTY - The power generation system has solar power generator (110), power converter for controlling the output of solar battery panel, and controller (114). The voltage change is suppressed by adjusting the control parameter including the ratio of active power and reactive power of power converter. The controller is provided with power compensation amount arithmetic unit (113) for calculating the power quantity to suppress the voltage change using the output current (I1) of converter and system, voltage at the interconnected point (3), and the output voltage of system.    USE - Solar power generation system.    DESCRIPTION OF DRAWING(S) - The drawings show the circuit diagrams of the solar power generation system. (Drawing includes non-English language text)    Interconnected point (3)    Solar power generator (110)    Power compensation amount arithmetic unit (113)    Controller (114)    Output current of power converter (I1)
NOVELTY - The machine has a plasticization apparatus (21) heating-melting resin material. A thermo-electric power generating element (35) is provided in outer side of the plasticization apparatus. A heater cover (33) covers a heating cylinder (30), and a front end of the heating cylinder is equipped with an injection nozzle (27). A hopper (40) supplies granular thermoplastic resin into the heating cylinder. A mounting bracket (32) fixes the heating cylinder to the front end of a front plate.    USE - Molding machine e.g. injection molding machine and extrusion machine.    ADVANTAGE - The machine uses the thermo-electric power generating element to generate electric power at high-temperature, and the electric power is recycled by the drive of multiple apparatuses i.e. ventilation fan, and recyclable thermoelectric conversion material, thus the electric power is utilized efficiently.    DESCRIPTION OF DRAWING(S) - The drawing shows a side sectional view of a plasticization apparatus.'(Drawing includes non-English language text)'    Plasticization apparatus (21)    Injection nozzle (27)    Heating cylinder (30)    Mounting bracket (32)    Heater cover (33)    Thermo-electric power generating element (35)    Hopper (40)
NOVELTY - The capillary force utilizing Rankine cycle apparatus (10) includes a condenser (14) which condenses steam discharged from an expander (12). An evaporator (16) includes a heater which heats, evaporates, and drives water using a capillary force in a capillary structure body.    USE - Capillary force utilizing Rankine cycle apparatus for thermoelectric power generation system of motor vehicle.    ADVANTAGE - Provides a capillary force utilizing Rankine cycle apparatus which can be arranged and operated without depending on external energies other than heat energy, while ensuring high dimensional flexibility, and enabling efficient superheating of steam.    DESCRIPTION OF DRAWING(S) - The drawing is a schematic block of the capillary force utilizing Rankine cycle apparatus. (Drawing includes non-English language text).    Capillary force utilizing Rankine cycle apparatus (10)    Expander (12)    Condenser (14)    Evaporator (16)    Liquid piping (22)
NOVELTY - The system has a stator (26) and a rotor (22) that rotates adjacent to a traveling surface (29). The rotor has a perimeter and several magnets (24) mounted with respect to the perimeter. Each magnet creates a magnetic field (28) with respect to the rotor so as to induce an electric current in the stator winding during rotation of the rotor and to provide an attractive force between the magnet and the vehicles (10) moving over the traveling surface to urge the rotation of the rotor.    USE - System for generating electricity from movement of vehicles over traveling surface.    ADVANTAGE - The rotation of the rotor is improved by creating the magnetic field with respect to the rotor so that the electricity can be rotated efficiently.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for method for generating electricity from movement of vehicles.    DESCRIPTION OF DRAWING(S) - The drawing shows an explanatory view of the electricity generation system.    Vehicles (10)    Rotor (22)    Magnets (24)    Stator (26)    Magnetic field (28)    Traveling surface (29)
NOVELTY - The thermogenerator has a thermal transmitter (D) arranged between a thermal storage battery (C) and a thermal diffuser (E). The transmitter forms a thermal barrier with imbedded peltier elements and acts as thermal gates between the battery and the diffuser. The elements are connected with each other by a switching matrix. The elements stay in connection with a performance chart and a ratio of voltage and current. The diffuser is provided with miniature cold sources (F) coupled with each other by quick couplings. A thermal closure element (B) is made of plastic and aliphatic isocyanate.    USE - Thermogenerator for use as a geothermal energy sensor for conversion of secondary heat energy into electrical energy and for independent power supply in a network-free area and simultaneous production of heat energy in a ratio between 3 and 1 for electrical energy (all claimed) from thermal energy. Can also be used as a roof- or facade element of a building for using thermal energy in form of heat radiation such as sun radiation, as a body element of a vehicle for using the thermal energy and in a surrounding of a heat source i.e. motor for using the thermal energy in form of convection.    ADVANTAGE - The thermal transmitter is arranged between the thermal storage battery and the thermal diffuser, thus ensuring high efficiency of energy production by the thermogenerator.    DESCRIPTION OF DRAWING(S) - The drawing shows a principle view of a thermogenerator.'(Drawing includes non-English language text)'    Thermal energy (A)    Thermal closure element (B)    Thermal storage battery (C)    Thermal transmitter (D)    Thermal diffuser (E)    Miniature cold sources (F)
NOVELTY - A recovery container case (2) has a slide-movement unit for recovery container (14). The slide-movement unit includes the support shaft (18) for supporting bottom wall (14b) of the recovery container. A drive unit (17) rotates the support shaft such that the support shaft becomes eccentric to the position of center portion of lower end opening (7a) of the reaction tube (7), when the silicon is recovered for fluctuating the position at which anthill (37) is formed.    USE - Apparatus for manufacturing silicon for use in battery for solar power generation.    ADVANTAGE - Sufficient amount of silicon can be recovered, even when the silicon deposited in the reaction container solidifies into anthill shape. Purified silicon can be manufactured efficiently.    DETAILED DESCRIPTION - A division section divides the recovery container into block shape. A removable engaging portion is provided with each division piece. A support plate supports the bottom of recover container. A heat insulation material is arranged between support plate and bottom wall. A heating portion has high frequency heating coil (11) in the reaction tube.    DESCRIPTION OF DRAWING(S) - The drawing shows the schematic sectional view of the collection receptacle of the reaction container in the silicon manufacturing apparatus.    Recovery container case (2)    Reaction tube (7)    High frequency heating coil (11)    Recovery container (14)    Bottom wall (14b)    Drive unit (17)    Support shaft (18)    Anthill (37)
NOVELTY - A floatation device (16) is coupled to a mooring (14). A water turbine has a turbine structure (12) and a cylindrical body with a nosecone (34) that is coupled to the mooring and floatation device. Second and third cylindrical bodies (30,32) are mounted to the first cylindrical body. The three cylindrical bodies are coplanar and have water fillable tanks or ballast tanks. An electrical generator is mounted to the first cylindrical body. The generator is coupled to several blades (28). The blades rotate under the influence of water current.    USE - Flowing water turbine system for generating electrical power using submerged water turbine that harnesses underwater current of the sea or ocean.    ADVANTAGE - The system is readily deployed, installed and serviced with a minimum amount of ancillary support vessels. It may be deployed using a simple towing vessel. The water turbine body is cylindrical in shape to facilitate and reduce the costs of fabrication. The system allows the turbine structure to be easily deployed and retrieved for service, repair, maintenance and redeployment.    DESCRIPTION OF DRAWING(S) - The drawing shows a conceptual side view of the flowing water turbine system in its operating position.    Turbine structure (12)    Mooring (14)    Floatation device (16)    Blades (28)    Second and third cylindrical bodies (30,32)    Nosecone (34)
NOVELTY - The bracket has two crossbeams fixed between two groups of triangular arms, and a base beam (2), a supporting beam (3) and an adjusting beam (4) connected together. Beam arm end faces of the base beam, supporting beam and the adjusting beam are arranged with ordered inserting holes. Beam arm side faces of the base beam, supporting beam and the adjusting beam are arranged with ordered fixed holes. A beam arm of the crossbeam is equipped with a fixing hole for fixing a solar cell.    USE - Slab type solar cell bracket for spanning a power station and a rooftop solar power generation system.    ADVANTAGE - The angle of the bracket is adjustable. The bracket is convenient to transport, fast to mount, and easy to maintain and transform.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a slab type solar cell bracket.    Post (1)    Base beam (2)    Supporting beam (3)    Adjusting beam (4)    Crossbeams (5-1, 5-2, 5-3)
NOVELTY - Proposed power installation relates to power engineering and its operation is related to converting mechanical energy of a vehicle passing through it into electrical energy. The power installation contains a roadway, a traffic area, on which a rod is hinged, reversible converter of reciprocal motion of the rod into rotational motion of the shaft of the generator and accumulator batteries. The traffic area is provided with reinforcement ribs and is made from flexible, bent material (for example, metal sheet with length 8-12 m and bend of 0.2 m). One end of the traffic area is hinged and the other freely rests on a roller. Both ends are on the level of the roadway. When a vehicle passes through the traffic area straightens up and rests on stop bolts with damping devices. These stop bolts prevent the traffic part from going below the level of the roadway.    USE - Power engineering.    ADVANTAGE - Increased generation of electrical energy, while reducing accident rate of vehicles, pollution and noise levels on the streets, as well as provision for moving over the power installation. 1 dwg
NOVELTY - Invention relates to production, conversion and distribution of electric energy and may be used for direct heat energy transfer into electric energy. The thermoelectrone engine consists of lying in the same plane cathode and anode, heater and magnet system arranged so that induction density vector is directed parallel to cathode and anode plane and perpendicular to the direction from cathode to anode. Cathode and anode are in heat contact with a heater. Intermediate electrodes may be installed between cathode and anode. Gaps between neighboring electrodes are sized to micrometre units. Application of variable magnetic system enables generating electric energy of alternating current within the wide range of frequencies.    USE - Electricity.    ADVANTAGE - Conversion of heat energy to electric energy at high efficiency factor and wide range of output voltages and currents. 14 cl, 8 dwg
NOVELTY - The method involves performing crush grinding such as fine grinding and accurate grinding, for multiple times on same machine tool of a grinding machine. A taper roller is crush grinded at outer diameter on the same grinding machine. A surface of a grinding wheel is frequently repaired, and a self-sharpening property of particles on the grinding wheel is increased. Two bearing inner rings are combined integrally when an outer diameter graph of the taper roller, slope depth, slop length and surface roughness of roller are 13-21 microns, and 0.08 microns.    USE - Method for abrasive machining a wind power generation conical bearing steep angle roller.    ADVANTAGE - The method causes the outer diameter form and position tolerance of the taper roller to achieve technological requirements, thus solving the machining difficulty of outer diameter grinding of the steep angle taper roller.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view illustrating a wind power generation conical bearing steep angle roller abrasive machining method.
NOVELTY - A viscous etching coating liquid is obtained by adding plant-derived viscous improving agent to an etching chemical solution containing aqueous-alkali-solution. The plant-derived viscous improving agent increases the viscosity of etching chemical solution. The viscous etching coating liquid removes a portion of skin layer provided on pn-junction portion from a substrate (12) having pn-junction portion of solar power generation device, and the mother phase is exposed.    USE - Viscous etching coating liquid is used for selectively etching substrate (claimed) used for solar power generation device such as solar cell.    ADVANTAGE - The highly viscous etching liquid provides reliable etching on the substrate to predetermined depth without causing damage to the skin layer of the substrate. The solar cell is manufactured economically, and the generation of defects and damages in solar cell is prevented.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for selective etching method of solar power generation device substrate.    DESCRIPTION OF DRAWING(S) - The drawing shows the perspective view of solar power generation module. (Drawing includes non-English language text)    Solar cell (10)    Solar power generation device substrate (12)    Back surface electrode (14)    Surface electrode (15)    Mother layer (17)
NOVELTY - The box has an upper lid buckled on a box body that is internally mounted with two wire holders, where the wire holders are electrically connected to each other by a bypass diode. An upper surface of the upper lid is provided with a radiating device, which is provided with multiple radiating sheets inclined relative to the upper surface of the upper lid. Sides of the box body are provided with air holes, respectively, where air holes are respectively mounted with a water-proof ventilated membrane and a metal crystallization filtering chip.    USE - Junction box for a solar photovoltaic power generating system.    ADVANTAGE - The box has excellent water-proof performance, moisture-proof performance, radiating performance, and long service life.    DESCRIPTION OF DRAWING(S) - The drawing shows an exploded perspective view of a junction box.
NOVELTY - Invention is related to the field of renewable power sources, namely to use of potential energy accumulated in water reservoirs and its conversion into other types of energy, mostly in electric energy. Water power device comprises the following components that interact with each other - platform, multiplier, power generator, the first and second shafts, in which according gears are installed, overrun clutches and sprockets that interact with chain. Device additionally comprises the first and second trolleys. They are connected to each other by chain and are installed in appropriate inclined guides with the possibility of reciprocal motion. Appropriate reservoirs are installed in trolleys, being equipped with exhaust water valves. In upper points reservoirs interact with appropriate newly introduced inlet water valves and units of position fixation, and in lower points - with end supports.    USE - Engines and pumps.    ADVANTAGE - Makes it possible to simplify design and increase efficiency of energy transformation. 7 cl, 6 dwg
NOVELTY - Invention is intended for conversion of sea tides energy. Power plant comprises body with open inlet and outlet installed on vertical shafts of rotation connected to power generators, hydraulic turbines in the form of drums, on external surfaces of which vanes are fixed. At body inlet and outlet vertical shields are installed, which direct tide flow to vanes of hydraulic turbines with provision of their rotation. Drum representing hydraulic turbine consists of cones connected with bases, on external surfaces of which vanes are fixed along helical line so that beginning of each vane on lower top of drum cone is displaced along with its rotation direction relative to the end of vane at the second upper top by 1-2 steps of vanes. On lower cone parts of drum vanes have shape of rotation in the form of cylinder, and in upper part of drum vanes repeat cone shape during rotation, which is increased by double value of vane. On lower cone part of drum, which makes 1/3 of the whole drum, number of vanes is doubled, and width of passage hole between drums in lower part is equal to double size of vane in the area of drum cone bases connection. Rotary vertical stems of tidal shields are installed from longitudinal axis of body symmetry on both sides at distance, which does not exceed diametre of drum lower part rotation, and ebb shields - from side of body at the distance equal to radius of drum lower part rotation.    USE - Engines and pumps.    ADVANTAGE - Higher efficiency of tide energy conversion into electric energy. 3 cl, 3 dwg
NOVELTY - The side wall (2) has elliptical shaped compound pillars raised from underwater, to create path (26) for movement of waves. A wave board (16) moving with respect to the ebb and flow of wave, is connected to floating lever (3) that moves along shaft (4). A compound transmission rod (5) with chains (7) is connected to both ends of lever. The chains connected to a flywheel (14), moves with respect to movement of wave board. A roller (32) is rotated by the rotation of roller (11) connected to flywheel and power generation is carried out due to speed changing rotation.    USE - Electric power generation apparatus.    ADVANTAGE - The efficiency of power generation is increased. The stable electric power can be generated.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of the electric power generation apparatus.    Side wall (2)    Floating layer (3)    Shaft (4)    Compound transmission rod (5)    Chain (7)    Roller (11,32)    Flywheel (14)    Wave board (16)    Path (26)
NOVELTY - The device has a mechanical structure transferring varying force to a piezo element (2) that is attached at a support structure (1). The force exerted on the mechanical structure is extracted from a wave movement of natural water. The mechanical structure is fastened to a base (3) by a single or multiple bore holes in a bend proof and removable manner, where the support structure is formed as a single side clamped bending beam or torsion rod. The support structure is provided with a deflector surface (4) that receives wave energy.    USE - Device for direct conversion of kinetic energy e.g. wave energy and/or tidal energy, of ocean into an electrical energy.    ADVANTAGE - The device avoids a need for mechanical energy converter such as turbine, so that the device is practically maintenance free. The device avoids harmful environmental influences such as maritime fouling, contamination due to deposits, and corrosion within the device.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic side view of a device for direct conversion of kinetic wave energy in to an electrical energy, in neutral position.'(Drawing includes non-English language text)'    Support structure (1)    Piezo element (2)    Base (3)    Deflector surface (4)
NOVELTY - The power generation system has drive unit supported on a hull (1), and a drive train (8) operatively connected to a rotation shaft. A wave energy capture assembly is arranged with respect to the hull such that when the system is in the water, the floats (10) are rotated with the shafts (5,9) in forward direction by the action of the wave, and dipped into the water.    USE - Power generation system for use in offshore oil sector technology.    ADVANTAGE - The wave energy capture assembly can be rotated at optimal speed for wave/float interaction thus floats can be reliably moved vertically in response to wave action.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for method for generating electricity.    DESCRIPTION OF DRAWING(S) - The drawing shows an isometric view of the power generation system.    Hull (1)    Crossbeam (2)    Upper horizontal shaft (5)    Drive train (8)    Lower horizontal shaft (9)
NOVELTY - The element (16) has a thin layer module (1) fixed with a rear side on a supporting body that is angled at side edges so that the supporting body is stabilized against the deformation in a direction shifted to the side edges. L-shaped and U-shaped aligned side edges are folded opposite to each other. A free side of a folding is aligned parallely under a rear side of the element and is aligned at a distance to the supporting body. The supporting body is made up of reinforced plastic and thin sheet. A profile (3) includes an extension for hanging the angled side edges.    USE - Photovoltaic element i.e. electrically connected laminate, for use in a solar power station.    ADVANTAGE - The thin layer module is fixed with the rear side on the carrying body that is angled at side edges so that the supporting body is stabilized against the deformation in the direction shifted to the side edges, thus creating the photovoltaic element in a cost effective and reliable manner.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for installing a carrier structure.    DESCRIPTION OF DRAWING(S) - The drawing shows a partial perspective view of a carrier structure with a photovoltaic element.    Thin layer module (1)    Carrier profile (2)    Profile (3)    Thin film photovoltaic module (4)    Photovoltaic element (16)
NOVELTY - The energy production system has a liquid reservoir in which liquid periodically changes its level. At least one float is partially immerged in liquid within the liquid reservoir. A lock system maintains the float at a predetermined base level in the liquid. A controller has a floating trigger system to selectively trigger the lock system to release the float enabling its movement to create high mechanism energy, thereby producing energy power from the liquid level difference within the liquid reservoir.    USE - Energy production system for generating energy using buoyancy forces. Can be used in any reservoir in which wave action occurs e.g. pool of liquid tower, liquid gate, river, lake, sea, stream, ocean, dam, fresh liquid reservoir, local sewage systems, drainers.    ADVANTAGE - Ensures improved harvesting of wave energy and improved energy gain production process during the energy production using buoyancy forces, by converting the energy of moving liquid in a reservoir e.g. sea waves to extensive power through the use of a float. Ensures that the energy production system is configured and operable for production of energy power from wave moving through a liquid reservoir. Ensures minimized friction forces generated in the outburst for maximized energy production.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are also included for the following:    (1) Energy production method;    (2) Float; and    (3) Linear transformer for use with float.    DESCRIPTION OF DRAWING(S) - The drawing shows the schematic view of the energy production process.    Sensors of float trigger system (12,14)
NOVELTY - The camera apparatus (10) installed opposing a ceiling illumination, has a high-amorphous silicon solar cell panel (14) which is mounted in the upper surface of a camera cover (11). The solar cell panel generates electricity by converting the light (L) irradiated from the ceiling illumination, so as to provide power supply to the camera apparatus.    USE - Security camera apparatus for lift installed in building.    ADVANTAGE - Since the power supply to the camera apparatus I provided by the high-amorphous silicon solar cell panel, the wiring for power supply to the camera apparatus is made unnecessary and the size of the camera apparatus is miniaturized.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of the security camera apparatus for lift. (Drawing includes non-English language text)    Security camera apparatus (10)    Camera cover (11)    Relay apparatus (13)    Solar cell panel (14)    Light (L)
NOVELTY - The method involves applying voltage to connection cables of a solar cell system (17), so that heat is emitted by the solar cell modules (1-16) of solar cell system. The surface temperature of each solar cell module is measured to confirm the wiring state of the solar cell system.    USE - Method for confirming wiring state of solar cell system of solar power generation system used in building.    ADVANTAGE - The wiring state confirmation of solar cell system can be performed reliably and efficiently by measuring the surface temperature of solar cell modules.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of solar cell system.    Solar cell modules (1-16)    Solar cell system (17)
NOVELTY - The dehumidifier has a drying liquid circulation (4) connected to a cooling liquid circulation (5) of a pair of frequency converter arrangements (2, 3) in an upstream direction of the cooling liquid circulation, a liquid pump (6), a heat exchanger (7) and a valve arrangement (8). A bypass circulation (10) starting from after the liquid pump and before the heat exchanger leads to the valve arrangement past the heat exchanger and comprises a heating resistor (9), where the drying liquid circulation starts from the cooling liquid circulation between the valve arrangement and the exchanger.    USE - Air dehumidifier for a frequency converter arrangement (claimed) of a liquid-cooled frequency converter application in a wind power station at coast, sea and mountain. Can also be used for ship industry and oil-drilling rig industry.    ADVANTAGE - The liquid circulation reduces power losses of the frequency converter arrangement without using large amount of cooling air, thus efficiently and quickly performing drying in the frequency converter arrangement in an inexpensive manner. The pump of a liquid station circulates liquid through both the frequency converter and the drying liquid circulation without activating the heating resistor.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for dehumidifying air in a frequency converter arrangement by using an air dehumidifier.    DESCRIPTION OF DRAWING(S) - The drawing shows a circuit diagram of an air dehumidifier of a liquid-cooled frequency converter application.    Frequency converter arrangements (2, 3)    Drying liquid circulation (4)    Cooling liquid circulation (5)    Liquid pump (6)    Heat exchanger (7)    Valve arrangement (8)    Heating resistor (9)    Bypass circulation (10)
NOVELTY - A thermoelectric cubic crystalline material comprises an alloy of at least two silicon, germanium, carbon and tin, the cubic crystalline material having been fabricated on the basal plane of a trigonal or hexagonal crystalline substrate, the cubic crystalline material having been fabricated on the substrate such that their cubic crystals (a) were highly oriented in the (111) direction relative to the basal plane of the substrate, and (b) contain twin crystals.    USE - In thermoelectric device (claimed) including thermoelectric power generators, including radio-isotope thermoelectric generators, thermoelectric cooling devices, integrated thermoelectric cooling devices, thermal semiconductors, thermal sensors, and thermal barriers.    ADVANTAGE - The thermoelectric materials comprise highly (111)-oriented twinned group IV alloys on the basal plane of trigonal substrates, which exhibit a high thermoelectric figure of merit and good material performance; have high-temperature and high figure of merit characteristics. The silicon-germanium (SiGe) and/or other group IV thermoelectric materials, formulated in compositions, exhibit improved thermoelectric properties, but can operate at the higher temperatures previously provided by SiGe.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a thermoelectric device made with the cubic crystalline material comprising alloy of at least two silicon, germanium, carbon and tin, the cubic crystalline material having been fabricated on the basal plane of a trigonal or hexagonal crystalline substrate, the cubic crystalline material having been fabricated on the substrate such that their cubic crystals were highly oriented in the (111) direction relative to the basal plane of the substrate, and contain twin defects.
NOVELTY - The plant has a center shaft (10) mounted for rotation about a primary axis perpendicular to a preselected direction. Three blades (18) are attached to the center shaft, where each blade comprises a frame (12), and a panel (14) is hingedly attached to the frame. Two of the blades are attached to the center shaft at any axial position along the shaft. A power take-off structure is connected to the center shaft. Each blade is attached to its frame at a location radially outwardly from the shaft for rotation about an axis parallel to the primary axis.    USE - Fluid-driven power plant for harnessing power from fluid such as water flowing in a preselected direction (claimed) in ocean currents, ocean waves, stream currents and tidal flows.    ADVANTAGE - The plant has high fluid resistance between panels on opposite sides of the plant, thus maximizing the torque applied to the central shaft and increasing the efficiency. The customization of the plant is enabled based on the height of the fluid flow and the space available.    DESCRIPTION OF DRAWING(S) - The drawing shows an isometric view of a fluid-driven power plant.    Center shaft (10)    Frame (12)    Panel (14)    Pivot point hinge (16)    Blade (18)
NOVELTY - The tidal force generator (100) has a weight plump (112) supported on a support frame (101) through a rotating pin (113), and fixed to a buoyancy device (110) floating on sea surface. A power generator (190) at upper end of the support frame is rotated by a turning gear (180). The turning gear is driven by the elevational force provided by the sea tides to the buoyancy device.    USE - Tidal power generator.    ADVANTAGE - The turning gear can be driven even at time of a small tide, and the power generation efficiency is improved.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of the tidal force generator.    Tidal power generator (100)    Support frame (101)    Buoyancy device (110)    Weight plump (112)    Rotating pin (113)    Turning gear (180)    Power generator (190)
NOVELTY - The power supply device (10) has capacitor (11) to store the electric power obtained by the solar cell (9). A lithium cell (12) is used as backup battery. The lifetime of battery is detected and notified.    USE - Power supply device for terminal network control unit for telemeter system (claimed) used for performing remote meter-reading of gas meter, water supply meter, and electric power meter.    ADVANTAGE - Lithium cell is used as backup battery so that electric power can be provided stably. The power supply device is operated smoothly.    DESCRIPTION OF DRAWING(S) - The drawing shows the block diagram of the power supply device for terminal network control unit. (Drawing includes non-English language text)    Solar cell (9)    Power supply device (10)    Capacitor (11)    Lithium cell (12)    Switch (14)
NOVELTY - The plug has plug housing that accepts a plug terminal that is electrically connected with external cable. A plug clamping portion has clamping head provided in plug housing and clamping post extending from clamping head. A detaching resistant and waterproof portion provided in hollow structure, has one end sleeved on plug housing and other end connected to connector socket.    USE - Plug for connector socket (claimed) of solar photovoltaic power generation system.    ADVANTAGE - The connection can be provided more conveniently and the breakage of the connection due to external force can be prevented. The waterproof structure that is convenient to assemble and disassemble can be provided.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for connector socket.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of the connector.
NOVELTY - The power conversion device (100) has pressure vessel (1) which has an inlet hatch (33) and an outlet hatch (36). The fluid dispersal unit is used to disperse second fluid of second temperature greater than temperature of first fluid. The master piston (7) is moveable with respect to master cylinder (8) between first and second position. The master piston and master cylinder are in fluid communication with pressure vessel such that fluid dispersal unit causes second fluid to increase the temperature and volume of first fluid resulting in movement of master piston within master cylinder.    USE - Power conversion device for converting temperature differential between two fluids into source of energy.    ADVANTAGE - Provides the power conversion device for generating power that is both efficient and environmentally friendly by providing use for wastewater in the production of motive power and by providing a closed system such that no valuable water is lost to the environment as vapor when the inlet and outlet hatches of the pressure vessel are opened.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a method for transferring temperature differential of at least two fluids into motive power using a device.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic diagram of the power conversion device.    Pressure vessel (1)    Master piston (7)    Master cylinder (8)    Inlet hatch (33)    Outlet hatch (36)    Power conversion device (100)
NOVELTY - The energy converter is designed to have different forms, for converting applied energy into electrical or mechanical energy. The energy converter is in the form of road power device with spring-loaded platform, wave power device, rocking arm device comprising alternately lifting reservoir, bicycle with additional freewheel clutches and propelling device for invalid carriage with alternatively interacting freewheel clutches. The energy converter is provided with blades, platform and bar.    USE - Energy converter for power generation.    ADVANTAGE - The structure of the energy converter is simplified and operability of the energy converter is improved.
NOVELTY - The carbonaceous particle carries out occlusion desorption of the lithium ion. The thermoplastic resin binds the carbonaceous particle. The volume of air passed through hole of diameter 0.05-100 mu m is 0.07-1.0 cc/g per mass.    USE - Sheet-like negative electrode for lithium ion secondary cell (claimed) used in electric power generation system such as wind-powered electricity generation system, current power generation system and solar power generation system.    ADVANTAGE - The high efficient sheet-like negative electrode is manufactured at low cost.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for manufacturing method of sheet-like negative electrode.    DESCRIPTION OF DRAWING(S) - The drawing shows a graph illustrating the air hole distribution of the negative electrode. (Drawing includes non-English language text)
NOVELTY - The turbine has a generator shaft rotated only in a rotation direction independent of a direction of flow of the turbine. Blade rings change its function as a guide wheel and/or a runner. A shaft functioning as the runner drives the generator shaft by using an overrunning clutch. Blade rows consist of flat plates or profiled blades. The blades are formed in a radial direction in flat or twisted manner. The blade rows and flow areas are designed in axial, semi-axial or radial manner.    USE - Turbine e.g. impulse turbine, reversing turbine and Wells turbine, for production of mechanically usable energy from wave energy and/or tidal energy of ocean.    ADVANTAGE - The turbine can be utilized in water, and reduces impact losses, flow losses and outflow losses, so that the efficiency of the turbine is increased.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of blade grids in a flow direction.'(Drawing includes non-English language text)'    Blade grids (1, 2)
NOVELTY - The system has a positive-type semiconductor thermo-electrical coupling separated from a negative-type semiconductor thermo-electrical coupling. An array of a temperature difference electricity generation converting unit is arranged between a thermal end high temperature wall surface and a cold end low temperature wall surface. The electricity generation converting unit is connected in series by conductive thin sheets. A smoke gas heat exchanger inlet (5) is connected with an exhaust main tube (2) of a vehicle. A smoke gas heat exchanger outlet (6) is connected with a silencer (7).    USE - Afterheat temperature-difference electrical conversion generation system for use in an internal combustion engine of a vehicle.    ADVANTAGE - The system recharges a storage battery of the vehicle, thus reducing the consumption of fuel oil about 5 percentages.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of an afterheat temperature-difference electrical conversion generation system.    Exhaust main tube (2)    Bypass branch tube (3)    Smoke gas heat exchanger inlet (5)    Smoke gas heat exchanger outlet (6)    Silencer (7)
NOVELTY - The method involves adhering a supporting shaft part (10) to a C shaped steel structure via a steel plate screw. A collimator is adhered to the supporting shaft part. An inserted hole is formed on the surface of the supporting shaft parts for fixing a fixed type focusing apparatus. A concrete is applied on a fixing unit inserted in the inserted hole formed in the supporting shaft part and is solidified. A support is fixed in a side of the surface of the supporting shaft part using a steel plate screw.    USE - Method for installing a fixed type focusing apparatus for a solar battery and a solar energy generating apparatus.    ADVANTAGE - The method is simple and adamantly fixes the supporting shaft part to the surface of the fixed type focusing apparatus using concrete, thus reducing the cost and the construction period.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a supporting shaft part of the fixed type focusing apparatus.    Supporting shaft part (10)
NOVELTY - The module has a heat radiator fixed below a concentrator cell sheet. Centre of the concentrator cell sheet, focus of a Fresnel lens, a light guide hole of a long strip anti-focusing plate and centers of upper and lower mouths on a light guide funnel are located on a same line. Two-dimensional full-automatic tracking device is connected to the module. The light guide funnel is arranged below the Fresnel lens without contacting the Fresnel lens. The light guide funnel is fixed on the anti-focusing plate or the light guide funnel without contacting the anti-focusing plate.    USE - Solar high-power light-concentrating photovoltaic power generation module.    ADVANTAGE - The module has simple assembly, modularized parts, less material consumption, convenient assembly, high assembly accuracy, increased power generation efficiency and reduced power generation cost.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a solar high-power light-concentrating photovoltaic power generation module.
NOVELTY - The box has an electric switching device (3) provided in a box body (2), where a box cover (1) is equipped on the box body. Projected strips (21) are provided in a bottom part of the body. A flexible ventilation tunnel (211) is communicated with a vent hole (28) formed on the body and an outer side of the box. Radiating strips (11) are provided on a surface of the cover. The box body is provided with a radiating fin seat (26), where the seat is provided with a bypass diode chamber (261). Radiating fins (32) are made of red copper sheet material.    USE - Junction box for a solar energy photovoltaic electricity generating subassembly.    ADVANTAGE - The box has bypass diodes fixed on the radiating fins, so that the radiating fins uniformly disperse heat produced by the bypass diodes. The box body is mounted on a solar energy photovoltaic battery panel, thus dispersing heat in a better manner.    DESCRIPTION OF DRAWING(S) - The drawing shows an exploded perspective view of a solar energy photovoltaic electricity generating subassembly's junction box.    Box cover (1)    Box body (2)    Electric switching device (3)    Radiating strips (11)    Projected strips (21)    Radiating fin seat (26)    Vent hole (28)    Radiating fin (32)    Flexible ventilation tunnel (211)    Bypass diode chamber (261)
NOVELTY - The system has a solar-energy-bearing gas phase working substance generator (1) whose working substance outlet is connected with a working substance inlet of a gas phase working substance over-heater (2). A working substance outlet of the over-heater is connected with a working substance inlet of an external combustion engine (3). A working substance outlet of a liquid phase working substance pressing pump (5) is connected with a working substance inlet of the generator. A heat source of the over-heater is a highly focused sunshine or fuel.    USE - Solar-energy cascaded thermoelectric system for use in a large scale solar-energy thermoelectric power plant.    ADVANTAGE - The system has high efficiency in use of solar energy, thus enabling a large scale solar-energy thermoelectric power plant.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a solar-energy cascaded thermoelectric system.    Solar-energy-bearing gas phase working substance generator (1)    Gas phase working substance over-heater (2)    External combustion engine (3)    Cooling condenser (4)    Liquid phase working substance pressing pump (5)
NOVELTY - The assembly has four direct reflectors and a solar battery assembly part (3), which are arranged in a double U-shaped structure. Multiple indirect reflectors are arranged on neutral gear area of the direct reflectors, where each indirect reflector is provided with a secondary reflector (9). A one-time reflector (10) is installed in a side part of the assembly part and the gear place of the direct reflector, where the one-time reflector reflects the sunshine upwardly onto the secondary reflector. A base plate is made of aluminum alloy having aluminum tri-oxide surface.    USE - Double-U shaped secondary reflection condensing solar battery assembly.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a double-U shaped secondary reflection condensing solar battery assembly.    Condenser (1)    Solar battery assembly (3)    Secondary reflector (9)    One-time reflector (10)
NOVELTY - The photovoltaic batteries (6) are provided in an array. Two brackets are provided at the two ends of the array, respectively. Several strip shaped Fresnel lenses (3) are mounted among transverse plates (2) of two brackets. The strip shaped lenses are provided with a rotating shaft (8). A fan blade (1) is provided at one top end of rotating shaft, for driving the strip shaped lens to rotate.    USE - Solar battery device for use in solar photovoltaic power generation field.    ADVANTAGE - The photoelectric conversion efficiency, the service life of the solar battery device and possibility of commercial operation of solar power generation are improved, while reducing the power generation cost.    DESCRIPTION OF DRAWING(S) - The drawing shows the structure of solar battery device.    Fan blade (1)    Transverse plates (2)    Strip shaped Fresnel lens (3)    Photovoltaic batteries (6)    Rotating shaft (8)
NOVELTY - The thermoelectric device comprises ceramic base plates (6,7) arranged in contact with the hot and cold ends at outer wall of pipeline respectively. The P-type and N-type semiconductor materials (1,2) are arranged between a copper plate (5) welded to the ceramic base plate (7) and copper plates (3,4) laminated on the ceramic base plate (6) corresponding to positive and negative polarity to form a power generation unit (8).    USE - Thermoelectric device for generating electricity from waste heat of waste hot water, waste steam and waste flue gas (all claimed) discharged from large chemical or metallurgical plant, power plant and industrial furnace.    ADVANTAGE - The amount of coal, oil and other resources used for generating electricity is saved and environmental pollution is avoided.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic sectional view of the power generation unit of thermoelectric device.    P-type semiconductor material (1)    N-type semiconductor material (2)    Copper plates (3-5)    Ceramic base plates (6,7)    Power generation unit (8)
NOVELTY - The assembly has amorphous silicon film solar battery pieces fixed on a toughened glass, and a connecting terminal protruded from two sides of the battery pieces. The toughened glass is fixed to the battery pieces via glue pieces. Multiple electrodes are connected by ultrasonic welding via an aluminum foil to connect the battery pieces in series or in parallel based on specific requirement. A transparent sealing material is filled into specific gaps provided among the battery pieces, and the connecting terminal is connected to a connection box that includes a block diode.    USE - Amorphous silicon film solar battery assembly for a building.    ADVANTAGE - The battery assembly is inexpensive, and installation angle of the battery assembly is reduced. The battery assembly is installed in a convenient manner, and has long operational life and low processing cost.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of an amorphous silicon film solar battery assembly.
NOVELTY - The system comprises a fluid pump assembly mounted under the surface of water. The pump assembly has several pistons pumps (2-14) spaced along or fluid communication with a conduit (19). Each piston pump comprises a pumping float (17) adapted to move with the surface of water. The pump is actuated by the wave-induced vertical movement of float. The wave motion of float on the surface of water is converted to generate the pressurized flow of fluid within the conduit.    USE - Wave-activated pumping system for use in electricity generation system (claimed).    ADVANTAGE - The flow rate of fluid and pressure differentials are improved and the efficiency of system is improved. The large reduction of volume of waterborne debris and rubbish passing through the valves and turbines of electric power generation system can be achieved.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:    (1) electricity generation system; and    (2) method of generating electricity.    DESCRIPTION OF DRAWING(S) - The drawing shows an explanatory view of the wave-activated pumping system.    Piston pumps (2-14)    Piston (15)    Pumping float (17)    Conduit (19)    Directional flow valve (20)
NOVELTY - The generator (1) has a rotation part (36) provided in an end of a support stand (32). A wire (40) rotates at an upper part of a wheel (210) according to a circulation of the rotation part. An axis (62) is fixed to a pole wheel of a rotating unit (20), and an elastic unit (50) provides elastic force to the wire. The axis is rotated in a unidirectional rotation of the pole wheel. A support (22) has an end fixed to a mainframe (10). The support stand is fixed with a pivot axis (34). The rotating unit is located around the pivot axis.    USE - Power generator. Uses include but are not limited to atomic power, solar power, wind power and hydraulic power.    ADVANTAGE - The generator has simple structure, reduces maintenance and fabrication costs, intensifies installation space, and convenient usage.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a power generator.    Power generator (1)    Mainframe (10)    Rotating unit (20)    Support (22)    Support stand (32)    Pivot axis (34)    Rotation part (36)    Wire (40)    Elastic unit (50)    Axis (62)    Wheel (210)
NOVELTY - The method involves passing exhaust gas containing elemental hydrargyrum through a silent discharge reactor and producing oxygen, ozone, chlorine and Hypochlorous Chlorine (HOCl). Hydrargyrum is produced from the elemental hydrargyrum, and mercury oxide is removed from the exhaust gas using a dust collector and a wet scrubber or wet desulphurization facility.    USE - Method for removing mercury oxide. Uses include but are not limited to combustion process, steelmaking process, sintering process, coal thermoelectric power generation and incineration process.    ADVANTAGE - The method produces oxygen in the exhaust gas and oxidizer to oxidize the elemental hydrargyrum by using the silent discharge reactor, and to remove the Hydrargyrum in the exhaust gas in an efficient manner.    DESCRIPTION OF DRAWING(S) - The drawing shows a graphical representation of an elemental hydrargyrum elimination experiment result.'(Drawing includes non-English language text)'
NOVELTY - The set has a water purification plant facility placed in a water pipe to transfer tap water to inner side of a large water supply pipe. A connection linkage i.e. bolt, is fixed in a front part of a hydraulic turbine (1-1). The turbine is provided at a lower part of a bolt hole (1-5). An anchoring bolt (11) is placed in a disk yoke (1-2). The connection linkage is excited in bi-direction of a turbine water pipe (1) into the anchoring bolt. The turbine water pipe produces electricity by utilizing a waterpower generation device.    USE - Power generating set. Uses include but are not limited to a hydraulic power plant, solar power plant, heat power plant and an atomic power plant to generate electricity.    ADVANTAGE - The set effectively utilizes different types of tap water. The hydraulic turbine of the turbine water pipe is mounted on the water pipe of the large water supply pipe, thus installing the vane wheel and a generator of the turbine rotation inside and outside the turbine water pipe at a same time. The set effectively produces electricity, and is made to rotate in a fast manner when the generator produces electricity.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic illustration of a process of a rotational motion of a vane wheel in a hydraulic turbine of a turbine water pipe of a power generating set.'(Drawing includes non-English language text)'    Turbine water pipe (1)    Hydraulic turbine (1-1)    Disk yoke (1-2)    Bolt hole (1-5)    Anchoring bolt (11)
NOVELTY - The generator has a submergible electrical coil adapted to allow subsurface currents to enter and flow axially through the coil. A support is adapted to engage the sea floor, and to support and orient the electrical coil to allow horizontal components of subsurface currents to produce an axial flow through the coil. A magnetic shuttle (10) is mounted to longitudinally reciprocate in coil driven by water flowing through the coil.    USE - Generator for producing electricity by converting energy from subsurface currents having horizontally moving components into electricity used in an offshore island to boost tourism for seashore recreation. Can also be used in powering units that generate hydrogen for future cars and even power the new machines that clean the atmosphere or thousands of tons of carbon dioxide per day.    ADVANTAGE - Enables effective generation of electricity regardless of whether the ocean surface is tranquil or is buffeted by hurricane conditions, whether the tide is coming in, going out, or somewhere in between, whether the sun is brightly shining or obscured by clouds, and whether the local wind is blowing or not. Enables effective elimination of fluctuations produced by one array.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for employing a magnetic shuttle and an electrical coil for converting energy from subsurface currents into electricity.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a portion of the generator used to generate electricity.    Shuttle (10)    Valve (20)    Longitudinal grooves (22)    Guide rods (24)    Fastener holes (30)
NOVELTY - The heater (1) has an assistant electric heater (6) supplied with power by a small-size wind mill generator (2), where the assistant electric heater is connected with a commercial electricity i.e. minor power source. The small-size wind mill generator and the commercial electricity supplies electricity to the assistant electric heater by a controller (3), and an inverter (5) is connected between the controller and the assistant electric heater. The controller is externally connected with a rechargeable battery (4).    USE - Wind and light compensating solar water heater.    ADVANTAGE - The controller is utilized for ensuring wind power generation and scientific management of charging and discharging of the battery. The heater is reasonable in design, and increases practicality. The heater reduces the operating charge of a user, and is easy to popularize and apply.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a wind and light compensating solar water heater.'(Drawing includes non-English language text)'    Wind and light compensating solar water heater (1)    Small-size wind mill generator (2)    Controller (3)    Rechargeable battery (4)    Inverter (5)    Assistant electric heater (6)
NOVELTY - The lamp has an electric light source i.e. LED, electrically connected with a storage battery through a control circuit board that is electrically coupled with a solar-power battery board. A shading layer is provided on a transparent lamp cover (1), where the shading layer is used for covering a part of the transparent lamp cover. A hollow indication mark is provided on the shading layer, and is provided on an upper half part or lower half part of the transparent lamp cover. A direct solar current charge and discharge circuit and a conversion circuit are provided on the control circuit board.    USE - Solar-powered emergency indicating illuminating lamp for use in a building and an underground car park.    ADVANTAGE - The lamp has simple structure, small volume, long illuminating time for emergency, and indication and illumination functions. The lamp saves the energy, and is environment-friendly.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a solar-powered emergency indicating illuminating lamp.    Transparent lamp cover (1)
NOVELTY - The equipment has a hollow steel floating cylinder with a front end rising upwards and extending over sea, and a rear end with three thick connecting rods. The middle connecting rod is provided with a hub that is connected with an arced gear (F). A lower gear group (G) is connected with a direct-current generator (FD1) to drive the lower gear group to generate electricity and charge a chargeable battery (1hashBF). An upper gear group (H) is connected with a direct-current generator (FD2) to drive the upper gear group to generate electricity and charge another chargeable battery (2hashBF).    USE - Wave power generation equipment.    ADVANTAGE - The equipment is simple in structure, reduces environment pollution and reduces waste gas and heat exhaust. The equipment occupies less space, and is convenient to maintain. The equipment reduces investment, and improves income. The equipment does not influenced by weather, and the wave resource is inexhaustible and unlimited. The equipment is better in collection than solar energy and wind energy. The equipment prevents the floating cylinder from being turned over.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a wave power generation equipment.'(Drawing includes non-English language text)'    Arced gear (F)    Direct-current generators (FD1, FD2)    Lower gear group (G)    Upper gear group (H)    Baffle (K)    Rechargeable batteries (1hashBF, 2hashBF)
NOVELTY - The device has a buoyant ball (3) installed in a vertical shaft (4), where the buoyant ball slides up and down on the vertical shaft. A steel wire rope is wound around the vertical shaft and connected with the buoyant ball, where the buoyant ball moves reciprocally when wave rises and falls. A wound roll (1) is driven to move back and forth by movement of the buoyant ball. A generator (40) is driven at constant speed one-way rotation, and a clutch control valve (7) controls a brake cylinder (9) to connect a clutch (8).    USE - Wave power generation device.    ADVANTAGE - The device utilizes wave and buoyancy force of water in sea, thus providing inexhaustible, environment-protective, permanent and great energy sources, and promoting development of country and national rejuvenation.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a wave power generation device.    Wound roll (1)    Buoyant ball (3)    Vertical shaft (4)    Clutch control valve (7)    Clutch (8)    Brake cylinder (9)    Generator (40)
NOVELTY - The rotor has a central rotating shaft and a rotating gear in an interference fit and fixed and limited through a fixed bracket. The rotating shaft is equipped with two adjacent support layers e.g. circular plate, vertical to the rotating shaft. Two adjacent fixed rods are spaced on a same circumference between the support layers and by the rotating shaft as centre. The fixed rods are connected through triangular/trapezoidal flexible vanes. A concave-convex deformation of the vanes exists oppositely to a plane provided with the fixed rods, which are connected with the vanes.    USE - Self-adaptive flexible vane rotor for wind energy field and tidal current energy field.    ADVANTAGE - The rotor has high power efficiency, so that the conversion efficiency is high.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a self-adaptive flexible vane rotor.
NOVELTY - The controller has a shell comprising a collection control circuit that includes conditioning circuits connected to a photovoltaic cell current and voltage sensor, a blower current and voltage sensor, a storage battery current and voltage sensor, a radiation sensor, a wind speed sensor, and a temperature sensor. An electronic switch driver circuit drives the charge and discharge in the controller, and a maximum power tracking circuit comprises direct-current/direct-current conversion circuits connected through a switch metal oxide semiconductor (MOS) tube.    USE - Shipping wind and light supplementary generation controller for use in a ship.    ADVANTAGE - The controller allows controlling operational diversion of a ship in the river by utilizing an advanced reduced instruction set computer machines (ARM) embedded technology and enables effective utilization of the solar battery efficiently to provide optimal operation solution to intelligent control and management of over-discharge and overcharge of battery set.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a shipping wind and light supplementary generation controller.'(Drawing includes non-English language text)'
NOVELTY - The supply has a rechargeable battery arranged in a box body that is equipped with a solar battery component. A pull handle (2) i.e. telescopic pull handle, and trundles are arranged on a bottom of the box body. A hanging handle (7) is arranged on a side of the box body. Two sides of the box body are equipped with a hinge and a box lock (6). The component is divided into two parts, which are separately mounted on a top box (4) and a bottom box (5) on the box body. A power supply system is internally equipped with an input switch.    USE - Hand-pulled luggage carrier shaped power supply for use in field, desert or ship.    ADVANTAGE - The power supply can charge the rechargeable battery using the solar battery to solve charging problem without commercial power and can use moving mechanism of the box body to push and pull the moving power supply conveniently to reach the purpose of charging without being limited by region. The power supply is portable and can be carried.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a hand-pulled luggage carrier shaped power supply.    Pull handle (2)    Top box (4)    Bottom box (5)    Box lock (6)    Hanging handle (7)
NOVELTY - The device has a heat absorbing plate (2), semiconductor cooling pieces (3) and a radiating piece (4) fixed in a middle part of a shell (1) from outside to inside. Two poles of the semiconductor cooling pieces are respectively connected with wires. The semiconductor cooling pieces are series/parallel connected with each other.    USE - Solar power generating device.    ADVANTAGE - The device is convenient to use, maintained easily, and is simple in structure.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a solar power generating device.    Shell (1)    Heat absorbing plate (2)    Semiconductor cooling pieces (3)    Radiating piece (4)
NOVELTY - Invention relates to small power engineering for transforming the flow of rivers and tides into angular kinetic energy on free-flow link hydroelectric power plants. The hydro-turbine consists of a hollow carrying shaft-cylinder with adjustable ballast, which makes it possible for the hydro-turbine to be fully submerged into water or bring it to the surface. On the shaft-cylinder are placed semi-cylinder arms, to whose ends are attached annular containers with ballast, which ensure neutral buoyancy of the hydro-turbine. On the shaft-cylinder are mounted equally along its length several discs or flat cylinders with grooves on the rims, to which are attached arms. Arms have the shape of the lateral sides of the hollow cylinder, cut-off longitudinally, thus, so that the discs are inscribed on the inner ends of the arms. A central hole is formed between the discs, of the surface carrying shaft-cylinder and the inner ends of the arms, through which communicate all vane spaces. As a result the flow goes through the entire turbine, touching the arms, which are located on the rear from the flow of the turbine end. The outer ends of the arms are tightened by rings-hoops and will form a multibladed cylinder, whose base is fully closed with the containers of ballast, tightly joined with the ends of the arms and hollow carrying shaft-cylinder.    USE - Power engineering.    ADVANTAGE - Hydro-turbine has a high coefficient of efficiency and is simple to produce. 4 dwg
NOVELTY - Invention relates to hydroenergetics, to low pressure flows of seas, rivers and water outlets of hydro electric stations and reservoirs. A tidal hydroelectric plant contains a cylindrical body of the machine compartment with a gear box and electric generator of the tail hydroturbine with arms, mounted on its axis and the axis of rotation. On the upper part of the body is fixed a flat pylon, on the end of the pivot system and the axis of rotation. The body is suspended on a crossbeam in the passage of the catamaran for lifting the power station to the level of the servicing platform on the grooves of the support bridge pier, connected by the arch with a lifting mechanism. Arms of the hydroturbine are made short and wide sweptforward on the leading edge and with a concave surface in the form of a parabolic curve, and a convex surface of the tailpiece perforated with slanting slits.    USE - Power engineering.    ADVANTAGE - Reduces the depth of the low pressure power stations, increases the hydrodynamic quality of the hydroturbines arms, and ensures periodic lifting of the power station from the water. 3 cl, 4 dwg
NOVELTY - Water flow energy converter into electrical energy consists of a body with open flow windows being provided in the lower part of the body during low-tide and in the upper part during high-tide. The converter also includes endless band inside the body, which is reeled on drums, operating blades in the form of double-lever plates. The operating blades are bent relative to each other and provided with hinge in the point of bending. They are installed on the external side of endless band along the whole its length. The stabilisers are installed on drum shafts outside the body boards. The said stabilisers pull down endless band with blades with regard to the body bottom to activate part of the blades in the upper part of endless band during high-tide. Alternatively, the stabilisers lift the endless band to activate part of the blades in the lower part of the endless band during low-tide. There are vertical slots made in the body to adjust height of lifting or pulling down. The movable gate is attached to the body end side and directs flow to the upper part of endless band during high-tide. The movable gate takes horizontal position to allow free flowing during low-tide.    USE - Electricity.    ADVANTAGE - Improved effectiveness of device, simple structure and operation, wade range of application. 3 dwg
NOVELTY - The present invention relates to a hydroelectric power generator using wind power and water power from nature to compress air. First, wind power is used to rotate over two windmill sets. The windmills rotate a speed changer to rotate an air compressor. Compressed air has a certain pressure, and is collected and stored in an air pressure storage to accumulate the small energy for becoming large energy. Second, water power generated from rivers, estuary tides, bay tides and ocean current is utilized to rotate over two hydraulic turbines. The hydraulic turbines rotate the speed changer to rotate the air compressor to compress air. Compressed air has a certain pressure, and is collected and guided into the air pressure storage on the land to accumulate the small energy for becoming large energy. Third, wave power generated by ocean waves is utilized to provide buoyancy for buoys at the wave peak and wave trough to drive the unidirectional torque ratchets to rotate the speed changers. The air compressor then is driven to compress air. Compressed air has a certain pressure, and is collected and guided into the air pressure storage on the land to accumulate the small energy for becoming large energy. Four, the compressed air stored in the above air pressure storages have a certain pressure to provide air pressure to the sealed water tanks fully filled with water and the sealed water towers at the certain heights, so that the conductors (referred to Pascal's law) are formed to convey water from a low place to reach a certain height to generate potential energy. Tremendous water then is gathered while transporting water to reach the certain height. Actual effect for hydroelectric power generation can be therefore achieved and water can be recycled after electrifying.
NOVELTY - The system has a vessel (30) e.g. cylindrical shaped hull, to roll on water in response to wave and/or wind energy. Mooring elements (31) connect the vessel with an anchor, and capture relative movement between the vessel and the anchor in response to rolling, pitching and/or vertical motion of the vessel, where the mooring elements convert the relative movement into movement of a drive train to generate electricity. Rolling, pitching and/or vertical motion of the hull with respect to cables connected to the vessel actuates the drive train.    USE - System for converting wave and/or wind energy into movement of a drive train, in a sea or ocean vessel (claimed).    ADVANTAGE - The vessel uses oscillatory wave motion of water to capture wave power, and uses wind as roll enhancing/amplifying energy input to maximize rolling or oscillatory motion of the vessel, thus generating energy by virtue of rolling of the vessel. The system is simple in design as few moving parts are required, thus increasing robustness of the design.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a power generation system.    Vessel (30)    Mooring elements (31)    Coupling (32)    Gearbox (33)    Generator (34)
NOVELTY - A ceramic heat storage medium (18) with an extended longitudinal section is formed with heat resistant particles that cooperate to form voids between them, to facilitate flow of heat transfer fluid (11b) in longitudinal direction. The particles and voids enable the flow of fluid along a plane perpendicular to a longitudinal axis laterally across the medium. The particles transfer heat by direct contact with fluid. A flow path defined by voids in a longitudinal direction, has a superheat port for storing heat of superheated working fluid passing through flow path.    USE - Heat storage system in power plant such as combined cycle power plant (CCPP), concentrating solar power plant (CSP), integrated gasification combined cycle (IGCC) power plant and coal fired steam power plant (all claimed). Can also be used in geothermal plant and nuclear plant.    ADVANTAGE - Enables the storage of heat at any temperature at which most power plants can operate. The design is simple, robust and less expensive.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for heat storage method.    DESCRIPTION OF DRAWING(S) - The drawing shows an explanatory view illustrating the structure of the power plant with heat storage system.    Power generation system (10)    Power plant (10A)    Heat storage system (10B)    Heat transfer fluid (11b)    Heat storage medium (18)
NOVELTY - The method involves calculating ON time of switching element (13) by using computing equation relating inductance value of reactor (11), input voltage of chopper circuit and electric current command value for generating output voltage of fixed value. The zero current switching of switching element is performed based on switching period which is calculated using computing equation relating ON time of element, input and output voltages of chopper circuit.    USE - Control method of step-up chopper circuit for solar power generation system.    ADVANTAGE - The ideal switching of switching element is performed efficiently at low cost with reduced switching loss and simple circuit of step-up chopper circuit.    DESCRIPTION OF DRAWING(S) - The drawing shows a circuit diagram of step-up chopper circuit.    Step-up chopper circuit (10)    Reactor (11)    Blocking diode (12)    Switching element (13)
NOVELTY - The maximum power generation amount of the solar cell is detected from the input electric current flowing through an alternating current (AC) reactor (3) and charging voltage value of the capacitor (4). A switch (5) is turned ON and solar cell is linked to the solar energy power generation system, when the detected power generation amount is more than a preset regulation value.    USE - Method for linking solar cell to solar energy power generation system.    ADVANTAGE - The electric power generation amount of the solar cell can be detected quickly by constructing closed loop using AC reactor and capacitor. The solar cell is prevented from generating power during rainy days and cloudy weather, since the power generation of solar cell is allowed only after detecting the power generation amount, so that effective usage of electric power is facilitated.    DESCRIPTION OF DRAWING(S) - The drawing shows the circuit block diagram of the solar energy power generation system.    Inverter (1)    AC reactor (3)    Capacitor (4)    Switch (5)    Current transformer (6)
NOVELTY - The device has solar cell (1) connected to power supply control processor (3). An LED illumination lamp (6) and storage cell (2) are connected to solar cell. The solar cell has battery (13), solar panel (11) and charging unit (12) that are connected in series. A power supply control processor has light intensity controller (33) connected to sensitometer (5) and sound controller (32) connected to pick-up device (4).    USE - Solar powered illumination device.    ADVANTAGE - The illumination effect is improved at low manufacturing cost, by using solar energy and energy is saved by controlling light and sound, so that industrial value of the device is increased.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of the solar powered illumination device. (Drawing includes non-English language text)    Solar cell (1)    Storage cell (2)    Power supply control processor (3)    Pick-up device (4)    Sensitometer (5)    LED illumination lamp (6)    Solar panel (11)    Charging unit (12)    Battery (13)    Sound controller (32)    Light intensity controller (33)
NOVELTY - The method involves twisting several conductors to form cable core, and extruding layer of linear polyethylene to form an embryonic insulating layer on the cable core. The embryonic insulating layer is processed with electronic accelerator to form integrated polyethylene insulating layer. The layer of linear polyethylene is extruded to form embryonic coat. The embryonic coat is processed with accelerator to form integrated polyethylene insulating layer. The conductor is tin-plated copper wire.    USE - Method for manufacturing cable for solar photovoltaic power generation system.    ADVANTAGE - The durability of the cable is improved. The chemical corrosion property and mechanical property of the cable are maintained reliably.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for cable for solar photovoltaic power generation system.    DESCRIPTION OF DRAWING(S) - The drawing shows a flow diagram illustrating the manufacturing process of cable for solar photovoltaic power generation system.(Drawing includes non-English language text)
NOVELTY - The method involves tapping solar energy as an electric power without turning gathered direct current into alternating current. The method reduces power transmission loss.    USE - Utilization method of electric power.    ADVANTAGE - Enables to apply method globally since solar power is freely available. Also, hydraulic electric power, which can be utilized from water can also be used since it is abundant throughout the world.
NOVELTY - The generator has a flywheel rotating with force of waves for producing electricity with repulsive force of waves, where the waves advances over a weatherboard.    USE - Generator for producing electricity by utilizing waves.    ADVANTAGE - The generator is environment-friendly and efficient to use.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a wave usage electricity generator.'(Drawing includes non-English language text)'
NOVELTY - The apparatus has a protective coating film, power generation module made of silicon material including a thermoelectric element that absorbs sunlight except specific wavelength region through beam splitters (200-202, 204). The splitters are installed behind a back mirror (10), which is set in a straight direction of the sunlight passing via a through-hole (11). Solar batteries (100-105) are installed in reflection and penetration directions of the splitter, where the batteries absorb the sunlight of the specific region through the splitters and develop power.    USE - Apparatus for generating solar energy using a beam splitter.    ADVANTAGE - The splitters achieve high power generation efficiency. The angle of the splitters is conveniently controlled through a beam splitter holder, so that the splitters achieve better sunlight absorption rate. The batteries and the thermoelectric element are combined together, so that power generation synergistic effect is achieved as the power generation module. The apparatus performs surface process with cheap mode, so that the splitters achieve sun light reflection property.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a solar energy generating apparatus.    Back mirrors (10, 20)    Through-hole (11)    Wire (50)    Solar batteries (100-105)    Beam splitters (200-202, 204)
NOVELTY - The electrolyzer has an electrolytic membrane (151) with a distribution hole (151a) that circulates raw water of cation exchange resin or anion exchange resin. A solar cell is between an oxygen electrode (152) and a hydrogen pole (153) that are arranged at the outer surface of the electrolytic membrane. The raw water contains either a compound which produces proton as cation when the electrolytic membrane consists of cation exchange resin, or another compound which produces hydroxy ion as anion when the electrolytic membrane consists of anion exchange resin.    USE - Electrolyzer for fuel cell electric power generation system (claimed).    ADVANTAGE - Ensures easy separation of raw water from gas by emitting oxygen gas from the oxygen electrode, and hydrogen gas from the hydrogen pole when the raw water is electrolyzed. Offers space saving by eliminating special separation apparatus for isolating gas and raw water.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a fuel cell electric power generation system.    DESCRIPTION OF DRAWING(S) - The drawing shows the cross sectional view of the principal part of the electrolyzer. (Drawing includes non-English language text).    Electrolytic membrane (151)    Distribution hole (151a)    Oxygen electrode (152)    Hydrogen pole (153)    Sealing material (154)
NOVELTY - The apparatus has a wind-driven electric plant (20) installed at an upper part of a surface of a structure (10). A tidal power generation facility (30) is installed under a surface of the structure. A storage (12) stores electricity in a lower part of the structure. A movable part (14) is arranged in a side lower part of the structure. Gears (16) operate a generator for producing electricity, and are connected to a floor part. A fix structure is installed in a lower part of the structure.    USE - Offshore power generation e.g. hydroelectric power generation, thermal power generation and nuclear power generation, equipment.    ADVANTAGE - The device effectively produces electricity, is easy to operate and maintain, and inexpensive.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of an offshore power generation equipment device.    Structure (10)    Storage (12)    Movable part (14)    Gear (16)    Wind-driven electric plant (20)    Tidal power generation facility (30)
NOVELTY - The device has solar heat collector, a heat exchanger and a heat recycle pump connected in series via a water pipe to form a heat recycle system. A cooler, a cool exchanger and a cool recycle pump are connected in series via the water pipe to form a cooling recycle system. A semiconductor electricity generator assembly is clamped between the heat exchanger and the cool exchanger.    USE - Solar power system device for a solar water heater in remote area.    ADVANTAGE - The device is simple in structure and convenient to install, and has a low usage cost. The device avoids affecting the normal use of the solar water heater. The device can use residual heat resource to a large extent and generate electricity with temperature difference.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a solar power system device.
NOVELTY - The method involves opening a water gate (9) based on opening and closing of a floodgate (10), and setting an aberration part (3) on a waterway (2). Water is passed through the waterway, and a pulley (8) of the aberration part and another pulley of an acceleration shroud are connected by a belt. The pulleys are rotated to produce the electricity. The aberration part is turned when the waterway and the water gate contact with tide of reservoir, and the waterway of sea side is revealed and filled with water.    USE - Method for opening and closing a watergate in a water power generator.    ADVANTAGE - The method is implemented in an inexpensive manner and environment-friendly manner, and enables production of huge power.    DESCRIPTION OF DRAWING(S) - The drawing shows a cross-sectional view of a water power generator.    Waterway (2)    Aberration part (3)    Pulley (8)    Water gate (9)    Floodgate (10)
NOVELTY - The system has chamber (3) arranged in tail section of sides of hull, of predetermined size to accommodate outboard motor (10) that is powered by wind-powered electricity generation and solar electric power generation energy. A stainless steel suspension support (5) suspends the motor from precision round bar (7). A hydraulic unit has hydraulic pushing-out shaft (15) coupled to the motor, which pushes out the outboard motor to outer side of hull, for sudden and rapid turning of ship. The chamber has iron plate (12) diagonally extended inside chamber, and folded in non-use state.    USE - Drive system for sudden turning of huge ship/vessel such as very large crude carrier, ultra large crude carrier, and luxury liner.    ADVANTAGE - The solar panel is inexpensive to manufacture. The risk of accident of tanker for oil fuel generator, and marine pollution by petroleum outflow accident can be avoided. The eco-energy is effectively used, and the economical efficiency is improved.    DESCRIPTION OF DRAWING(S) - The drawing shows the explanatory side view showing the installation of the outboard motor in the motor accommodation chamber arranged in tail section of sides of hull. (Drawing includes non-English language text)    Chamber (3)    Suspension support (5)    Precision round bar (7)    Outboard motor (10)    Iron plate (12)    Pushing-out shaft (15)
NOVELTY - The device has an insulating case body (1) whose inner part is equipped with a solar controller, a switch power supply, a converter, an electrifying unit, a lightning protection device, a direct current type temperature control system and a device tray. An outer side of the case body is equipped with a solar battery board (15), and a cable line is utilized for connecting the outer side of the case body to the solar controller. The case body is provided with a substrate (3) and a top cover (2) that is mounted with a radiating fan frame.    USE - Solar integrated outdoor case device for a communication base station.    ADVANTAGE - The device reduces the size of base station and highly integrates the base station. The device reduces the projection complexity. The cost of device is reduced, and reliability of the device is increased.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a solar integrated outdoor case device.    Insulating case body (1)    Top cover (2)    Substrate (3)    Solar battery board (15)
NOVELTY - The device has a shell (2) whose inner surface is fixed to an exhaust pipe (1). Left side surface, right side surface and bottom surface of an outer surface of the shell are arranged in a plane. High temperature surfaces of electricity generating chips (3) are respectively provided on the left side surface, right side surface and bottom surface. A fin radiator (4) is fixed on a low temperature surface of the chips, where the chips are connected in series or in parallel. Gaps formed between the fin radiator and the shell are filled with insulated materials (5).    USE - Device for generating electricity by utilizing an exhaust pipe of a vehicle.    ADVANTAGE - The low temperature surface of the electricity generating chips conducts heat to the fin radiator, and the electricity generating chips can generate electric energy by utilizing different temperature of the high temperature surfaces and the low temperature surface. The device is simple in structure, easy to install and reliable to work, and can save fuel for the vehicle.    DESCRIPTION OF DRAWING(S) - The drawing shows a front sectional view of a different temperature electricity generating device.    Exhaust pipe (1)    Shell (2)    Electricity generating chips (3)    Fin radiator (4)    Insulated materials (5)
NOVELTY - The furnace has a furnace body whose upper portion is fixed with a tar catalytic-cracking chamber, and a spiral input device mounted on a right outer side of the furnace body. A feeding hole is provided on a right upper portion of the spiral input device. An ash storing chamber is equipped at a lower portion of a grate. A conical reverse blow device is mounted between the ash storing chamber and the grate. An air inlet pipe is connected to a left upper portion of the ash storing chamber. A connection flange is fixed on the lower portion of the furnace body, and is connected to a bottom base.    USE - Integrated biomass industrial gasification furnace for supplying heat energy to industrial and mineral enterprises and biomass power plants.    ADVANTAGE - The furnace can generate fuel gas, catalytically crack the fuel gas and purify the fuel gas. The furnace is simple in structure and convenient in operation.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of an integrated biomass industrial gasification furnace.
NOVELTY - A formaldehyde and phenol are condensed in organic solvent in presence of phosphoric acid, and mixture is recrystallized by toluene and cooled to obtain bisphenol F. Then, obtained bisphenol F, epoxy chloropropane and dichlorpropanol are mixed, and subjected to ring-cleavage reaction and etherification in presence of benzyltrimethyl ammonium chloride to obtain bisphenol F dichlorohydrin ether. Then, solid caustic soda is added to resulting mixture and subjected to closed epoxidation and dechlorination reaction, washed and dried to obtain bisphenol F epoxy resin.    USE - Manufacture of bisphenol F epoxy resin used for wind-powered electricity generation.    ADVANTAGE - The method provides bisphenol F epoxy resin having high epoxide number and low viscosity.    DETAILED DESCRIPTION - A formaldehyde and phenol are condensed in organic solvent in presence of phosphoric acid as catalyst, and the mixture is recrystallized by toluene and cooled to obtain bisphenol F having large amount of 4,4'-isomer. Then, obtained bisphenol F, epoxy chloropropane and dichlorpropanol are mixed, and subjected to ring-cleavage reaction and etherification reaction in presence of benzyltrimethyl ammonium chloride to obtain bisphenol F dichlorohydrin ether intermediate. Then, solid caustic soda is added to the resulting mixture and subjected to primary closed epoxidation and dechlorination reaction. The resulting epoxy chloropropane is separated and subjected to secondary closed epoxidation and dechlorination reaction by adding diluted alkali and toluene solvent. The solvent is crystallized, washed by hot water and dried to obtain bisphenol F epoxy resin having high epoxide number and low viscosity. The method further comprises adding dichloropropanol in the preparation of bisphenol F dichlorohydrin ether from bisphenol F and epoxy chloropropane.
NOVELTY - The window has a motor shaft connected with a pinion, where the pinion is connected with a gear wheel by wheel chains. A shaft of the gear wheel is connected with an end of a roller, where the roller is connected with rolling shutters. Multiple antitheft solar absorption pipes are connected with two window chains, where one antitheft solar absorption pipe at a top part is connected with an end of a rolling tape. An end of the rolling tape is connected with the roller. The antitheft solar absorption pipes are connected with a thermoelectric converter/heat pipes and a solar battery.    USE - Multifunctional solar automatic rolling burglary-resisting window.    ADVANTAGE - The window provides automatic antitheft function, and transforms solar energy into electricity or heat for use. The window realizes multiple functions, and provides high cost performance.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a multifunctional solar automatic rolling burglary-resisting window.
NOVELTY - The lens (1) has several primary rib structures (11a,11b) which are arranged in lateral direction. Several secondary ribs (12a,12b) having same width as that of primary ribs are arranged in radial direction and adjacently joined to the primary ribs so as to form a mesh-like external structure.    USE - Fresnel Zone lens for use as optical condensing element of solar energy electric power generation system.    ADVANTAGE - The strength of the Fresnel Zone lens can be enhanced by rib structures of mesh-like external structure, thus achieving highly protective Fresnel zone lens.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of the Fresnel Zone lens.    Fresnel Zone lens (1)    Primary rib structures (11a,11b)    Secondary ribs (12a,12b)    Primary side portion (4)    Secondary side portion (13)
NOVELTY - A functional element comprises infrared rays and charged particle radiation property which mixed semiconductor particle (C) with incompatible polymer (A,B) in predetermined ratio and dispersed inside specific polymer or polymeric boundary.    USE - Functional element for low temperature thermoelement and functional products e.g. fiber, nonwoven fabric, thread, textile fabric and knitted material (claimed). Can also be used as medical device for animals (e.g. necklace, bracelet, ring, leg ring, underwear, socks, belly band, sheet, pillow and bedding), electronic medical device (e.g. cardiac pacemaker), and sensor unit or thermoelectric power generating elements for low temperature (e.g. fire alarm).    ADVANTAGE - The functional element costs low and always generates charged particle abundantly.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for:    (1) functional products; and    (2) low temperature thermoelement comprising huge thermoelectromotive force based on quantum effect of the charged particle produced by heating semiconductor particle of functional element.    DESCRIPTION OF DRAWING(S) - The drawing shows an explanatory view of the semiconductor particle distributed within compound polymeric resin by double percolation method. (Drawing includes non-English language text).    Incompatible polymer (A,B)    Semiconductor particle (C)
NOVELTY - The plant has a cylinder whose upper end supports a plate. Intervals are provided between an external circle of the cylinder and an internal circle of another cylinder (18). A draw bar (12) drills through a through hole of a facing bar (13) and a through hole of a disk (11) one by one to a center part of another disk (1). An upper end block (12-1) of the draw bar is connected with a support plate (20) by a bolt. A lifting ring (12-2) is connected with the upper end block. An ocean thermal generator is provided on a bedplate (6) or another bedplate (14).    USE - Offshore power plant.    ADVANTAGE - The plant can achieve the density superposition of wave energy, ocean current energy, ocean thermal energy, wind power and solar energy to increase the electricity production in the unit area and generating efficiency, thus relatively reducing the construction cost and operation cost. The plant is environment-friendly.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of an offshore power plant.    Disks (1, 11)    Bedplates (6, 14)    Draw bar (12)    Upper end block (12-1)    Lifting ring (12-2)    Facing bar (13)    Cylinder (18)    Support plate (20)
NOVELTY - The centralized solar power supply system comprises solar energy conversion device, and storage device. The power supply system supplies power for on-line leakage current monitoring system of high voltage arrester, individually or with other power supply systems.    USE - Centralized solar power supply system.    ADVANTAGE - Automatic leakage current monitoring of high voltage arrester can be performed efficiently and accurately.    DESCRIPTION OF DRAWING(S) - The drawing shows the schematic view of the centralized solar power supply system. (Drawing includes non-English language text)
NOVELTY - The solar energy is collected and converted into electrical energy by a conversion device. The converted electrical energy is stored in storage device. The electric power is supplied to online leakage current monitoring system of high voltage arrester, by central solar power supply system, individually or with other power supply systems.    USE - Method of supplying solar power to on-line leakage current monitoring system of high voltage arrester.    ADVANTAGE - Automatic leakage current monitoring of arrester can be performed efficiently and accurately.    DESCRIPTION OF DRAWING(S) - The drawing shows the schematic view of the solar power supply system. (Drawing includes non-English language text)
NOVELTY - A three-phase full wave rectifier circuit (7a) supplies electric power to earth leakage determination circuit (6) and thyristors (S1,S2). The thyristors are turned ON and tripping of trip coil (4) is performed, if the determination circuit detects earth leakage. The electric current is supplied from the phases (L2,L3) of electric circuit (1) to the trip coil even if one phase (L1) is open and the thyristors are arranged in parallel on trip coil drive circuit (8), if earth leakage is determined.    USE - Three-phase earth leakage breaker for use in electrical power facility such as solar power generation facility.    ADVANTAGE - Since electric current is supplied from the phases of electric circuit to trip coil even if one phase is open, interruption operation of electric circuit can be performed rapidly. Hence, the failure of trip coil is prevented while increasing the rated voltage of the breaker without increasing the withstand voltage of thyristor.    DESCRIPTION OF DRAWING(S) - The drawing shows a circuit diagram of three-phase earth leakage breaker.    Electric circuit (1)    Trip coil (4)    Earth leakage determination circuit (6)    Three-phase full wave rectifier circuit (7a)    Trip coil drive circuit (8)    Phases (L1-L3)    Thyristors (S1,S2)
NOVELTY - The voltage value and inverter electric current value of system power supply are taken into analog-to-digital (A/D) converter of microcomputer (19). The zero crossing point of system voltage and zero crossing point of inverter electric current are detected. The zero crossing points of system voltage and inverter electric current are synchronized by changing the phase of the reference sinusoidal wave signal.    USE - Inverter control apparatus for solar power generation system.    ADVANTAGE - The electric power of the inverter control apparatus is efficiently supplied to the system and the power factor is improved by synchronizing zero crossing point of system voltage with zero crossing point of inverter electric current.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for control method of inverter.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of the inverter control apparatus. (Drawing includes non-English language text)    Solar cell (1)    System (13)    Multiplier (18)    Microcomputer (19)    Drive circuit (23)
NOVELTY - The system has a generator installed on a hydraulic turbine (1). The turbine includes a rotatable body (10) that comprises a endless track (11) and blade holders (12) installed on the endless track. Blades (2, 21, 22) are installed on the blade holder, and an axial combination system (3) includes a blade rotation system that rotates the blades. The rotation system includes a control system that rotates the blades when the blades are in the water or out of the water so that the blades are perpendicularly positioned to the flow of the water.    USE - Wind-hydro power generation system for generating electric power by using wind power and hydraulic power.    ADVANTAGE - The blade rotation system rotates the blades so that the blades can be adjusted according to the direction of the wind, thus eliminating resistance caused by the wind even when the blade of the hydraulic turbine is out of water and enabling wind power to provide force to the hydraulic turbine, hence enhancing power generation efficiency of the system. The system allows depressing the blades against the direction of the flow of water when the blades are submerged to create the water outflow at the center and to enhance the efficiency of use water power. The direction of the blades can be changed easily when the blades are used for the tidal power generation.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a wind-hydro power generation method.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a rotation system on a wind blade that is not affected by a mild wind or when there is no wind.    Hydraulic turbine (1)    Blades (2, 21, 22)    Axial combination system (3)    Rotatable body (10)    Endless track (11)    Blade holders (12)
NOVELTY - The actuator (19) has outer casing that is provided with several pentagonal and hexagonal facets (101). An internal support structure comprises central core and struts extending radially from the central core.    USE - Buoyant actuator for wave-energy conversion system (claimed).    ADVANTAGE - The size of the buoyant actuator is reduced.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for wave-energy conversion system.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the wave-energy conversion apparatus.    Pumps (15)    Buoyant actuator (19)    Coupling (21)    Tether (23)    Facets (101)
NOVELTY - The device has an electro-mechanical unit (23) e.g. electric generator, coupled to a hydraulic rotor (2). A hydraulic rotor supporting unit has an upstream bearing (16A) and an upstream stop (15A) mounted in an upstream support (27A) rigidly connected to an external body (4) by upstream posts (7A) to form blades. The supporting unit has a downstream bearing (16B) and a downstream stop (15B) mounted in a downstream support (27B) rigidly connected to the body by shaped downstream posts (7B) to form the blades. The rotor and the upstream posts are shaped and arranged to form a propeller turbine.    USE - Electro-hydraulic electricity generating device for use in an electrical energy producing installation of a terrestrial power plant associated to a dam or a watercourse, a tidal power plant, or a power plant associated to a sea current (all claimed).    ADVANTAGE - The rotor and the upstream posts are shaped to form an optimized propeller turbine, thus optimizing the operation of the electricity generating device. The electricity generating device is easy to assemble, disassemble and maintain. The electricity generating device can be immersed in sea or ocean. The device has reduced encumbrance, and ensures better flow of water.    DESCRIPTION OF DRAWING(S) - The drawing shows a longitudinal sectional view of an electro-hydraulic electricity generating device.    Hydraulic rotor (2)    External body (4)    Upstream posts (7A)    Downstream posts (7B)    Upstream stop (15A)    Downstream stop (15B)    Upstream bearing (16A)    Downstream bearing (16B)    Electro-mechanical unit (23)    Upstream support (27A)    Downstream support (27B)
NOVELTY - The control unit has a plate shaped stray body (100), and a drive motor (300) fixed at a top side of the plate shaped stray body. A rotation axis (320) is provided in a motor shaft (310) of the drive motor, and a support stand (350) is located at an upper side of the plate shaped stray body and fixed to the rotation axis. A rotator (600) is installed at a front side of a generator housing (500), and a propeller (610) is provided in the rotator. A generator is located in the generator housing and fixed to a bottom side of a supporting frame (400).    USE - Rotating fluid flow control unit.    ADVANTAGE - The control unit moves the rotator in which propeller is installed and the generator housing in which the generator is installed in an easy manner, thus improving the convenience of maintenance and rework.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a rotating fluid flow control unit.'(Drawing includes non-English language text)'    Plate shaped stray body (100)    Drive motor (300)    Motor shaft (310)    Rotation axis (320)    Support stand (350)    Supporting frame (400)    Generator housing (500)    Rotator (600)    Propeller (610)
NOVELTY - The device has a U-shaped fence (1) provided with two/three fan-shaped dam bodies (2) to form 30-120 degrees angle. Each dam body is formed by connecting small plates. The fence is installed on a mudflat of seaside to stop and store water. Hydraulic turbines (3) are installed in a pocket (6) i.e. round barrel. An electric generator (4) is fixed on an upper part of the turbines. A water inlet and an outlet (5) are installed on an outside dam body that is placed on a lower part of the fence. A valve shape water gate (7) is placed in an outer side of the fence.    USE - Device for generating multifunctional tide electricity in a dam and at seaside (all claimed).    ADVANTAGE - The device allows the water entering into the U-shaped fence to push the hydraulic turbine to generate the electricity.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a multifunctional tide electricity generation device.    U-shaped fence (1)    Dam bodies (2)    Hydraulic turbines (3)    Electric generator (4)    Water inlet and outlet (5)    Pocket (6)    Water gate (7)
NOVELTY - The structure is provided with a solar radiant density testing instrument and a temperature testing instrument of a parametric testing instrument. The solar radiant density testing instrument is arranged on a sensitive surface of a solar energy photovoltaic assembly in a photovoltaic power station. The temperature testing instrument is encapsulated in the solar energy photovoltaic assembly.    USE - Parametric testing instrument mounting structure for an interconnected solar power photovoltaic power station.    ADVANTAGE - The structure can timely measure the radiant density of the solar energy photovoltaic assembly surface and the temperature in the solar energy photovoltaic assembly, thus accurately measuring the momentary generated power of the interconnected photovoltaic power station.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a parametric testing instrument mounting structure.
NOVELTY - The device has a finestiller (2) positioned at top part of a generator (1) whose one end is connected with a dynamo (5) through a steam over-heater (3) and a steam turbine (4). An end of a solution heat exchanger (9) is connected to a bottom end of the generator and the finestiller, and another end of the solution heat exchanger is output to an absorber (6) and a liquid storage tank (7). The tank is connected to the finestiller, and a geothermal water pipe (111) is connected with the generator via the over-heater. A cooling water pipe (131) is connected to the absorber.    USE - Middle-low temperature geothermal double-working-substance circulating generating device for use in a geothermal power station.    ADVANTAGE - The device has compact structure and small size, and occupies less space. The device can be modularized, and is convenient to install while building a geothermal power station.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a middle-low temperature geothermal double-working-substance circulating generating device.    Generator (1)    Finestiller (2)    Steam over-heater (3)    Steam turbine (4)    Dynamo (5)    Absorber (6)    Liquid storage tank (7)    Solution heat exchanger (9)    Geothermal water pipe (111)    Cooling water pipe (131)
NOVELTY - The battery (1) has an optical sensor (6) mounted on a rotation device (2), where the battery absorbs solar energies by rotation of the rotation device. Electricity generated by the battery is stored in a rechargeable battery (4) by a connection line (3) that is adjusted by a controller (5). A load (8) is driven by an inverter (7), and the optical sensor tracks sunlight for 24 hours.    USE - Angle adjusting type solar battery.    ADVANTAGE - The battery with the optical sensor effectively tracks sunlight, and generates power by efficiently absorbing solar energies.    DESCRIPTION OF DRAWING(S) - The drawing shows a side sectional view of a solar battery.    Angle adjusting type solar battery (1)    Rotation device (2)    Connection line (3)    Rechargeable battery (4)    Controller (5)    Optical sensor (6)    Inverter (7)    Load (8)
NOVELTY - The board has a bracket fixed with a metal sleeve that is penetrated by electrode wires, and a solar battery plate fixedly connected with the bracket and the electrode wires.    USE - Solar power board for charging an intelligent control unit of a power system.    ADVANTAGE - The board is convenient to assemble and disassemble, economical and practical, and has high load absorbing capability. The board has long recycle service time, better charging performance and green property, thus providing environment protection without maintenance. The board saves energy, time and cost, and provides stable working of the intelligent control unit of the power system.    DESCRIPTION OF DRAWING(S) - The drawing shows a front view of a solar power board for charging an intelligent control unit of a power system.
NOVELTY - A solar cell (8) has a capillary metal pipe with inner diameter ranging from 2-5mm and graphite heat-conducting layers coated with insulation layers. The capillary metal pipe is connected with a finned pipe in a header pipe (1) to form a closed pipe system. A cooling medium (4) flows between the finned pipe and the header pipe.    USE - Closed-ring capillary solar photovoltaic thermoelectric plate for solar photovoltaic power generation.    ADVANTAGE - The efficiency of the photoelectric conversion is improved by reusing and conducting waste heat generated in the solar cell by the meta pipe.    DESCRIPTION OF DRAWING(S) - The drawing shows a cross-sectional view of the closed-ring capillary solar photovoltaic thermoelectric plate.    Header pipe (1)    Cooling medium (4)    Metal frame (7)    Solar cell (8)
NOVELTY - The system provides optimized adaptation of storage capacity and thermal energy storage to generator power based on average solar radiation in geographical usage position. Energy efficiency is maximized by additional use of solar cooling and cold storage, after considering benefits and costs to implement an optimal cooling of a cold generator side. A thermal energy required for space heating or hot water supply with low overall efficiency is used by usage requirements of an energetically favorable heat and power combination.    USE - Thermoelectric generator system for electrical current generation and for heating purposes from solar power, for use in space flight, in automobile electronics for producing smallest electrical power, and in a biomedical device.    ADVANTAGE - The thermal energy required for space heating or hot water supply, with the low overall efficiency is used by the usage requirements of the energetically favorable heat and power combination, thus improving overall efficiency of the heat and power combination.
NOVELTY - The arrangement has a solar cell for converting electromagnetic radiation into electrical energy, and an LED for converting the electrical energy into the electromagnetic radiation. The solar cell and the LED are electrically connected with each other and are optically arranged with each other, where the LED is partially supplied with the electrical energy by the solar cell.    USE - Circuit arrangement for generating electrical energy from electromagnetic radiation.    ADVANTAGE - The circuit arrangement can be varied and retrofitted to optimize energy utilization and energy balance.
NOVELTY - The nut (1) has segments abutting together in separation planes, movably guided relative to each other between opening and closing conditions, and combined together. A three point-lever mechanism (20) are provided for driving the segments against each other in the closing condition. The segments are connected with each other in an end region (11) in pivotable and movable manner for being pivotable relative to each other. A dual joint is provided with a joint intermediate piece (14) extending transverse to one of the separation planes.    USE - Nut for use with a screw and a threaded bolt for screw connection for construction of an apparatus and a system, and for screwing a flange at housing and a base of a wind power plant.    ADVANTAGE - The segments are connected with each other in the end region in pivotable and movable manner for being pivotable relative to each other, thus allowing the segments for opening and closing not to be radially processed with the consequence that a drive is not arranged at multiple locations over a periphery of the nut, thus aligning the nut in a desired angle while allowing the nut to be used for wide number of applications in construction of the apparatus and the system.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a nut in an opened condition.    Nut (1)    End regions (11, 12)    Joint intermediate piece (14)    Three-point lever mechanism (20)    Pivotable axis (21)    Joint (25)
NOVELTY - A reciprocating pump has a piston mechanism (201) for fluid delivery adapted for reciprocation in response to reciprocation of the input. A gearing mechanism (251) interposed between the reciprocating input and the piston mechanism delivers stroke length to the piston mechanism that is different from the stroke length of the input. The gearing mechanism also delivers reduction in stroke length of the piston mechanism in relation to the stroke length of the input and may include a pulley mechanism (261) coupling the piston mechanism to the input.    USE - Reciprocating pump adapted for actuation by reciprocating input when used in wave energy system (Claimed). Can also be used in an apparatus for harnessing wave energy in a body of water and for converting the harnessed energy into high pressure fluid e.g. water, typically above 0.7 mega Pascals and preferably above 5.5 mega Pascals, with such fluid used for power generation and or desalination.    ADVANTAGE - Stroke length reduction especially of piston mechanism leads to reduction in overall length of pump. Velocity reduction of piston mechanism relative to input facilitates better high pressure sealing. Piston diameter can be increased, leading to better piston dimensional stability. When used in apparatuses for harnessing and converting wave energy, the spacing between apparatuses and patterning of arrays of such apparatuses are optimized with respect to actual wavelength of dominant sea state and directions of the waves, allowing for optimized operation in shallow waters of about 10 meters in depth or less.    DESCRIPTION OF DRAWING(S) - The drawing shows the sectional elevational view of a reciprocating pump.    Piston mechanism (201)    Piston base (209)    Piston tube (211)    Gearing mechanism (251)    Pulley mechanism (261)
NOVELTY - The apparatus (11) comprises several pumps (15) that are attached to base (17) anchored to seabed. Each pump is connected to buoyant actuator (19) which is suspended within seawater above the pumps but below the water surface. The buoyant actuator is positioned above and is centrally located with respect to pumps.    USE - Apparatus for translating wave motion into reciprocating action in wave energy system (claimed) for use in power generation or desalination plant.    ADVANTAGE - The wave motion can be translated into reciprocating action effectively with a simple structure by the arrangement of buoyant actuator.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of the apparatus for translating wave motion into reciprocating action.    Apparatus for translating wave motion into reciprocating action (11)    Pumps (15)    Base (17)    Buoyant actuator (19)    Tether (23)
NOVELTY - The apparatus (20) has a frame (22), a vacuum chamber (32), and a float portion (24) secured to the frame, where the float portion rest in water to buoyantly support the apparatus. Another float portion (26) is secured to the frame. A connecting arm (40) is mounted to the frame, where the connecting arm has two attachment ends (42, 44). A set of power cells (46, 48) comprises a vertically elongated tubular member with an open bottom (B) and closed top (T). A set of pneumatic inlet valves (64) directs air from the vacuum chamber towards the power cells during a vacuum operation.    USE - Apparatus for extracting kinetic energy from ocean waves to generate electrical energy.    ADVANTAGE - The apparatus extracts power from ocean waves to generate electrical energy in a reliable manner. The apparatus is simple, easily adaptable and adjustable, and takes advantage of the natural motion of the wave for amplifying the power stroke of extraction devices, thus maximizing power output.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of an apparatus for extracting energy from wave motion in water.    Open bottom (B)    Closed top (T)    Energy extracting apparatus (20)    Frame (22)    Float portion (24, 26)    Vacuum chamber (32)    Connecting arm (40)    Attachment ends (42, 44)    Power cells (46, 48)    Pneumatic inlet valves (64)
NOVELTY - The power station has a rechargeable battery whose output end is connected with an input end of a grid inverter. An output end of the grid inverter is connected with an input end of an automatic converter, and another output end of the grid inverter is connected with a display screen. An output end of the automatic converter is connected with an LED energy-saving lamp group, oiling machine or a submersible pump, billboard and other electrical devices, where the automatic converter is two-way connected with a commercial power network.    USE - Grid solar power station for supplying power to a gas station.    ADVANTAGE - The power station avoids shutting down of the gas station when the power is cut off due to a single commercial power supply mode of the gas station.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a grid solar power station.'(Drawing includes non-English language text)'
NOVELTY - The station has a solar panel whose output end is connected with an input end of a chopper. An output end of the chopper is connected with an input end of a battery pack. A controller is connected with another input end of the battery pack and another output end of the chopper. An input end of an inverter is connected with the controller and a display. An output end of the inverter is connected with an automatic converter. An output end of the controller is connected with the automatic converter that is connected with an energy-saving light unit.    USE - Solar power station for a gas station.    ADVANTAGE - The station avoids work interrupt during the commercial power supplying power off.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a solar power station.'(Drawing includes non-English language text)'
NOVELTY - The structure has a rear cover matching a battery compartment, which is fixed at rear side of a middle housing. Two ends of the battery compartment are connected with conductor connection slots connected to a rechargeable battery. A front side of the middle housing is equipped with a control circuit board accepting chamber and a solar panel accepting chamber. The control circuit board accepting chamber is fixed at an end part of the front side of the middle housing. A panel matching the front end of the middle housing is correspondingly equipped with a solar panel frame.    USE - Solar charger housing structure for use as solar charger of a mobile phone.    ADVANTAGE - The housing is made of plastic material, so that the structure is inexpensive. The structure occupies small space, and is convenient to use, and has portable property. The alkaline zinc-manganese dioxide cell is used as energy storage element or for charging, so that the cost of charger structure is reduced, the rejection rate of the alkaline zinc-manganese dioxide cell is reduced, and social energy source is saved. The structure has better social and economic benefits.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of a solar charger housing structure.
NOVELTY - The structure has a frame provided with buckling sides and fixed with a U-shaped slotted sided solar cell subassembly and two opposite sides contacting a buckling strip e.g. transverse-H-shaped slot port sectional material. The two opposite sides of the solar cell subassembly contacting the buckling strips are provided with side frames, and the buckling strip is fastened with the frame of the solar cell subassembly in matched shape. The solar cell subassembly is fixed with transverse beam by the buckling strip, and the transverse beam is fixed with a triangular bracket.    USE - Necked installation frame structure for a solar cell array of a ground solar power station system.    ADVANTAGE - The structure has high installation efficiency, which avoids the need for the hole drilled on the frame of the solar cell plate, thus ensuring low construction labor intensity, low cost and better appearance of the assembled solar battery array, so that the structure is applicable for a large-scale production and assembling function.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a solar cell array necked installation frame structure.
NOVELTY - The apparatus has a widened, rotatable front axial turbine runner assembly (1) comprising a confusor portion having cone angle of 30-40 degrees , radial dimension of 25-30% of inner diameter of the confusor portion. A narrowed, rotatable rear co-axial turbine runner assembly (2) has a hub (12) extending along the axis, and rear turbine blades (13) extending outwards radially. Each rear blade has a surface portion diverged from the central longitudinal plane for facing transversally the accelerated screw flow oncoming from the front runner assembly.    USE - Apparatus for converting kinetic energy of fluid flow in fluid basin such as water basin into usable energy using new and old ships, vessels, boats and pontoons. Uses include but are not limited to power supply of sea oil platform, oceanographic researches, disaster coastal areas, desalination plants and watering of coastal areas.    ADVANTAGE - The apparatus is versatile, highly reliable and requires a low degree of skill for installation, servicing and operation. The manufacture cost is reduced and maintenance requirement is reduced.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for water wave-induced, vessel rocking motion control and energy transformation system.    DESCRIPTION OF DRAWING(S) - The drawing shows the side view of the kinetic fluid flow energy-receiving and transferring unit.    Front axial turbine runner assembly (1)    Rear co-axial turbine runner assembly (2)    Elongate pin (3)    Elongate tether (4)    Hub (12)    Rear turbine blades (13)
NOVELTY - The device has a long rod (4) made of semi-rigid material and bent by effect of force when ocean water impacts a floating ball (3) at any direction to drive a ratchet chain (6) to move up and down. Vertical motion of the ratchet chain drives a ratchet (5) to rotate for driving a generator (7) to cut magnetic lines around a shaft for electricity generation.    USE - Ocean wave utilization type analogy device for producing electricity that is utilized for desalting seawater and providing hydrogen for a fuel battery vehicle.    ADVANTAGE - The analogy device can produce electricity with low cost power.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of an ocean wave utilization type analogy device.    Bearing block (1)    Eccentric block (2)    Floating ball (3)    Long rod (4)    Ratchet (5)    Ratchet chain (6)    Generator (7)
NOVELTY - The device has a power device composed of a driving shaft (3), a power output shaft (4), a ratchet gear (5), a driven gear (6), a ratchet chain wheel (7), a driven chain wheel (8), a chain (9) and a power box (10). A float is installed at an end of the driving shaft. The ratchet chain wheel of the driving shaft and the driven chain wheel of the power output shaft are driven by the chain. Driving directions of the ratchet gear and the ratchet chain wheel are opposite, and the power output shaft is connected with the device. A supporting device is installed in the power box.    USE - Device for generating wave power.    ADVANTAGE - The device makes driving directions of the ratchet gear and the ratchet chain wheel to be opposite, so that the power output shaft continuously rotates toward the inner side even when the wave moves upward or downward. The device is connected with the power output shaft to generate required power.    DESCRIPTION OF DRAWING(S) - The drawing shows a partial sectional view of a wave power generating device.    Driving shaft (3)    Power output shaft (4)    Ratchet gear (5)    Driven gear (6)    Ratchet chain wheel (7)    Driven chain wheel (8)    Chain (9)    Power box (10)
NOVELTY - A spring system has an energy storage device (1) e.g. torsional spring in which energy is stored. The sensors of spring system generate monitor signal based on status parameter such as torque. A control module (29) generates output control signal and recharge control signal in response to monitor signal. An electric power generator (10) converts the stored energy into electric energy (11). A spring recharge module recharges the spring system based on recharge control signal input to a control switch (31), by the rotation of a shaft (34) on powering a motor (33).    USE - Self-sustaining electrical power generation system for domestic and business applications.    ADVANTAGE - The electrical energy can be generated without adversely impacting the environment and without using fossil fuels or constructing dams or water retention lakes.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for self-sustaining electrical power generation method.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of self-sustaining electrical power generation system.    Energy storage device (1)    Electric power generator (10)    Electric energy (11)    Control module (29)    Control switch (31)    Motor (33)    Shaft (34)
NOVELTY - The collector has a cable or hinged bar serving as an axle surrounded by multiple turbines, where turbines operate with flow of water perpendicular to the axle. The turbines are submerged or semi-submerged, and include curved or inclined plates or blades. Ends of the cable or hinged bars are secured via stationary knuckle joints to piers anchored to a seabed. The hinged bar or cable concentrates energy collected by the turbines from waves or horizontal fluvial current, and applies waves or horizontal fluvial current to a revolution multiplier that actuates an electric generator.    USE - Sea wave energy collector.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a sea wave energy collector.
NOVELTY - The device has electric power generation layers (5,7) that are formed between back surface reflection layer (2) and surface reflection layer (4). The reflective surface of conductive layer and back reflective surface are not formed in planar shape. The length of the optical path between middle reflection layer (6) and back reflection layer is changed in fixed period by changing the thickness of reflection layers.    USE - Solar power generation device.    ADVANTAGE - Optical absorption rate of electric power generation layer can be improved by changing the length of optical path. Electric power generation efficiency and performance of solar cell can be improved.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for solar power generation method.    DESCRIPTION OF DRAWING(S) - The drawing shows the sectional view of the solar power generation device.    Back surface reflection layer (2)    Surface reflection layer (4)    Electric power generation layers (5,7)    Middle reflection layer (6)    Optical confinement regions (R1-R3)
NOVELTY - The device (1) has a shell (2) enclosing mass forming units (3), where a radial-flow impeller (5) of the units is rotationally mounted relative to the shell in an out of water position of the device. The radial-flow impeller is rotationally mounted relative to the shell and a filling liquid volume partially fills the shell with a filling liquid (4) e.g. seawater, in a part, at which impeller is partially immersed, in a partially immersed position of the device. The impeller authorizes displacement of a part (4A) of the filling liquid during rotation of the impeller.    USE - Device for converting energy of waves into recoverable energy e.g. electrical energy or mechanical energy, for activating an electric motor, seawater desalination device or hydraulic motor.    ADVANTAGE - The converting device is manufactured in an inexpensive manner and robust, and presents an improved energy restitution rate. The mass forming units are manufactured at a reduced cost. The device reduces apparent pressure efforts subjected by a wall of the shell, and reduces the efforts subjected by the mass forming units to ensure effective rotation between the shell and the mass forming units.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of a wave energy converting device along a plane transversal to a rotational axis.    Wave energy converting device (1)    Shell (2)    Mass forming units (3)    Filling liquid (4)    Part of filling liquid (4A)    Radial-flow impeller (5)
NOVELTY - The device has a retaining band clamped between retaining hooks fixed at a base of a lower chamber, and a rubber seal firmly fixed at the base of the lower chamber. A water wheel or a turbine in an upper chamber is fixed at a floor. The water wheel or the turbine is firmly connected with a guide tube (7) in the upper chamber on one side and a water discharge tube and on another side. A knob is provided at a lower side of bellows (3b) for pressing on the band. A flywheel outside of a two chamber container provides constant energy output. Water drain valves, and openings are filled with water.    USE - Device for utilizing a hydrostatic energy from natural water such as oceans, seas and rivers, for power production.    ADVANTAGE - The bellows are designed such that the bellows are lighter than its surrounding water even when the bellows are upwardly squeezed out from the water with the enormous force. The bellows are brought into the output position with smaller energy expenditure, thus developing the energy yield.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for utilizing a hydrostatic energy.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of a device for utilizing a hydrostatic energy.    Cover plate (1)    Upper tube (2)    Bellows (3b)    Fastening band (4)    Holes (5, 6)    Guide tube (7)
NOVELTY - The device has a floating heavy rigid base (1) vertically hinged and arrayed with multiple hydraulic cylinders (2). A float (4) is connected to an outer end of a piston rod (3) of the hydraulic cylinders whose unidirectional high-pressure liquid outlet connects with a liquid inlet of a hydraulic motor (5). A unidirectional low-pressure liquid suction inlet of the hydraulic cylinders is connected with a liquid outlet of the hydraulic motor. The hydraulic cylinders are connected with the heavy rigid base via a universal joint (9), and the hydraulic motor is connected to a generator.    USE - Heavy-float wave power generating device.    ADVANTAGE - The device realizes conversion of kinetic energy into electric energy of wave. The device is simple in structure and low in operation cost without pollution and displacement.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a heavy-float wave power generating device.    Floating heavy rigid base (1)    Hydraulic cylinders (2)    Piston rod (3)    Float (4)    Hydraulic motor (5)    Universal joint (9)
NOVELTY - The energy conversation type hydroponic tank (10) has an adjustable cultivation panel (12) that is adjusted according to the height of plant grown inside a cultivation tank (11). The water level of the culture solution is adjusted with an automatic control system. The electric power obtained from a wind powered electricity generation apparatus (145) is supplied to power supply (15) of a sun lamp (16) and power supply of automatic control system.    USE - Energy conservation type hydroponic tank.    ADVANTAGE - Since electric power obtained from wind powered electricity generation apparatus is supplied to the power supply of automatic control system and power supply of sun lamp, the consumption of energy and installation cost are reduced.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:    (1) energy conversion type hydroponic system; and    (2) energy conversion type hydroponic method.    DESCRIPTION OF DRAWING(S) - The drawing shows the perspective view of the energy conversation type hydroponic tank.    Energy conversation type hydroponic tank (10)    Cultivation tank (11)    Cultivation panel (12)    Power supply (15)    Sun lamp (16)    Wind powered electricity generation apparatus (145)
NOVELTY - The device has a wind power generating device provided at a top part of a mast-type upright post (1), where the device is provided with a wind wheel (2), a rotating body (3) and a rear control (4). The wheel is provided with a pair of fixed fan blades (8) and fan blades (9). A solar generating device is provided under the wind power generating device. A lightning rod (5) is arranged above the rotating body, and a rechargeable battery (6) is provided at one side of a bottom part of the post. The bottom part of the post is fixed on a base installation and is fastened by multiple pull wires (10).    USE - Triune generating device for generating electricity.    ADVANTAGE - The device simultaneously utilizes the wind energy and the solar energy to generate electricity. The device is provided with good complementarity and strong practicability. The device utilizes a lightning rod for providing better protection against lightning.    DESCRIPTION OF DRAWING(S) - The drawing shows a side-perspective view of a triune generating device.    Upright post (1)    Wind wheel (2)    Rotating body (3)    Rear control (4)    Lightning rod (5)    Rechargeable battery (6)    Fixed fan blades (8)    Fan blades (9)    Pull wires (10)
NOVELTY - The station has a wave tank (1) arranged in seashore for generating air compression energy for operating a turbine (3) corresponding to waves. A reconstruction spring (17) is connected to a piston compression line (15) of an air tank (13) that is installed at a sea surface for collecting compression air in the air tank to operate another turbine (4), where the station produces electricity without truncation. A pneumatic tube room (10) is set in front and back sides of the wave tank, so that the sea wind is condensed.    USE - Seashore wave generating station for generating wave to operate a turbine for producing electricity (all claimed).    ADVANTAGE - The station utilizes the waves and the sea wind through the wave tank for operating the turbine, thus producing the electricity without environmental contamination and break down effect.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a seashore waves generating station.'(Drawing includes non-English language text)'    Wave tank (1)    Turbines (3, 4)    Pneumatic tube room (10)    Air tank (13)    Piston compression line (15)    Reconstruction spring (17)
NOVELTY - The system has a wind force area self-storage device, and a power control stabilizing portion (20) measuring operation state of a flywheel in a wind force area (10). A thermoelectric power generator supplies energy to the power control stabilizing portion, and an electric power system (30) is connected to the power control stabilizing portion to supply and receive the energy. A flywheel storage unit is controlled by a controller to supply the energy of the wind force area to operate the flywheel.    USE - Flexible wind farm output control system.    ADVANTAGE - The system secures variability in storage capacity, flexibility in the variation of output and operation assistance service providing function. The output level and energy storage level of the system can be freely controlled according to the object of the system operator, and avoids fluctuation in wind power generation.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for controlling output of a flexible wind farm.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a flexible wind farm output control system.'(Drawing includes non-English language text)'    Wind force area (10)    Power control stabilizing portion (20)    Electric power system (30)
NOVELTY - The device has a blade (12) equipped to down side of a case (11). A lower surface of the case is shut tightly and equipped with a support stand (17). One side of the case is provided with a wing portion (171). A hauling cable (161) connected to a bevel gear (131) is equipped at both ends of an inverter (16). A bevel gear (141) is equipped inside the case along vertical direction. A generator (15) is equipped at upper end of the case. A power cable (151) is provided at a side of the inverter. A generating part (10) is connected to a bolt (172), and a mooring gear is fixed to a ground.    USE - Vertical body axial flow current power generation device.    ADVANTAGE - The device can be installed, maintained and repaired easily using the mooring gear.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a vertical body axial flow current power generation device in partial section.    Generating part (10)    Case (11)    Blade (12)    Generator (15)    Inverter (16)    Support stand (17)    Bevel gears (131, 141)    Power cable (151)    Hauling cable (161)    Wing portion (171)    Bolt (172)
NOVELTY - The structure has an incoming and outgoing waterway (300) provided with a water gate (310), which is installed on a top part of a generation water furnace (200). An aberration part (210) is installed on the generation water furnace. The generation water furnace and incoming and outgoing waterway share a water passage wall (150). An administration path (410) is formed between the generation water furnace and the incoming and outgoing waterway. An approach funnel (411) is entered on the generation water furnace and installed on the administration path.    USE - Hydraulic turbine and water gate installation structure for a tidal power plant.    ADVANTAGE - The structure provides efficient operation of the aberration part and the water gate. The structure provides easy maintenance, reduces required site and usage of material by integrating entire machine equipments, reduces tidal power station construction cost, provides safety to an operator accessing the aberration part related mechanism through the administration path, reduces machine equipment cost and maintenance management cost, reduces incoming and outgoing waterway constructed cost, discharges the water quickly, facilitates exit and entrance adjustment through the water gate, maintains submergence and exposure condition of foreshore, and preserves foreshore ecosystem.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a hydraulic turbine and water gate installation structure in partial section.    Water passage wall (150)    Generation water furnace (200)    Aberration part (210)    Incoming and outgoing waterway (300)    Water gate (310)    Administration path (410)    Approach funnel (411)
NOVELTY - The structure has a top water gate (310) and a lower gate (210) respectively installed at a top waterway (300) and a lower part waterway (200) to share a water passage wall (150). The top waterway and lower part waterway are divided by a demarcation strip (400), and two stop log input parts (152) are respectively formed at two end parts of the lower part waterway and the top waterway. The lower gate is ascended and descended through the demarcation strip, and one of the stop log input parts of the lower part waterway is installed at outer side of the other stop log input part.    USE - Layered type installation structure for a water gate of a tidal power plant.    ADVANTAGE - The structure provides efficient operation and maintenance of the water gate. The structure reduces the required material, thus minimizing the tidal power station construction cost.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a layered type installation structure.    Water passage wall (150)    Stop log input parts (152)    Lower part waterway (200)    Lower gate (210)    Top waterway (300)    Top water gate (310)    Demarcation strip (400)
NOVELTY - The door (200) has a stop log input part (211) whose two ends are opened in two end parts of the segments (210). A sealant input part is formed in an end part of the segments, and a stop log is combined in two ends of the segments. A water filling pipe is injected in a space between the stop log and seawater. A junction main part is formed in the end part of the segments, and a connect phase is located in a prescribed distance inner side of the door.    USE - Combined barge door for a tidal power generation tide embankment.    ADVANTAGE - The barge consulting construction is quick and improved. The door secures the construction precision and reduces the air.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a combined barge door.    Barge door (200)    Segments (210)    Stop log input part (211)    Flood gate (290)
NOVELTY - The module has a winch (13) equipped to a drive motor (132) and an internal space separated into a partition (11). A buoy (19) is connected to a chain (23), and an end of the chain is connected to a fixing unit (20). An actuator is equipped at an upper part of a ball valve. A control box (31) is equipped in an upper side of a body portion (10), and connected to the actuator and a control cable (36). An inverter (42) is equipped in the body portion, and an air hose (321) is connected to a compressor. A generator (40) produces electricity, and is connected to a cable (41).    USE - Ascending, descending and trim control current power generation module for a ship.    ADVANTAGE - The module controls suction and exhaustion of outer fluid by improving the centroid eccentricity, prevents a user from being injured, avoids stray garbage provided in seafloor or river-bed, improves navigation of a ship, and is easy to maintain.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of an ascending, descending and trim control current power generation module.    Body portion (10)    Partition (11)    Winch (13)    Buoy (19)    Fixing unit (20)    Chain (23)    Control box (31)    Control cable (36)    Generator (40)    Cable (41)    Inverter (42)    Drive motor (132)    Air hose (321)
NOVELTY - The buckets include a hinged flap to seal an opening formed in the opposite side if water enters the receptacle through open top portion. A generator connected to rotor, converts the rotational energy of rotor into electricity. A transmission line connected to the generator, transfers the electricity to an external collection area.    USE - System for converting water wave energy into electricity.    ADVANTAGE - Electricity can be generated from wide range of ocean wave at low cost, without the need of special structures.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for method of generating energy using water waves.    DESCRIPTION OF DRAWING(S) - The drawing shows an explanatory view of the system for converting water wave energy into electricity.    Water surface (101)    Turbine unit (102)    Shore (105)    Tether (110)    Anchor (192)
NOVELTY - The system (10) has a streamer (14) for carrying an electrically powered device (20). An in-sea generator (24) is functionally connected to the electrically powered device through an electrical storage device such as a battery or rechargeable battery, for generating electricity from movement of sea waves (30). The generator is carried by a tail buoy (18), where the generator has a load, which is moveably connected to the generator such that movement of the load actuates the generator to produce the electricity.    USE - Seismic survey system for use in marine environment.    ADVANTAGE - The system effectively surveys the acoustic pulses or shock waves with the sound sources in the sub sea earth's surface, and easily locates sub-surface structures favorable for accumulation of oil and gas. The system efficiently provides the increased accuracy for position of the acoustic sensors in a streamer cable.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for conducting marine seismic operations.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic side view of a seismic survey system.    Seismic survey system (10)    Marine vessel (12)    Streamer (14)    Tail buoy (18)    Electrically powered device (20)    In-Sea generator (24)    Sea waves (30)
NOVELTY - The impeller (17) has a safety screen (18) diverting solid and floating materials from coming into contact with rotating impeller. A magnetic clutch transmits rotational energy from the impeller to an alternator/generator (15) through a waterproof barrier (10). Sealed alternator/generator housing is filled with inert gases and desiccant prior to sealing. Fins (9) act as a heat sink to dissipate generated heat into surrounding water. A rotating bearing mount (4) allows the alternator/generator and the impeller to rotate through a prescribed arc.    USE - Impeller i.e. water turbine, for use in a tidal/water current generating system for generating electric power from river flow and tidal current.    ADVANTAGE - The impeller maximizes mechanical force of flowing water and converts force energy into rotary mechanical motion to generate current. The design of the impeller is provided with significantly less diameter to reduce the draft, thus allowing the system to be used in shallower water.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a tidal/water current generating system for generating electricity.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a tidal/water current generating system.    Rotating bearing mount (4)    Fins (9)    Waterproof barrier (10)    Alternator/generator (15)    Impeller (17)    Safety screen (18)
NOVELTY - The sensor has a frame (110) accommodating an apparatus. A solar cell (120) is arranged on a transmission line and combined in a surface of the frame, where the solar cell supplies power to the sensor and the apparatus. An inverter converts direct current applied in a controller into alternating current. A battery stores the direct current applied in the controller, which regularly maintains voltage. The frame includes a framework to bind the solar cell in a surface, where the sensor is combined on the transmission line.    USE - Ball sensor for sensing direction and speed of wind, temperature and power transmission current of a transmission line (all claimed).    ADVANTAGE - The solar cell is arranged in the surface of the frame, so that the sensor can be effectively utilized. The maintenance cost of the sensor is reduced even when the sensor is utilized for long time. The malfunction of the sensor is prevented, so that the durability of the sensor is improved.    DESCRIPTION OF DRAWING(S) - The drawing shows an exploded perspective view of a ball sensor.    Frame (110)    Solar cell (120)
NOVELTY - The system has a power detection part (130), and a multiplexer (MUX) (20) selecting frigid zone of a high-end charge couple device (CCD) camera (10). A database (DB) (60) stores analog input video data which sends to a video color deflection part (40). The video data is sent to the camera, and a battery (90) supplies voltage to a CPU (30). A solar cell (110) generates voltage from the solar energy, and a power control unit (120) controls a charge unit (100). An image is input from the CPU to an element that determines water level using an image process algorithm.    USE - System for measuring water level. Uses include but are not limited to railway, disaster area, seashore and reservoir.    ADVANTAGE - The system accurately measures the water level by using synthesis automatic broadcasting system. The system is reliable to use, and avoids disaster using real time image information. The power detection part prevents power leakage of the system.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a water level measuring method.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a water level measuring system.'(Drawing includes non-English language text)'    High-end charge couple device camera (10)    Multiplexer (20)    CPU (30)    Video color deflection part (40)    Database (60)    Battery (90)    Charge unit (100)    Solar cell (110)    Power control unit (120)    Power detection part (130)
NOVELTY - The installation has a heating unit for heating driving fluid, and configured to vaporize the fluid. A turbine (2) is coupled to a current generator i.e. alternator. The heating unit includes solar panels (6) for heating heat transfer fluid i.e. water, and a heat exchange unit for exchanging heat between the heat transfer fluid and the driving fluid. The heating unit has a regulating unit (17) for regulating temperature of the driving fluid at an inlet of the heat exchange unit. The regulating unit includes a mixer (18) for mixing fluids, and is arranged in upstream of the heat exchange unit.    USE - Electrical energy generating installation for producing electricity from solar energy for a solar power plant.    ADVANTAGE - The regulating unit regulates the temperature of the driving fluid at an inlet of the heat exchange unit, thus offering great flexibility of the installation according to climatic variations and needs providing for electric energy, and optimizing high output of the electricity production of the power plant.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of an electrical energy generating installation.    Turbine (2)    Solar panels (6)    Regulating unit (17)    Mixer (18)
NOVELTY - The transmission mechanism has clutches (200,300) positioned in same transmission direction. The input shaft (100) and an output shaft (500) are rotated through gear wheel.    USE - Forward/reverse rotation transmission mechanism for use in generation of wind-powered electricity.    ADVANTAGE - The rotational energy is generated by the minimum components of clutch and gearwheel. The efficiency of generating wind-powered electricity is improved at low cost, since the input shaft and output shaft are rotated through gearwheel.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of the transmission mechanism.    Input shaft (100)    Clutches (200,300)    Output shaft (500)    Spindle (900)    Vision direction (A)
NOVELTY - A corrosion resistant polynary aluminum bronze alloy material comprises (wt.%) aluminum (4.0-10.0), iron (1.0-4.5), manganese (1.0-4.5), nickel (0.8-4.0), chromium (0.05-0.5), and copper and inevitable impurities (balance).    USE - A corrosion resistant polynary aluminum bronze alloy material for pipes. Can also be used in environment having a high flow velocity of seawater, as a perfect material in preparing condensers for seawater desalination, in preparing seawater condensers of watercrafts, and in preparing condensers for power plants near the sea.    ADVANTAGE - Under cast condition, the alloy material has a tensile strength of not less than 385 MPa, yield strength of not less than 180 MPa, tensile ratio of not less than 0.48, and extensibility of not less than 27%. Under annealing condition, the alloy material has a tensile strength of not less than 525 MPa, yield strength of not less than 285 MPa, tensile ratio of not less than 0.55, and extensibility of not less than 42%. The uniform corrosion rate while dipping completely is 0.01-0.035 mm/a.
NOVELTY - The system has a solar battery (1) connected to a controller (2) through a lead. The controller is connected to a rechargeable battery (3). Eighteen charge units are connected in series, where each charge unit outputs through output positive and negative ends of the controller. The positive end is connected to the negative end to obtain a serial voltage.    USE - Solar serial power supply system for an energy-saving lamp.    ADVANTAGE - The charge units are connected in series to satisfy a 220 volts power supply lighting energy-saving lamp.    DESCRIPTION OF DRAWING(S) - The drawing shows a circuit diagram of a solar serial power supply system.    Solar battery (1)    Controller (2)    Rechargeable battery (3)
NOVELTY - The set has two balance floats (14) respectively equipped on a sloping bottom part (30) of hulls (2). Two slope-proof floats (1) are respectively placed on both ends of the hulls. A horizontal position of the slope-proof floats is higher than that of a supporting float (4). A control valve (7) is placed on a deck of one side of the hulls. The hulls are connected with each other to form a working system. Both ends of a push-and-pull rod (9) are respectively connected with a power arm (8) and a weighted arm (27). An energy conversion device and a generating equipment are installed on the hulls.    USE - Pendulum wave-power generating set for a generator.    ADVANTAGE - The hulls have joints that are arch and sink continuously when the ocean wave fluctuates, so that the energy conversion device provides mechanical movement to drive the generator. The generating set allows the water in a cavity of the hulls to flow by the external force of the wave, so that gravity centre of the hulls deviates to swing to a large extent. The hulls improve the efficiency of the generating set. The generating set popularizes wave-power electricity generation, reduces resources expenditure, and protects environment.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a pendulum wave-power generating set.    Slope-proof floats (1)    Hulls (2)    Supporting float (4)    Control valve (7)    Power arm (8)    Push-and-pull rod (9)    Balance floats (14)    Weighted arm (27)    Sloping bottom part (30)
NOVELTY - The vane has a middle part formed as a conical body, where the vane is connected to the conical body to ascend spirally. A bottom part of the conical body is provided with axle centre. A cross section of the vane is formed in an arc shape with wide upper portion and narrow lower portion.    USE - Conical vane for a wind-driven generator, a tidal-power generator and a car-carried generator.    ADVANTAGE - The vane is utilized in the wind-driven generator, the tidal-power generator and the car-carried generator so as to enhance the stress area and increase the rotating force.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a conical vane.
NOVELTY - The method involves determining a system coefficient for renewable power systems and saving each system coefficient in a data server (10). Energy generated by each renewable power system is determined and saved in the data server. Comparative information e.g. comparative diagnostic, is determined based on one of a background constant, a diagnostic variable, the system coefficient and the energy generated to determine a comparative value of the renewable power systems by the data server.    USE - Computer processor implemented method for measuring, monitoring, comparing and diagnosing power generated by renewable power systems such as at-premise renewable power system (claimed). Uses include but are not limited to solar system, solar panel system, photovoltaic, thermal, wind powered, geothermal and hydropower.    ADVANTAGE - The method facilitates to remotely monitor the power system and change the angle of the solar panel to provide increased sunlight. The method provides accurate renewable energy system diagnostics with less expense and less number of sensors. The method efficiently performs comparative diagnostics regularly for large number of areas containing large number of renewable energy systems without overly taxing the server processors.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a system for measuring, monitoring, comparing and diagnosing power generated from two renewable power systems at consumer's premises.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic illustration of a computer processor implemented method for measuring, monitoring, comparing and diagnosing power generated by renewable power systems.    Data server (10)    Router (12)    Inverter (14)
NOVELTY - The generator has a lightning arrester (102) installed at top of a motor. Top of a hollow post (2) is fixed with a tray (201). A stator coil is immovably installed on a motor shaft (101). The motor shaft extends from a lower part of a rotor shell. The motor shaft is fixed by a nut so as to fix on a tray at top of a main post. A cable (104) is connected with a controller and a storage battery in a power cabinet (3) via the hollow post. The power cabinet is tightly fixed on a ground pile. A mobile base post is set below the power cabinet.    USE - High-efficiency wind power generator.    ADVANTAGE - The generator has automatic voltage regulation, overvoltage protection, under-voltage protection, reverse connection protection, short-circuit protection and overheat protection.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a high-efficiency wind power generator.    Hollow post (2)    Power cabinet (3)    Motor shaft (101)    Lightning arrester (102)    Cable (104)    Tray (201)
NOVELTY - Bioethanol produced from plant by fermentation is combusted additionally to a main fuel such as natural gas. Fermentation liquor which produces bioethanol is contacted immediately without distillation with an inlet air of heat engine at ambient temperature in a damper of large specific area. A portion of ethanol is evaporated, and the vaporized ethanol is burned in a firing system of the heat engine with the main fuel.    USE - Utilization of bioethanol for producing energy used as renewable energy source in heat engines such as gas turbine and reciprocating internal combustion engine.
NOVELTY - The information apparatus has an auxiliary metal fitting (C) that is attached to main module (B) and switch box (SB) having screw (2) inserted into hole (16) of auxiliary metal fitting. A functional panel (D) is detachably attached to the auxiliary metal fitting by latching protrusions at auxiliary metal fitting.    USE - Information apparatus for monitoring solar power generation device and for managing home automation.    ADVANTAGE - The large sized functional panel is not shaky. The installation of the information apparatus is made easy.    DESCRIPTION OF DRAWING(S) - The drawing shows an exploded perspective view of the information apparatus. (Drawing includes non-English language text)    Screw (2)    Hole (16)    Main module (B)    Auxiliary metal fitting (C)    Functional panel (D)    Switch box (SB)
NOVELTY - The apparatus has a set of humidifiers for pumping water from river. Water sprinkling lath is carried out in upper parts of the humidifiers. A humidifier main body (20) of one of the humidifiers is inclined and installed in a downstream of the river water. A motor (17) is placed in a lift in a water turbine (14). A set of hot water heaters (24, 28) is installed in the main body (20) and a main body (26) of other humidifier.    USE - Humidifier apparatus for a solar power generation machine.    ADVANTAGE - The apparatus effectively changes the air temperature to produce ideal gas such that the global warming preventive measures of nature can be improved.    DESCRIPTION OF DRAWING(S) - The drawing shows a front view of a humidifier apparatus.    Supply port (3)    Water turbine (14)    Motor (17)    Main bodies (20, 26)    Hot water heater (24, 28)
NOVELTY - The thermoelectric power generation apparatus has a winding machine motor (5) that produces the electric power at the time of regeneration driving. A regeneration resistance (6) is installed so as to convert the revived electric power into heat. The heat generated by the regeneration resistance is converted into electrical power and is utilized by a lift system side (8).    USE - Thermoelectric power generation apparatus for lift.    ADVANTAGE - Since heat generated by regeneration resistance is converted into electrical power and is utilized by lift system side, the waste heat management is performed by simple structure and energy saving is implemented.    DESCRIPTION OF DRAWING(S) - The drawing shows the circuit diagram of the thermoelectric power generation apparatus for lift. (Drawing includes non-English language text)    Converter (2)    Smoothing capacitor (3)    Winding machine motor (5)    Regeneration resistance (6)    Lift system side (8)
NOVELTY - A suction valve is opened when a piston is moved in downward direction by the wave movement. An opening and closing valve of a pressure tank is opened when the piston is moved in upward direction by the wave movement and the air is accumulated in the pressure tank through a high pressure pipe (P). The rotation speed of an air motor and an electric power generation device is increased and the electricity is generated.    USE - Wave energy power station.    ADVANTAGE - The electricity is generated efficiently.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the wave energy power station.    Cylinder (C)    Pressure meter (D)    High pressure pipe (P)    Air cleaner (R)    Generator (T)
NOVELTY - The power plant has an electric generating set whose shaft end is placed with a complex sprocket wheel. The wheel is connected with a traction chain whose one end penetrates a trumpet pipe in middle part of a spherical or cylindrical structured buoy after changing direction by reversing wheel, and extends downward to connect with a traction cylinder and a traction hammer under the middle part of the buoy. Another end of the chain extends downward via reversing wheel at an outer side of the buoy to connect with a location anchor case. A wind power generator is placed at top part of the buoy.    USE - Suspension type wind wave power plant.    ADVANTAGE - The surge generator can turn intermittent surge and tide into electric energy, which provides better way for developing and utilizing environmental friendly renewable sources, so that the power plant has better popularization and usage value.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic side view of a suspension type wind wave power plant.
NOVELTY - The box has an electric switching device (3) installed in a body (2), and a box cover (1) assembled on the body. The electric switching device comprises a group of radiating ribs (32) whose number is equal to number of bypass diodes (31), where each diode is installed on the radiating rib. Raislines (21) are extended on bottom of an external side of a middle part in a length direction of the body with an interval. An air chute (211) is formed between adjacent raised lines and communicated with a ventilation opening (28) that is formed on the body at an outer side.    USE - Solar energy photovoltaic generation component junction box.    ADVANTAGE - The diodes are fixed on the radiating ribs, so that the radiating ribs evenly radiate heat produced by bypass diodes. The box cannot be shielded by a solar energy photovoltaic panel when the body is installed on the solar energy photovoltaic panel, so that the box is convenient for heat radiation.    DESCRIPTION OF DRAWING(S) - The drawing shows an exploded perspective view of a solar energy photovoltaic generation component junction box.    Box cover (1)    Body (2)    Electric switching device (3)    Raislines (21)    Ventilation opening (28)    Bypass diodes (31)    Radiating ribs (32)    Air chute (211)
NOVELTY - The hydroelectric generator (1) has electric generator (3) mounted inside hydrodynamically and hydrostatically stabilized and hermetically sealed vessel (2) which is anchored to bottom of ocean at selected depth through an anchoring line. An electric cable (17) connects the electric generator with land or naval grid load. The vessel is self-steered against direction of ocean current by drag of vertical and horizontal fins (18) and turbine blades (6) mounted on rear end of the vessel.    USE - Deployable submersible hydroelectric generator for harvesting ocean currents kinetic energy which is converted into electric energy for charging plug-in hybrid vehicle and navy submarine.    ADVANTAGE - The ocean current kinetic energy is converted into electric energy without building expensive dam and hence fuel is saved and large quantity of electric energy is produced with low cost. Carbon dioxide emission is reduced.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for method of converting ocean current kinetic energy into electric energy.    DESCRIPTION OF DRAWING(S) - The drawing shows the sectional view of the deployable submersible hydroelectric generator.    Deployable submersible hydroelectric generator (1)    Hermetically sealed vessel (2)    Electric generator (3)    Turbine blade (6)    Turbine (6A)    Electric cable (17)
NOVELTY - The sunshade has a mono-crystalline silicon solar battery fixed on a top side. The solar battery is directly connected with a micro-fan that is fixed at proper position on the top side of the sunshade.    USE - Solar sunshade. Uses include but are not limited to construction site, booth, stall, and bicycle (all claimed).    ADVANTAGE - The sunshade can use proper fabric, is provided with different styles, color and sizes, is low in cost and high in quality, and is convenient and practicable to use.
NOVELTY - The arrangement has solar modules (4.1, 4.3, 4.4) for current generation arranged at a steel pipe tower (1) of a wind power plant and aligned towards south. An energy supply to an electricity network takes place over an inverter, an energy meter and a transformer station (8) provided for the wind power plant. The solar modules are arranged to frames (5) in a lower area of the tower. An inclination of the solar modules is approximately 25-30 degrees. The solar modules are arranged one above the other in three vertical rows.    USE - Arrangement for a solar module in a steel pipe tower e.g. concrete tower, latticed mast and hybrid tower, of wind power plant.    ADVANTAGE - The arrangement avoids separate surfaces and supporting structures for assembly of solar energy plants. The arrangement supplies energy to the electricity network over the existing power connections, so that separate development measures are avoided.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a wind-power plant with solar modules.    Steel pipe tower (1)    Rotor (2)    Solar modules (4.1, 4.3, 4.4)    Frames (5)    Transformer station (8)
NOVELTY - The turbine has rotor blades (1) pivotably fixed at a collar (2) to vary blade angle position. The blade angle position is adjustable during operation of turbine between aerodynamic and centrifugal moments. The average density of the blades is less than 2700 kilogram per meter cube. The mass distribution is formed within a profile of the blade so that the centrifugal moment of the blade is reduced opposite to the profile made from solid material. The centrifugal moment is partially balanced by balancing weights arranged at a distance to a pivot point and perpendicular to profile lug.    USE - Wells turbine for use in a wave power plant i.e. oscillating-water-column wave power plant.    ADVANTAGE - The turbine is designed in such a manner that the blade angle can be adjusted within the range of high discharge coefficients during reaching operating speed, thus increasing the efficiency of the turbine. The average density of the blades is less than 2700 kilogram per meter cube, so that the mass of the rotor blades is reduced.    DESCRIPTION OF DRAWING(S) - The drawing shows a partial cut away view of a rotor blade of a Wells turbine.    Rotor blades (1)    Collar (2)    Base (3)    Pivot pin (4)    Rotation axis (5)
NOVELTY - The module (1) has a mat (4) made of a heat conducting material e.g. aluminum, and arranged on a back side (2) of the module. The mat completely covers the back side of the module. The mat is made of non-injected aluminum wool. Threads of the mat exhibit a large distance, where a thickness of the mat is approximately 50 millimeter. Plastic threads run between the threads. The mat is attached on the back side of the module using a temperature-conducting adhesive.    USE - Solar cell module for generating current.    ADVANTAGE - The module avoids requirement of expensive technical personnel for installation, complicated installation constructions and maintenance and preservation of the constructions. The module avoids usage of electrical devices with appropriate disturbing and repair susceptibility. The module is simple and effective without additional power consumption. The mat is made of the heat conducting material e.g. aluminum, thus achieving better heat conductivity, and the use of aluminum threads enables enormous surface enlargement. The use of the mat provides durable, simple and inexpensive solution for cooling modules, thus increasing efficiency of the modules and increasing the production of the electrical energy.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a solar cell module.    Solar cell module (1)    Back side (2)    Frame (3)    Mat (4)
NOVELTY - The system has a cylindrical wave energy converter whose upper and lower portions are respectively connected with a transmission shaft connected to a transmission rod. The rod is connected to a piston of hydraulic pump to push piston. The hydraulic pump is filled with liquid metal and connected to super-conduction magneto-fluid generating device. The induced electromotive force is generated by magneto-fluid generating device in upper and lower channels connected in series. The channels having same physical dimensions are equipped with one pair of electrodes.    USE - Super-conduction magneto-fluid generating system for converting ocean-wave energy into kinetic energy.    ADVANTAGE - The reliability of the system is improved, the maintenance of the system is made easy and the performance is improved, while improving the conversion efficiency of the system.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for super-conduction magneto-fluid generating method.    DESCRIPTION OF DRAWING(S) - The drawing shows an explanatory view of the super-conduction magneto-fluid generating system. (Drawing includes non-English language text)
NOVELTY - The system has hydroelectric power station arranged at the bottom of sea, into which sea water is guided to drive hydroelectric generator. A backwater regulation and control device connected to backwater pool, regulates and controls connection to subsea tidal current meter, turbine pump, electric water pump, electric water feeding pipe and automatic control room when the speed of tidal current at the bottom of sea changes. The backwater regulation and control device discharges or feeds the backwater to or from the backwater pool corresponding to backwater level.    USE - Hydroelectric power system for pumping and draining backwater.    ADVANTAGE - The sea water is guided from the bottom of sea to hydroelectric power station efficiently, hence electricity is generated based on the potential energy. The structure of the hydroelectric power system is simplified while improving the power generation capability.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the hydroelectric power system.
NOVELTY - An oscillating barrier device (20) has an oscillating barrier (21), preferably in form of a single piece of plastic or metal, incorporating an air chamber (23) and having a lateral seal and a fulcrum (22) on the lower part. The barrier is provided on fixed side panels (24) of the fixed structure of a frame (26). The fulcrum serves to locate the barrier, during buoyancy, in vertical or sub-vertical position towards the origin of the sea waves. A cogged element on the barrier upper portion meshes a single or double control gear (35) operating a rotary generator (42) or linear generator.    USE - Oscillating barrier device for utilizing and recycling sea wave energy. Can also be used for operating a rotary generator or linear generator of electric, hydraulic, or pneumatic type, and used in coasts and in presence of sea waves.    ADVANTAGE - Energy from sea waves can be produced by utilizing repeated back and forth oscillations of barrier on its axis every time sea wave passages. Angle of inclination of natural or artificial sea bed beneath barrier can be established, optimizing hydraulic thrust of wave upstream and hydraulic thrust of wave downstream, while utilizing profile of sea bed as integral part of fixed support structure for barrier. Frame for supporting barrier can be slipped out in upwards direction to facilitate control or maintenance operation and can be fixed on dry land to position barrier in water at both planned height and distance from sea shore. Frame and associated structure can be lifted and rotated, enabling the carrier to be carried to dry land for checks or maintenance operations.    DESCRIPTION OF DRAWING(S) - The drawing shows the longitudinal cross-sectional view of an oscillating barrier device.    Oscillating barrier device (20)    Oscillating barrier (21)    Fulcrum (22)    Air chamber (23)    Fixed side panels (24)    Frame (26)    Control gear (35)    Rotary generator (42)
NOVELTY - The plant has an exploitation well for tapping hot groundwater. A delivery pump (10) with supply pipes is provided for transferring the hot groundwater from the exploitation well to an aboveground system for utilizing the thermal energy of the groundwater. An operational shaft is provided which is advanced down to a level in the zone of the operational level of the groundwater in the exploitation well. The delivery pump and optionally provided associated system units are mounted in a dry manner within the operational shaft.    USE - Plant for geothermal energy production.    ADVANTAGE - The delivery pump with supply pipes is provided for transferring the hot groundwater from exploitation well to an aboveground system for utilizing the thermal energy of the groundwater, and hence ensures a reliable geothermal energy production plant that has increased constructional and operational flexibility.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:    (1) a method for operating a power plant for the energy production under use of thermal energy of hot groundwater; and    (2) an application of separate operational shaft for dry subsurface installation of delivery pump of a geothermal energy production plant for the purpose of electricity production or for heating purposes.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a geothermal energy production plant.    Well (1)    Shaft (4)    Operating chamber (5)    Standpipe (8)    Delivery pump (10)
NOVELTY - The cable has an isolation layer (2) covered on a surface of a three-core conductor (1). An insulating layer (3) is covered on a surface of the isolation layer to form a cable core. A sheath layer (4) is wrapped on a surface of the cable core. The insulating layer is made of irradiated ethylene-propylene insulation material. The sheath layer is made of the thermoplastic polyolefin flame-retardant elastic sheath material.    USE - Fixed cable for use in a wind power generation station and a home.    ADVANTAGE - The cable is inexpensive and is simple in structure. The cable is easily manufactured, and avoids pollution. The cable has strong flexibility, elasticity, recoverability, pull resistance and low temperature resistance. The cable is compact, and is safe to use. The cable is effectively utilized in the wind power generation station and the home.    DESCRIPTION OF DRAWING(S) - The drawing shows a cross-sectional view of a fixed cable.    Three-core conductor (1)    Isolation layer (2)    Insulating layer (3)    Sheath layer (4)
NOVELTY - The distribution type external power supply system has a piping (40) that is laid underground near a subway railroad. A solar battery converts solar energy into power. An insoluble anode is provided with the delivered power from the solar battery, and prevents the corrosion of the piping.    USE - Distribution type external power supply system used in subway.    ADVANTAGE - Simplifies maintenance and repair of the system. Eliminates separate electricity by performing the electrolytic protection operation using the environment-friendly energy. Prevents corrosion of piping by the leakage current through the insoluble anode.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for an operation method of distribution type external power supply system.    DESCRIPTION OF DRAWING(S) - The drawing shows the cross sectional view of the distribution type external power supply system.    Street light (10)    Light power generator (14)    Test box (20)    Rectifier (25)    Mode electrode (30)    Piping (40)
NOVELTY - The present invention relates to a method of using recycled chips to absorb heat and produce electricity by energy conversion, the method comprising: recycling the unqualified chips; grinding the abandoned chips to destroy the package; collecting the destroyed abandoned chips in a light-pervious container; exposing the container to sunlight so that the metal and metallic wiring can effectively absorb the solar energy and produce heat; converting the thermal energy into electricity; and storing the electricity in an electricity storage apparatus that is capable of discharging under control. Because the present invention utilizes the highly conductive metal in the abandoned chips as the material to absorb solar energy, the conductivity can be increased and the damage of the broken chips imposing on the environment can be limited to the minimum.
NOVELTY - The autonomous unit has photovoltaic plates assembled at a place of destination, and is exposed to sunlight producing electrical energy stored in batteries. A hybrid inverter transforms a direct current generated by photovoltaic plates, and an alternating current allows the hybrid inverter to connect to other systems that generate electricity if required. All elements of the unit are integrated into one or multiple standard metal containers for transportation.    USE - Autonomous unit for generating electrical energy of photovoltaic source.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of an autonomous unit for generating electrical energy of photovoltaic source.
NOVELTY - The cable has insulating layers (2) extruded outside a conductor (1). A jacket (4) is located to a most external layer, and a reinforcing layer (3) is set to a cable core between the insulating layer and the jacket. The conductors, insulating layers, jacket and the reinforcing layer are placed from an internal layer to an external layer in sequence, and are made from thermal thermoplastic elastomer. The reinforcing layer is formed by weaving an aramid fiber composite material. The conductor is made from multiple strands of bunched annealed copper wires.    USE - Cable for wind power generation.    ADVANTAGE - The cable has tensile strength, and is torsion-resistant, high temperature-resistant, cold-resistant, salt mist-resistant, oil-resistant, ultrasonic-resistant, and is soft and mobile.    DESCRIPTION OF DRAWING(S) - The drawing shows a partial sectional view of a cable.    Conductor (1)    Insulating layers (2)    Reinforcing layer (3)    Jacket (4)
NOVELTY - The cable has conductors (1) i.e. three-core conductor, whose surfaces are coated with isolation layers (2). Surfaces of the isolation layers are coated with insulating layers (3) to form a cable core. A sheath layer (4) is wrapped on a surface of the cable core. The insulating layers are made from insulating materials of irradiated ethylene-propylene flame retardant elastomers. The sheath layer is made from sheath materials of irradiated ethylene-propylene flame retardant elastomers.    USE - Mobile cable for generating wind power in a wind power station.    ADVANTAGE - The cable is reasonable and simple in structure and environment-friendly. The cable is easy to manufacture, and has low-cost. The cable is flexible, elastic, recoverable, tension-proof and low temperature resistant, and bears anti-distortion test. The cable is compact and safe to use, and meets performance requirements.    DESCRIPTION OF DRAWING(S) - The drawing shows a front view of a mobile cable.    Conductors (1)    Isolation layers (2)    Insulating layers (3)    Sheath layer (4)
NOVELTY - The cable has a centre part including a soft conductor stranded by multiple bundles, a conductor insulating layer and an anti-flaming filling rope. The soft conductor is packaged by a high anti-flaming belt layer, polyester belt layer, twisted screening layer and an outer sheath layer from the inside out. The conductor insulating layer is made of cross linked polyethylene. The outer sheath layer is made of cross linked chlorinated polyethylene.    USE - Environmentally friendly wind power cable for generating electricity.    ADVANTAGE - The power cable is environmentally friendly and generates electricity by wind power. The power cable has better distortion capability.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of a wind power cable.
NOVELTY - The system has double-rocker mechanisms arranged parallel to each other in a machine case to track sun elevation angle and connected with stepping motor. The machine case is provided with pitching angle sensor and a battery plate is provided with sun elevation angle sensor.    USE - Portable solar power generating system.    ADVANTAGE - The structure of portable solar power generating system is simplified so that the system can be driven conveniently. The system saves energy and operates stably for long period of time.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of the portable solar power generating system.
NOVELTY - The system has electromagnets and magnets in the rotor and magnets with interleaved stator windings. The turbines are provided with turbine blades in the system. The magnets in the stator coils occur in induced impulse electromagnets to magnetize their nuclei. The electromagnets and rotor magnets generate the induced impulse electromagnets in the stator windings used in the multi-ring rotors.    USE - System for generating electrical power using generators in the form of ring.    ADVANTAGE - The system has electromagnets and magnets in the rotor and magnets with interleaved stator windings, where the turbines are provided with turbine blades in the system, and thus ensures an improved installation of the turbines.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a system for generating electrical energy using generators in the form of ring.
NOVELTY - The generator has a left screw bond placed on a screw nut and a screw, while the screw nut is installed at two end parts of a revolution pipe. Two ends of an altitude mixture control part are fixed to a right screw bond. A support stand (1) and a solar module (2) are connected with the screw according to a hinge. An interval of the screw is controlled when fixed direction is turned to a revolution pipe and the solar module. A handle is adhered in the revolution pipe, and a goniometer (8) is installed in the solar module. A needle is installed to support a pin.    USE - Solar electric generator.    ADVANTAGE - The two ends of the altitude mixture control part are fixed to the right screw bond, thus simplifying the structure of the generator. The high degree of the solar module can be controlled by the hand, thus avoiding the malfunction. The cost of the generator is reduced.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a solar electric generator.    Support stand (1)    Solar module (2)    Altitude mixture control part (3)    Goniometer (8)
NOVELTY - The electric power generation apparatus (1) has a rectangular tubular case (10) that is expanded towards openings formed at the ends. A pair of rotating water conveyance plates (31,32) is arranged at the expanded positions. The water conveyance ports are inclined about 40-70 degrees relative to the centerline extended between the openings.    USE - Apparatus for generating electric power using tidal current of ocean and strait.    ADVANTAGE - The water turbine in the center of the case can be rotated, even when the water flows in the reverse direction. The rotation of turbine is not inhibited by flotsam, fish, etc., and the electric power generation efficiency is improved.    DESCRIPTION OF DRAWING(S) - The drawing shows the perspective view of the electric power generation apparatus. (Drawing includes non-English language text)    Electric power generation apparatus (1)    Rectangular tubular case (10)    Water conveyance plates (31,32)    Rotating shaft of water turbine (51)    Impeller of water turbine (52)
NOVELTY - The generator has a wheel blade (10) with a pull rod preventing blades (13) from slipping out of blade runners (11). The blades are orderly installed in the runners. The blades rotate and slide into an empty runner by sharing the centre on an inner side of an inner rotary table (15), where the empty runner is fixed corresponding to the blade runners of the blades when a rotating wheel is rotating. Central principal axis on an end of the wheel is connected with a float (19). A generator (16) is connected with a storage battery (17) or electricity grid.    USE - Upright post generator.    ADVANTAGE - The generator has rotating wheels on both sides of a main post to raise the utilization rate. The float and a sliding bar can make the rotating wheel vary with water level and water direction without any influence to power generation. The generator has simple process, and wide range of application. The generator can be produced in different sizes and can be connected to form a power station.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of an upright post generator.    Wheel blade (10)    Blade runner (11)    Blades (13)    Inner rotary table (15)    Generator (16)    Storage battery (17)    Float (19)
NOVELTY - The system has a controller for controlling opening and closing of an automatic sailboard. The automatic sailboard receives fluid thrust force when the sailboard is closed. The fluid thrust force disappears when the automatic sailboard is opened. The thrust force received by the automatic sailboard is converted into power of an electric generator through a transmission component. A resetting mechanism is utilized for resetting the automatic sailboard to an initial position.    USE - High-efficiency automatic sailboard wind-power and ocean current generating system.    ADVANTAGE - The system realizes conversion of wind energy and kinetic energy of ocean current into electric energy, has high energy converting efficiency, and requires low manufacturing cost.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a high-efficiency automatic sailboard wind-power and ocean current generating system.'(Drawing includes non-English language text)'
NOVELTY - The circuit has a constant voltage charge circuit whose positive and negative ends are connected to an anode and a cathode of a storage device i.e. super capacitor (C2). A voltage detection control circuit, a current detection control circuit and a switch component are provided in a drive protection circuit, where the voltage detection control circuit is provided between the anode and cathode of the storage device. Control signal output ends of the voltage and current detection control circuits are connected to a control signal input end of a switch component i.e. power switch transistor.    USE - Solar battery powered drive protection circuit for a low-power direct current (DC) load in a solar water heater.    ADVANTAGE - The circuit provides under-voltage protection and over-current protection to loads.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a solar battery powered drive protection circuit.'(Drawing includes non-English language text)'    Super capacitor (C2)
NOVELTY - The power supply has a rechargeable battery electrically connected with a solar battery plate, where the rechargeable battery is arranged inside a shell. The solar battery plate is fixed on the shell that is provided with an input/output port for charging and discharging. The input/output port is connected with the rechargeable battery through a charging and discharging detection control circuit. The shell is provided with a cover whose one end is movably hinged with an end of a shell main body that is provided with a battery electric quantity indication circuit.    USE - Mobile solar power supply for use with an electrical equipment (claimed), in indoors and outdoors on a sunny day and a raining day.    ADVANTAGE - The rechargeable battery can be charged by the commercial power through the power adapter or the solar battery plate, so that the power supply can be used in indoors and outdoors on the sunny day and the raining day. The power supply has unlimited usage range.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a mobile solar power supply.'(Drawing includes non-English language text)'
NOVELTY - The structure has a rechargeable battery electrically connected with a solar battery plate that is arranged inside a shell. The shell is provided with an output port, and an input end of the output switching wire is plugged with the output port of the shell. An output end of the output switching wire is provided with multiple output joints. The shell is comprised of a shell main body and a cover which is movably hinged with one end of the shell main body. The solar battery plate is arranged on an inner surface of the cover.    USE - Solar mobile power supply structure for an electrical equipment.    ADVANTAGE - The structure has wide application range.    DESCRIPTION OF DRAWING(S) - The drawing shows an exploded perspective view of a solar mobile power supply structure.
NOVELTY - The pump has a power input wire connected with a storage battery, where a conducting wire of the battery is connected with a wind and solar hybrid power generating device. Solar battery plate groups and a wind generator are connected with a conducting wire of a converter, which is connected with the conducting wire of the storage battery. The generating device includes a hollow support rod whose top end is fixed with the wind generator. The battery plate groups are provided at a middle-upper part of the hollow support rod, where the converter is provided in the hollow support rod.    USE - Wind and solar hybrid power electric pump.    ADVANTAGE - The conducting wire of the storage battery connected with the wind and solar hybrid power generating device, such that power is not needed for an electric network, thus eliminating need for special wiring, and hence avoiding wiring expense and trouble for an area far away from a village. The pump can be used in case of power failure, such that power consumption is reduced. The pump is convenient to use.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic sectional view of a wind and solar hybrid power electric pump.
NOVELTY - The apparatus has electric power generation unit (21) connected with lower end portion of output shaft (11) provided between frame (3) and floating structure (2) attached to upper end of shaft. A cone pendulum arm (31) is rotated by adjusting the position of movable weight (32), based on an oscillation of floating structure. An angle controller (41) controls the crossing angle of pendulum arm and shaft in predetermined angle.    USE - Wave power generating apparatus for use in wave power generation plant and lighted buoy (both claimed) installed in sea.    ADVANTAGE - The electric power can be generated stably by the utilization of wave power, since the rotational force of pendulum arm is transmitted to electric power generation unit by the rotation of shaft together with pendulum arm.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for lighting buoy.    DESCRIPTION OF DRAWING(S) - The drawing shows an explanatory view of the electric power generating apparatus.    Floating structure (2)    Frame (3)    Output shaft (11)    Electric power generation unit (21)    Pendulum arm (31)    Movable weight (32)    Angle controller (41)
NOVELTY - A display unit (32) comprising a panel for displaying information such as image, has display medium (3) arranged in space between two transparent substrates (1,2). An electric power generation unit (33) has a solar cell formed between the substrates. The display unit is driven by the electric power from electric power generation unit.    USE - Solar cell integrated type information display with electric power generation function for e.g. portable terminal, electronic paper. Can also be used in notebook personal computer (PC), personal digital assistant (PDA), mobile telephone, signboard, domestic electrical appliance, point of sale (POS) terminal, car navigation apparatus, electronic price tag, time piece, radio frequency (RF) identification apparatus etc.    ADVANTAGE - The need for replacement of battery is avoided while the size of the display is reduced.    DESCRIPTION OF DRAWING(S) - The drawings show the top view and sectional view of the information display. (Drawing includes non-English language text)    Substrates (1,2)    Display medium (3)    Information display (31)    Display unit (32)    Electric power generation unit (33)
NOVELTY - The method involves receiving supply of biomass feedstock and generating biogas in a generation tank (1). The generated biogas is stored in a storage tank (2). The feeding rate of the biomass feedstock is determined in the setting process based on variable and regression of amount of bio gas previously stored in the storage tank. The electric power is generated based on the biomass feedstock feed rate set in the setting process.    USE - Method for generating electricity by biomass.    ADVANTAGE - The electric power can be generated stably and the biomass feed rate is estimated with high precision.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for installation for generating electricity by biomass.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view illustrating the electricity generation process. (Drawing includes non-English language text)    Generation tank (1)    Storage tank (2)    Electric power generator (3)    Raw material tank (4)    Refiner (5)
NOVELTY - The apparatus has an input unit provided with an input channel and fixed in an integrated type housing, and direct current (DC)/DC converters installed in the housing. The input channel is output through a common output power part. The power part converts voltage input through the channel into set up goal direct current voltage. Maximum power point tracking (MPPT) controllers are installed corresponding to each DC/DC converter for controlling a drive of each DC/DC converter from the input channel to follow a maximum power output point of an input solar cell module.    USE - Portable multi direct current power conversion apparatus for a solar cell generating system.    ADVANTAGE - The direct current (DC)/DC converters and integrated type housing are formed into one body, so that the scale of equipment can be simplified.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a portable multi direct current power conversion apparatus for a solar cell generating system.
NOVELTY - The tool (10) consists of a pair of meshes which are attached to both openings of the power generation installation main casing (20) that encloses a water turbine. The mesh consists of parallel strips which are oriented at an angle between 40 degrees and 70 degrees with respect to the plane of the opening and are separated with a pitch of 20-60 mm.    USE - Flotsam countermeasure tool for use in power generation installation utilizing tidal power at ocean, strait, etc.    ADVANTAGE - The mesh reliably obstructs penetration of flotsam, fish, etc., into the power generation installation and ensures stable power generation.    DESCRIPTION OF DRAWING(S) - The drawing shows an explanatory perspective view of the tool.    Power generation installation (1)    Tool (10)    Main casing (20)
NOVELTY - The super-high-rise tower (T) has two high-purity (HP) shells (10a,10b) made of steel pipe. The outer peripheral surfaces of the shells are formed into hyperbolic shape with several linear pipes. The triangular shaped shells when viewed from upper direction forms a vertical shape. The vertices of two shells form parabolic shape from upper direction towards the downward direction. The vertices are turned outside and a gap (X) is maintained between the shells. The base sides of the vertices of the shells are made to oppose each other.    USE - Super-high-rise tower. Uses include but are not limited to TV broadcasting, cable broadcasting, cable TV, communication line, satellite broadcasting, telephone and telegraph, digital broadcasting and communication, disaster prevention security, solar power generation, wind-powered electricity generation, etc.    ADVANTAGE - The spatiality and symbolic value of the tower can be emphasized. The tower having rich design can be achieved.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the super-high-rise tower.    HP shells (10a,10b)    Truss column (20)    Observatory (31)    Super-high-rise tower (T)    Gap between shells (X)
NOVELTY - The method involves drilling a well on a hydrate reservoir, installing a production sleeve pipe and making multiple caves in a hydrate stratum of a well wall sheath-rock by perforation. A solar energy generation system is set on an ocean production platform for converting solar energy into power. A mixed liquid is separated in a gas-liquid separator to obtain natural gas and water. Heaters are driven by the power to emit heat, where the heat energy enables natural gas hydrate in the stratum to decompose and generate water-gas mixed fluid.    USE - Method for extracting submarine natural gas hydrate.    ADVANTAGE - The method extracts the submarine natural gas hydrate in an efficient, safe and environmental-friendly manner with low energy consumption.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a device for extracting submarine natural gas hydrate.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a device for extracting submarine natural gas hydrate.
NOVELTY - The lamp has a solar panel (2) placed on a supporting column (1) and a storage battery (21). A deinsectization lamp body (3) is hung on the supporting column. A periphery of the deinsectization lamp body is provided with an electric network (33). A lower side of the deinsectization lamp body is equipped with an insect collecting bag (34). A middle portion of the deinsectization lamp body is equipped with a luminance build-up lamp tube (32) that is connected with a frequency-variable controller (31). The deinsectization lamp body is equipped with an acousto-optical sensor (5).    USE - Solar energy photovoltaic broad spectrum deinsectization lamp.    ADVANTAGE - The frequency-variable controller can capture different pests under different environments. The lamp can kill the pest in an efficient manner. The frequency of the light can be controlled based on the light within the range and the size of the field so that the optimal working efficiency of the lamp is achieved.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a solar energy photovoltaic broad spectrum deinsectization lamp.    Supporting column (1)    Solar panel (2)    Deinsectization lamp body (3)    Acousto-optical sensor (5)    Solar battery (21)    Frequency-variable controller (31)    Luminance build-up lamp tube (32)    Electric network (33)    Insect collecting bag (34)
NOVELTY - The device has a rice transplanting claw moving shaft (9) controlled by a rice transplanting claw controller (8) to move from left to right. A rice transplanting claw (10) is fixed on the rice transplanting claw moving shaft from left to right at uniform speed. A rice transplanter takes proper seedlings on a seedling box board (7) from left to right, and from right to left to insert the seedlings in the proper depth at upper part of a soil layer to mechanically transplant the seedlings according to different demands of row spacing, planting distance and seedling number in holes.    USE - Solar energy photovoltaic and wind-electricity hybrid power device for a solar energy photovoltaic generating system (claimed) of a rice transplanter.    ADVANTAGE - The device enables finding missed seedling, clears mechanical failure in time and improves quality of machine rice transplantation during night.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a solar energy photovoltaic and wind-electricity hybrid power device.    Solar energy battery (4)    Seedling box board (7)    Rice transplanting claw controller (8)    Rice transplanting claw moving shaft (9)    Rice transplanting claw (10)
NOVELTY - A wall board (200) is mounted in receiver board (20) at inclined position forming an angle of 45 degrees or more with respect to receiver board. The wall board is connected to optical system element (100). A reflective surface (201) of wall board reflects the sun light (Ls) transmitted through the optical system element. The reflective surface is made of selective reflection film having reflection characteristic to reflect light of specific wavelength.    USE - Solar cell module for solar power generation unit (claimed).    ADVANTAGE - Operability can be improved by using a simplified structure. Irradiation light quantity of sun light with respect to solar cell element can be improved. Electric power generation efficiency can be improved.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for solar power generation unit.    DESCRIPTION OF DRAWING(S) - The drawing shows the schematic view of the solar cell module.    Receiver board (20)    Optical system element (100)    Wall board (200)    Reflective surface (201)    Sun light (Ls)
NOVELTY - The device has a heat removal evaporator (1) fixed at a bottom of a well (6) and connected with an automatic switch valve (2). An intake pipe and outlet pipe (7) are fixed between the automatic valve and a pneumatic cylinder (3). A drive rod (17) of the pneumatic cylinder extends into a drive chamber (4). A steam discharge pipe (8) is fixed between the automatic switch valve and a heat exchanger (5). A condensation return thermal insulation vacuum tube (9) is fixed between the heat removal evaporator and heat exchanger.    USE - As a downhole geothermal steam drive device for use as an energy source.    ADVANTAGE - The device pumps liquid directly in the downhole without heat loss at lower cost. The device generates energy at high power levels, at lower cost and without creating any pollution.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for :    (1) a method of generating electricity; and    (2) a method of pumping liquid.    DESCRIPTION OF DRAWING(S) - The drawing shows a cross sectional view of a downhole geothermal steam drive device. (Drawing includes non-English language text).    Heat removal evaporator (1)    Automatic change valve (2)    Pneumatic cylinder (3)    Drive chamber (4)    Heat exchanger (5)    Well (6)    Intake pipe and outlet pipe (7)    Steam discharge pipe (8)    Condensation return thermal insulation vacuum tube (9)    Drive rod (17)
NOVELTY - The power extracting system (10) has frame (12) and chain (30) that forms a loop and includes chain links. The chain has central plane that is passing through each chain link. The chain links has blades that are adapted to propel the chain around loop in response to water flowing in perpendicular direction to central plane. The frame has chain support structure that supports and guides the chain around loop, which constraints chain links against movement perpendicular to central plane in direction of water flow. A power extraction device produces power from movement of chain around loop.    USE - System for extracting power from water flow of ocean or river currents using turbine.    ADVANTAGE - The turbine is made scalable and modular so that the installation of turbine is performed easily in diverse environments.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for method of producing power from water flow.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of the power extracting system.    Power extracting system (10)    Frame (12)    Sprocket wheel (14)    Chain (30)    Generator (76)
NOVELTY - A semi-submersible water type ocean current electric power generating apparatus (A) has three hollow columns (1a-1c) which are set in triangular vertex. The hollow beams (2a,2b) connect the hollow column. The hollow column and beam are of streamline-shape cross section which sets front edge to the same direction. A propeller water turbine (3a-3c) rotates in periphery of axis line while set to the same direction as streamline-shape cross section. A generator (4a-4c) is driven while the electric power generation unit attaches to each hollow column and carries propeller water turbine ahead.    USE - Semi-submersible water type ocean current electric power generating apparatus.    ADVANTAGE - Provides an ocean current electric power generating apparatus which enables easy maintenance of the water turbine or the generator with an easy change of installation position, by incorporating an electric power generation unit, which is attached to the hollow column and carries the propeller water turbine ahead.    DESCRIPTION OF DRAWING(S) - The drawing shows the perspective view of the operating state of the semi-submersible water type ocean current electric power generating apparatus.    Hollow columns (1a-1c)    Hollow beams (2a,2b)    Propeller water turbines (3a-3c)    Generators (4a-4c)    Semi-submersible water type ocean current electric power generating apparatus (A)
NOVELTY - Method includes superposition of normal line to illuminated working surface of solar battery (SB) panels to plane created by axis of panels and direction at the Sun. Angle between direction to the Sun and specified normal is established and maintained so that value of SB power (measured as product of its current by voltage) corresponds to daily consumption of the Earth satellites loads. This angle is also used to provide maintenance of SB voltage at required level in the point of its current-voltage characteristic that corresponds to maximum output power of SB (at preset angle of SB establishment). In case specified voltage of SB reduces at accurate orientation of SB at the Sun, SB is inverted from direction to the Sun by the angle, at which specified voltage of SB remains at required level.    USE - Method for orientation of satellite solar battery.    ADVANTAGE - Simplification of satellite power supply systems equipment and increase of its weight and dimension characteristics.2 dwg, 2 ex    DESCRIPTION OF DRAWING(S) - The drawing shows a graph (drawing includes non-English language text).
NOVELTY - The generator has a lithium cell and a control circuit board that are connected to a wind inducer shell. A magnetic wheel is embedded in a wind power generating blade. A rainfall sensor and a solar cell arranged on a generator shell, are connected to the control circuit board.    USE - Energy generator integrated with sunshield.    ADVANTAGE - The energy can be generated from light, wind and rain reliably and effectively. The energy generator can be used conveniently.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of the energy generator integrated with sunshield.
NOVELTY - A wood fiber raw material is fed into wood cellulose feeding device, and the raw material is fed into biomass burning generation device. The raw material is mixed with coal to carry out burning of wood cellulose, and heat stream generated in the generating process remained in the heat recycling device is recycled. The fiber is heated using the heat stream to produce ethanol, and power is supplied to grid through transform to produce ethanol by fiber.    USE - Coupling method for producing ethanol by fiber and generating electricity by burning biomass.    ADVANTAGE - The ethanol is efficiently produced.
NOVELTY - The simulator has a controller (260) computing electric current standard value by using temperature (210) of an array of solar radiators (200). The temperature of the array is set based on test condition. Solar radiation is passed via an interface unit (350). An amplifier (300) is connected to under test power conversion (PCS) device (20). Sensing parts (270, 280) detect current/voltage value in a control signal amplified using the amplifier and delivered to the controller. Voltage-ampere characteristic of the array is implemented through controlling current.    USE - Solar cell array simulator i.e. power supply unit, for light power generation, fuel cell generation and research purpose.    ADVANTAGE - The simulator has high response characteristics efficiency, wide range of applications and high capacity, and utilizes the wiring system of the solar battery. The simulator saves time. The power conversion (PCS) device can be tested in the different conditions. The simulator can easily change the battery. The simulator improves conversion efficiency, and reduces power rate dragon for test.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a control method of a solar cell array simulator.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a solar cell array simulator.'(Drawing includes non-English language text)'    Power conversion device (20)    Solar radiator (200)    Temperature (210)    Controller (260)    Sensing parts (270, 280)    Amplifier (300)    Interface unit (350)
NOVELTY - The system has a pumping plant (CP) mounted on a platform (P1) for a propulsion part at the sea. Water pumps (PD, PM) of the plant are oppositely mounted, such that sprockets of shaft ends of the pumps are placed in contact with a toothed bar (C). The bar rotates the pump (PM), when the waves and the rising tides are increased or the pump (PD), when the waves and falling tides are decreased. A platform (P2) for a production part at the ground is supported by supports (S2) fixed to a solid base (B2). Lower and upper tanks (RI, RS) are respectively installed on the base and the platform (P2).    USE - Wave powered motor system for transferring fresh water from a lower tank to an upper tank based on pressure and depression created by tides and waves in the sea for creating a water fall to rotate a turbine in a hydroelectric power plant to produce electricity.    ADVANTAGE - The wave powered motor system rotates the turbine, while reducing the pollution and improving security.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of a wave powered motor system at maximum level of high tide.    Solid base (B2)    Toothed bar (C)    Pumping plant (CP)    Water pumps (PD, PM)    Platforms (P1, P2)    Lower tank (RI)    Upper tank (RS)    Supports (S2)
NOVELTY - The system has a solid base (BS) for a propulsion part fixed to bottom of sea, and a sealed box (BR) installed on the solid base. Supports (SP) are fixed on the solid base for supporting a platform (P1) in an emerged portion, and another sealed box (BP) is installed on the platform and contains a water pumping system. A lower tank (RI) for a production part is sur-mounted on a hydroelectric power plant (CH) that is installed on the platform. Pillars are provided for supporting another platform (P2) on which an upper tank (RS) is installed.    USE - Wave powered motor system for transferring fresh water from a lower tank to an upper tank based on pressure and depression created by tides and waves in the sea for creating a water fall to rotate a turbine in a hydroelectric power plant to produce electricity.    ADVANTAGE - The wave powered motor system rotates the turbine while reducing the pollution and improving security.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of an assembly of components of a wave powered motor system installed in sea.'(Drawing includes non-English language text)'    Sealed boxes (BR, BP)    Solid base (BS)    Hydroelectric power plant (CH)    Platforms (P1, P2)    Lower tank (RI)    Upper tank (RS)    Support (SP)
NOVELTY - The vane wheels (6,8) are attached to the operating shafts (5,7) extended from the casing (3) and rotationally driven by the flow of the water. A perpendicular rotating shaft (10) is extended in an upper chamber of the casing so that the operating shafts are rotationally driven through a differential gear mechanism (9). A generator is connected to the upper end of the perpendicular rotating shaft and operated within the upper chamber.    USE - Tidal current and ocean current electric power generating apparatus.    ADVANTAGE - The electric power generation operation is performed efficiently and conveniently at low cost.    DESCRIPTION OF DRAWING(S) - The drawing shows an explanatory view of the tidal current and ocean current electric power generation apparatus.    Casing (3)    Operating shafts (5,7)    Vane wheels (6,8)    Differential gear mechanism (9)    Perpendicular rotating shaft (10)
NOVELTY - The thermo-element (10) has a source electrode (S) and a drain electrode (D) that are provided on the surface of a semiconductor base (A) for removing electromotive force according to the temperature gradient produced in the semiconductor base. A gate electrode (G) is arranged on a gate insulating film (B) provided between source electrode and drain electrode for applying electric field to the semiconductor base along orthogonal direction.    USE - Thermo-element. Uses include but are not limited to thermoelectric generator such as solar power generation device, seawater temperature difference thermoelectric generator, fossil fuel thermoelectric generator, regeneration electric power generation device of factory and temperature control apparatus such as cell of optical detection element, laser diode, FET, photomultiplier tube, spectrophotometer, cooling and heating apparatus etc.    ADVANTAGE - The thermo electromotive force of the thermo element can be increased according to the quantum effect. Hence, the thermo-electric conversion efficiency of the thermo-element can be improved.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of the thermo-element.    Thermo-element (10)    Semiconductor base (A)    Gate insulating film (B)    Drain electrode (D)    Gate electrode (G)    Source electrode (S)
NOVELTY - The method involves absorbing geothermal energy in an underground water supply network (30) through the water volume flow. The geothermal energy is regenerated and transported by a low temperature distribution network consisting of the water supply network and supply network auxiliary lines to the housing stocks of the thermal energy user with buildings (11). The geothermal energy is withdrawn as thermal energy by inbuilt geothermal devices in the building or in the ground of the thermal energy user.    USE - Method for production of geothermal energy from a water supply network.    ADVANTAGE - The geothermal energy is regenerated and transported by a low temperature distribution network consisting of the water supply network and supply network auxiliary lines to the housing stocks of the thermal energy user with buildings, and hence ensures an improved decentralized distribution of geothermal energy.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a geothermal device for geothermal energy production method.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic top view of a geothermal device.    Water consumption site (1)    Heat pump (9)    Load (10)    Buildings (11)    Water supply network (30)
NOVELTY - The device has mobile elements, which are arranged in or on a traffic route of the vehicles. The mobile element implements a rocker movement by passing the vehicles. The rocker movement takes place around an axle, and is supported at the mobile element.    USE - Device for generating electrical energy from the kinetic or potential energy of vehicles.    ADVANTAGE - The mobile element implements a rocker movement by passing of the vehicles, and hence ensures generation of electrical energy in an eco-friendly and particularly economical manner.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a method for generating electrical energy from the kinetic or potential energy of vehicles.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic side view of a traffic route with a three-axle vehicle, such as a truck.    Road body (1)    Whipped pressure plate (2)    Pressure plate axle (4)    Turbine (11)    Energy converter (13)
NOVELTY - The method involves twisting multiple strands of tined soft copper and polyester fiber ropes to produce a composite stranded wire (1), and extruding ethylene propylene rubber (2) to produce a stranded wire winding core. A semi-conductive tape (7) and a rubber conductive tape (8) are wound on an insulating layer (6). A copper tape on a polyester fiber wire is wound to form weaving wires. Non-woven fabrics tightening gird (10) is wound on a woven shielding layer (9). A polyethylene jacket (11) is extruded on an external surface of the tightening gird.    USE - Method for manufacturing a cable for a wind power generation field.    ADVANTAGE - The method is simple to implement, and increases the twinning of the cable. The method provides excellent shielding effect, and extends the service life of the cable.    DESCRIPTION OF DRAWING(S) - The drawing shows a front view of a cable.    Composite stranded wire (1)    Ethylene propylene rubber (2)    Insulating layer (6)    Semi-conductive tape (7)    Rubber conductive tape (8)    Woven shielding layer (9)    Non-woven fabrics tightening gird (10)    Polyethylene jacket (11)
NOVELTY - The lightning arrester has an oxide resistor sheet group provided with multiple oxide resistor sheets (101) i.e. zinc oxide resistor sheets, and an upper electrode (102) and a middle electrode (103) fixed at two ends of the sheet group, respectively. A hard insulation cylinder (104) i.e. epoxy glass cloth cylinder, is wrapped with a side of the sheet group, where outside of the hard insulation cylinder is wrapped with a silicon rubber casing (105). The sheet group is internally equipped with a voltage equalizing ring (106) that is arranged among the oxide resistor sheets.    USE - Gapless metal oxide lightning arrester for protecting over-voltage in a wind power plant.    DESCRIPTION OF DRAWING(S) - The drawing shows a partial sectional view of a gapless metal oxide lightning arrester.    Oxide resistor sheets (101)    Upper electrode (102)    Middle electrode (103)    Hard insulation cylinder (104)    Silicon rubber casing (105)    Voltage equalizing ring (106)
NOVELTY - The house has roof whose surface is installed with a layer of solar battery board, where the solar battery board is connected to a storage battery.    USE - House for utilizing solar energy for remote area, where an electric energy is difficult to reach.    ADVANTAGE - The house is installed with a solar energy conversion device on the roof to convert the solar energy to electric energy, which is environment-friendly and convenient.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a solar energy utilizing house.
NOVELTY - A wind and solar power generation control device controls the electric energy generated by a wind power generator and a solar power generation module with a microprocessor and inputs to at least one of a first rechargeable battery and a second rechargeable battery, such that the wind and solar power generation device has a better charging efficiency to rechargeable battery and increases the electric energy storage capacity and storage reliability of wind and solar power generation.
NOVELTY - An apparatus for converting thermal energy to electric energy comprises at least one thermal deformable structure and at least one piezoelectric structure. The thermal deformable structure including at least one elastic deforming layer and at least one heat absorption layer is used to convert a thermal energy to a mechanical energy. The heat absorption layer is sited on the elastic deforming layer. The piezoelectric structure including at least one first electrode layer, at least one piezoelectric layer and at least one second electrode layer is used to convert the mechanical energy to an electric energy. The piezoelectric layer is deposed between the first electrode layer and the second electrode layer. Furthermore, the thermal deformable structure is sited on the piezoelectric structure.
NOVELTY - The solar array (10) has a hub assembly (26) comprising a clevis formed on one end of spar fitting. The clevis is connected to another spar through a link attached to the clevis arranged on the adjacent spars (22). A gore comprising foam is attached to the clevis, and a diode panel assembly is attached to a circuit harness formed in the solar array.    USE - Solar array for use in space craft. Can also be used in satellite, etc.    ADVANTAGE - The stiffness and stability of the solar array are improved, without increasing the size of the solar array.    DESCRIPTION OF DRAWING(S) - The drawing shows the top view of the solar array.    Solar array (10)    Base assembly (14)    Wing assembly (16)    Spars (22)    Hub assembly (26)
NOVELTY - A unit circuit is formed by arranging and connecting P-type and N-type thermoelectric material layers alternately on surface of insulation layer. A layered structure is formed by stacking thermoelectric assemblies constituting unit circuit to form PN-junction pair extending in meander shape. The layered structures are connected such that surfaces are made to contact each other to form annular shape. The oblique surfaces of the layered structures are considered as joint surfaces for extracting electrodes from layered structures to make electrical connections.    USE - Thermoelectric conversion module piece of thermoelectric conversion module (claimed) e.g. thermoelectric power generating apparatus.    ADVANTAGE - The damage of the module by the impact can be reduced and the reliable module can be obtained with the simple structure.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:    (1) thermoelectric conversion module;    (2) thermoelectric conversion module piece manufacturing method; and    (3) thermoelectric conversion module manufacturing method.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of the thermoelectric conversion module.    Thermoelectric conversion module piece (101)    Thermoelectric conversion module (201)
NOVELTY - A mounting formation comprising a shaft (24) supported by head (26) and tail (28) end bearings permits the mounting of a blade assembly (14) such that flowing fluid (12) interacts with helical blades (44) to rotate the blade assembly about a rotational axis (20). At least one primary coil (52) connected to the helical blades rotates with the blades, is energizable, and is arranged to interact with at least one stationary secondary coil (54a,54b) to generate electrical power in response to rotation of the blade assembly.    USE - Power generator for hydro-powered electricity generation.    ADVANTAGE - Uses kinetic energy from flowing fluid to generate power.    DETAILED DESCRIPTION - The helical blades are arranged about the rotational axis. The rotational axis extends between a head end (16), which faces incoming flowing fluid, and a tail end (18) spaced from the head end and facing in the direction of the flowing fluid.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic cross-sectional view of the power generator.    Fluid (12)    Blade assembly (14)    Head end (16)    Tail end (18)    Rotational axis (20)    Shaft (24)    Head end bearing (26)    Tail end bearing (28)    Helical blade (44)    Primary coil (52)    Secondary coils (54a,54b)
NOVELTY - The power generator assembly (10a) has a blade assembly (14) with a blade arrangement (22) formed in helical shape about the rotational axis. A mounting frame (24) is connected to the blade arrangement for mounting the blade assembly and rotating about its rotational axis, so that the fluid (12) flowing away from power generator assembly interacts with the blade arrangement to rotate the blade assembly. A generator (30) is drivingly connected to the blade assembly for generating the power in response to rotation of blade assembly.    USE - Power generator assembly for use in hydro-powered electricity generation.    ADVANTAGE - The power and efficiency of generator assembly can be increased, since the force is applied to the blades using linear momentum and angular momentum of fluid. The pitch on stator blades can be adjusted reliably to vary the amount of angular momentum of fluid.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:    (1) power generator installation; and    (2) propulsion or pump device.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic cross-sectional view of the power generator.    Power generator assembly (10a)    Fluid (12)    Blade assembly (14)    Blade arrangement (22)    Mounting frame (24)    Power generator (30)
NOVELTY - The system (100) has a buoyant support member (101) including a hollow cylinder made of steel, and elongated so as to establish a reference liquid level. A buoyant working member (108) is connected to the support member by a mechanical linkage e.g. arm (110), so as to allow energy, to be transferred to the support member, caused by influence of waves on the buoyant working member in relation to the reference liquid level. A lever shaft is rotated to rotate a shaft of an energy conversion unit (114) e.g. electric generator. An anchoring point is located closer to an end of the support member.    USE - Wave energy conversion system for converting energy of wave e.g. liquid wave such as ocean wave, to electrical energy.    ADVANTAGE - The system utilizes the anchoring point closer to the end of the system, thus allowing the system to be aligned with a direction of motion of the waves, and hence improving energy conversion in changing wave direction conditions, while effectively reducing the stress on the system caused by the ocean waves. The system utilizes the elongated support members with cylinder filled with buoyant material so to prevent the system from sinking, when the support members start to leak. The system can be easily aligned and maximizes the energy output.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a wave energy conversion system.    Wave energy conversion system (100)    Buoyant support member (101)    Buoyant working member (108)    Arm (110)    Energy conversion units (114-117)
NOVELTY - The hydro electric power generating apparatus (30) has a rotary structure comprising several blades (54) that are protruded radially from the circumference of drum shaped structure (51). A holding section holds the front end of rotary structure installed in water. A power transmission mechanism (40) transmits the motive power generated by the rotary structure to the upper surface of the water. A generator (39) is installed on the upper surface of the water and driven by the motive power transmitted by power transmission mechanism.    USE - Hydro electric power generating apparatus.    ADVANTAGE - The rotary structure can generate motive force based on rotation in water. Hence, the motive force of the rotary structure can be utilized effectively. The hydro electric power generation can be performed reliably.    DESCRIPTION OF DRAWING(S) - The drawing shows the explanatory view of the hydro electric power generating apparatus.    Hydro electric power generating apparatus (30)    Liquid pressure pump (34)    Generator (39)    Power transmission mechanism (40)    Drum-shaped structure (51)    Blades (54)
NOVELTY - The system has a set of submerged power generators (190). A pump is powered by mechanical energy to output a pressurized output liquid flow in a device output conduit (195) i.e. underwater device output conduit. Multiple main output conduits are connected with the device output conduit to combine a pressurized output flow output from the generator into a lower number of pressurized flow i.e. water. The main conduits deliver the lower number of pressurized flow to an elevated liquid storage location remote from submerged power generators for power generation.    USE - Power generation system for use in water current energy generation and transfer systems. Can also be used for offshore energy generation and transfer systems, onshore or off-shore generation system, and on-shore or off-shore energy transfer system.    ADVANTAGE - The system reduces the manufacturing cost of the conduit. The conduit eliminates corrosion and all submerged electrical components. The conduit is simple and safe.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for generating power.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional schematic view illustrating an open cycle mode of operation of a power generator.    Submerged power generators (190)    Output conduit (195)    Output transfer line (200)    Shore (210)    Plant (220)    Exhaust liquid (230)
NOVELTY - The system has a projection pivotably mounted to a road surface to be pushed downward against bias of a spring by a vehicle tire. A master fluid cylinder is mechanically linked to the projection, and a fluid transfer device is connected to the master fluid cylinder. A secondary fluid cylinder communicates with the master fluid cylinder through the transfer device. A lever transfers motion from the secondary fluid cylinder to a flywheel shaft that includes a distal end coupled to an electric generator. The transfer device includes check valves positioned throughout a hydraulic fluid flow path.    USE - System for generating useful energy i.e. electrical energy, from vehicle motion in a roadway or a nationwide highway system.    ADVANTAGE - The fluid transfer device includes check valves positioned throughout the hydraulic fluid flow path, thus preventing unwanted reverse flow of hydraulic fluid. The system utilizes an overthrow stop arranged at an end of an underground box so as to prevent undesired over-pivoting of a tiger pawl. The system can be operated relative to traffic patterns in different areas of traffic flow so as to produce a steady flow of energy. The system utilizes the off-road flywheel shaft and an energy conversion box so as to enable substantial amounts of useful energy to be generated from the motion of passing vehicles.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram an electronic control unit for controlling a system for generating useful energy from vehicle motion.
NOVELTY - The device (20) has a float moving vertically on a piling (22) and generating an amount of potential energy. A drive structure (28) transfers movement of the float to a generator (30) for generating energy based on vertical movement of the float. The float comprises a mass for storing potential energy during an upstroke of the float, and generates kinetic energy during the downstroke of the float that is transferred to the drive structure and a set of buoyant elements that allow the float with the mass to float on a wave crest.    USE - Wave energy device e.g. oscillating water column system, sea power and associates wave rider system and underwater turbine system, for generating energy from wave motion.    ADVANTAGE - The device allows the drive plate structure to be attached to an inner race of a bearing.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are also included for the following:    (1) an energy system comprising a set of wave energy devices    (2) a method for generating energy from wave motion    (3) a method for driving a piling for a wave energy device    (4) a float structure for a wave energy device.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a wave energy device.    Wave energy device (20)    Piling (22)    Leading edge (24)    Float structure (26)    Drive structure (28)    Generator (30)    Coupling mechanism (32)
NOVELTY - The turbine device has a turbine assembly (1) which includes a turbine (2) that is submerged in water. The turbine comprises blades (22) which can be pivoted relative to the turbine. The blades are structured in a manner which allows them to be pivoted between at least two positions by water flowing through the turbine. The turbine assembly is associated with a tapered channel, and communicates with the tapered channel via an opening.    USE - Turbine device for oscillating water column power plant used for converting wave-powered flow energy in water into an exploitable form of energy e.g. electrical energy.    ADVANTAGE - Allows the turbine assembly to be associated with a tapered channel in order to increase the throughput of the turbine.    DESCRIPTION OF DRAWING(S) - The drawing shows the vertical sectional view of turbine in a state where water is flowing upwards through the turbine.    Turbine assembly (1)    Turbine (2)    Vertical main axis (6)    Tubular column (8)    Blades (22)
NOVELTY - The system has a compressing unit compressing a collapsible storage device or bladder (1) through vertical tidal movement. The collapsible storage device or bladder is emptied through a water turbine (4) to a water storage lagoon (5), where a rate of fluid transfer is controlled through an appropriate valve arrangement. The collapsible storage device or bladder is positioned on or near the sea bed, where the water is allowed to flow through control and proportional valves (2, 3) into the storage lagoon through the water turbine.    USE - Tidal power generation system for generating electricity using differential height between low and high tides.    ADVANTAGE - The collapsible storage device or bladder, the water storage lagoon and turbine seat are manufactured in a cost-effective manner, and can be located in any tidal location. The power generation system does not require complex underwater components. The constitutive parts of the power generation system can be exchanged during on-shore maintenance. The valves prevent water from returning in a wrong direction.    DESCRIPTION OF DRAWING(S) - The drawing shows a side-elevational view of a tidal power generation system.    Collapsible storage device or bladder (1)    Control valve (2)    Proportional valve (3)    Water turbines (4, 8)    Water storage lagoon (5)    One-way valve (6)    Shut-off valves (7, 9)
NOVELTY - The device has a light energy collection plate, a control circuit, an inversion circuit, an accumulator and an output circuit that are integrated to form a flap-type solar power generation module. The light energy collection plate is installed on a surface of an unfolded flap-type solar power generation module. The control circuit, inversion circuit, accumulator and the output circuit are installed in a housing of the flap-type solar power generation module. A main board is movably connected with a flap board via a rotary shaft.    USE - Integral flap-type solar power generation device.    ADVANTAGE - The device has simple structure, is convenient to operate and compact, and reduces the consumption of energy.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of an integral flap-type solar power generation device.
NOVELTY - The system has a generator and a hydraulic-pressure power wheel i.e. hydraulic motor, located at a highest position, and a gravity pool and a vacuum floating tank i.e. folding sealing hydraulic cabin, that are connected to be an integrative body. A water outlet of the pool is assembled with a valve (B), and a low-level water storage pool is located under the valve. A water inlet port at a side of a slippage channel is connected with the storage pool by a pipe with a valve (C), and a water pipe is connected to a water inlet of the hydraulic-pressure power wheel by an outlet of a valve (D).    USE - Differential-pressure water cycling generation system for generating electrical energy.    ADVANTAGE - The system obtains the initial energy by tide pressure head, drives the hydraulic-pressure power wheel to generate the electrical energy by differential-pressure water cycle, and avoids the energy crisis of human to supply green environment that is protective and generate the electrical energy in a cost effective manner.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a differential-pressure water cycling generation system.    Valves (A-D)    Route limit sensors (E, F)    Water level sensor (G)
NOVELTY - The component has a non-crystalline silicon solar battery plate fixed between two pieces of a glass through a film. Two ends of the battery plate lead out connecting terminals to connect a junction box, respectively. The battery plate is formed by multiple pieces of plates arranged in parallel. Each of the battery plates is surrounded by the film. An electrode is connected between the battery plates with aluminum foil by ultrasonic welding. A function box is joined to a side face and bottom of the component through sealing adhesive.    USE - Non-crystalline silicon solar battery component for use on a photovoltaic integrated building.    ADVANTAGE - The component is inexpensive, reduces requirement for setting angle, and has superior performance, convenient construction and installation and long service life.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a non-crystalline silicon solar battery component.
NOVELTY - The system has a sunshine tracking controller for rotating transversal rods by a level slope angle adjusting device to change a level slope angle of a battery assembly matrix. Ends of the transversal rods are connected with channel steel and a U bolt, and a vertical rod, a drive mechanism, a motor and a uniform solar tracking device drive multiple lines of a matrix system. A frame guide way is connected with the transversal rods by a sliding-proof fixing structure, and a sleeve is welded at an upper end of an erect post.    USE - Tracking system for installing a frame of a solar battery assembly.    ADVANTAGE - The system can automatically adjust a level slope angle of the battery matrix according to differences of sun positions in a day to obtain more light collecting quantity by the sunshine controller and the level slope angle adjusting device. The system utilizes material reasonably, economically and scientifically, thus greatly improving work efficiency of the battery assembly. The system enables convenient and fast installation of the solar generating battery assembly, and saves product and construction cost.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a tracking system.
NOVELTY - The set has a dual-power supply automatic switch (6) with an input terminal respectively connected with output terminals of a power inverter (4) and a self-starting diesel generating set (1). A signal input terminal of a switch controller (2) is connected with the output terminal of the power inverter, and a signal output terminal of the switch controller is respectively connected with the dual-power supply automatic switch and a self-starting control device of the self-starting diesel generating set, which is connected to a storage battery set (3).    USE - Wind energy and diesel engine complementary generating set.    ADVANTAGE - The set utilizes the wind energy and the diesel oil in a better way. The set has intelligent control, and can supply reliable, economic and continual electric energy to multiple fields.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a wind energy and diesel engine complementary generating set.'(Drawing includes non-English language text)'    Self-starting diesel generating set (1)    Switch controller (2)    Storage battery set (3)    Power inverter (4)    Dual-power supply automatic switch (6)
NOVELTY - The container has an outer layer (1) formed by welding a steel plate. A heat-preserving cotton layer (2) is lined in a heat-preserving container. An upper cover (3) is installed at a top part of the container. A bottom part of the container is connected with a bracket (4).    USE - Steel ingot heat-preserving container for local upsetting all-fiber upset forging during producing a wind power spindle in a forging and pressing factory.    ADVANTAGE - The container utilizes a red charge steel ingot, thus saving reheated energy source in the forging and pressing factory and improving quality. The container preserves an annealed energy source for the steel ingot in steelworks, and reduces a time period for slowly cooling and reheating the steel ingot.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a steel ingot heat-preserving container.    Outer layer (1)    Heat-preserving cotton layer (2)    Upper cover (3)    Bracket (4)
NOVELTY - The controller has a wireless receiving circuit (1), main control circuit (2), motor driver circuit (3) and a power supply (4), where the circuit (1) is connected with an input end of the circuit (2). The circuit (2) is connected with the circuit (3). An output end of a solar cell (51) or wind power generator (52) is connected with an input end of a charging circuit (6). An output end of the circuit (6) is connected with a rechargeable battery of the supply. The circuit (6) comprises a rechargeable battery voltage sampling circuit and a battery charging state output circuit.    USE - Rolling door controller.    ADVANTAGE - The controller allows the solar cell or wind power generator to convert solar energy or wind energy into electric energy, and allows the charging circuit to store the electric energy into the rechargeable battery for utilization of other circuits in the controller, thus avoiding the need to connect the controller with commercial power and saving energy, and is environment-friendly.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a rolling door controller.'(Drawing includes non-English language text)'    Wireless receiving circuit (1)    Main control circuit (2)    Motor driver circuit (3)    Power supply (4)    Charging circuit (6)    Solar cell (51)    Wind power generator (52)
NOVELTY - The box has a wiring base provided in a box body. A pin of a diode is connected with a metal connecting piece (6) that is formed by bending an integral punching piece. The metal connecting piece is provided with a heat radiation fin part (9), and a develop sheet of the heat radiation fin part is equipped with a middle part and two swing parts that are located on a lateral face of the middle part. The metal connecting piece is provided with a middle connecting part and a connecting port part (8) that is connected with an end part of the middle connecting part.    USE - Wire box for a solar battery assembly.    ADVANTAGE - The box can be integrated with a conducting sheet and a heat radiation sheet, and utilizes fewer components. The box is convenient to install and inexpensive. The box has simple and compact structure, and better heat radiation efficiency.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a wire box.    Metal connecting piece (6)    Connecting sheet part (7)    Connecting port part (8)    Heat radiation fin part (9)
NOVELTY - The filter has a solar photoelectric array (1) providing direct current to a capacitor (3) and an inverter (4) via a reverse charging proof diode. The capacitor is provided for storing electricity and stabilizing voltage of a direct current lateral part of the inverter. A filtering reactor (5) is provided with a low pass filter with a filtering capacitor (6) for filtering high frequency harmonic caused by high frequency motions of electric electronic devices in the inverter. A passive electric filter is equipped with an inductor, the capacitor and a resistor.    USE - Mixed active power filter.    ADVANTAGE - The filter has high effective grid-connecting function, and carries out the powerless compensation to the grid, inhibits the grid harmonic, reduces the wastage of the grid and improves the electricity quality. The filter is simple in structure and multifunctional, and has high efficiency.    DESCRIPTION OF DRAWING(S) - The drawing shows a circuit diagram of a mixed active power filter.'(Drawing includes non-English language text)'    Solar photoelectric array (1)    Capacitor (3)    Inverter (4)    Filtering reactor (5)    Filtering capacitor (6)
NOVELTY - The device has a solar battery board matched with an opening of a flat shell. A sealing element i.e. fluid sealant, is placed between the solar battery board and the flat shell. A storage unit i.e. flat-type lithium ion battery, and a control unit are paved in a space formed by the solar battery board and the flat shell. The solar battery board is equipped with a solar board output terminal that is connected with the control unit. The flat shell is equipped with a power supply device output terminal whose one end is connected with the control unit via a lead.    USE - Solar power supply device.    ADVANTAGE - The device can shorten the length of the connection line of the solar battery subassembly and the control unit, so as to reduce the circuit waste and cost of the circuit. The solar battery board, storage unit and the control circuit are made into a flat module, so that the device is simple in structure, convenient to install, flexible and convenient to use. The device ensures burglar-proof, water-proof and sun-proof effects.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of a solar power supply device.
NOVELTY - The system has a solar battery whose output end is respectively connected with an accumulator group, rechargeable controller and a power transformation apparatus in parallel, where the power transformation apparatus is an inverter for outputting alternating currents. The solar battery includes a monocrystalline silicon board, polysilicon board or an amorphous silicon board.    USE - Solar power system.    ADVANTAGE - The system is simple in structure, convenient to maintain and use, and is inexpensive. The system can be widely used.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a solar power system.
NOVELTY - The power supply has a storage battery (BT), connected to output and input jacks of a power unit and matched switching switch via a management circuit. The management circuit comprises an anti-overcharging circuit (1) for regulating current and to limit voltage. The anti-overcharging circuit is located between a charging port of the storage battery and a solar energy input port. Voltage signals from the storage battery are sent to circuit input ports of a feeding circuit (2) of an emergency lamp and multi-stage voltage-dividing output circuit (3).    USE - Multifunctional solar lamp power supply.    DESCRIPTION OF DRAWING(S) - The drawing shows a circuit diagram of a multifunctional solar lamp power supply.    Storage battery (BT)    Anti-overcharging circuit (1)    Feeding circuit (2)    Voltage regulating current limiting circuit (2A)    Low voltage protecting circuit (2B)    Multi-stage voltage-dividing output circuit (3)
NOVELTY - The present invention provides the electric power generating system using waves. It includes a floating element, a rope unit, a kinetic energy unit, and a power generation unit. The floating element has less weight than the sea buoyancy and drifts with waves up and down. The rope unit hauls the floating element with a rope which strides across the beach and far away down the streets. The kinetic energy unit provides the rope to wind around and moves along with traction of the floating element up and down to generate kinetic energy through the kinetic energy unit. The electric power generator accepts and transforms the kinetic energy into electric power for output. By way of this invention, it increases both the life of the kinetic energy unit and the power generation unit.
NOVELTY - This invention provides of vane-type electric generator with variable tilt angle of vanes. This machine set has at least one set of vane wheel and a supporting bracket. The vane wheel set has at least an outer frame of the wheel, a spindle, numbers of vanes and sustaining rods. Using two end edges of the vane shaft to locate axially between the outer frame of the wheel and the spindle, vanes could swing rotationarily at the same point between the wheel and the spindle. The vanes on both sides of the spindle have at least two sustaining rods individually set up within its swing region to orientate the swing vanes. Therefore, the vanes can accept the power energy of the coming waves even the wave direction is changed.
NOVELTY - The method involves channeling the waves by a funnel and the generated force is directed to a turbine for the turning movement of the turbine. Some of the turbines are longer than the other turbines to achieve more continuity in the movement of the turbine. A set of funnels is placed on each side of the turbine that is made from a light weighted material corresponding to the demand of the sea.    USE - Method for generating electricity by using ocean waves.
NOVELTY - The die forming apparatus has several heater blocks (25,27) that hold a molding die. Several thermoelectric power generation modules (30A,30B) are arranged between the heater blocks and the heat insulation blocks (23,28). The heat produced from the heater blocks are converted into electric power by the thermoelectric power generation modules.    USE - Die forming apparatus for molding optical elements e.g. prism, lens and mirror.    ADVANTAGE - The heat energy for heating molding die is improved reliably.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for control method of die forming apparatus.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of the die forming apparatus.    Cooling blocks (22,29)    Heat insulation blocks (23,28)    Heater blocks (25,27)    Thermoelectric power generation modules (30A,30B)    Sleeve (53)
NOVELTY - A battery (14) stores the electric power generated by solar paddle (11). An electric power changeover switch (12) changes electric power supply origin of battery to mounting apparatus or microwave antenna (10). A controller requests the electric power supply of other satellites through intersatellite communication apparatus (13) when generated electric power of solar paddle is less than preset threshold-value. The controller controls the changeover switch to change electric power supply origin to antenna when electric power supply is permitted from other satellites.    USE - Satellite.    ADVANTAGE - The electric power replenishment of satellite is reliably performed even during failure of solar paddle.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of satellite. (Drawing includes non-English language text)    Electric power analysis apparatus (9)    Antenna (10)    Solar paddle (11)    Electric power changeover switch (12)    Communication apparatus (13)    Battery (14)
NOVELTY - The structure (100) has a base (102) that is formed by foundation construction material (106), and a fish reef unit (108) with a fish reef section (104) installed on upper section of the base.    USE - Ocean current generation structure for use in sea.    ADVANTAGE - The workability and stability of the ocean current generation structure can be improved. The space for survival of fish can be formed.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for construction method of ocean current generation structure.    DESCRIPTION OF DRAWING(S) - The drawing shows the explanatory view of the ocean current generation structure.    Structure (100)    Base (102)    Fish reef section (104)    Foundation construction material (106)    Fish reef unit (108)
NOVELTY - The method involves transmitting measured value of tidal current deviation, frequency deviation and generator output data to adjusting device (5). The transmitted data is received and stored in time series by receiving unit (51). The required power (AR) is calculated by combining measured value of current and frequency deviation. A command for raising/lowering the output of generator is generated based on calculated power and generator state. The frequency of power system is adjusted by transmitting command for raising/lowering output of generator to power station (7).    USE - Frequency adjustment method of electric power system.    ADVANTAGE - The required power is calculated by combining the measured value of current and frequency deviation, and the command for raising/lowering the output of generator is generated with high precision . Hence the frequency adjustment of electric power system can be performed with sufficient precision.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:    (1) frequency control method in electric power system; and    (2) frequency adjustment system of electric power system.    DESCRIPTION OF DRAWING(S) - The drawing shows the block flow diagram illustrating the frequency adjustment process of electric power system.(Drawing includes non-English language text)    Measurement unit (3)    Transmission network (4)    Frequency adjusting device (5)    Power station (7)    Receiving unit (51)
NOVELTY - The electric power fluctuation absorbers (14,15) have secondary battery (7) and alternating current/direct current converter (6). The calculators (22,23) calculate electric power command for making battery terminal voltage into constant value, and separate active power fluctuation component into positive and negative electric power fluctuation components respectively. A controller (21) controls converter based on charging/discharging electric power command obtained by adding calculation results to perform minimum/maximum voltage maintenance control of battery.    USE - Electric power stabilization system for wind-powered electricity generation application.    ADVANTAGE - The electric power fluctuation absorbers maintains the minimum/maximum voltage of the battery even the characteristic of the absorbers degrades. The fluctuating current is stabilized and the electric power fluctuation absorption effect is improved reliably while the electric power fluctuation absorption operation is performed within allowable capacity of the battery.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of the electric power stabilization system. (Drawing includes non-English language text)    Alternating current/direct current converter (6)    Secondary battery (7)    Electric power fluctuation absorbers (14,15)    Controller (21)    Calculators (22,23)
NOVELTY - A water wave-based energy transfer system (10) has an anchor (12) lodged to e.g. an ocean floor (F), a buoyant float (18), a primary cable (16) joining the anchor to the float, and a secondary cable (20) joining the float to a tensioning mechanism (22) located on e.g. a shore (L). The oscillatory motion of the float resulting from water waves causes oscillatory motion the secondary cable. Such motion is transmitted to the tensioning mechanism. A conversion mechanism e.g. a generator, is coupled to the tensioning mechanism to convert the oscillatory motion for useful work.    USE - Water wave-based energy transfer system for generating electricity from natural motion of water waves e.g. ocean waves. Can also be used for e.g. pumping of water, filtering of sea water.    ADVANTAGE - Enables to convert or translate vertical motion of water waves into largely horizontal motion, which can be transferred towards shore or other location by using energy transfer system of economical non-large-scale construction resistant to storm damage or other extreme environmental condition.    DESCRIPTION OF DRAWING(S) - The drawing shows the diagrammatic side view of a water wave-based energy transfer system.    Water wave-based energy transfer system (10)    Anchor (12)    Primary cable (16)    Buoyant float (18)    Secondary cable (20)    Tensioning mechanism (22)    Ocean floor (F)    Shore (L)
NOVELTY - The lamp (5) has a solar battery board (3) electrically connected to a solar storage battery (6), where the storage battery is electrically connected to the lamp. The solar battery board and the solar storage battery are fixed in a lamp seat (1). A microcomputer intelligent controller (2) is placed in a circuit of the lamp.    USE - Solar LED combined light source illuminating lamp.    ADVANTAGE - The microcomputer intelligent controller is placed in the circuit of the lamp for controlling the closing-opening and brightness of the lamp.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a solar LED combined light source illuminating lamp.    Lamp seat (1)    Microcomputer intelligent controller (2)    Solar battery board (3)    Solar LED combined light source illuminating lamp (5)    Solar storage battery (6)
NOVELTY - The method involves judging whether bus voltage of a solar energy controller is greater than an equal charging upper limit, and judging whether solar battery arrays are cut off. A floating state is entered if the arrays are cut off. Bus voltage of the solar energy controller is judged whether the bus voltage is smaller than an equal charging mid value. The solar battery array is arranged if the bus voltage is smaller than an equal charging mid value. The bus voltage judging is again performed if the bus voltage is greater than the equal charging mid value.    USE - Method for controlling charging of a solar battery.    ADVANTAGE - The method improves utilization ratio of solar energy and avoids the situations of overcharging or over-great charging current.    DESCRIPTION OF DRAWING(S) - The drawing shows a flow chart of a solar battery charging control method.'(Drawing includes non-English language text)'
NOVELTY - The half lurking equation draft control fluid flux power generation stray closure has a water flood/discharging unit which is installed at a second on/off valve located under a floater (200). An external sleep is installed on a water in and out pipe. The water in and out pipe opens and closes a conduit line and is located within a flotation tank and a second base paper. A first switching valve and a second on/off valve opens the conduit line of the water in and out pipe and an air in and out pipe. An air pump is controlled while being maintained horizontally of a platform (100).    USE - Half lurking equation draft control fluid flux power generation stray closure for fluid flux power generation.    ADVANTAGE - Enables easier maintenance for the generator assembly since the water in and out pipe opens and closes the conduit line and is located within a flotation tank and a second base paper. Minimizes the fluid flow resistance since the first switching valve and the second on/off valve opens the conduit line of the water in and out pipe and an air in and out pipe while the air pump is controlled while being maintained horizontally of a platform. Improves horizontal gimbals and the stability of the platform since the external sleep is installed on a water in and out pipe while the water in and out pipe opens and closes a conduit line and is located within a flotation tank and a second base paper. Improves safety and security of the work space since a water flood/discharging unit is installed at a second on/off valve located under a floater.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of the half lurking equation draft control fluid flux power generation stray closure in a state in which the generator assembly is held up to the top of platform.    Platform (100)    Moon pool (150)    Floater (200)    Generator assembly (250)    Vertical movement method (272)
NOVELTY - The solar-powered contactless charging apparatus includes a rechargeable battery (100) which has an induction coil (101). A charging unit (400) supplies electric current, produced with solar energy concentration, to a magnetic field generating coil (402). The charging unit charges the rechargeable battery through inductive coupling of the induction coil and magnetic field generating coil.    USE - Solar-powered contactless charging apparatus for mobile terminal.    ADVANTAGE - Enables contactless charging of the rechargeable battery of mobile terminal using solar energy, thus improving convenience.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a solar-powered contactless charging method.    DESCRIPTION OF DRAWING(S) - The drawing shows the block diagram of contactless charging apparatus. (Drawing includes non-English language text).    Rechargeable battery (100)    Induction coil (101)    Charging unit (400)    Magnetic field generating coil (402)    Controller (410)
NOVELTY - The generating set has a pillar section line (200) floated on a fixed water level, and an effecter (300) rotated based on phase down perpendicularity operational motion of a vessel type main body member line (100). A generator (400) converts the phase down perpendicularity repetitive motion of the effecter into rotation power to produce electricity. A rectangular shaped penetration hole (30) is formed in a center area, and a space part (40) is formed inside the pillar section line. A bottom part exposes an anchor rope through an anchor rope actuating cylinder (41).    USE - Electricity generating set for use in a marine farming area and a dockyard.    ADVANTAGE - The generating set generates the electricity in an effective manner.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of an electricity generating set.    Rectangular shaped penetration hole (30)    Space part (40)    Anchor rope actuating cylinder (41)    Vessel type main body member line (100)    Pillar section line (200)    Effecter (300)    Generator (400)
NOVELTY - The generator has an electrically conductive material engaged about a portion of an exterior surface of a housing (220), and an electromagnetically active mass (240) positioned within the housing and reciprocally movable along a portion of a longitudinal axis. A coil spring (230) includes two ends, where one of the ends is engaged with the electromagnetically active mass. Another coil spring (232) includes two ends, where one of the ends of the latter spring is engaged with the electromagnetically active mass. A spring deflection adjustor is engaged with the housing and one of the springs.    USE - Electrical energy generator for powering an electronic device (claimed). Uses include but are not limited to a locator, a signaling equipment, an entertainment equipment, an energy storage equipment, a radio receiver, a radio transmitter, a wireless telephone, a camera and a global positioning system (GPS) equipment.    ADVANTAGE - The generator allows kinetic energy imparted by voluntary motor activities, such as stepping, walking, running, climbing and jumping of a human or an animal, to be harvested and converted into electrical energy.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of an electrical energy generator.    Housing (220)    Internal cavity (222)    Interior surface (224)    Coil springs (230, 232)    Electromagnetically active mass (240)
NOVELTY - The apparatus has a base plate, a swing arm and a wing or sail, where the wing or sail is mounted on the swing arm in such a way that the sail is aerodynamically or hydrodynamically unstable, to generating force, which causes the swing arm to move. The motion of the arm is reversed by generating an aerodynamic or hydrodynamic pitching moment at an end of a stroke, which rotates the wing or sail and generates aerodynamic or hydrodynamic force to drive the wing or sail in the opposite direction, to induce an oscillatory motion of the arm by purely aerodynamic or hydrodynamic unit.    USE - Apparatus for converting kinetic energy of wind or water flows for generating electrical energy from air or water flows, for use by aeronautical engineer.    ADVANTAGE - The swing arm and the wing are connected together in such a manner that one of the wing or sail is at the middle of the power stroke while the other is at the end of the stroke, thus achieving a self-starting smooth operation of the apparatus. The individual wings or sails are oscillated in the counter phase, thus producing a dynamically balanced system. The apparatus retains the ability to produce large amplitude combined pitch-plunge oscillations of the wing with phase angle of approximately 90 degrees between the two oscillations. The apparatus does not require an elaborate mechanism to enforce the wing's pitch-plunge motion at the proper phase angle between the pitch and plunge motions.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a foil exposed to an air or water flow and oscillating in two degrees of freedom, namely a plunge oscillation perpendicular to the flow and a pitch oscillation about a horizontal axis on the foil, where the oscillations occur with a ninety degree phase angle in upper part and the phase angle is zero in lower part.
NOVELTY - The system has a liquid medium that leads from the earth surface into interior of the earth by a pipe (2). An inside of the pipe has a surface structure such that the surface of inside of the pipe is enhanced opposite to a smooth pipe sheet. The surface structure is obtained by wrinkling of the surface of the pipe inside.    USE - System for the geothermal power production.    ADVANTAGE - The system has a liquid medium that leads from the earth surface into interior of the earth by a pipe, where inside of the pipe has a surface structure, and hence improves the transmission of heat energy from the environment of the pipe to the medium in the pipe inside.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a geothermal plant with an evaporation cycle and a cooling agent cycle.    Pipes (2,3)    Liquid separator (4)    Sub cooler or intermediate heater (5)    Compressor (6)    Heat exchanger (7)
NOVELTY - The device has submerged shuttles (6, 7), where one of the shuttles has movable elements formed of flaps and semi-disk panels. Each shuttle is connected to a technical assembly (1) via single-stranded cables (10, 11) that are wound in or out from winding/paying-out devices. Arms (8, 9) have pivoting control surfaces (13, 14) placed in a direction of marine or river current and are carried by an assembly of floats (25). The arms have stops (17, 18) that are maintained in the direction of the current to maintain the shuttles at a constant depth during back and forth movement of the shuttles.    USE - Device for recovering energy from marine or river current, based on back and forth movement of submerged shuttles and based on conversion of recovered energy into electrical energy using a generator, in marine or river application.    ADVANTAGE - The stops of the arms are maintained in the direction of marine or river current to maintain the shuttles at the constant depth during back and forth movement of the shuttles, while avoiding collision between the submerged shuttles.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of an energy recovering device for marine application.    Technical assembly (1)    Submerged shuttles (6, 7)    Arms (8, 9)    Single-stranded cables (10, 11)    Pivoting control surfaces (13, 14)    Stops (17, 18)    Floats (25)
NOVELTY - The generator (110) has an electrically conductive material engaged about a portion of an exterior surface of a housing (120) and extending along a portion of a longitudinal axis. An electromagnetically active mass (140) is positioned within the housing, and one end of a spring (130) is engaged with the housing and the electromagnetically active mass. One end of a spring (132) is engaged with the housing and the electromagnetically active mass. A motion retardation mitigating unit mitigates motion retardation of the electromagnetically active mass within the housing.    USE - Generator for generating electrical energy that is used to provide power for an electronic device (claimed). Uses include but are not limited to a locator, signaling equipment, entertainment equipment, energy storage equipment, radio receiver, radio transmitter, wireless telephone, camera and a global positioning system (GPS) equipment.    ADVANTAGE - The generator harvests the kinetic energy developed or imparted by voluntary motor activities of a human or an animal, and objects or masses that are moved by the human or the animal, and converts the harvested kinetic energy.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of an electrical energy generator.    Electrical energy generator (110)    Housing (120)    Internal cavity (122)    Interior surface (124)    Springs (130, 132)    Electromagnetically active mass (140)
NOVELTY - The method involves establishing a renewable energy trust, and funding the renewable energy trust. The funds in the renewable energy trust are distributed to develop renewable energy e.g. wind energy, where a portion of funds in the renewable energy trust is provided to qualified charities or qualified educational institutions. The funds are generated through the sale of renewable energy credits to an energy consumer, where the funds are transferred by using a computer e.g. laptop computer, that hosts a web page on Internet through which the funds are transferred.    USE - Method for developing renewable energy e.g. wind energy, solar energy, geothermal energy, tidal energy, oceanic energy, hydroelectric energy and biomass energy (all claimed), by using a trust to generate electricity in an electrical power plant. Can also be used for developing wave energy and waste energy.    ADVANTAGE - The funds in the renewable energy trust are distributed to develop the renewable energy, thus generating green energy with less greenhouse gas being emitted into the atmosphere. The method allows elimination of concerns that the funds intended to address problems associated with climate change and other energy based concerns are actually invested in renewable energy initiatives.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are also included for the following:    (1) a method for funding a renewable energy trust    (2) a method for funding development of renewable energy.    DESCRIPTION OF DRAWING(S) - The drawing shows a flow diagram explaining funding of and distribution from a renewable energy trust.
NOVELTY - The wind and solar generator has an air bag that is provided in a shielding structure and filled with helium gas. A wind power generation wheel is installed to the shielding structure for shielding the wind. Several blades are installed on the rotary shaft of the wind power generation wheel so that the blades moving opposite to the wind direction are shielded by the shielding structure.    USE - Wind and solar power generator.    ADVANTAGE - High power generation can be achieved at low cost by installing the wind power generator in small field.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the Wind and solar power generator.
NOVELTY - The method involves taking an entire operation data of each wind turbine in a wind energy station at a period of time and calculating average wind velocity, and finding out power output analysis of the wind turbines with maximum difference between the wind velocity and the power by taking the power output dispersivity of the wind energy station. The equivalent wind velocity is evaluated when the wind turbines are regularly arranged, and the actually measured wind velocity data recorded in the wind energy station is presented as output.    USE - Equivalent air velocity method for treating equivalence and dispersivity problem of static power in a wind power station.    ADVANTAGE - The method has high precision.    DESCRIPTION OF DRAWING(S) - The drawing shows a graphical representation of an equivalent air velocity process.'(Drawing includes non-English language text)'
NOVELTY - The cable has a core whose outer side is equipped with an insulating layer (3) and an outer sheath (4). The insulating layer and the outer sheath are treated with radiation cross linking treatments in sequence, and are made of low-smoke halogen-free thermoset polymer materials i.e. low-smoke halogen-free flame-resistant radiation cross linked polyolefin. The core is equipped with a conductor (1) and an isolating layer (2) i.e. non-hygroscopic band material, that is coiled on the conductor.    USE - Power cable for solar photovoltaic generating equipment.    ADVANTAGE - The cable has high temperature resistance of 120 degrees centigrade, and can resist bad climatic environment and mechanical shock. The cable improves the safety of the solar photovoltaic generating equipment, thus prolonging the service life of the solar photovoltaic generating equipment.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of a power cable.    Conductor (1)    Isolating layer (2)    Insulating layer (3)    Outer sheath (4)
(ES2316321-A1)   NOVELTY - The selective solar absorber comprises a substrate, which is made of metallic material and dielectric or ceramic. A reflective metal layer and dielectric layer are also provided.    USE - Selective solar absorber.    ADVANTAGE - The selective solar absorber ensures high absorption and low emissivity.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a method for manufacturing selective solar absorber.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the selective solar absorber.
NOVELTY - The unit has a power transmission part installed in a vertical structure (100). A propeller is fixed in a driving shaft that is protruded to an external part of a case. A generator is mounted in a generator mounting unit and provided with a rotation axis. A driving pulley is fixed to the power transmission part. A belt delivers torque of the driving pulley to a follower. A revolution number increase unit is equipped with two gears. A liquid tight wall is formed in an inner side of the generator mounting unit.    USE - Belt driven flow current power generation unit.    ADVANTAGE - The unit allows the operator to steadily perform the maintenance work in the case without the need of a control device, generator, inverter, sealing unit and a waterproof unit. The outer tube of the unit is made simple.    DESCRIPTION OF DRAWING(S) - The drawing shows a side sectional view of a belt driven flow current power generation unit installed at a file structure.'(Drawing includes non-English language text)'    Vertical structure (100)
NOVELTY - The booth has a photovoltaic electricity generator installed on a wall and a ceiling of the booth and connected with an energy storing and electricity balance generator. A railway or a road photovoltaic module shed is installed near the booth.    USE - Ecological repairing type solar energy photovoltaic farm booth for integrating electricity generation with cultivation.    ADVANTAGE - The booth has a reasonable structure, and can fully utilize photovoltaic electricity generation and integrate the electricity generation with the cultivation.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of an ecological repairing type solar energy photovoltaic farm booth integrating electricity generation with cultivation.
NOVELTY - The yard lamp has a solar battery subassembly (1) and a storage battery (2) connected to a charge controller (3), where load end of the charge controller is connected with a human-sensing switch (4). The human-sensing switch is connected with a light source (5), where the light source is energy-saving lamp, LED lamp or cold cathode energy-saving lamp. The storage battery is installed in a battery box and deeply embedded below a ground.    USE - Solar human-sensing yard lamp.    ADVANTAGE - The yard lamp carries out switching by timing under the control of the human-sensing switch. The yard lamp uses the human-sensing switch, so as to lighten the yard lamp at night, thus reducing the cost of the yard lamp.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a solar human-sensing yard lamp.    Solar battery subassembly (1)    Storage battery (2)    Charge controller (3)    Human-sensing switch (4)    Light source (5)
NOVELTY - The box has an indication lamp (2) installed in a box body and a storage battery (3), where an output end of the storage battery is connected with the indication lamp through a control circuit. A solar battery board (14) is installed on an outer surface or an internal part of the box body, where the solar battery board is connected with an input end of the storage battery through a solar battery controller. A light transmission panel (11) is installed on a surface of the box body. The indication lamp is located on an inner side of the light transmission panel.    USE - Indication lamp box.    ADVANTAGE - The box has unique structure, and is completely automatic for automatically absorbing light energy to charge. The box uses the natural light, light of other lamps to charge, and can re-absorb the energy of the light shone by itself to charge. The box saves the source, uses all the usable energy, and has long service life. The box accords with the energy-saving, discharge-reducing and continuous development effect.    DESCRIPTION OF DRAWING(S) - The drawing shows an exploded perspective view of an indication lamp box.'(Drawing includes non-English language text)'    Indication lamp (2)    Storage battery (3)    Light transmission panel (11)    Solar battery board (14)
NOVELTY - The heat exchanger comprises band shaped heat transfer plates (2,2') that are wound spirally. The stud pins (8') are continuously arranged in shelf shape with predetermined clearance (5) at predetermined space from the individual open ends of the plates. A string shaped gasket (13) is mounted and spirally wound on the stud pins, and fastened by a cover (F).    USE - Spiral type heat exchanger. Uses include but are not limited to household appliance, foodstuff cooking machine, chemical processing plant, nuclear power generation industry, ocean thermal energy conversion application.    ADVANTAGE - Since the volume of heat exchanger plate used is reduced, the weight and cost reductions can be realized, while contributing for countermeasure against global warming prevention.    DESCRIPTION OF DRAWING(S) - The drawing shows the explanatory drawings of the stud pins and cover.    Heat transfer plates (2,2')    Clearance (5)    Stud pins (8')    String shaped gasket (13)    Parallel surface (16)    Cover (F)
NOVELTY - The box has a base i.e. shallow groove structure piece, and multiple plug-in boards, where four surfaces of the base are formed with upright edges. Each pair of plug-in boards is formed to be oppositely fixed at two ends of a plane in the box for embedding a frameless solar battery assembly. A middle stay bar is fixed on an upper most layer of the frameless solar battery assembly, and a cover plate is covered on the upper most layer and the middle stay bar. The plug-in boards are connected with multiple layers of conjoined cardboards and a layer of a turnover plate.    USE - Packing box i.e. cardboard assembled structure piece, for a frameless solar battery assembly.    ADVANTAGE - The box is light in weight, and convenient to transport, where each layer of the frameless solar battery assembly acts on the cardboard, thus avoiding damage to the box.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a packing box.
NOVELTY - The camera has a power supply converting integrated circuit connected with a camera circuit. A solar battery and a power supply are connected with the power supply converting integrated circuit.    USE - Environmental solar camera.    ADVANTAGE - The camera utilizes mixture power of solar energy and electric energy to work so as to realize energy saving and environmental protection by utilizing photovoltaic power generation technology.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of an environmental solar camera.'(Drawing includes non-English language text)'
NOVELTY - The arrangement has a capacitive memory arranged parallel to an anode or cathode-lateral serial resistance (R) of a crowbar circle. A switch (S) of an actuator is arranged parallel to the resistance and a memory of the crowbar circle and a thyristor (Th) such that the thyristor is turned-off with energy of the capacitive memory by operation of the switch. The resistance and capacitive memory are switched parallelly, where the arrangement of the switch and resistance is presented in the crowbar circle.    USE - Circuit arrangement for switching-off of a crowbar that is utilized as a protective element for a converter system for regulation of power of a wind-power plant.    ADVANTAGE - The crowbar circle consists of a thyristor with a serial resistor, and a capacitive memory such that the thyristor can be switched-off, thus avoiding plant disconnection for thyristor turn-off, and avoiding the destruction of the thyristor. The arrangement avoids the usual components required for switching off the thyristor, thus reducing cost of the arrangement.    DESCRIPTION OF DRAWING(S) - The drawing shows a circuit representation of a circuit arrangement.'(Drawing includes non-English language text)'    Anode or cathode-lateral serial resistance (R)    Switch (S)    Thyristor (Th)
NOVELTY - The device has an outlet (150) formed at lower portion of housing (250) and opened and closed by a float (100) to drain the water collected after separating it in steam/water separating chamber. The float provided in separating chamber, moves up or down in accordance with difference between pressure of steam and buoyancy of collected water between upper position where the outlet is opened to drain the collected water and a lower position where the outlet is closed.    USE - Energy-saving device.    ADVANTAGE - Enables more efficient use of steam supplied from boiler, and reduction of energy consumption by recycling waste steam. When water collects in housing, only condensed water excluding steam can be discharged intermittently through opening and closing of outlet by an automatically repeated vertical motion of float using inner pressure of pipe and buoyancy of a ball.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of the energy-saving device.    Float (100)    Outlet (150)    Inlet (200)    Housing (250)    Steam/water separating unit (270)
NOVELTY - The apparatus has adhesive patches securing a primary mirror to a surface, and a set of through holes to position secondary mirrors onto the surface by using a planar sheet as a template. Another set of through holes position the adhesive patches in a predetermined relationship to one of the secondary mirrors placed onto the surface by using the planar sheet. The primary mirror reflects sunlight onto the secondary mirror, where the secondary mirror reflects the sunlight onto a photovoltaic cell. The planar sheet is registered with the surface by using an external tool.    USE - Apparatus for aligning optical components in a photovoltaic array for focusing sunlight on a photovoltaic cell, a concentrator cell and a solar cell. Can also be used for micro or nano-scale application in a micro-electro mechanical system (MEMS).    ADVANTAGE - The apparatus securely joins a back panel assembly to a glass sheet, improves efficiency of a solar energy system, and increases lifetime of the system. The apparatus holds a glass sheet in a fixed relationship to the base tool by use of friction and/or gravity. The apparatus secures a polycarbonate sheet to the rigid frame of the base tool. The apparatus implements a program or code that can be stored in a machine readable medium to permit a computer to join the back panel assembly to the glass sheet.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a base tool.    Base tool (100)    Top surface (110)    Lower-left corner (120)    Marking (122)    Actuators (130-136)
NOVELTY - The device has an energy acquiring device installed on a floating device (13), and a guiding device e.g. guiding frame (11), for guiding upper and lower motions of a rack float chamber (1) and a gear float chamber (3). A rack (8) of the rack float chamber and a gear (9) of the gear float chamber are mutually meshed, and the rack is fixed at a side of a rack float box through a telescopic bracket (7). The gear is fixed on a gear float box via a bracket (12), where the gear float box is internally provided with a generating device driven by a transmission mechanism (10) and a storage battery.    USE - Device for generating electricity through sea wave.    ADVANTAGE - The device has simple structure, and utilizes the float box to generate potential energy that is transformed into the mechanical energy. The device utilizes the mechanical energy to generate electricity.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of an electricity generating device.    Rack float chamber (1)    Gear float chamber (3)    Telescopic bracket (7)    Rack (8)    Gear (9)    Transmission mechanism (10)    Guiding frame (11)    Bracket (12)    Floating device (13)
NOVELTY - A multi-hole support frame is located on a ceramic substrate aluminum oxide/nitride, and a low-temperature end electrode and a P/N-type bismuth telluride element are located in the holes of support frame. A soldering tin layer and a barrier layer are sequentially set between the electrode and the P/N-type element. The P/N type element is welded together with the electrode, and the support frame and ceramic substrate are sealed together. The other side of P/N-type element is set with a barrier layer, high-temperature coating electrode and a ceramic substrate.    USE - Thermoelectric power generation device.    ADVANTAGE - The device can be effectively used irrespective of temperature and environment at reduced cost.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for manufacturing method of thermoelectric power generation device.
NOVELTY - The system (10) has an elongate shaft (12) mounted above the surface of a body of water for defining a longitudinal shaft axis, and a set of buckets pairs connected at intervals along the axial length of the shaft, where each bucket pair is oriented about the shaft in radial position. Each bucket pair includes buckets (31A, 33A, 30B-33B) mounted at 180 degrees about the shaft for defining longitudinal bucket axes, where each bucket axis is oriented such that the bucket axis does not lie in a plane normal to the shaft axis.    USE - Wave turbine system for extracting energy from ocean waves. Can also be used for extracting energy from river, tidal flow and wind.    ADVANTAGE - The system operates effectively, minimizes energy losses due to reflected waves, increases power generating capability and eliminates the usage of tall blading, thus minimizing hazards to marine and wild life.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for producing power.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a wave turbine with traveling waves and a rotating turbine drive shaft.    Wave turbine system (10)    Elongate shaft (12)    Support members (16)    Struts (22)    Buckets (31A, 33A, 30B-33B)
NOVELTY - The solar non-polar street lamp has a solar battery board connected with a charging current controller for converting the solar radiation into electric energy. The charging current controller transmits and stores the electric energy on the solar battery board to electrical energy storage unit such as electrical double layer electrolysis capacitor or accumulator jar. An inverter-converter converts direct power of solar battery board or electrical energy storage unit into alternative power of standard voltage and supplies electricity to light fitting load.    USE - Solar non-polar street lamp.    ADVANTAGE - The solar energy can be utilized efficiently and the energy can be saved while achieving environment protection.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of the solar non-polar street lamp. (Drawing includes non-English language text)
NOVELTY - The apparatus has a solar battery plate i.e. upper cover, connected with a CPU power controller, where one end of the CPU power controller is connected with a battery cell and another end is connected with the apparatus.    USE - Digitized solar infrared mammary gland diagnostic apparatus.    ADVANTAGE - The apparatus has simple structure, and efficiently converts solar energy into electricity by the solar battery plate. The electricity can be stored in the battery cell to be supplied to the apparatus at any time, and the apparatus and the solar battery plate are integrated, so that the apparatus has light weight and small volume, and is convenient to carry and use.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a digitized solar infrared mammary gland diagnostic apparatus.
NOVELTY - The system has a body (100) equipped with an underwater path (110), which is connected with an entrance portion and an exit portion, and an electric drive motor (400) rotates by using electricity. The underwater path is installed in outlet side of a generator (200), which supplies the produced electricity to the exit. A rotating vane (500) is rotated with the electric drive motor, and a storage battery storing the electricity generated in the generator is connected with the electric drive motor.    USE - Underwater electric power system.    ADVANTAGE - The system is inexpensive, environment-friendly, and has lower maintenance cost. The system maintains fixed energy, and steadily supplies the power.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a underwater electric power system.'(Drawing includes non-English language text)'    Body (100)    Underwater path (110)    Generator (200)    Electric drive motor (400)    Rotating vane (500)
NOVELTY - The system has a solar panel connected with an accumulator through a controller. A pneumatic generator set is connected with electrical equipment through the controller. An output shaft of an air compressor (5) is fixedly provided with a wind wheel. An electromagnetic valve is connected with the controller, and is provided at a middle part of a pipeline (11). The pneumatic generator set is used normally when the air is temporary or very strong. The pipeline is connected with an air outlet end of an air storage tank (6).    USE - Wind energy and solar energy complementation power generating system.    ADVANTAGE - The pneumatic generator set of the system can be used normally either when the air is temporary or very strong, thus expanding the utilization range of the wind energy.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a wind energy and solar energy complementation power generating system.'(Drawing includes non-English language text)'    Air compressor (5)    Air storage tank (6)    Stop valve (10)    Pipeline (11)    One-way valve (12)
NOVELTY - The handiwork has a solar battery plate (2) connected with a storage battery (3) that is connected with a lighting element (4) by a control circuit (5). The lighting element is fixed on a surface of a main body (1). A light-sensitive detector (8) is provided on the main body, and is connected with the control circuit. The storage battery is connected with the control circuit by a main switch (7) i.e. manual switch.    USE - Handiwork for use with a solar illuminating device at night.    ADVANTAGE - The handiwork transforms luminous energy into solar energy by the solar battery, and satisfies power supply for illumination. The handiwork avoids pollution, saves energy and automatically regulates illumination intensity by setting the light-sensitive detector. The handiwork is compact in structure and simple to construct, and has long service, simple maintenance and beautiful appearance.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a handiwork.    Main body (1)    Solar battery plate (2)    Storage battery (3)    Lighting element (4)    Control circuit (5)    Main switch (7)    Light-sensitive detector (8)
NOVELTY - The plant has a light energy sampling plate for collecting sunlight. Multiple light energy sampling plates are equipped on a surface of a straight solar generating module. A control circuit, inverter circuit, storage battery and an output circuit are equipped in a shell of the straight solar generating module. The control circuit is provided for converting a solar energy to an electric energy. The storage battery is provided for storing the electric energy. Slots and sliding rods are provided in upper and lower ends of the straight solar generating module, respectively.    USE - Integrated and modularized straight solar power plant.    ADVANTAGE - The plant is simple in structure, energy-saving and convenient to use, and can form high power output voltage. The plant has a bracket, such that the plant can be convenient to place in the required area.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of an integrated and modularized straight solar power plant.
NOVELTY - The apparatus has a support tube (15) provided in a base (2). An end of a swiveling control apparatus (10) e.g. pneumatic spring, is connected to a movable vane (3). A rotating shaft of an actuating device (25) is driven by pressurized fluid e.g. water, from a circulatory system of a cylinder (16). An electric power generation unit produces electric power (60) by rotationally driving a rotating shaft of a generator (26). Another electric power generation unit produces the electric power from sunlight by utilizing a set of solar cells (4) arranged on upper surface of the vane.    USE - Marine electric power generating apparatus for use in a marine mobile body i.e. ship.    ADVANTAGE - The apparatus efficiently converts the natural resources such as sunlight into the electric power at low cost. The apparatus prevents the global warming and protects the global environment.    DESCRIPTION OF DRAWING(S) - The drawing shows a partial sectional view of a marine electric power generating apparatus.    Base (2)    Movable vane (3)    Solar cells (4)    Swiveling control apparatus (10)    Support tube (15)    Cylinder (16)    Actuating device (25)    Generator (26)    Electric power (60)
NOVELTY - The solar cell has a laminated block (3) consisting of a photoelectric converter (31) producing a carrier by the injection of light and a reflection layer (32) reflecting the light permeating the photoelectric converter. The reflection layer consists of a low refractive index layer (32b) consisting of magnesium zinc oxide (MgZnO) and a contact layer (32a) inserted between the low refractive index layer and the photoelectric converter. The contact layer consists of zinc oxide (ZnO) or indium oxide (InO).    USE - Solar cell for solar power generation.    ADVANTAGE - The photoelectric conversion efficiency of the solar cell is improved by preventing low refractive index layer from directly contacting the photoelectric converter.    DESCRIPTION OF DRAWING(S) - The drawing shows the sectional view of the solar cell.    Laminated block (3)    Photoelectric converter (31)    Reflection layer (32)    Contact layer (32a)    Low refractive index layer (32b)
NOVELTY - The device has a U-shaped fence (1) i.e. U-shaped body, formed by three sector boards in the angle of 30 to 120 degrees, and multiple hydroturbines (3) equipped at the bottom of the U-shaped fence, where the hydroturbines are fixed in a bag (6) i.e. round bucket, that is placed beneath a sinking bottomland. A lower part of the fence is made of steel cylinder or reinforced concrete, and a dynamo (4) is fixed on an upper part of the hydroturbines. An outlet and inlet (5) is provided on a U-shaped lower part board body (2) of the fence, and a water gate (7) is placed outside the fence.    USE - Tidal electricity generating device.    ADVANTAGE - The device is provided with the generators that are fixed on upper parts of the hydroturbines when the tide reaches a certain level, the gate opens, and the tide drives the hydroturbines to generate electricity. The water gate closes when the tide is below a water head, and the water gate opens when water retreats the water head, so that the sea water in the U-shaped fence flows out and pushes the hydroturbines to generate power, thus making the sea water to move alternately and pushing the hydroturbines to generate electricity.    DESCRIPTION OF DRAWING(S) - The drawing shows a partial sectional view of a tidal electricity generating device.    U-shaped fence (1)    U-shaped lower part board body (2)    Hydroturbine (3)    Dynamo (4)    Outlet and inlet (5)    Bag (6)    Water gate (7)
NOVELTY - The station has a canal that is dug approximately 10 feet below low water sea level. Dry docks (D) comprise two lock gates or solid walls with filters and sluice gates for regulating flood and ebb tide, where each dock floats the power station into dry dock floor. Compression chambers compress hydraulic oil. The power station is built in each dry dock. The station extracts electricity from vertical movement of the tides.    USE - Land contained tidal power station for producing electricity to a life massive ship.    ADVANTAGE - The power station is simple to construct, and comprises few moving parts to increase life span. The station is built on land so that any country with access to sea can use the station.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a land contained tidal power station.    Dry docks (D)
NOVELTY - The generator has a solar energy heating device (10) absorbing solar energy for heating medium e.g. air and water, flowing through the device. A secondary heating device (20) heats the medium flowing through the solar energy heating device to generate air convection. A power generator (30) generates electric power by air convection to drive a load (40). The solar energy heating device and the secondary heating device heat air so that air convection is generated in a hot air convection space i.e. tapered space, to drive the power generator to generate electric power for driving the load.    USE - Solar energy power generator for generating electric power.    ADVANTAGE - The generator uses air convection as a power source that is cheaper than coals, petroleum, natural gas or uranium while preventing pollution in the environment. The generator provides oxygen and hydrogen as fuel to the solar energy heating device and a combustor that can be decomposed from water while allowing the medium to be reused.    DESCRIPTION OF DRAWING(S) - The drawing shows a flow diagram of a solar energy power generator.    Solar energy heating device (10)    Secondary heating device (20)    Power generator (30)    Load (40)
NOVELTY - The station has segments (6) cabled with a current collector i.e. public network, where cabling is carried out according to number of segments and segment rows over a maximum cable section. The current collector and main segments are cabled. The cabling is carried out within the segments and the main segments with contact points for connection between cable sections. Sensors and electronic assemblies are provided for remote diagnosis and remote maintenance. Stabilization units are provided for segment coupling with connection bolts.    USE - Hydroelectric power station for sport boats and ships.    ADVANTAGE - The power station is designed such that the power station utilizes larger working surface i.e. river bed, at all water levels, thus precisely increasing the flow rate at the water wheel, and hence achieving high efficiency of the power station.    DESCRIPTION OF DRAWING(S) - The drawing shows a plan and side view of a hydroelectric power station.'(Drawing includes non-English language text)'    Inner side (1c)    Base (1d)    Water wheel (2)    Segments (6)    Flow channel (8)    Concentrator zone (8a)
NOVELTY - The hydroelectric generator comprises two endless belts arranged parallel to each other with adjacent sides working in the same direction. Multiple vanes are provided, which are mounted on the belts. A device is provided to direct the water moving between the two belts to an electric generator driven by one or both belts.    USE - Hydroelectric generator for generating an electrical current from moving water.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a hydroelectric generator.
NOVELTY - A tidal flow energy generator has a hydraulic ram pump that produces high velocity jets of sea water or compressed air using the impulse caused by rapid change in velocity of mass of sea water. Rapid change in velocity is achieved by first allowing water to flow through a duct (3), then suddenly closing waste valve (1,2) that results in hydraulic shock or surge, causing water entering the chambers (4,5) and driving air or water through the pipes (6,7).    USE - Tidal flow energy generator for capturing energy possessed by water waves and water currents in sea.    ADVANTAGE - Reduces costs and potential corrosion problems compared with existing devices that rely on gear trains to couple bobbing floats to electricity generator since two mechanisms for upgrading the kinetic energy of moving water both rely on sea water based hydraulic pumps to deliver the high speed water or compressed air jets to the turbine blades. Enables flexible use of turbo-generators and optimization of the rate of electricity production since number of water jets servicing each turbo-generator is altered based on the prevalent wave height and tidal current conditions. Minimizes non-productive water flow by ensuring that the overlap length never falls about one meter. Minimizes number of salt water droplets that mix with the air and present corrosion threat to metal components of turbine units since floats or long skirted sliding fit pistons are placed inside the air compression chambers to separate water and air boundaries.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a hydraulic ram pump for pumping water originating as a fraction of two-way, horizontal tidal current flow.    Waste valve (1,2)    Duct (3)    Chambers (4,5)    Pipes (6,7)    Sacks (8,9)
NOVELTY - The system has solar-wind energy controller that is connected to a blower, solar battery plate, accumulator and power generating device, respectively. A constant current adjusting device is sandwiched between the blower, solar battery plate and the solar-wind energy controller.    USE - Solar wind energy power generation system.    ADVANTAGE - The power generation efficiency is increased and the durability of the accumulator is improved.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of the solar-wind energy power generation system. (Drawing includes non-English language text)
NOVELTY - The device has a geothermic reservoir (1) connected with a carbon di-oxide (CO2) heat exchanger (2). A carbon di-oxide energy accumulator (3) is connected with a manometer (4). A carbon di-oxide pressure regulating valve (5) is connected with a pipeline (6). A steam turbine (7) is connected with an electric generator (8). A condenser (9) is connected with a liquid reservoir (10). A pressure circulating pump (11) is connected with a liquid tank (12) that is connected with a fluid-delivery valve (13).    USE - Integral carbon di-oxide (CO2) heat co-production geothermic electric generating device.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of an integral carbon di-oxide heat co-production geothermic electric generating device.    Geothermic reservoir (1)    Carbon di-oxide heat exchanger (2)    Carbon di-oxide energy accumulator (3)    Manometer (4)    Carbon di-oxide pressure regulating valve (5)    Pipeline (6)    Steam turbine (7)    Electric generator (8)    Condenser (9)    Liquid reservoir (10)    Pressure circulating pump (11)    Liquid tank (12)    Fluid-delivery valve (13)
NOVELTY - The fan has a blade whose top end is provided with an outer salient point turned over in a curved form, where the blade is fixed on a rotating shaft of the fan. The blade is driven to generate a wind power when the rotating shaft of the fan is rotating.    USE - Wide-angle electric fan.    ADVANTAGE - The blade is driven to generate wind power when the rotating shaft of the fan is rotating, thus making the wind power to act in a wider angle range.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a wide-angle electric fan.
NOVELTY - The wave power generator includes a permanent magnet and/or an electromagnet mounted on a moving buoy located onto a water surface. The permanent magnet and/or electromagnet moves in the axis of a fixed induction coil independently of the motion of the water to induce voltage in the coil to produce electric power. The induction coil is provided with outputs.    USE - Wave power generator for harnessing wave energy of flowing water in e.g. lakes to produce electrical energy.
NOVELTY - The system has an at-premise renewable power system i.e. solar hot water panel (120), powered by an alternate energy source i.e. sun (122). A flow meter (114) is in communication with the power system to measure power generated by the power system. A computer processor implemented data server (104) is in communication with a data hub (102). Two communication nodes (100a, 100b) are in communication with the meter. The communication node transmits the measured power to the hub. The hub transmits the measured power to the server that calculates utilized power generated by the power system.    USE - System for measuring power generated from an at-premise renewable power system e.g. solar system, solar panel system, photovoltaic system, thermal system, wind-powered system, geothermal system, and hydropower system (all claimed), at a consumer's premise, for billing consumer according to usage of power.    ADVANTAGE - The system accurately and remotely measures utilized energy generated from the at-premise renewable power system in real-time. The system monitors function and efficiency of the power system, and determines whether the power system is meeting or exceeding the anticipated generation in payback calculation. The system creates data which can be used to qualify for government credits and incentives. The system demonstrates clean generation which can be used for carbon offset credits.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a computer processor implemented method for measuring utilized generation of an at-premise power system.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a system for measuring power generated from an at-premise renewable power system.    Communication nodes (100a, 100b)    Data hub (102)    Computer processor implemented data server (104)    Flow meter (114)    Solar hot water panel (120)    Sun (122)
NOVELTY - The circuit has inductive element (19) connected to direct current (DC) energy source, and alternative output switch circuitry connected to inductor element. The alternative output switch circuitry has alternative path controller with switch frequency controller. A common lead (27) is connected to capacitor path (20) and alternative circuitry path (26). A switch element (S1) (17) is connected to inductive element. The switch element (S2) (18) is connected to inductive element and across capacitor.    USE - Internal signal power circuit for solar energy power system (claimed).    ADVANTAGE - The generation of ripples in power circuit can be reduced by reducing the size and energy of bypass capacitor. The high frequency switch mode conversion can be performed easily by operating a high frequency switch mode controller at rate larger than predominant ripple frequency switch controller's rate. The duty cycle of switch determines the ratio of voltage across capacitor.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:    (1) device with enhanced power factor correction function;    (2) method of enhanced internal signal power control;    (3) method of smooth power delivery;    (4) method of enhance solar power generation;    (5) device operational method for enhanced life power factor correction;    (6) method for capacitor optimized circuit design; and    (7) method of circuit alteration.    DESCRIPTION OF DRAWING(S) - The drawing shows the circuit diagram of capacitor substitution circuitry.    Switch elements (17,18)    Inductive element (19)    Capacitor path (20)    Alternative circuitry path (26)    Common lead (27)
NOVELTY - The device has long elastic rods connected to an installing plate that is fixed to a side surface of an upper edge of a solar battery assembly. The long elastic rods are swing by big amplitude under effect of the wind. A spiral spring section is located at a middle part or a lower part of the long elastic rods, where tip part of the long elastic rods is in shape of needlepoint.    USE - Protecting device for a solar battery assembly.    ADVANTAGE - The device prevents the birds from staying on the solar battery, thus eliminating the local heating phenomenon caused by the hot spot formed by the guano deposited on the solar battery, and protecting the normal output power of the solar battery assembly. The service life of the solar battery is increased.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a solar battery assembly protecting device.
NOVELTY - The equipment (1) has a pump (9) provided in a downstream with respect to a heat-energy consumption region of a thermal medium among circular flow paths, such that heat energy flows through a regenerator (2) or a cold-storage device (3). The heat energy consumption region and the thermal medium circulate the heat energy, and multiple outflow ports are controlled. A valve (8) is provided between the regenerator and the cold storage device, and between the heat-energy consumption region and the pump. The heat-energy consumption region receives the heat energy through a thermal medium.    USE - Energy recovery equipment for recovering heat energy and electrical energy of a thermoelectric power generation apparatus, heat exchanger apparatus and air conditioner. Can also be used for a drive device of a vehicle.    ADVANTAGE - The equipment selects the presence or absence of heat exchange with the heat-energy consumption region and the thermal medium, thus improving the recovery efficiency of energy when converting the heat energy into the electrical energy.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of an energy recovery equipment.'(Drawing includes non-English language text)'    Energy recovery equipment (1)    Regenerator (2)    Cold-storage device (3)    Valve (8)    Pump (9)
NOVELTY - The device has a fan for receiving wind power to generate rotational energy. An electrical energy conversion device i.e. electric generator, is coupled to the fan for converting the rotational energy into electrical energy. A change-over arrangement is coupled to the electrical energy conversion device. Two rechargeable batteries are coupled to the change-over arrangement. The change-over arrangement switches a charging voltage to one of the rechargeable batteries. A control unit is coupled to the change-over arrangement, and a display unit is coupled to the two rechargeable batteries.    USE - Wind charging device.    ADVANTAGE - The device avoids need of an electric power supply unit during electrical installation process.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a wind charging device.
NOVELTY - The device has a photovoltaic cell with current and voltage signal detection output ends, a storage battery with current and voltage signal detection output ends, and a commercial power current-voltage signal detection output end, which are connected with an input end of a controller. A RS-232 communication interface of an inverter is connected with a communication interface of the controller, and an output end of the controller is connected with a load via commercial power and photoelectric alternate current (AC) contactors.    USE - Solar power supply control device.    ADVANTAGE - The device detects current and voltage conditions of commercial power, photo-electricity, the storage battery and the inverter, and performs conversion process of the commercial power and the photo-electricity. The device avoids problem of the power supply for architectural equipment, saves energy and protects environment.    DESCRIPTION OF DRAWING(S) - The drawing shows a circuit diagram of a solar power supply control device.    Relays (KA1, KA2, KA3)
NOVELTY - The wave energy recuperation and damping installation has a set of interlinked floats with peripheral skirts and self-adjusting anchor ropes based on an anchored pontoon system. A hydraulic or mechanical mechanism permtis electricity generation via successive flow of the waves at the floats in a hydrodynamic assembly. EMBODIMENT - The installation also enhances protection against coastal erosion by waves.    USE - In power engineering.
NOVELTY - The method involves enabling a floating body (1) e.g. vessel, to be lifted by tidal rise at ocean or pond. Potential energy of a mechanical device is converted into electrical energy using a current generator, where the potential energy is reduced around a specific loss of the mechanical device. Rising and lowering movement of the body is converted into rotary movement by a gear rack (4) over a gear wheel, where the rotary movement drives the generator. Lower frequency of the rotary movement is transmitted such that the lower frequency is sufficient for driving the generator.    USE - Method for generating electrical energy in a tidal hub power station.    ADVANTAGE - The method enables generation of electrical energy in an effective manner using the rising movement of the floating body and gravitational force.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a device for generating electrical energy.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of a tidal hub power station.    Floating body (1)    Guide carriage (2)    Gear rack (4)    Power network (6)    Seabed (8)
NOVELTY - The oil-supply head has a head base (4) whose two ends are equipped with a front gland (2) and a rear gland (6), where the head base is configured with an outer operating oil pipe (8) and an inner operating oil pipe (9). The head base and the outer operating oil pipe are configured with a large floating pulley (5). The large floating pulley and a small floating pulley (3) are positioned on the head base through a locating pin (12), where end surfaces of the large floating pulley and the small floating pulley are configured with sealing rings (11).    USE - Oil-supply head for a tidal power generation water turbine.    ADVANTAGE - The oil-supply head base has the large floating pulley and the small floating pulley that run well. The pulleys are not locked with the operating oil pipe, and maintain a small gap synchronously. The oil-supply head increases reliability of a tidal power generator and effectively develops tidal power generation.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of an oil-supply head.    Front gland (2)    Small floating pulley (3)    Head base (4)    Large floating pulley (5)    Rear gland (6)    Outer operating oil pipe (8)    Inner operating oil pipe (9)    Sealing rings (11)    Locating pin (12)
NOVELTY - The method involves adopting a movable wall that is provided with a support wall or pile, rectangular movable wall boards and a hydraulic pump. The support pile is provided with a structure that is supported by multiple diagonal braces. The movable wall boards are located in a vertical position to block water and close a hydraulic turbine channel when rising tide begins. The movable wall boards are rotated at 90 degrees under an action of the hydraulic pump, and multiple hydraulic generators are located over a hard foundation and below the movable wall boards.    USE - Method for generating double energy storage tidal power.    ADVANTAGE - The movable wall boards are located in a horizontal position when the rising tide is increased to about 90 percentages, so that the height of water is compensated within specified time. The movable wall boards are located in the vertical position to block the water of falling tide.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic illustration of a double energy storage tidal power generating method.
NOVELTY - The lamp has a solar battery board connected to a storage battery through a lead, where the storage battery is electrically connected to a lamp bulb. The storage battery is connected to an electric gnat racket. Solar energy is converted into electric energy for supplying power to the lamp bulb.    USE - Multifunctional solar lamp for killing mosquito.    ADVANTAGE - The lamp is economical and clean. The lamp can be utilized for killing mosquito after the lamp is installed with the electric gnat racket. The lamp is multifunctional and convenient to use.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a multifunctional solar lamp.
NOVELTY - The frame is composed of five U-shaped folded plates, where each adjacent folded plate is connected in right angle. Three folded plates in middle of the five folded plates form a U shape, and the other two folded plates are extended to two sides and positioned in a same plane, where the middle folded plate is equipped with a waist-shaped mounting hole.    USE - U-shaped support frame i.e. U-shaped five-folded plate element (claimed), for solar batteries in a photovoltaic power generation system.    ADVANTAGE - The frame can combine the conventional solar batteries with the roof, and paves the solar batteries on the roof, which reduces mounting process, and reduces construction cost of the whole photovoltaic power generation system.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a U-shaped support frame for solar batteries in a photovoltaic power generation system.
NOVELTY - The system has a solar battery subassembly, a buried type support frame that is mounted at an outdoor place, and a storage battery and a controller electrically fixed in a home of a user. The solar battery subassembly is mounted on an upper end of the buried type support frame and electrically connected to the storage battery.    USE - Solar photovoltaic power generation user system for use in a home (claimed).    ADVANTAGE - The system utilizes the buried type support frame and supplies power for an independent home for lighting and normal entertainment, which can satisfy the power supply requirements of a home. The system is convenient to mount and detach.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a solar photovoltaic power generation user system.
NOVELTY - The method involves evaporating a heat transfer medium i.e. water, endothermally by solar radiation in an evaporator section (12) comprising a set of evaporator branches (16a, 16b). The medium is distributed in the branches. Mass flow distribution is controlled at the evaporator section. Mass flows are adjusted individually at the evaporator branches. Spatial energy rise in a region of respective evaporator branch is characterized by a controlled variable, where the medium is not evaporated in the branch and a set point value of the variable is identical for the branches.    USE - Method for operating a solar thermal power plant (claimed). Can also be used for a chemical plant.    ADVANTAGE - The mass flow distribution is controlled at the evaporator section and the mass flows are adjusted individually at the evaporator branches, thus controlling vapor content at sections of the branches easily, avoiding requirement of sensors to measure the vapor contents and reducing the cost of the sensor and control-related problems of the sensor, and allowing non-uniform irradiation situation of the evaporator section effectively.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a solar thermal power plant, comprising an evaporator section.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a solar thermal power plant.    Solar thermal power plant (10)    Evaporator section (12)    Superheater section (14)    Evaporator branches (16a, 16b)    Mass flow adjustment devices (20a, 20b)
NOVELTY - The component has a polycrystalline layer (6) formed on a part of upper surfaces (3, 4) of a substrate (1), where the layer is made of a semiconductor material. The layer has a set of crystalline germinations (8) e.g. germanium or silicium particles. The material of the substrate is dimensionally stable with temperatures between 800 degree Celsius and 900 degree Celsius. The substrate is formed from a textile area-measured material and made of stainless steel, glass or carbon. A diffusions barrier layer (5) made of molybdenum is provided between the substrate and the polycrystalline layer.    USE - Multi-layered semiconductor component for use as a multi-layered two-dimensional photodiode, photo element and a solar cell in an electronic device, for generating sunlight power.    ADVANTAGE - The semiconductor component can be easily produced in a large scale.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for manufacturing a semiconductor component.    DESCRIPTION OF DRAWING(S) - The drawing shows a cross-sectional view of a multi-layered semiconductor component with a semiconductor layer.    Substrate (1)    Upper surfaces (3, 4)    Diffusions barrier layer (5)    Polycrystalline layer (6)    Crystalline germinations (8)
NOVELTY - The water tank-shaped air generating system has a water tank type structure to perform air compression using water level difference of tides in the structure according to field water. A propeller (b) is rotated using the principles of receiving the air by compression in the structure.    USE - Water tank-shaped air generating system, particularly for tidal power generation.    ADVANTAGE - The water tank-shaped air generating system has a water tank type structure to perform air compression using water level difference of tides in the structure according to field water, and hence enables to perform tidal power generation in an effective manner.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a water tank-shaped air generating system.    Air compression space (A,B,C)    Propeller (b)    Generator (c)    Tide inlet direction (d)    Cylinder (f)
NOVELTY - The device has a fixing seat formed with a holding space that is provided with a gear set and a generator. A supporting seat is placed at an upper part of the fixing seat, and a pressure transmission rod penetrates into a sleeve formed above the supporting seat. A helical spring is sleeved on the pressure transmission rod below a pressing part. Upper and lower ends of the helical spring are respectively supported on a bottom surface of the pressing part and supporting seat. A saw-tooth part of the pressing transmission rod extends into the holding space and engages with the gear set.    USE - Road vehicles pressure utilization type electricity generating device for an external electronic product.    ADVANTAGE - The device utilizes and stores external pressure from vehicles to continuously and automatically generate electricity for an external electronic product. The device is convenient to use with low cost.    DESCRIPTION OF DRAWING(S) - The drawing shows an exploded perspective view of a road vehicles pressure utilization type electricity generating device.
NOVELTY - The subassembly has an euphotic layer (1) i.e. glass, and electrode leads (3) and a protection layer (4) fixed to a back electrode surface of a solar battery layer (2). The protection layer is made of insulating inorganic material. The material of the protection layer is selected from silicon nitride, silicon dioxide, or alumina, where thickness of the protection layer is 10 nanometer to 50 micrometer.    USE - Photovoltaic subassembly for a cement building member (claimed) that is utilized in an external wall of a building.    ADVANTAGE - The photovoltaic building integrated structure can be obtained through embedding multiple photovoltaic subassemblies into cement wall and connecting the subassemblies in parallel and series through the electrode leads. The package cost of the solar battery can be reduced through substituting material with the back plate, and production efficiency can be improved. The solar battery can be effectively protected when the subassembly is utilized as wall structure. The subassembly has energy saving and environment protection functions.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are also included for the following:    (1) a cement building member    (2) a production process of a photovoltaic subassembly.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a photovoltaic subassembly.    Euphotic layer (1)    Solar battery layer (2)    Electrode leads (3)    Protection layer (4)
NOVELTY - A raw material silicon (6) is granulated using a binder, to form an aggregate of raw material silicon. The obtained aggregate is then heated in a crucible (1), to form silicon melt solution (4). The obtained silicon melt solution is solidified, to obtain crystalline-silicon particles (5).    USE - Manufacturing method of crystalline-silicon particles for photoelectric conversion apparatus for solar power generation.    ADVANTAGE - The crystalline-silicon particles having high purity are economically and efficiently manufactured.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of a production apparatus used in the manufacturing process of crystalline-silicon particles.    Crucible (1)    Nozzle portion (1a)    Granular silicon metal solution (4)    Crystalline-silicon particles (5)    Raw material silicon (6)
NOVELTY - The turbomachine (10) has hydraulic turbines (12A, 12B) with transverse flow, arranged symmetrical to one another with respect to a plane and rotating in opposite directions when the turbines are immersed in liquid in motion. A maintaining device (20) for maintaining the turbines in symmetrical to one another comprises posts (22, 24), that are arranged in symmetrical with respect to the plane. The turbine (12A) includes blades connected to a rotating shaft for driving the shaft when the blades are immersed in the liquid.    USE - Hydraulic turbomachine for being installed in a hydraulic device (claimed) i.e. hydraulic electricity generating installation, for recovery and conversion of kinetic energy from potential energy contained in sea or river currents for generating electricity from potential energy contained in a water storage i.e. dam on a river.    ADVANTAGE - The maintaining device maintains the turbines in symmetrical to one another, so as to assure cohesion between the turbines, so that the transverse lifting force applied to the maintaining device is reduced, thus reducing fatigue produced by the vibration induced by the lifting force in the turbomachine.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a pair of turbomachines.    Turbomachine (10)    Hydraulic turbines (12A, 12B)    Maintaining device (20)    Posts (22, 24)    Beam plates (46,48)
NOVELTY - Coaxial probes (1) rely on demand for heat/energy and heat content in remaining probes to store fluid without stimulating any circulation and only release fluid according to demand. Four or more coaxial probes rely on each other and on demand for heat or cold to supply or store fluid. Each coaxial probe has an external pipe (4) with an undulated upper area and a smooth lower area. An internal pipe (5) fastens on the external pipe with spacers (6). A flow pipe (2) is insulated.    USE - For yielding geothermal energy.    ADVANTAGE - The flow of fluid from each coaxial probe linked to a system is controlled preferably through a separate pump (9).    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a device for recovering geothermal energy via coaxial probes.    DESCRIPTION OF DRAWING(S) - The drawings show a side-view diagram of a partly laid-open coaxial probe with insulated flow and return pipes and a diagram of a coaxial probe from above.    Coaxial probe (1)    Flow pipe (2)    Return pipe (3)    External pipe (4)    Internal pipe (5)    Spacer (6)    Pump (9)
NOVELTY - An electric energy conversion section (3) converts direct current supplied from solar cell module (2) into alternating current. An electricity distribution panel (5) connects electric energy conversion section and mains electric power system (4), and an electrical socket (6) connects a current consumer (9) with power generation system. A control unit (7) compares generated electric energy and electric power consumption of current consumer, and controls supply of power to consumer based on surplus electric power data with respect to electrical socket of consumer.    USE - Electric power generation system e.g. solar energy power generation system using solar cell (claimed).    ADVANTAGE - The supply of electric power to current consumer is prohibited when power consumption of consumer is more than generated electric power, thus preventing connection of current consumer to electric power generation system without permission from management of electric power generation system.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of the electric power generation system.    Solar cell module (2)    Electric energy conversion section (3)    Mains electric power system (4)    Electricity distribution panel (5)    Electrical socket (6)    Control unit (7)    Current consumer (9)
NOVELTY - The method involves obtaining electricity from the circular energy of the water using a head. Gas is generated by a gas generation part by converting water to steam vapor.    USE - Method for circulation energy in a hydro power generation plant for generating power. Uses include but are not limited to generate power using sea water, lake water, river water and water in tub.    ADVANTAGE - The method improves the energy circulation efficiency.    DESCRIPTION OF DRAWING(S) - The drawing shows a flow diagram illustrating an energy circulation method.'(Drawing includes non-English language text)'
NOVELTY - The system a circuit designed to amplify the power produced by sunlight upto 300 percent.    USE - Electric power system for a residence and a large enterprise.    ADVANTAGE - The system prevents global warming, improves national economy growth, produces the clean power with large amount at low cost, and reduces the investment cost payback period.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of an electric power system.'(Drawing includes non-English language text)'
NOVELTY - The substation has a low voltage switch (5) equipped in a low voltage chamber (1). A transformer (6) is equipped in a transformer chamber (2), where an upper part of the transformer chamber is equipped with a conservator tank (11). An air window is equipped at a lower part of the transformer chamber. A high voltage vacuum load switch-fuse composite apparatus (9) is equipped in a load switch chamber (3). The high voltage vacuum load switch-fuse composite apparatus is connected to a cable chamber (4) by a bus (14).    USE - Prefabricated packaged substation for wind power generation.    ADVANTAGE - The substation is systematic and convenient to install, and has short construction period, low transport cost, excellent radiating performance, beautiful appearance, high structural strength and strong corrosion resistance.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a prefabricated packaged substation.    Low voltage chamber (1)    Transformer chamber (2)    Load switch chamber (3)    Cable chamber (4)    Low voltage switch (5)    Transformer (6)    High voltage vacuum load switch-fuse composite apparatus (9)    Conservator tank (11)    Bus (14)
NOVELTY - The system has a water gate (21) for a dam (40) and an aberration formed in a water gate (22). A set-up gear enlarges torque of the aberration. A water film is provided with a main part of a concrete pile (10). A constant interval is formed on a sea surface and a column role. A power plant (32) converts the torque of the aberration into energy. The water gate forms the fixed concrete pile, where the water film allows for laminating a concrete panel and the concrete pile.    USE - Hydroelectric power generation system.    ADVANTAGE - The system increases the power generation during flood and ebb time, and increases the electricity generating time, thus producing large amount of energy. The system reduces energy in the petroleum and protects nature.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a hydroelectric power generation system.'(Drawing includes non-English language text)'    Concrete pile (10)    Water gates (21, 22)    Power plant (32)    Dam (40)
NOVELTY - The cosmetic container (100) has a lid part (10), which is positioned in the upper side of a receiving part (11). The receiving part contains cosmetics. The lid part protects cosmetics of the receiving part. The lid part gets power source from a solar battery. A liquid crystal display (20) indicates all kinds of characters, numbers and figures. The liquid crystal display is fixed in the lid part.    USE - Cosmetic case.    ADVANTAGE - The liquid crystal display indicates all kinds of characters, numbers and figures, and is fixed in the lid part, and hence enhances the sales promotion of the cosmetic case.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a cosmetic container.    Lid part (10)    Receiving part (11)    Liquid crystal display (20)    Cosmetic container (100)
NOVELTY - The system has multiple solar ray power plants (110-1-110- n) installed in a rooftop of e.g. building and gas station. A center control management center (140) compares electric energy between the solar ray power plants and determines abnormality. Power control management consoles (120-1-120- n) are connected to meteorological apparatuses (111-1-111- n). The center control management center is connected with a wireless control server (150). Inverters convert direct current power from sunlight connector bands (114-1-114- n) into alternating current power.    USE - Unified management and follow up control system for use in a solar photovoltaic power generation facility.    ADVANTAGE - The system increases power generation efficiency. The system secures electricity prediction, prior malfunction detection, deterrent prevention and trouble detection. The system can simultaneously repair multiple solar ray power plants. The system can be set up in dangerous place such as a gas station handling ignitable material. The system stabilizes light power generation facility.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a unified management and follow up control method.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a unified management and follow up control system.'(Drawing includes non-English language text)'    Solar ray power plants (110-1 - 110- n)    Meteorological apparatuses (111-1 - 111- n)    Sunlight connector bands (114-1 - 114- n)    Power control management consoles (120-1 - 120- n)    Center control management center (140)    Wireless control server (150)
NOVELTY - The footwear (1) has a lamp apparatus (30) installed at a front side top of a lamp fixing bend (20) in a shoe body (10). An LED lamp (31) is fixed to an inner side of the lamp fixing bend. A solar battery (32) is utilized to supply power to the LED lamp, and a button switch is installed at the solar battery. A holder (23) is utilized to fix the lamp apparatus at a central part inner side of the shoe body. A connecting member (22) of an elastic material is installed around the holder. A double dot button fixing member (42) is provided at a left and right tips of the lamp fixing bend.    USE - Footwear i.e. shoe.    ADVANTAGE - The footwear prevents the user from an accident at the emergency period and the nighttime, satisfies the desire of the present age consumers, and enhances the international competitiveness.    DESCRIPTION OF DRAWING(S) - The drawing shows an exploded perspective view of a footwear.    Footwear (1)    Shoe body (10)    Lamp fixing bend (20)    Connecting member (22)    Holder (23)    Lamp apparatus (30)    LED lamp (31)    Solar battery (32)    Double dot button fixing member (42)
NOVELTY - The system i.e. liquefied gas regasification facility, has a set of coupling units (9, 17, 18) attached to a jetty (4). A pair of mooring cables (3, 5) e.g. rope, connects a floating platform (1) i.e. barge, to an anchor point. The jetty is located away from the anchor point, and comprises a flow line joined to the units. The mooring cable is attached to a line handling system located on the platform and moves the platform from an operating position at the jetty to a safe position away from the operating position. A regasification plant regasifies liquefied gas i.e. liquefied natural gas.    USE - Floating system i.e. liquefied gas regasification facility, for regasification of liquefied industrial/natural gas e.g. liquefied natural gas (LNG) and liquefied petroleum gas (all claimed), on a water surface of a sea bed for industrial and power generation sector, and building i.e. home.    ADVANTAGE - The system is inexpensive, and avoids damage relatively to severe weather conditions. The system allows a user to access a gangway in an easy manner. The system facilitates transition between operational and survival conditions without external assistance such as tug boat, thus minimizing downtime of operations during relocation of a floating unit.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for operating a floating system.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a regasification facility in an operational position.    Floating platform (1)    Mooring cables (3, 5)    Jetty (4)    Coupling units (9, 17, 18)    Winch (10)
NOVELTY - The method involves rotating of a generator (5) when an aberration (3) is rotated during high tide in sea to prevent a bank (1). The generator is reclaimed from a waterway (2) under the bank to fix the aberration on the waterway. A space (8) of the aberration and a space (A-8) of an acceleration meat-ax (A-6) are connected through a belt for passing water through the waterway. The spaces (8, A-8) are connected through the belt to rotate the aberration for producing electricity.    USE - Method for opening and closing a water gate for generating hydroelectric power.    ADVANTAGE - The method opens and closes the water gate to increase production of electricity at short time when the soldering is prevented. The operation of the generator is same when the generator is utilized for number of times. The method allows the water gate to develop flood and the ebb twice a day, so that the tide is developed four times. The amount of the water developing is sufficient, so that the soldering is prevented to protect the bank, thus reducing construction cost of the gate, and avoids affecting the environment.    DESCRIPTION OF DRAWING(S) - The drawing shows a front view illustrating a process involved in opening and closing a water gate.    Spaces (A-8, 8)    Acceleration meat-ax (A-6)    Bank (1)    Waterway (2)    Aberration (3)    Generator (5)
NOVELTY - The machine has a hemp cloth tri generator for supplying electricity. Light gathering power generator supplies electricity to an electric motor, where the electricity supplied by the generator produces air resistance, mill power resistance, electric shock resistance and light gathering power. Air resistance elasticity resistance produces mill power resistance.    USE - Dynamic machine for synthesizing pneumatics mill power, electric shock power and light gathering power.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a pneumatics mill power, electric shock power and light gathering power synthesizing dynamic machine.'(Drawing includes non-English language text)'
NOVELTY - The tidal power generator (100) has a water wheel fixing frame (130) divided into two spaces, one is for blades (150) and other is for a power generating unit (160). A fixing shaft (120) connects a support (110) to the water wheel fixing frame. The water guide plates (140) are spread from both sides of the water wheel fixing frame to outside. The blades made of fiberglass reinforced plastic, are arranged at a central portion with a blade shaft (152).    USE - Tidal power generator.    ADVANTAGE - The water guide plates are spread from both sides of the water wheel fixing frame to outside, and thus ensure to collect sea water for turning the blades of a water wheel quickly. The fixing shaft connects the support to the water wheel fixing frame, and thus prevents the water wheel fixing frame from shaking.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a tidal power generator.    Tidal power generator (100)    Support (110)    Fixing shaft (120)    Water wheel fixing frame (130)    Water guide plates (140)    Blades (150)    Blade shaft (152)    Power generating unit (160)
NOVELTY - The converter has an upper tidal race (6) for allowing water to enter via a filling gate (9) and fill a larger pressure container (1) and a compression chamber (2) via another gate at high tide. The water is forced out from the chamber through a turbine pipe, where walls of the chamber are slid into a cavity in a concrete floor (4) when the water is forced out. The used water flows out through a lower tidal race (7) and a dissipation gate (10). The tidal races are formed in a concrete sea wall (8).    USE - Tidal power converter for generating electricity.    ADVANTAGE - The concrete sea wall protects the converter from flooding by excessive tides, so that the converter is unaffected by storm or storm surge or adverse weather, thus providing a reliable source of energy. The converter generates power in land and not in a hostile environment of ocean, provides green and clean environment, and produces power for 24 hours a day.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a tidal power converter.    Pressure container (1)    Compression chamber (2)    Concrete base (4)    Upper tidal race (6)    Lower tidal race (7)    Concrete sea wall (8)    Filling gate (9)    Dissipation gate (10)
NOVELTY - The device (100) has a generator (150) converting mechanical energy delivered to a turning force transmission section (140) into electric energy. An aberration (120a) is mounted on a main shaft (110) to rotate the main shaft at one side with water pressure. An aberration (120b) is inserted in the main shaft over one side not to be interfered in a rotation of the main shaft. The aberration (120b) is rotated with the water pressure to other side. The turning force transmission section collects a torque of the aberrations.    USE - Thermal power generation generating device. Can also be used for a nuclear power generation, hydroelectric power generation, solar power generation, tidal power generation and marine power generation.    ADVANTAGE - The rotating unit can be rotated regardless of the flow direction of the seawater due to development of the aberrations, so that the development of the aberrations can obtain better efficiency. The device is simple in structure and convenient to maintain and repair.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a thermal power generation generating device.    Thermal power generation generating device (100)    Main shaft (110)    Aberrations (120a, 120b)    Turning force transmission section (140)    Generator (150)
NOVELTY - The solar power generating system has solar battery assemblies that are mounted on a bracket. The ends of the bracket are hinged with the ends of the lifts whose bases are fixed on ground. An output end of a sun tracker is connected with one end of the bracket. A wind speed sensor is connected with a controller which controls the operation of the system, to measure the wind speed and to transfer the measured data to the controller.    USE - Solar power generating system.    ADVANTAGE - The solar battery assemblies of the solar power generating system can be protected when the wind speed detected by sensor, exceeds preset level.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the solar power generating system.
NOVELTY - The device has a secondary battery i.e. lead-acid battery, storing electric energy and generating two voltages. A connecting unit transmits one of the voltages to a lighting device when the connecting unit is in insertion connection with the lighting device. A control unit is electrically connected with the battery for controlling another voltage to output an output voltage to an applying device, such that voltages generated by the battery are supplied to a light source and a power source, respectively, via a power output unit e.g. Universal serial bus (USB) connecting port.    USE - Combined power supply device for a mobile phone and an iron box.    ADVANTAGE - The device can supply a power source to the applying device and supply a light source via the lighting device, to provide the light source and power source at the same time.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for operating a combined power supply device.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a combined power supply device.'(Drawing includes non-English language text)'
NOVELTY - The lighting fixture with photovoltaic apparatus (1) has lighting fixture main body (2) which is installed by using light generated from lighting fixture as light source. The lighting fixture with photovoltaic apparatus is made to generate electric power with the photovoltaic apparatus. The lighting fixture uses four core cord (5) which also made power transmission line for charging circuits (3) the power cord of the lighting fixture at the integrated type.    USE - Lighting fixture with photovoltaic apparatus for generating light energy.    ADVANTAGE - Improves energy saving measures since the conventional power-consumption type lighting fixture is transformed into the power-consumption type and electric power supply type lighting fixture in order to produce electric power utilizing the light of the direction which the conventional lighting fixture does not require as light source.    DESCRIPTION OF DRAWING(S) - The drawing shows a cross section perspective view of the schematic of the lighting fixture with photovoltaic apparatus.    Photovoltaic apparatus (1)    Lighting fixture main body (2)    Power transmission line for charging circuits (3)    Illumination light source (4)    Four core cord (5)
NOVELTY - The device (1) has a hot section (3) for conducting the heat of a hot medium, and a cold section (4) with cold medium passage at the opposite side of the hot medium. A thermoelectric module (2) which has a thermoelectric conversion element is clamped between the hot section and cold section, for converting the heat energy into an electric energy by the temperature difference between the hot medium and a cold medium which is fed to the cold medium passage. The tie rods (5c) are provided for fastening the cold section and the hot section.    USE - Thermoelectric generation device.    ADVANTAGE - The thermoelectric generation device can convert heat energy into electrical energy efficiently, while improving the operability and structural reliability of the device.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of thermoelectric generation device. (Drawing includes non-English language text)    Thermoelectric generation device (1)    Thermoelectric module (2)    Hot section (3)    Cold section (4)    Tie rod (5c)
NOVELTY - The probe has lines (2, 3) for supplying and exhausting a fluid, where the lines are thermally insulated. The lines are provided with a distributor (1) at lower ends and below a base such that the fluid flows from the thermally insulated line by two vertical U-shaped probes (4) into the exhausting line in a distributed manner. Tube sections (6) of the U-shaped probes are manufactured from a heat conducting material for heat transfer, where the U-shaped probes arranged at the lines are orthogonally aligned to each other.    USE - Geothermal probe for production of geothermal energy.    ADVANTAGE - The lines are provided with the distributor at the lower ends and below the base such that the fluid flows from the thermally insulated line by the two vertical U-shaped probes into the exhausting line in a distributed manner, thus preventing cooling of the base while improving production by preparation of geothermal energy, without higher manufacturing cost. The distributor is used below the earth's surface, so that the lines are used with high thermal capacity and smaller conductivity at less influential heat region of the base.    DESCRIPTION OF DRAWING(S) - The drawing shows a side perspective view of a geothermal probe with lines supplying and discharging fluid.    Distributor (1)    Lines (2, 3)    Vertical u-shaped probes (4)    Connector (5)    Tube sections (6)
NOVELTY - The wave power station has generator comprising energy-receiving module which consists of flywheel (10) mounted on shaft fixed to platform through bearing bodies (06). A ratchet-wheel gear (13) is mounted to pulley (07), engaged with ratchet pawl (16), fixed to platform and connected with an electromagnet (11). The other ratchet pawl (15) is mounted on ratchet-wheel gear (13) while engaged with other ratchet-wheel gear (14) mounted on shaft of module. A rope is wound on pulley whose one end is connected to operating float (02) and the other end is connected to counterweight (05).    USE - Wave power station for use in e.g. shore, oil rigs, floating anchored at appropriate places, energy-receiving platforms and energy-receiving parks, for receiving energy from sea waves.    ADVANTAGE - Allows the usage of potential energy of sea waves where an energy is accumulated in environment with certain density while holding the float at maximum reached level and releasing float when minimum of water level underneath is reached, thus allowing the receiving of kinetic energy to be done in an environment with different density. Ensures that the energy received efficiently is significantly greater than the result of the use of known devices. Allows the use of polyspast that increases abruptly the kinetic energy received from energy-receiving shaft while allowing the use of standard synebronic three-phase generator. Achieves the widening of the entrance of protective chamber that leads to a relative increase of the level of water towards the maximum of the wave.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of the energy-receiving modules of wave power station.    Operating float (02)    Counterweight (05)    Bearing bodies (06)    Pulley (07)    Flywheel (10)    Electromagnet (11)    Ratchet-wheel gear (13,14)    Ratchet pawl (15,16)
NOVELTY - The preventer (1) has an outlet window provided in an intermediate pipe (3), at which a reflow channel (6) is formed and penetrates the wall of the pipe. An outer casing pipe (8) surrounds a central inner pipe (2) and the intermediate pipe, and is movably rotated opposite to the pipes. The pipe (8) forms a flow channel (7) that surrounds the intermediate pipe at the height of the window. The pipe (8) has an outlet connector (9) projecting outwards adjacent to the flow channel. A plastic ring is arranged between the pipes (3, 8) as floating bearing, and consists of polyethylene material.    USE - Preventer for a drilling attachment that is utilized during production of geothermal power.    ADVANTAGE - The plastic ring is arranged between the intermediate pipe and the outer casing pipe as floating bearing, and consists of polyethylene material, thus reducing the manufacturing cost and occupying space of the preventer. The connecting elements can be assembled or disassembled within a short period of time without using a tool as the spilt pin can be removed from the pin in a short period of time, thus reducing the time required to maintain, assemble and disassemble. The lower rotary seal and the lower plastic ring can be accessed in a problem-free manner, so that the preventer can be maintained in an economical manner within a short period of time.    DESCRIPTION OF DRAWING(S) - The drawing shows an exploded perspective view of a preventer.    Preventer (1)    Central inner pipe (2)    Intermediate pipe (3)    Reflow channel (6)    Flow channel (7)    Outer casing pipe (8)    Outlet connector (9)
NOVELTY - A nacelle (120) is supported by a tower (110). Power and control electronics are cooled and arranged in the nacelle. A heat exchanger is located inside a nacelle. The heat exchanger is geothermally cooled. A cooling circuit that is contained within a foundation (170) of a wind turbine (100) provides flow communication between the electronics and the heat exchanger. The cooling circuit contains a pump and a cooling medium such as water, anti-freeze, etc. that flows between the electronics and the heat exchanger for facilitating cooling of the electronics.    USE - A wind turbine.    ADVANTAGE - The turbine provides a geothermally cooled heat exchanger that is contained within the foundation of wind turbine. This feature provides heating during winter as the heat exchanger is below the frost line and cooling during summer. It eliminates the need for water cooled radiators and heaters. It increases the efficiency of the wind turbine.    DESCRIPTION OF DRAWING(S) - The drawing shows a front view of a wind turbine with a cross sectional illustration of the foundation and geothermal heating and cooling system.    Wind turbine (100)    Tower (110)    Nacelle (120)    Blade (130)    Foundation (170)
NOVELTY - The converter (10) has a set of openings (22A-22D) arranged at elevation to receive wave surge water. A set of storage chambers (24A-24D) is coupled to ramp openings for capturing the wave surge water and retaining the captured water. A discharge duct includes cross-sectional flow area (A) and length (L), and hydraulically couples the storage chambers with an exit. An electrical generator (36) produces electrical power from a flow of captured water in the discharge duct in response to hydraulic pressure difference arising between the storage chambers and the exit.    USE - Wave surge power converter i.e. river flow power converter (claimed), for capturing vertical and horizontal components of surge energy from overtopping waves and river flows.    ADVANTAGE - The converter can be fabricated from low-cost commonly-available components, and provides simple robust operation, so that the converter is cost-effective. The apparatus requires fewer moving parts, and has no lootable components other than the generator, thus self-flushing and requiring little maintenance.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a wave surge power converter apparatus.    Wave surge power converter (10)    Openings (22A-22D)    Storage chambers (24A-24D)    Shaft (34)    Electrical generator (36)
NOVELTY - An insertion type damping apparatus is installed between an internal brace and a cross beam (11) of a casing. A Y-shaped damping apparatus is installed between a cross beam of the casing and external brace. A fracture plasticity type damping apparatus (32) or insertion type damping apparatus is inserted between the header and the cross beam of the casing.    USE - Seismic control structure of exhaust heat recovery boiler used in power plant.    ADVANTAGE - The earthquake energy is absorbed suitably and the response due to the earthquake is suppressed efficiently.    DESCRIPTION OF DRAWING(S) - The drawing shows the side and cross-sectional views of the fracture plasticity type damping apparatus.    Cross beam (11)    Connection metal fitting (23)    Fracture plasticity type damping apparatus (32)    Horizontal plate (32a)    Pinning metal fitting (32c)
NOVELTY - The device has a bearing unit comprising multiple battery containers. A picking unit is connected with a rotary unit, where the picking unit comprises multiple picking assemblies. Each picking assembly picks a solar battery, and the picking unit moves the solar battery picked by each picking assembly to a corresponding battery container through the rotary movement provided by the rotating unit. The picking unit comprises a main body installed on the rotary unit, and multiple arms are radially configured on the main body. Each picking assembly comprises a seat connected with corresponding arm.    USE - Solar battery sorting device.    ADVANTAGE - The device enables increase in diameter of the bearing unit when number of battery containers is increased without increasing mechanism complexity. The device has simple movement function, and can increase controlled production rate by controlling rotary movement.    DESCRIPTION OF DRAWING(S) - The drawing shows a partial sectional perspective view of a solar battery sorting device.
NOVELTY - The device has a light source e.g. LED, a detector unit, and an acoustic resonator for light-induced reinforcement of acoustic signals. A block is provided with a tuning fork section and a resonator section. The block is made of a piezomaterial e.g. quartz, and combines a piezomicrosensor element serving as a detector and the tuning fork section. The piezomicrosensor element has a vertical recess to retain vertical flanks, and a heat resistant gallium orthophosphate.    USE - Device for detecting molecules in toxic gases e.g. nitrogen oxide and carbon dioxide, fire aerosols, process gases, and traces of an explosive, in a private house, production and industrial systems and wind power plant.    ADVANTAGE - The device is designed such that it enables a highly sensitive and selective detection of the trace gases and molecules in the gases and the fire aerosols in an accurate manner, and hence providing an alarm before the occurrence of fire to take necessary preventive measures. The device can be installed at a reduced cost.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for detecting molecules in gases, fire aerosols and process gases.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a tuning fork.
NOVELTY - A power generating device has a helical tube (7) preferably formed within a housing and having an inlet at one end submerged in water and an outlet at another end arranged with a bladed rotor. Movement of tidal water into and out of the helical tube through the inlet causes the fluid e.g. air, to be compressed and moved in and out of the tube through the outlet, driving the bladed rotor. The tube narrows in cross-section as it extends from the inlet to the outlet. The radius of each successive turn of the tube is reduced from the inlet to the outlet. The rotor drives an electricity generator.    USE - Power generating device for use in tidal water.    ADVANTAGE - Electricity can be simply and effectively generated using movement of tidal water relative to helical tube, avoiding production of environmentally damaging bi-products usually associated with fossil fuels.    DESCRIPTION OF DRAWING(S) - The drawing shows the perspective view of a section of a helical tube within a housing.    Helical tube (7)
NOVELTY - The arrangement has two pipes (1, 2) with a layer surrounding a lumen (3), and a connecting element (4). One of the pipes serves as a supply line, and the other pipe serves as a return line. One of the pipes is made of uncured polymer materials. The polymer material in the layer in the pipes has a full-notched creep test (FNCT) value that is obtained according to the standard ISO 16770 and is equal to 3000 hours. The polymer material in a layer in the connecting element has FNCT value obtained according to the standard ISO 16770 and equal to 3000 hours.    USE - Geothermal probe pipe arrangement for use in a geothermal energy generation or storage device (claimed).    ADVANTAGE - The pipe arrangement can be manufactured in a cost-effective manner, and can be installed in a simple, efficient and damage-free manner. The pipe arrangement is designed such that the mechanical characteristics such as balanced characteristics of stability of the pipe arrangement are improved against external pointed loads as well as external notches and gaps.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of a pipe arrangement for geothermal probes.    Pipes (1, 2)    Lumen (3)    Connecting element (4)    Free ends (10, 20)
NOVELTY - A controlling circuit (106) switches an operational state of an e.g. image forming apparatus from an operating to a power-saving mode. A monitoring circuit (104) monitors whether a returning factor required for switching from the power-saving to the operating mode is generated. An electric wave power generation circuit (102) generates electricity from a wave that is received from an antenna unit (101). It supplies the electricity to the monitoring circuit. The controlling circuit switches the operational state from the power-saving to the operating mode if the factor was generated.    USE - Power supply unit for an image forming apparatus (claimed). Uses include but are not limited to copier, printer, facsimile, scanner, and multi-function printer. Can also be used for a radio frequency identification reader/writer.    ADVANTAGE - The power supply unit has component circuits that are powered from a reserve power source through an electric wave power generation circuit. A switching of the operation state from the power-saving mode to the operating mode is achieved without using the main power source. The power source in a power-saving mode can be configured without a storage battery. This mode can be maintained unlimitedly. The power consumption of the commercial power supply can be reduced to almost zero.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for    (1) method for controlling power supply;    (2) image forming apparatus    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of the power supply unit.    Antenna unit (101)    Electric wave power generation circuit (102)    Detecting circuit (103)    Monitoring circuit (104)    Controlling circuit (106)
NOVELTY - The system has a driving part (140) for driving a scavenger arrangement for cleaning a surface of a solar panel (150), and a measuring unit (110) for measuring optical development value of the solar panel. The optical development value is compared with a standard value provided from a reference unit (130). An administration unit (160) receives a warning signal from a controller (120) that produces commands for cleaning the surface of the solar panel when the optical development value is not less than the standard value.    USE - System for cleaning dust i.e. yellow sand, on a surface of a solar panel in a large-scale light power generation facility.    ADVANTAGE - The driving efficiency of the scavenger arrangement can be improved and energy loss of the scavenger arrangement can be minimized. The surface of the solar panel can be efficiently cleaned, thus increasing the light generation efficiency of the solar panel and power generation efficiency of a large-scale light power generation facility. The light power generation facility can be efficiently managed.    DESCRIPTION OF DRAWING(S) - The drawing shows a flowchart illustrating an operation of a solar panel surface cleaning system.'(Drawing includes non-English language text)'    Measuring unit (110)    Controller (120)    Reference unit (130)    Driving part (140)    Solar panel (150)    Administration unit (160)
NOVELTY - The system (40) has a seawater guide plate (10) fixed to a post (11). A generator is fixed to a fixing rib (21) that is fixed to an upper part of the seawater guide plate. A sector is formed in the post that is fixed onto the seafloor of the sea, and guides the inflow of the seawater. An aberration (22) is perpendicularly formed in a bottom side of generator (20). The generator room (30) receives the generated power by a cable (31) that is connected to the generator.    USE - Tidal power generation system.    ADVANTAGE - The system is convenient to use and simple in structure, and saves the production cost.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a tidal power generation system.'(Drawing includes non-English language text)'    Seawater guide plate (10)    Post (11)    Generator (20)    Fixing rib (21)    Aberration (22)    Generator room (30)    Cable (31)    Tidal power generation system (40)
NOVELTY - The system has an air generating unit provided with a reciprocating air pump (5) on a platform (4) that is fixedly connected with a submarine structure (1) and higher than water level. One end of a piston of the reciprocating air pump is connected with a floater (3) floating on the water surface.    USE - Hydroelectric power system.    ADVANTAGE - The system uses simple method by directly generating air to obtain stable operation of the system. The system has high conversion rate and greatly reduces extent of corrosion of water to the unit, so that the service life of the system is increased.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a hydroelectric power system.    Submarine structure (1)    Floater (3)    Platform (4)    Reciprocating air pump (5)    Air storage tank (7)
NOVELTY - The assembly has a charge controller connected with an anode of a battery. The battery is serially connected with a lamp controller. The charge controller and a cathode of the battery are respectively connected with an anode and a cathode of a silicon thin film.    USE - Silicon thin film solar energy power generation assembly for street lamps and night-lights.    ADVANTAGE - The silicon thin film in the assembly has high power generation efficiency during cloudy days, low cost, simple structure, and better effect.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a silicon thin film solar energy power generation assembly.
NOVELTY - The substation has a low voltage chamber (1) equipped with a low voltage switch (5), and a load switch chamber (3) provided with a high voltage vacuum load switch-fuse combined electric appliance (11), where the middle of the load switch chamber is equipped with an insulating partition board (12). The low voltage switch is connected with a transformer (2) by a bus (13). The transformer is connected with the electric appliance by a high voltage sleeve (8), where the electric appliance is placed into a cable chamber (4) by the bus.    USE - Environment-friendly energy-saving pre-installed box transformer substation for wind power generation.    ADVANTAGE - The substation is environment-friendly, energy-saving, unitized and convenient to be installed, and has beautiful appearance, short construction period, reduced operation cost, better radiation, high structure intensity and strong corrosion resistance effect.    DESCRIPTION OF DRAWING(S) - The drawing shows a partial sectional view of an environment-friendly energy-saving pre-installed box transformer substation.    Low voltage chamber (1)    Transformer (2)    Load switch chamber (3)    Cable chamber (4)    Low voltage switch (5)    High voltage sleeve (8)    High voltage vacuum load switch-fuse combined electric appliance (11)    Insulating partition board (12)    Bus (13)
NOVELTY - The assembly has five hydrofoil shaped moveable blades (a-e) horizontally rotated through a limited arc of movement between a support pillar and an outer stop unit by a vertical axle corresponding to tidal flow of seawater in a horizontal plane. The axle is utilized as a fixing pile, and the stop unit and an abutment of the blade with a vertical pillar limits horizontal rotation of the blades about 40 degrees. A collar limits position of a rotor on the pile. The position of the blades is readjusted based on forces (F1, F2) applied to the blades when the rotor is rotated.    USE - Rotor assembly for converting movement of tidal streams into rotating shaft motion for driving an output device such as electrical device and hydraulic device (all claimed), and a vertical axis turbine i.e. Darrius turbine.    ADVANTAGE - The assembly incorporates the horizontally moveable blades, which are self-orientated to a position, thus achieving better efficiency. The assembly is removed and re-fitted by positioning the assembly on the pile and sliding down onto a locating collar. The size and aspect ratio of the assembly are varied according to the requirements, thus achieving better torque, speed and power output.    DESCRIPTION OF DRAWING(S) - The drawing shows a plane view of a rotor assembly illustrating positions of moveable blades based on flow of seawater.    Moveable blades (a-e)    Forces (F1, F2)    Pulled forces (F3, F4)
NOVELTY - The transformer has a voltage control chamber connected in front of a transformer oil tank (2), and a high-voltage cable chamber (1) connected behind the tank. A transformer body (7) is connected with a high-voltage switch (5) by a fuse, and a radiator (8) is connected with the tank. A lightning arrestor (9) is connected with a high-voltage sleeve (10) i.e. horizontally installed flange-type ceramic sleeve, by a bus bar. A low-voltage switch is connected with the body by a low-voltage sleeve (6), and the high-voltage switch is connected with an external cable by the high-voltage sleeve.    USE - Combined transformer for generating wind power.    ADVANTAGE - The transformer has beautiful appearance, strong integrity, convenient installation, high structural intensity, excellent heat-dissipation performance, and strong anticorrosion capability. The leakage in the transformer is prevented.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of a combined transformer.    High-voltage cable chamber (1)    Transformer oil tank (2)    High-voltage switch (5)    Low-voltage sleeve (6)    Transformer body (7)    Radiator (8)    Lightning arrestor (9)    High-voltage sleeve (10)
NOVELTY - Making a branched porous anodic alumina template for use in a thermoelectric device, involves cleaning an aluminum foil in a cleaning solution; electropolishing the cleaned aluminum foil; and anodic oxidizing the electropolished aluminum foil, for growing a branched porous anodic alumina template having several vertical pores and several of branched pores, where the growth rate of the branched porous anodic alumina template is at 300 mu m/hour.    USE - For making a branched porous anodic alumina template for use in a thermoelectric device (claimed) used to transfer heat for microcooling applications used in thermoelectric power generators and microcoolers.    ADVANTAGE - The process provides the nanowire structure has a power conversion efficiency of 20% and a power density of 104 W/m2 over an operational temperature range with a maximum temperature below 380 degrees C. The process reduces the thermal conductivity of nanowires used in thermoelectric power generators and microcoolers. The template has a thermal conductivity of 1.7 W/M-K. Therefore, the template can provide a parasitic thermal shunt and thereby limit the desired reduction of the thermal conductivity. The template reduces or eliminates the parasitic thermal shunt.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:    (1) a nanowire structure for use in a thermoelectric device, comprising either a self-supporting nanowire array electrodeposited into a sacrificial branched porous anodic alumina template, or a compositionally modulated nanowire array; and    (2) a method for making a compositionally modulate nanowire structure, involving growing a multilayered nanowire array by electrodepositing a first and a second material into a template, where the template provides structural support for the nanowire array.
NOVELTY - The device has a bore rod (7) arranged with a boring tool (10) including a cutting helix. A boring drive unit (2) drives the boring tool with the bore rod around a boring axis. The boring tool is supported on the bore rod in an axial movable manner, and is moved along the bore rod by a tool lifting device (13) i.e. power transmission belt drive, which is moved with the bore rod in a rotationally fixed manner. A boring drive unit has a drive shaft (6) that is connected with the bore rod in a detachable manner.    USE - Mechanical boring device e.g. stationary boring device or mobile boring device, for introduction of borehole of medium and large depth, in ground, for monolithic pile foundation, well or geothermal energy recovery plant.    ADVANTAGE - The boring tool is supported on the bore rod in the axial movable manner, and is moved along the bore rod by the tool lifting device that is moved with the bore rod in a rotationally fixed manner, thus ensuring a simple and space-saving handling of the boring property excavation with small technical expenditure. The tool lifting device realizes a lifting function with small technical expenditure. The device achieves conversion ratio during power transmission for dissipation of the boring drive unit, and saves the introduction of an expensive gear with circulating gear rim.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a mechanical boring device with a chassis.    Mechanical device (1)    Boring drive unit (2)    Drive shaft (6)    Bore rod (7)    Boring tool (10)    Tool lifting device (13)
NOVELTY - The system has a blade (11) attached to trolleys (2). Wheels (4) or magnetic levitation supports and guides move along a closed-loop track of the trolleys. A spacing ring (13) maintains spacing between the trolleys. Magnets (14) are moved in an electrical ring attached to the trolleys corresponding to a conductor connected to the track to perform electrical energy. A motion converting unit converts motion of the trolleys into electrical energy. A slide and a pivoting linkage are utilized to raise and down the system.    USE - System for generating electricity from fluid current such as water current and ocean current, for a barge and a powered ship.    ADVANTAGE - The outer diameter of the blade is limited by inner diameter of a stator. The system is raised and decreased through the pivoting linkage and the slide, thus providing the movement to the barge and the ship in an effective manner.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of an electricity generating system.    Trolley (2)    Wheel (4)    Blade (11)    Spacing ring (13)    Magnet (14)
NOVELTY - The energy converter has a submerged platform (22) which is supported over a fully submerged float (21) and restrained inside water by a tether (28) e.g. a steel cable coupling platform and water bed (31). A pump assembly including a double acting reciprocating pump (9) and a surface float (2) is supported over the platform, and the pump is driven by the buoyancy and weight of surface float. The displacement of submerged float is greater than the combined submerged weight of platform, pump assembly, and tether, such that tether is taut during down stroke of the pump.    USE - Wave energy converter for driving e.g. water turbines to produce hydro electricity and for driving reverse osmosis plant, and other machineries.    ADVANTAGE - The low profile floats of pumps are not very conspicuous in the surrounding water. The task of laying weighted tether submerged platforms and pumps on water bed, is much easier and more economical.    DESCRIPTION OF DRAWING(S) - The drawing shows a front elevation view of wave energy generator.    Surface float (2)    Double acting reciprocating pump (9)    Submerged float (21)    Submerged platform (22)    Tether (28)    Water bed (31)
NOVELTY - The apparatus has a support frame, multilayer solar battery plates, and cables that are connected to the solar battery plates for conveying electric energy. The solar battery plates are connected on a support frame rotatably and connected with a drive mechanism for controlling the solar battery plates to rotate along with the sun by a controller unit. The drive mechanism comprises a motor and connecting rod movement mechanisms that drive the solar battery plates for rotation. Each solar battery plate is arranged with each connecting rod movement mechanism.    USE - Solar movement track generating apparatus.    ADVANTAGE - The apparatus improves utilization efficiency of solar energy. The apparatus is simple in structure, convenient to mount, automatically and safely operated, and is water-resistant and leakage-resistant.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a solar movement track generating apparatus.
NOVELTY - Several supports are arranged on top of metal sheets are mounted inside a sealed container of a power generating machine, and draft tubes are slidably inserted through the metal sheets, and a hand pump is arranged inside the container. A turbine and generator are fixed inside the container for power generation. Different weights are mounted on divided sections of handle of the pump, such that the container sinks into the water.    USE - Method for generating electric power in ocean, and in deep water storage region, etc.    ADVANTAGE - The container can be easily moved inside the water, towards the sea shore for transmission of the generated power. The need for employees to travel to the installation site inside the ocean can be avoided.    DESCRIPTION OF DRAWING(S) - The drawing shows the explanatory view illustrating the power generating method.
NOVELTY - The system (1) has an LED lighting part (30) positioned between two incidence boards (60, 70) installed in a frame (50). A solar battery (20) stores electric energy generated in a solar cell module (10), and operates as a remote controller. A sensor (40) receives a control signal from the battery to operate the system. The incidence boards have optical permeability.    USE - LED lighting system for a window and a door (all claimed) of a building.    ADVANTAGE - The system minimizes the maintenance and management cost by utilizing the solar energy without producing pollutants.    DESCRIPTION OF DRAWING(S) - The drawing shows a front view of an LED lighting system.'(Drawing includes non-English language text)'    LED lighting system (1)    Solar cell module (10)    Solar battery (20)    LED lighting part (30)    Sensor (40)    Frame (50)    Incidence boards (60, 70)
NOVELTY - The vehicle has a solar cell generating system exposed on to an outer circumference of a crash pad (10) in which a capacitor (22) is formed for storing electricity. A controller (24) transmits the electricity generated in a collimator (21) to the capacitor or an inverter (23). The inverter is built in the crash pad for converting the electricity. A feed port i.e. jack, supplying the electricity converted by the inverter to an electronic product i.e. room lamp, is connected with a cable of an electronic product.    USE - Vehicle.    ADVANTAGE - The electric power can be supplied to all the electronic products in the vehicle using a solar cell generating system in an efficient manner, so that vehicle is driven safely.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a solar cell generating system in a vehicle.'(Drawing includes non-English language text)'    Crash pad (10)    Collimator (21)    Capacitor (22)    Inverter (23)    Controller (24)
NOVELTY - The charger has a silicon solar panel mounted and mechanically jointed with an upper part of the charger. An energy output of the charger is electrically connected with a converter circuit, and a converter is electrically connected with a mobile phone universal serial bus (USB)port. The energy output of the charger is electrically connected with a control device, and the control device is electrically connected with the mobile phone universal serial bus (USB)port.    USE - Mobile phone universal serial bus (USB)port photovoltaic electricity and hand-cranked solar power charger.    ADVANTAGE - The charger is convenient to charge the mobile phone by the silicon solar panel, and increases the working efficiency of the mobile phone. The charger avoids the environment from being polluted, and is compact in structure. The charger is convenient to carry, and can be operated in a safe and reliable manner.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a mobile phone universal serial bus port photovoltaic electricity and hand-cranked solar power charger.
NOVELTY - The method involves floating the buoyant mass (1) with the rising tide to an elevated position. The weight of the buoyant mass is applied to the sea water and the water is directed to the turbine (5) coupled to the electric generator (7). The rate of descent of the mass is controlled to regulate the pressure of the water.    USE - Method of generating electricity using tidal power system (claimed) installed at bay, cove, estuary and seabed.    ADVANTAGE - The extra weight of the buoyant mass is used to pressurize the water and water is conveyed to the turbine at greater pressure. Hence the electricity can be generated efficiently and the capital costs and maintenance costs are reduced.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for tidal power system.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the tidal power system.    Buoyant mass (1)    Piston (2)    Turbine (5)    Electric generator (7)    Power grid (8)
NOVELTY - The possible output range of electric power in the next control period is determined based on the generated electric power of a wind powered electricity generation apparatus group (1) in fixed period. The charging/discharging electric command of an electrical storage system (2) is generated when the electric power of the wind powered electricity generation apparatus group generated in the next control period exceeds the possible output range.    USE - Wind generator system with electrical storage system. Electrical storage system can also be used in solar energy power generation system, wave powered electricity generation system and electric power generation system.    ADVANTAGE - The energy loss by charging/discharging of the electrical storage system is reduced.    DESCRIPTION OF DRAWING(S) - The drawing shows the block diagram of the wind generator system. (Drawing includes non-English language text)    Wind powered electricity generation apparatus group (1)    Electrical storage system (2)    High order controller (3)    Electric power system (5)    Wattmeter (6)
NOVELTY - A movable latching portion engages with fixed latching portion provided in main module of exposure panel (P). An operation element (28) moves between engagement position and release position of movable latching portion and fixed latching portion. A plate cover (19) covers the operation unit (28b) while the plate cover is covered by plate frames (13).    USE - Information apparatus of intercom system. Can also be used in solar power generation amount monitoring and displaying apparatus.    ADVANTAGE - Careless removal of exposure panel from main module can be prevented effectively.    DESCRIPTION OF DRAWING(S) - The drawing shows the perspective view of the information apparatus. (Drawing includes non-English language text)    Plate frame (13)    Plate cover (19)    Operation element (28)    Operation unit (28b)    Exposure panel (P)
NOVELTY - The propeller has a floater and a propelling body respectively fixed to upper and lower ends of an elevation inter-dependent mechanism. The propelling body comprises a box-shaped main body that is pivoted with multiple swing vanes. The swing vane includes a vane and a horizontal rotating shaft, where the rotating shaft is spanned between left and right side walls of the main body. A transverse connecting bar is fixed between the two side walls. Each swing vane is matched with a limit mechanism to limit upper and lower swing amplitudes of a back end of the swing vane.    USE - Wave energy propeller for wave energy generating, wave energy power-assisted propelling and seawater desalting.    ADVANTAGE - The propeller converts the wave energy into mechanical energy. The propeller has service durability, high efficiency, energy storage performance, and is inexpensive and safety. The swing vanes are matched with the limit mechanism limiting the upper and lower swing amplitudes of the back end of the swing vane so as to make the upper and lower swing amplitudes of the swing vane smaller than the swing length of the swing vane end.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a wave energy propeller.
NOVELTY - The device has a photovoltaic cell component equipped with multiple photovoltaic cell units. Input ends of a control circuit are connected with the photovoltaic cell units, and output ends of the control circuit are merged and connected with a lead-acid accumulator. The control circuit is provided for controlling a switch of the photovoltaic cell units. The control circuit is provided with a monitoring circuit i.e. voltage sensing element. The accumulator is connected with a load of an electronic appliance via an inverter.    USE - Solar charge/discharge circuit device for an electronic appliance (claimed).    ADVANTAGE - The device satisfies the requirement of charge/discharge characteristic curves of the lead-acid accumulator, thus making the working status of the photovoltaic charge to be stable and reliable, enhancing the effective capacity of the accumulator, and greatly prolonging service life of the accumulator.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a solar charge/discharge circuit device.'(Drawing includes non-English language text)'
NOVELTY - The etching process is performed using an etching solution on the surface of the semiconductor portion (2) formed on a crystal semiconductor particle (1) for forming an uneven structure (3) having convex portions with a front end having a curved shape. The etching solution contains a liquid chosen from a group containing sodium hydroxide, isopropyl alcohol, lauryl acid and n-octane acid.    USE - Photoelectric conversion apparatus manufacturing method for solar power generation.    ADVANTAGE - The photoelectric conversion apparatus having excellent conversion efficiency is obtained by preventing the generation of cut-out portion in the semiconductor portion.    DESCRIPTION OF DRAWING(S) - The drawing shows the sectional view of the crystalline particles having an uneven structure.    Crystalline semiconductor particle (1)    Semiconductor portion (2)    Uneven structure (3)
NOVELTY - The device has a flexible pipeline (1) provided between a fixed line (4) and an absorber pipe (3). A connection unit is provided for torque-free and/or force-free connection of the pipeline with the pipe. Pivoting of a solar collector (2) e.g. parabolic reflector, is realizable around the pipe. The pipeline includes an end (11) that is connected with the pipe. A rotary of an end (12) of the pipeline aligns with a swivel axis (A) of the collector. A synchronization unit of the connection unit synchronizes the pivoting of the pipeline with the pivoting of the collector.    USE - Device for connecting a fixed line with an absorber pipe of a solar thermal power plant e.g. parabolic trough power plant.    ADVANTAGE - The connection unit is provided for torque-free and/or force-free connection of the flexible pipeline with the absorber pipe, where the flexible pipe is arranged between the fixed line and the absorber pipe, thus ensuring perfect mobility of the solar collector e.g. parabolic reflector, at high temperature and/or pressure. The device completely minimizes or avoids forces and moments, which are exerted on the flexible pipeline over the absorber pipe. The device increases efficiency and energy output of a solar thermal plant.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a device for connecting a fixed line with an absorber pipe of a solar thermal power plant.    Swivel axis (A)    Flexible pipeline (1)    Solar collector (2)    Absorber pipe (3)    Fixed line (4)    Ends (11, 12)
NOVELTY - The module has a solar cell (10) provided with an energy producing layer (5), and a contact layer (7) formed at the energy layer backside of radiation and another contact layer. A light strengthening layer (3) e.g. n-type semiconductor layer, is formed within a side turned away from the radiation of the former contact layer, where the strengthening layer has small particles (3.1). The energy layer has a p-type light absorbing semiconductor, and the particles have a pre-determined geometry, where the small particles are selected from the group consisting of ellipsoids, cylinders, cuboids.    USE - Photovoltaic module for use in a solar power station.    ADVANTAGE - The light strengthening layer exhibits small particles, thus enabling strengthening of non-perpendicular penetrating rays of light, so that larger intensity is received, even when the rays of light penetrate perpendicularly on the solar cell. The utilization of the light strengthening layer increases radiation absorption in the energy producing layer and increases efficiency of the solar cell and/or the photovoltaic module.    DESCRIPTION OF DRAWING(S) - The drawing shows a cross-sectional view of a solar cell of a photovoltaic module.    Light strengthening layer (3)    Particles (3.1)    Energy producing layer (5)    Contact layer (7)    Solar cell (10)
NOVELTY - The generating set has a steam turbine (1), electric generator, condenser (4), fluid heating-up pump, liquid storage tank, expansion valve (8) and an evaporator (9) connected with each other through a pipe. A heat interchanger (3) is placed on the pipe between the steam turbine and the condenser. Two ends of the pipes of the evaporator and the expansion valve are respectively connected with two ends of the heat interchanger. The condenser, a cooler (10), a fluid tank (11) and a fluid recycle pump (12) are connected through the pipe.    USE - Differential-temperature generating set for use in a natural sea area and an electric power plant.    ADVANTAGE - The generating set utilizes cooled waste heat of fluid in a generating loop, thus increasing generation efficiency. The generating set increases temperature difference of an evaporator end and an outlet of the condenser of the loop, and enhances generation power.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a differential-temperature generating set.    Steam turbine (1)    Heat interchanger (3)    Condenser (4)    Expansion valve (8)    Evaporator (9)    Cooler (10)    Fluid tank (11)    Fluid recycle pump (12)
NOVELTY - The apparatus (1) has a generator housing (13) installed on a top part of a post (11), and multiple wings (12) pivotally installed at the housing. The post surrounds a fan-driven generator (10) that includes an outer ring distribution-type floating structure (30). Multiple float parts (32) are combined in the outer ring distribution-type floating structure. Multiple ropes are provided for connecting multiple spots and the post. The outer ring distribution-type floating structure has multiple internal support ashes extended to the post from the spots of an outer frame (33).    USE - Sea floating wind turbine apparatus for generating electricity.    ADVANTAGE - The apparatus arranges the floating structure in the dispersion of the buoyancy in a suitable manner, and safely maintains wind-driven electric plant. The apparatus supports the post of windmill and the floating structure, so that energy generated from the wind and waves are obtained in an effective manner. The apparatus solves the problem of the resolution wind force, and reduces the cost. The apparatus enhances the utilization of alternative energy such as wind force, and reduces the generation cost.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a sea floating wind turbine apparatus.    Sea floating wind turbine apparatus (1)    Fan-driven generator (10)    Post (11)    Wings (12)    Generator housing (13)    Outer ring distribution-type floating structure (30)    Float parts (32)    Outer frame (33)
NOVELTY - A water-turbine propeller (3) installed in the bottom surface of the ship generates electric power using the tidal current of the ocean. A protective cover such as canvas (8) covers the deck (1) of the ship and makes the ship waterproof if the tide is high and if the ship is about to sink. The hull of the ship is so wide such that the hull does not sink from natural disaster.    USE - Sea turtle type ship for tidal current electric power generation.    ADVANTAGE - Continuous tidal power generation is enabled at low cost even if the ship sinks due to natural disaster.    DESCRIPTION OF DRAWING(S) - The drawing shows a cross-sectional view of the sea turtle type ship mounted with tidal current electric power generation apparatus. (Drawing includes non-English language text)    Ship deck (1)    Water-turbine propeller (3)    Substation (4)    Canvas (8)    Container (10)
NOVELTY - The transmission (10) has two epicyclic gear trains (14,16) between an input shaft (12) and output (20), that comprises several gears for transmitting torque from input to output. The transmission has a static planet carrier (44) engaged with a set of planet gears (34) of gear train (14), that provides a single resilient gear train torque reaction. A torsion tube (60) supports the planet carrier, such that planet carrier rotates above the own axis of rotation (D), when the planet carrier forces tie rod (62) and torsion arm (64) to twist the torsion tube.    USE - Transmission for use in generating power from fluid driven turbines such as wind power turbine and tidal power turbine.    ADVANTAGE - The static planet carrier provides a resilient torque reaction such that the transmission can twist relative to the turbine carrier, thus smoothening sudden torque increase by the twisting of static planet carrier.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for support for fluid driven turbine.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the transmission mounted on wind turbine carrier.    Transmission (10)    Input shaft (12)    Epicyclic gear trains (14,16)    Output (20)    Planet gear (34)    Static planet carrier (44)    Torsion tube (60)    Tie rod (62)    Torsion arm (64)    Axis of rotation of static planet carrier (D)
NOVELTY - The charger has power detecting unit for responding to an output voltage and an output current of a compound solar battery group. A control unit generates a control signal reflecting the power supply efficiency of the solar battery group with a standard power detecting signal relative to a power detecting signal output by the power detecting unit. An indication unit i.e. multiple indication lamps, is controlled by the control signal generated by the control unit. The indication unit is used for reflecting the power supply efficiency of the solar battery group.    USE - Compound solar battery charger.    ADVANTAGE - The charger can display the power supply efficiency of the compound solar battery group in real time.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a compound solar battery charger.'(Drawing includes non-English language text)'
NOVELTY - The cable has a core provided with an insulated lead and a stuffing piece. An external conductor of the insulated lead is equipped with a conductor shielding layer and an insulated layer. The insulated layer of the insulated lead covers an insulated shielding layer, a water-blocking belt layer and a metal shielding layer in sequence. A water-blocking wrap layer, a reinforced layer and an inner protective layer are formed between the cable core and the external sheath in sequence.    USE - Cable for wind power generation and transmission at rated voltage of 35 kilovolt (kv).    ADVANTAGE - The cable has better water-blocking property and high mechanical strength. The cable can be used even in the field with bad environmental conditions, and is not easily damaged, thus prolonging the usage life of the cable.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of a cable.
NOVELTY - The device has a driving shaft provided in a transmission connection with a rotor of an electric generator, and driving wheel fixedly connected with the driving shaft. Wave wings are installed around a corresponding driving wheel uniformly and symmetrically. A fixing bracket is provided with a hollow pipe that is sleeved outside the driving shaft of a wave turbine. One end of a rotary shaft is fixedly connected with the driving wheel of the wave turbine, and another end of the rotary shaft is connected to a head part of a wing body through a notched bearing.    USE - Wave turbine type sea wave generating device for generating electricity.    ADVANTAGE - The device generates electricity by utilizing energy of the sea wave. The sea wave is a source for clean energy, so that chemical pollution is avoided. The generating device is installed on the sea, so that the device does not take up the land and does not bring noise pollution. The device generates large amount of electric power, and relieves the state of energy source shortage greatly when multiple wave generating devices are integrally installed to establish a large-size electric generating plant.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a wave turbine type sea wave generating device.
NOVELTY - Methods of using animal power, human power and both animal and human power simultaneously for generating electric power, are disclosed. Image 0/0
NOVELTY - The LCD has a photovoltaic cell assembly, and where the photovoltaic cell assembly and a power supply plug are connected to the LCD. A versatile adjusting device, a self-tightening hinge, a cover board and a tapping screw are mechanically connected to the LCD. The photovoltaic cell assembly generates electricity, which is provided to the LCD. The cover board is mechanically connected to the photovoltaic cell assembly.    USE - LCD for displaying an image in a vehicle, which is utilized for cab service.    ADVANTAGE - The photovoltaic cell assembly generates electricity, which is provided to the LCD, thus saving precious deposable energy. The electricity in a storage battery in the vehicle is not used, thus prolonging the service life of the storage battery.    DESCRIPTION OF DRAWING(S) - The drawing shows a front view of an LCD for a vehicle.
NOVELTY - The method involves installing several pillars (10A,11A) in respective base (12A,12B) of sea floor surface. An induction pipe side plate (22) is attached to two pillars. An induction pipe height adjustment device (26A,26B) is installed at each of two pillars above sea surface and connected by an induction pipe upper plate (20A). An induction pipe adjustment device (27A,27B) is installed at each of two pillars, in immersed state and connected by induction pipe lower plate (20B). The induction pipe height adjustment devices are operated by motor in rack-pinion form.    USE - Method of converting vertical oscillation kinetic energy to transverse kinetic energy, of sea waves, for power generation process.    ADVANTAGE - The kinetic energy along vertical oscillation can be converted to transverse kinetic energy, efficiently.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for apparatus of converting vertical oscillation kinetic energy to transverse kinetic energy of sea waves.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of apparatus of converting vertical oscillation kinetic energy to transverse kinetic energy.    Pillars (10A,11A)    Bases (12A,12B)    Induction pipe upper plate (20A)    Induction pipe lower plate (20B)    Induction pipe side plate (22)    Induction pipe height adjustment devices (26A,26B,27A,27B)
NOVELTY - The controller has a microprocessor that outputs pulse width modulation (PWM) signals with specific interval and width, to control the charging of a solar battery by the MOSFETs (Q5,Q6). A light control circuit controls the light output of street lamp by turning ON or OFF the MOSFETs through a toggle switch (S1) based on controlling the gate source voltage of another set of MOSFETs (Q7,Q8) through the single tube amplifiers (Q2,Q3), according to charging of solar battery.    USE - Solar power controller of street lamp.    DESCRIPTION OF DRAWING(S) - The drawing shows a circuit diagram of the solar power controller.    Amplifiers (Q2,Q3)    Triode (Q4)    MOSFETs (Q5-Q8)    Resistors (R18,R20)    Toggle switch (S1)
NOVELTY - The device has a solar panel (10) whose generating parts (11, 12) are provided for generating electricity to run a thermoelectric element (20). A cooling fan releases heat from the thermoelectric element, and a cooling fin is positioned between the solar panel and the thermoelectric element. The cooling fin delivers the heat generated from the solar panel to the thermoelectric element. Multiple heat dissipation holes are formed on the solar battery power generating device.    USE - Solar battery power generation device for a vehicle.    ADVANTAGE - The device prevents the overheating of the solar battery by releasing the heat from the solar battery effectively, thus improving the efficiency of the battery, reducing the degradation of the thermal performance, preventing the generation of malfunction or fire, and ensuring the safety.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective exploded view of a solar battery power generation device.    Solar panel (10)    Generating parts (11, 12)    Thermoelectric element (20)    Storage battery (30)
NOVELTY - The device has a supporting frame (30) connected in a rear axle (31). A vertical wing (25) is in a front side of a moving frame (21) for maintaining balance of a bicycle. A sun visor (24) is provided in a lower end of front side of the moving frame, and blocks UV ray. A power source controller and a rechargeable battery are integrally equipped. A sun shading function in a body frame (20) controls charging and electricity developed in a solar battery. A piston rod is connected to the body frame and the moving frame is horizontally moved to the front side.    USE - Variable solar battery device for use as power source of a bicycle e.g. electric bicycle.    ADVANTAGE - The direct ray of light is shielded, thus providing agreeable driving environment. The space required to place the bicycle is minimized and the alternator output of the solar battery is maximized. The power source controller and the rechargeable battery are integrally equipped, thus facilitating detachment.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of deployed state of a solar battery device mounted to a bicycle.    Body frame (20)    Moving frame (21)    Sun visor (24)    Vertical wing (25)    Supporting frame (30)    Rear axle (31)    Perpendicular frame (32)
NOVELTY - The device has a capacitor (111) and an inductor (113) including a direct current/ alternate current inverter (120) that inverts boosted direct current (DC) voltage into alternating current (AC) voltage. An Amomi Semen filter (130) with a voltage booster circuit (110) stores input voltage of a voltage booster circuit. A switching element (114) rectifies an output voltage another inductor, and controls output of a storage of third inductor and another capacitor. The switching element stores a rectifier diode (115) and a capacitor (112). The filter filters output of the inverter.    USE - Light power generation power conversion device for generating light power by using sunlight.    ADVANTAGE - The configuration of the device reduces the required power capacity for operating the device, drastically reduces rated current of the inverter such that cost of inverter element is decreased by providing the inverter of low current/small amount, and increases the efficiency of the inverter body. The device reduces the size of the inductor, and has less direct current capacity. The device is small in size.    DESCRIPTION OF DRAWING(S) - The drawing shows a circuit diagram of a power generation power conversion device.'(Drawing includes non-English language text)'    Voltage booster circuit (110)    Capacitors (111, 112)    Inductor (113)    Switching element (114)    Rectifier diode (115)    Direct current/ Alternate current inverter (120)    Amomi Semen filter (130)
NOVELTY - An aberration structure (102) of tidal power station (100) and head gate structure (210) of dam (200) are set up so as to utilize the potential difference between low tide and high tide. A water-turbine generator rotates the aberration wing using the flow of seawater. A water gate opens/closes the link canal in head gate structure. Several ocean current generators (120) generate power using the flow of seawater ejected through turbine generator.    USE - Integrated power generation system.    ADVANTAGE - Ocean current power generation system integrated with tidal power generation system is eco-friendly and the availability ratio of the power plant using the fast flow of the seawater discharged through the water gate can be improved.    DESCRIPTION OF DRAWING(S) - The drawing shows the schematic view of the integrated power generation system. (Drawing includes non-English language text)    Tidal power station (100)    Aberration structure (102)    Ocean current generators (120)    Dam (200)    Head gate structure (210)
NOVELTY - The electric power system comprises a catalytic heater, a fuel tank (10), a catalytic heater heating unit (20), a thermoelectric element (30) and a cooling device (50). The fuel has a fuel inlet (11). The cooling device is installed on the top of the thermoelectric element. The catalytic heater heating unit is installed on the fuel tank and is coated with a metal catalyst to heat fuel supplied from the fuel tank through a non-combustion catalyzed chemical reaction. The thermoelectric element is installed on the catalytic heater heating unit to generate electricity by Seebeck effect.    USE - Electric power system.    ADVANTAGE - The electric power system is simple, durable and economic, prevents the noise and air pollution after the combustion, continuously maintains the power generation duration, improves safety by using liquid fuel, and replaces primary and secondary batteries.    DESCRIPTION OF DRAWING(S) - The drawing shows an exploded perspective view of an electric power system.    Fuel tank (10)    Fuel inlet (11)    Catalytic heater heating unit (20)    Thermoelectric element (30)    Cooling device (50)
NOVELTY - The controlling device has change rate limiting unit that limits the normal-direction change rate setting value and negative-direction change rate setting value of electric power generated by solar cell (1) to value lower than maximum electric power generated by power generation equipment. A change rate calculating unit (10) calculates the charging/discharging instruction with respect to charge/discharge unit (3) based on the limited value output from change rate limiting unit.    USE - Output change controlling device for solar cell electric power generation system.    ADVANTAGE - The variation in electric power generation can be controlled effectively, since the charging/discharging instruction is calculated based on limited value of electric power generated by solar cell.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of the output change controlling device. (Drawing includes non-English language text)    Solar cell (1)    Charge/discharge unit (3)    Electric power storage unit (4)    Change rate calculating unit (10)    Charging depth control unit (30)
NOVELTY - A wave power generating system is disclosed, which includes at least one supporting arm unit, at least one string, at least one gravity unit, and at least one power generating unit. The supporting arm unit has a supporting rack, and a lever provided on the supporting rack. The string has a first descent section and a second descent section respectively connected to two ends of the lever. The gravity unit has a floating member and a weighing member that are respectively connected to the first and the second descent sections. The floating member has a gravity force small than buoyancy of ocean after a multiplication process with a first arm. The weighing member has a traction force not larger than the gravity force of the floating member after a multiplication process with a second arm, so the first and the second arms of the lever are up/down swung by the gravity force and the traction force, and the string is linked to generate kinetic energy that is transferred to the power generating unit. So the kinetic energy is converted into electric energy by the power generating unit and then is outputted.
NOVELTY - The wind power generation equipment has a wind power converting device and a wind power drive dynamo. The vane drives the wind power drive dynamo to rotate towards the same direction, as the direction of the generated torque force is same regardless of whether the vane of the wind power drive dynamo suffers the wind power of front direction or back direction. The dynamo is driven to generate electric power.    USE - Wind power generation equipment.    ADVANTAGE - The generation equipment is provided with simple structure and high efficiency. The reliability of the generation equipment is improved.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the wind power generation equipment.
NOVELTY - The wireless mouse has a base plate, head plate and side plates that are configured to form an accommodation space. A battery assembly, mouse movement sensing module and a transmission module are positioned in the accommodation unit. The battery assembly stores electric energy obtained from visible light received by flexible thin-film solar battery attached to head and side plates. The transmission module transmits the sensed mouse movements to the host computer.    USE - Solar-powered wireless computer mouse using thin-film solar battery such as dye-sensitized, organic polymer, amorphous silicon, mini-crystal and compound solar batteries.    ADVANTAGE - Sufficient power is ensured for operation of the mouse and the performance of the mouse is improved.    DESCRIPTION OF DRAWING(S) - The drawing shows an exploded perspective view of the wireless computer mouse.
NOVELTY - The apparatus has solar cell modules (10) converting optical energy into power energy. Fuse state displays are operated by surplus power. Multiple fuses (F1-Fn) prevent damage of a back end circuitry by over voltage when transient voltage more than rated voltage is flowed in multiple reverse current protection diodes (D1-Dn). A solar cell generating system is connected in parallel to the fuses. A transformer (40) converts a level of an alternating-current voltage, which is supplied with an inverter (30).    USE - Solar generation state indication apparatus for an electric power system.    ADVANTAGE - The apparatus accurately indicates the fuse single line condition, and expresses the state of the fuses. The apparatus improves the state identification power of the fuses, and visually indicates the fuse break down.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a solar generation state indication apparatus.'(Drawing includes non-English language text)'    Reverse current protection diodes (D1-Dn)    Fuses (F1-Fn)    Solar cell modules (10)    Inverter (30)    Transformer (40)
NOVELTY - The solar power system has an inverter, charging controller and a storage battery such as lithium battery, integrated in a power distribution case. A tracking device has a tracking controller and a tracking execution component, whose output shafts are positioned on sides of the power distribution case and connected to a collapsible frame. Four screw holes are provided at the bottom surface of the power distribution case, for installing a retractable support rod.    USE - Portable tracking type solar power system.    DESCRIPTION OF DRAWING(S) - The drawing shows an explanatory view of the portable tracking type solar power system.
NOVELTY - The technique involves driving a V-shaped concave pushing paddle by ocean wave, where the pushing paddle operated in air receives driving force blown by winds from three directions, generates stronger driving force to drive a scroll bar and drives an ocean wave-driven generating set to generate electricity simultaneously.    USE - Technique for generating power.    ADVANTAGE - The method enables consumption of less energy source and enables prevention of environment pollution.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view illustrating a power generating technique.
NOVELTY - The selling price of the carbon dioxide emission apparatus (10) installed in a provision place, is subdivided by a server (20) connected to an internet (18). The purchasing information comprising purchasers name is input from a terminal (26) based on the sales terms, purchase price and holding period. The acquired purchase information is registered into a purchaser database. The bill of the purchase price is issued based on the purchasing information, and the bill is notified to the respective purchasers (24) through the internet.    USE - Virtual sharing service provision method for purchasing carbon dioxide emission reduction apparatus such as solar energy power generation system, wind generator system, water power generation system, ocean thermal energy conversion system and geothermal energy system in virtual shop.    ADVANTAGE - The reduction of carbon dioxide emission can be stimulated at low cost by performing virtual sharing of the selling price of the carbon dioxide emission reduction apparatus.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of carbon dioxide emission reduction purchase system. (Drawing includes non-English language text)    Carbon dioxide emission reduction apparatus (10)    Internet (18)    Server (20)    Purchasers (24)    Terminal (26)
NOVELTY - An anti-freezing solution (in wt.%) (1-5), plastic aggregate (10-29) and soil (70-85) are mixed. The resultant mixture is applied on foundation pile vicinity installed at eternal frozen earth permafrost to reduce copper adhesion on the permafrost zone foundation pile.    USE - Method for reducing copper adhesion on permafrost zone foundation pile used for meteorological facility and wind power plant.    ADVANTAGE - The copper adhesion on permafrost zone foundation pile is efficiently and economically reduced.
NOVELTY - The set has a driver sprocket installed at a drive shaft and a chain pivotally installed at a frame. The former chain and another chain are respectively fixed in the driven shaft of the frame. The driven shaft of the frame and a motion changing part are installed in a driver axis, and connected to a driving part for converting a linear reciprocating motion into a rotational motion. A unidirectional rotation part is pivotally installed in the driving shaft and rotated on the driver axis. Torque is delivered from the drive shaft of the frame.    USE - Wave force generating set for use during tidal power generation in sea.    ADVANTAGE - The set increases the production efficiency of the non utility generation regardless of the geographical condition through the change over and transmission of the power effectively during the stable state. The set performs the installation work conveniently, and has high productivity and simple manufacturing process through the simplification of the description scheme, thus reducing installation cost.    DESCRIPTION OF DRAWING(S) - The drawing shows an exploded perspective view of a wave force generating set.
NOVELTY - The control system has a maximum power point tracking (MPPT) control system (30) consisting of a sunlight array (10), an electric power converting section and a maximum power point (MPP) estimating unit (30a) measuring output voltage. A neuro-fuzzy controller (30b) outputs a control signal, and is made of five layers. One of the layers delivers data input from an input variable to another layer. The latter layer produces conformity about each fuzzy rule base through a membership function. The sunlight array converts power into direct current (DC) signal according to the sunlight.    USE - Sunlight power generation control system.    ADVANTAGE - The system automatically estimates the maximum power point (MPP) using the neuro-fuzzy controller. The system controls maximum power point tracking (MPPT) even when the property of the solar electric generator non-linearly changes as the intelligent algorithm has the neuro-fuzzy controller.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of maximum power point tracking control of a solar electric generator.'(Drawing includes non-English language text)'    Sunlight array (10)    Electric power converting section (20)    Maximum power point tracking control system (30)    Maximum power point estimating unit (30a)    Neuro-fuzzy controller (30b)    Load (40)
NOVELTY - The system comprises a main pipe (20) in a bore (10) of a well. The main pipe centrally located and contains passages (23), and is sub-divided into an upper part (24) and a lower part (25) by a transverse seal (21). A device (22), particularly a pump is partially situated in an opening provided with the transverse seal. The pump supports a current, where the main pipe is surrounded by a porous bed (11), particularly in the passages. The porous bed fills the bore around the main pipe, and is hydraulically interrupted by a sealing material (12), particularly at the level of the transverse seal.    USE - System for utilizing geothermal energy. Uses include but are not limited to recovery of geothermal energy, removal of heat, recovery of electricity and arranging an opening above and below a transverse seal (all claimed).    ADVANTAGE - The system comprises a main pipe in a bore of a well, where main pipe centrally located and contains passages, and is sub-divided into an upper part and a lower part by a transverse seal, thus ensures an efficient utilization of the geothermal energy.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic cross sectional view of a system.    Bore (10)    Porous bed (11)    Sealing material (12)    Main pipe (20)    Transverse seal (21)    Device (22)    Passage (23)    Upper part (24)    Lower part (25)
NOVELTY - The charger has a charging integrated circuit (IC) (220), a solar battery (210), and a universal serial bus (USB) port (260) utilized for converting solar energy into power and connected with an outer portion instrument. A center tap transmits a charging voltage of a secondary battery (230), and a switch (250) selects a charge direction to combine in the USB port. An USB mini non-connector combined in the secondary battery is electrically combined with an external device. Flow of power supplied from the solar battery is controlled.    USE - Solar battery charger for a portable electronic instrument. Uses include but are not limited to cellular phones, camera, MPEG-1 audio layer 3 player and computer.    ADVANTAGE - The cellular-phone battery can be charged by using the solar battery. The secondary battery can be charged from an external electronic instrument combined in the universal serial bus (USB) port. The battery of the external electronic instrument can be reversely charged.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a solar battery charger.'(Drawing includes non-English language text)'    Solar battery (210)    Charging integrated circuit (220)    Secondary battery (230)    Switch (250)    Universal serial bus port (260)
NOVELTY - The method involves injecting water i.e. raw seawater, into a formation i.e. subsea hydrocarbon containing formation, by a water injection pump i.e. subsea pump (3). A substantial part of power for actuating the injection pump is provided by an offshore windmill (1). A water treatment chemical is provided into the formation, where the chemical is selected from a group containing nitrates, biocides and scale inhibitors. The offshore windmill is supported by a monotower (27), which is anchored to bottom of a sea (5).    USE - Method for enhancing recovery of hydrocarbon fluid i.e. crude oil, from a subsea hydrocarbon containing formation i.e. crude oil containing formation.    ADVANTAGE - The method enhances recovery of crude oil and/or other hydrocarbon fluid from the subsea hydrocarbon containing formation in an environment friendly manner without using bulky gas turbines and associated flue gas emissions.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view illustrating three offshore windmills that are anchored to a seabed by a flexible tension leg and which inject seawater to three subsea water injection wells.    Windmills (1, 11, 21)    Subsea pumps (3, 13, 23)    Sea (5)    Propeller blades (9, 19, 29)    Monotower (27)
NOVELTY - Electric energy is generated by energy generator (103) from a renewable form of energy such as solar energy, wind energy and thermoelectric energy, at several locations equipped with electric power line associated with an electric power grid (102). The electric energy generated at each location is transferred to the electric power line to supply electric energy to the electric power grid.    USE - Method for using renewable source of energy such as solar energy, wind energy and thermoelectric energy.    ADVANTAGE - Enables to locate the power plants in areas where a traditional plant could not otherwise be located, and to reduce the risk of complete failure of power supply by providing multiple points of connection to the energy grid. The transmission loss is reduced, as the energy generators are in close proximity to the electric power lines in the energy grid.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a distributed energy plant.    Utility polls (101)    Electric power grid (102)    Energy generator (103)    Connection points (104)
NOVELTY - A floating shell (10) responds to wave motion. An internal oscillator has a reaction mass (20) and a spring system that are contained within the shell. The spring system has a constant force spring (32) that is connected between the reaction mass and the shell. An elastic spring (30A-B) is connected between the reaction mass and the shell. The oscillator moves out of phase relative to the shell. A linear-to-rotary translator (40) with an electric generator is located within the shell. The translator and generator convert relative motion of the shell and the oscillator to electrical energy.    USE - Wave energy converter system for electric power generation.    ADVANTAGE - The system provides a linear-to-rotary translator with electric generator within the floating shell to convert the relative motion of floating shell and oscillator with reaction mass and spring system to electrical energy. This feature simplifies the harnessing of the wave energy, simplifies its mooring or anchoring system and increases the potential for energy collection. It eliminates the need for viscous damping and mechanical linkage having expensive corrosion resistant pushrod, bearings, etc.    DESCRIPTION OF DRAWING(S) - The drawing shows a cross section view of a wave energy converter in which an elastic spring and a constant force spring are used to attach a reaction mass to a shell.    Floating shell (10)    Reaction mass (20)    Elastic spring (30A-B)    Constant force spring (32)    Power take-off translator (40)
NOVELTY - The billboard has billboard illumination electricity generating and power supplying systems, which comprise a wind-light compensating controller. The wind-light compensating controller includes a solar energy controller and wind power generation controller. The wind-mill generator charges rechargeable batteries by the solar energy controller and wind power generation controller. A set of illumination lamps receives power by the solar panel and the rechargeable battery via the solar energy controller and wind power generation controller.    USE - Billboard for providing advertisement during night in expressway.    ADVANTAGE - The billboard is easy to install and saves energy, thus achieving long-term benefit by one time investment of a user.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a billboard.'(Drawing includes non-English language text)'
NOVELTY - The electric power generation system has a gear that absorbs the reciprocating energy of waviness. A plate for tidal current absorption is installed at the lower end of the gear.    USE - System for generating electric power using ebb, flow and waviness of tide.    ADVANTAGE - Eliminates exploiting the reciprocating energy of waviness and decreases the influence of tidal current in the flow guide by installing tidal current interception fence. Cost effective by eliminating countermeasure against typhoon. Ensures effective absorption of energy by using missing tooth gear that automatically changes rotation. Eliminates use of fossil fuel for producing clean energy, thus contributing to prevention of global warming.    DESCRIPTION OF DRAWING(S) - The drawing shows the cross sectional view of the electric power generation system.
NOVELTY - The power generation control system has a measuring instrument part that transmits measured tide level information. A model simulation matter is provided for configuration of determined minimum power generation operating time and range with maximum generated energy among the specific range. A main part control system determines power generation initiation for the minimum power generation operating time and maximum generated energy.    USE - Power generation control system for a tidal power station.    ADVANTAGE - The power generation control system has a measuring instrument part that transmits measured tide level information, where a main part control system determines power generation initiation for the minimum power generation operating time and maximum generated energy, and hence ensures to minimize the determined maximum generated energy and minimum power generation operating time.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a power generation control method for a tidal power station.    DESCRIPTION OF DRAWING(S) - The drawing shows a graphical representation of a power generation control system. (Drawing includes non-English language text).
NOVELTY - The ship has a controller installed in a hull and provided with a sunlight cell (110) that changes sunlight to electricity. A direction conversion unit (120) changes a facing direction of the sunlight cell, and a solar position sensor (130) receives the sunlight. The solar position sensor detects a location of the sun and outputs a sensing signal. The controller receives a sensing signal output from the solar position sensor, and controls the direction conversion unit to control the facing direction of the sunlight cell.    USE - Solar power generation system integrated ship. Uses include but are not limited to a merchant ship, warship, fishing ship, service ship and a cargo-passenger ship.    ADVANTAGE - The sunlight cell of the ship is isolated from outside. The sunlight cell steadily produces and supplies the necessary electricity for the ship.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a main part of a solar power generation system integrated ship.    Sunlight cell (110)    Direction conversion unit (120)    Rotating units (121, 122)    Rotation axes (121a, 122a)    Motors (121b, 122b)    Reducers (121c, 122c)    Solar position sensor (130)
NOVELTY - The floating-type hydraulic power generation apparatus has a floater (11) and a rotary unit (21), which is installed at the floater in a pivoted manner. The rotary unit generates torque with the rotation of blades (29) due to the flowing water. A generator (31) is connected to the rotary unit and a screen (35) which is supported in the floater. The screen prevents the flow of foreign material into the blades.    USE - Floating-type hydraulic power generation apparatus.    ADVANTAGE - The rotary unit generates torque with the rotation of blades due to the flowing water, and a generator is connected to the rotary unit and a screen which is supported in the floater, and hence ensures steady power generation regardless of the water level change.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic front view of a floating-type hydraulic power generation apparatus.    Floater (11)    Rotary unit (21)    Blades (29)    Generator (31)    Screen (35)
NOVELTY - The system has aid dams (100, 200) converting potential energy difference of seawater to kinetic energy through low and high tides. Multiple ocean current generators (120) generate gate power through flow of the seawater within head gate structures (102, 210). A water gate closes a water gate link canal in the head gate structures that are connected with the ocean current generators. The aid dams are provided with multiple pillar files which are installed in a seafloor surface.    USE - Complex marine electric power system.    ADVANTAGE - The aid dams convert the potential energy difference of the seawater to uniform kinetic energy. The utilization of the ocean current generator produces more amount of electricity and construction cost of the system is reduced.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a complex marine electric power system.'(Drawing includes non-English language text)'    Tide embankment (10)    Aid dams (100, 200)    Head gate structures (102, 210)    Ocean current generator (120)    Connector assembly (300)
NOVELTY - The exhaust gas desulfurization equipment comprises an absorption tower main body (10), which forms a path, in which the exhaust gas of the thermoelectric power plant is passed. A nozzle for spraying slurry is also installed, in which lime is dispersed to remove sulfuric acid from the exhaust gas. Circulating pumps (41a,41b,42a,42b) are provided for inhaling the slurry.    USE - Exhaust gas desulfurization equipment for thermoelectric power plant.    ADVANTAGE - The exhaust gas desulfurization equipment comprises an absorption tower main body, which forms a path, in which the exhaust gas of the thermoelectric power plant is passed, and hence ensures improved desulfurization efficiency and minimizes cost of the power.    DESCRIPTION OF DRAWING(S) - The drawing shows a cross sectional view of the exhaust gas desulfurization equipment for thermoelectric power plant.    Absorption tower main body (10)    Piping modules (20,30)    Nozzle (25)    Upward and downward nozzles (25a,25b)    Circulating pumps (41a,41b,42a,42b)
NOVELTY - The magnetic core reactor has opposing magnetic core connectors (12a,12b) made of ferrite material, to connect the cylindrical magnetic cores (11a-11d) made of soft magnetic powder containing iron and silicon. A coil is arranged in the gaps (13a,13b) formed between the magnetic cores that are placed side by side.    USE - Reactor e.g. compound magnetic core reactor for use in power conditioner apparatus (claimed), power supply circuit and solar power generation system.    ADVANTAGE - The length of the coil and the copper loss generated in the reactor are reduced by having cylindrical magnetic cores. The solar energy conversion efficiency is improved.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the reactor.    Magnetic cores (11a-11d)    Magnetic core connectors (12a,12b)    Gap (13a,13b)
NOVELTY - The apparatus includes a rotor head installed with windmill blades and rotated by the wind to drive an electric generating mechanism. A monitoring device (10) monitors the surrounding conditions e.g. windmill conditions, weather conditions, operating condition of adjacent electricity generating apparatus, and has at least one of a radar (11), a laser radar (12), and a camera (13).    USE - Offshore wind-powered electricity generating apparatus for wind farm (claimed) installed on ocean and used in harnessing wind power to generate electricity.    ADVANTAGE - Improves precision in monitoring of surrounding conditions, while allowing monitoring device to help locate wrecked ship during sea accidents.    DESCRIPTION OF DRAWING(S) - The drawing shows the block diagram of the offshore wind-powered electricity generating apparatus. (Diagram shows non-English language text)    Monitoring device (10)    Radar (11)    Laser radar (12)    Camera (13)    Control room (20)
NOVELTY - The device (8) has an inverter apparatus converting direct current to alternating current. A starting control unit (81) starts the inverter apparatus when a determination unit determines that open circuit voltage is higher than reference voltage. A recording unit (82) records the open circuit voltage. A time measuring unit (84) measures starting time of the inverter apparatus. A reference voltage setting unit (83) sets the open circuit voltage as the reference voltage when the reference voltage setting unit is not linked to an interconnection determination unit (86).    USE - Inverter starting device for pulse width modulation type inverter apparatus of a solar energy power generation system.    ADVANTAGE - The device effectively avoids unnecessary starting of the inverter apparatus.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are also included for the following:    (1) a method for starting inverter apparatus of a solar energy power generation system    (2) a program comprising set of instructions for starting a inverter apparatus of solar energy power generation system    (3) a computer-readable recording medium for storing a program of an inverter starting device.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a inverter starting device.'(Drawing includes non-English language text)'    Inverter starting device (8)    Starting control unit (81)    Recording unit (82)    Reference voltage setting unit (83)    Time measuring unit (84)    Interconnection determination unit (86)
NOVELTY - The drive (1) has tube pieces (10) positioned at an inner wall of a housing at a length, which corresponds to the housing over an inlet valve (5) and the outlet valve (9). The inlet and outer valves regulate sequence of filling and emptying the tube pieces synchronously. A medium is passed from the tube pieces into the housing such that the tube pieces are blown up and dilated. A roller (8) rotating on an eccentric is pushed by blowing the tube pieces and corresponds with a rotating spindle (3) i.e. rotor.    USE - Drive i.e. current generator drive for an rotating engine that is utilized in a generator turbine for generating solar energy, geothermal energy and waste heat energy using pressure differences of media e.g. gas, steam or liquid media (all claimed). Can also be used for an internal combustion engine of a vehicle.    ADVANTAGE - The device releases the used input energy into the atmosphere without harming the environment. The device is simply produced using the usual raw materials.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a drive.    Drive (1)    Rotating spindle (3)    Inlet valve (5)    Roller (8)    Outlet valve (9)    Tube pieces (10)
NOVELTY - The method involves streaming pressure in a pressure reservoir (4), and pressing a vaporous operating medium i.e. carbon dioxide, in the pressure reservoir using a pump (2). A surface is indirectly cooled and condensed by a storage medium i.e. water, before the surface is heated by indirect supply of heat to the storage medium or a heat carrier, and the surface is guided in the pressure reservoir. The storage medium is evaporated by indirect supply of heat to the storage medium, where the storage medium ensures evaporation by heat transmission at the vaporous operating medium.    USE - Method for converting and storing a regenerative energy or surplus cyclic incoming electric energy, obtained from solar radiation, wind and water power, geothermal technical process and waste heat technical process. Uses include but are not limited to a local community, commercial area, industrial area, and high voltage transmission system.    ADVANTAGE - The method allows the regenerative energy to be converted into the specified form of energy in a less time, meets the demand of electric and heat energy, and reduces the occurrence of losses.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a regenerative or surplus energy transmission.    Reservoir (1)    Pump (2)    Recuperator (3)    Pressure reservoir (4)    Pressure water turbine (7)
NOVELTY - A complex aluminum bronze alloy material comprises 4.0-10.0 wt.% aluminum, 1.0-4.5 wt.% iron, 1.0-4.5 wt.% manganese, 0.8-4.0 wt.% nickel, and copper and impurities.    USE - A complex aluminum bronze alloy material for pipe (claimed) for seawater desalination condenser equipment, ship seawater condenser equipment and coastal power station condenser.    ADVANTAGE - The copper alloy has a tensile strength greater than 380 MPa at casting state, yield strength greater than 179 MPa, tensile ratio greater than 0.47, and elongation coefficient greater than 26.2%. It has a tensile strength greater than 523 MPa at annealing state, yield strength greater than 282 MPa, tensile ratio greater than 0.54, elongation coefficient greater than 41.2%, and full-leaching uniform corrosion ratio of 0.01-0.04 mm/a.
NOVELTY - The device has a defend and theft protection network (1) equipped with a conducting wire (11) and a screen frame (12). Two terminals of the conducting wire are connected with an intelligent alarm device (2) that is connected with a solar battery (3).    USE - Defend and theft protection device for an electric wire on an electric power transmitting network.    ADVANTAGE - The device can prevent the electric wire from being stolen.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of an electric wire defend and theft protection device.    Defend and theft protection network (1)    Intelligent alarm device (2)    Solar battery (3)    Conducting wire (11)    Screen frame (12)
NOVELTY - The pre-warning device comprises an information sensing transmitter and an information reception display that communicates with one another through wireless signals. The information sensing transmitter comprises the ultrasonic drive transmission circuit, ultrasonic reception circuit and signal amplification and comparison circuit that are connected to a central processing circuit. The information sensing transmitter and information reception display device are connected to a power supply that includes a solar battery and an accumulator.    USE - Pre-warning device for sharp road curve.    ADVANTAGE - The pre-warning device has good anti-interference feature therefore the signals generated by the device does not interfere with the signals generated by other electronic devices. The pre-warning device has good heat-and-frost resistance feature, and can be normally operated in extreme hot and cold conditions. The display device uses a yellow display lamp having high brightness so that the visual distance is longer, and drivers and passengers can conveniently view the shaped curves of the road.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the pre-warning device. (Drawing includes non-English language text)
NOVELTY - The system has an amorphous silicon battery photovoltaic phalanx connected with a lightning proof header box. A photovoltaic parallel inverter is connected with an alternating current (AC) bus. A wind generating set is connected with a controller that is connected with a blower parallel inverter. The AC bus accesses a three-phase AC electric network to form a parallel system. A two-way inverter is connected with a storage battery to form an independent system. A control system controls a switching over of the parallel system and the independent system.    USE - Thin-film battery photovoltaic power station and wind power complementary system.    ADVANTAGE - The system has reasonable structure, and effectively utilizes the wind energy and the solar energy.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a thin-film battery photovoltaic power station and wind power complementary system.'(Drawing includes non-English language text)'
NOVELTY - The device has a solar battery boosting conversion circuit and an accumulator group connected to an output end of a charging automatic controlling circuit. Output ends of an alternative isolation charging circuit and the solar battery boosting conversion circuit are connected with an input end of the charging automatic controlling circuit. An output end of the charging automatic controlling circuit is connected to input ends of the accumulator group and output protective controlling circuit. The solar battery boosting conversion circuit comprises a solar battery board.    USE - Direct energy-storage power supplying device.    ADVANTAGE - The device utilizes the solar battery board to collect energy, and stores the energy in an energy-storing equipment. The device can provide a direct low voltage supplying power. The device is simple in structure, and convenient and continuous to use. The device saves energy.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a direct energy-storage power supplying device.'(Drawing includes non-English language text)'
NOVELTY - The solar battery charger apparatus includes a solar module e.g. photovoltaic module (100), unregulated switched capacitor voltage converter (200), blocking device (300) e.g. diode, voltage sensing unit (500), photovoltaic voltage feedback and control unit (600), and battery (400). The switched capacitor voltage converter is powered by the solar module, and can be assembled by discrete components or configured by integrated circuits. The switched capacitor voltage converter is used to charge the battery using solar power from the solar module.    USE - Solar battery charger apparatus e.g. photovoltaic battery charger.    ADVANTAGE - Provides a solar battery charger apparatus with reduced costs, and less electromagnetic interference (EMI) concerns and battery drainage, and with which solar module area is effectively utilized. Employs switched capacitor voltage converters to eliminate a need for inductors. Prevents battery overcharge problems since the solar battery charge apparatus is automatically powered up and turned off when photovoltaic power is available and unavailable, respectively. Employs a blocking device to prevent reverse current flow that can lead to leakage loss, extensive damage or even fire. Properly designs switched capacitor voltage converter so as to minimize switching components and cancel switching ripples on output side.    DESCRIPTION OF DRAWING(S) - The drawing is a block diagram of the regulation of photovoltaic voltage.    Photovoltaic module (100)    Unregulated switched capacitor voltage converter (200)    Blocking device (300)    Battery (400)    Voltage sensing unit (500)    Photovoltaic voltage feedback and control unit (600)
NOVELTY - The device has a tilting shaped orbit rack fixed on a side of a main body, where an end of the orbit rack is provided with a thruster. A connecting bar is installed in a front part of the thruster, and a tilting shaped chain support rack is mounted above the main body, where two ends of the support rack are provided with following gears, respectively. A revolving shaft is installed in a center part of the gears and provided with a unidirectional bearing, and a transmission bar is connected with a generator that generates electric force. A connecting bar drives a chain to move forward.    USE - Generating device.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a generating device.
NOVELTY - The station has roof truss (1) having movable shed framework with single slope roof in which the solar plates (2) are uniformly distributed. Several battery cabinets (3) are equipped with storage batteries (4) that are connected in series to form storage battery set and to corresponding solar plate via leading wires and diodes. The solar plate stores/compensates power in each set. The sets are connected to each other via leading wires. The ends of the serially connected sets are connected to inverse converter (5) to convert direct current to alternating current.    USE - Arrangement for compensating power demand using solar energy stored in power station.    ADVANTAGE - The solar energy can be stored/compensated effectively in the power station during power demand period. Hence the energy is saved reliably.    DESCRIPTION OF DRAWING(S) - The drawing shows a partial sectional view of the power demand compensating arrangement.    Roof truss (1)    Solar plates (2)    Battery cabinets (3)    Storage batteries (4)    Inverse converter (5)
NOVELTY - This invention relates to a wind-drum power generator by ocean waves. It includes a frame, a wind-drum mechanism and a generator. The wind-drum mechanism consists of a pump, a floating barrel and an air conducting tube. The pump consists of a piston and a cylinder movably operated with each other. From the inside out, the piston includes a metal layer being regarded as inner lining, an epoxy resin layer enclosing the metal layer with setting frames, and a plastic layer enclosing the epoxy resin layer. The piston is connected to the floating barrel at one end and the cylinder are is connected to the air conducting tube at the other end, respectively. The air conducting tube is connected to an extension tube. Near the opening end, a check valve is set inside the air conducting tube. There is also another check valve being set inside the extension tube. The frame is used to hold the wind-drum mechanism. The generator is equipped with a constant pressure air tank, in order to supply a stable air pressure. The constant pressure air tank is connected to the extension tube. By the energy of ocean wave, floating barrel pushes the pump to fill the constant pressure air tank. Air with steady pressure is released from the air tank to turn generator for electricity generation.
NOVELTY - The system has a photo battery (2) or series of photovoltaic cells (4) associated with directional reflecting members (5, 5') and fixedly/removably integrated to an electronic apparatus. The battery or the series of photovoltaic cells collects sufficient energy for the operation of the power supply system or operation of the system in association with a rechargeable battery. The reflecting members form orientable and foldable mirrors on the photo battery.    USE - Power supply system for use in an industrial and commercial field for production and distribution of equipments for mobile electronic apparatus e.g. portable computer or telephone (all claimed).    ADVANTAGE - The system prevents failure of the mobile electronic apparatus during intensive utilization and extension of charge duration of a battery, or supplies electrical energy when the charge is entirely used, or avoids the battery, thus avoiding the need for grid supply or accessory e.g. cigarette lighter charger of vehicle, to provide electricity. The photo battery can be replaced easily and used for different types of the portable computers.    DESCRIPTION OF DRAWING(S) - The drawing shows an axonometric rear perspective view of an open portable computer with photovoltaic platen integrated in rear surface.    Portable computer (1)    Photo battery (2)    Photovoltaic cells (4)    Reflector members (5, 5')    Screen (7)    Cover (8)
NOVELTY - The method involves connecting a three-phase alternating current switch and a three-phase passive impedance network (Z) or resistive network in parallel. The alternating current switch is opened such that the three-phase passive impedance network or the resistive network is switched-in when low voltage fault occurs in an electric network (G). The alternating current switch is closed such that the three-phase passive impedance network or the resistive network is short-circuited after voltage is recovered to recover normal connection of the wind generating set with the electric network.    USE - Method for recovering normal connection between large-scale wind power generating set and an electric network during low voltage fault occurrence.    ADVANTAGE - The method guarantees self-security of the double-fed induction wind power generating set when the low voltage fault takes place and uninterruptedly provides the electric network with current, so that a line protective device can work reliably.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a large-scale wind power generating set and electric network normal connection recovering method.    Wind mill generator (DFIG)    Electric network (G)    Three-phase passive impedance network (Z)
NOVELTY - The station has a solar panel (2) arranged on a solar panel bracket. Front and rear bearing legs (3) are respectively connected with a front end and a rear end of the solar panel bracket. Two ends of left and right sun-tracing rotating disks (4) and two ends of front and rear sun-tracing rotating disks (5) are connected with two ends of the solar panel bracket. The rotating disks (4) are intersected with the rotating disks (5). Lower ends of the rotating disks (4) are arranged on inner laterals of the rotating disks (5).    USE - New-type sun-tracing power station for a solar energy system.    ADVANTAGE - The station performs functions of switching off interference power source, and switching off the power supply of the night-time control system, thus providing low power consumption.    DESCRIPTION OF DRAWING(S) - The drawing shows a front view of a new-type sun-tracing power station.    Solar panel (2)    Front and rear bearing legs (3)    Left and right sun-tracing rotating disks (4)    Front and rear sun-tracing rotating disks (5)
NOVELTY - The generator set has an engine (5) whose cylinder port is mounted with a gas supply device. An internal combustion engine fuel gas controller (2) is mounted at the cylinder port. An air inlet of the gas controller is mounted with an air filter (3). A fuel gas inlet of the gas controller is connected with a gas outlet of a biogas pressure stabilizer (1) via a pipe (8). The biogas output via the pressure stabilizer and air output via the air filter are mixed via the gas controller for being input into the cylinder port.    USE - Household biogas electric generator set.    ADVANTAGE - The generator set effectively utilizes the biogas to operate petrol engine, so as to drive the generator set to generate electricity. The generator set is simple in structure, safe, and saves energy, and strong commonality. The generator set automatically regulates the optimal air fuel ratio with the change of load. The generator set solves the problem of the power utilization of the area having no electricity, and saves electricity of the area with electricity and emission reduction.    DESCRIPTION OF DRAWING(S) - The drawing shows an exploded perspective view of a household biogas electric generator set.    Biogas pressure stabilizer (1)    Internal combustion engine fuel gas controller (2)    Air filter (3)    Engine (5)    Pipe (8)
NOVELTY - The inverter (102) includes a burst mode controller (212) which causes energy to be stored in an energy storage module (204) during at least one storage period and causes energy to be drawn from the energy storage module during at least one burst period. An AC output power is made greater than a DC input power during the burst period. A maximum power point tracking (MPPT) technique is utilized to operate a device to provide the DC input power proximate a maximum power point (MPP).    USE - Inverter for converting DC input power from photovoltaic module to AC output power in distributed generation system.    ADVANTAGE - Enhances operation efficiency of photovoltaic module and inverter during low irradiance by ensuring maximum power point tracking and burst mode capability.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are also included for:    (1) a DC input power to AC output power conversion method; and    (2) a power conversion system.    DESCRIPTION OF DRAWING(S) - The drawing shows the block diagram of inverter.    Inverter (102)    Photovoltaic module (104)    Energy storage module (204)    Burst mode controller (212)    Conversion control module (214)
NOVELTY - The ambulance has a solar cell array installed on a crown to charge a storage cell through a drive electric machine of a controller. The crown and a front face of a driving cab are designed integrally. The crown is supported by a bracket that is placed on a bottom plate. A side of the bottom plate is fixed with patient seats. Another side of the bottom plate is fixed with a guardrail. A rear end of the ambulance is equipped with a foot platform. The foot platform is fixed with a grasp guardrail. A side of the patient seats is provided with a space for placing legs.    USE - Solar dynamoelectric ambulance.    ADVANTAGE - The ambulance is provided with the medical facility and has pollution-free, noiseless and energy-saving functions. The ambulance is capable of relieving the shortage of petroleum resources, thus saving energy. The ambulance avoids exhaust of harmful gas. The ambulance reduces the labor of the medical workers and reduces motor noises for patients.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a solar dynamoelectric ambulance.
NOVELTY - The platform (4) has two wind power generation walls (8), a cable (7), a solar steam generator (5), and eight hydraulic propeller walls (2) mounted at a bottom of the platform, and a rectifier connected with a transmission cable (6). Each hydraulic propeller wall is placed with a conduction channel (1). A small frame is provided with a hydraulic spiral power generation paddle and a hollow bracket. An electromagnetic coil output wire penetrates out from the hollow bracket, where output wires are connected with the rectifier.    USE - Hydraulic, wind, solar comprehensive power generation floating platform.    ADVANTAGE - The platform eliminates the need to establish the dam and to store the water, and is inexpensive. The platform avoids influence to the flux and prevents low water and treat drought. The platform utilizes the natural resources.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a hydraulic, wind, solar comprehensive power generation floating platform.    Conduction channel (1)    Hydraulic propeller walls (2)    Hydraulic, wind, solar comprehensive power generation floating platform (4)    Solar steam generator (5)    Transmission cable (6)    Cable (7)    Wind power generation walls (8)
NOVELTY - A roadside marking rotating vane has a light reflective coating and is driven by wind and by the slipstream of passing vehicles. The vane has an S-shape comprising two half circular blades and drives a generator to charge batteries and to power LED lights at night. The system can also be applied for road markings in tunnels, either at the roadside or from the roof.    USE - Roadside markings    ADVANTAGE - Improved visibility especially in tunnels and on bends    DESCRIPTION OF DRAWING(S) - The drawing shows a plan view of a rotating vane roadside marking.    Vanes (4, 5)    Vane shaft (3)
NOVELTY - The unit has a battery (9) whose power output end is in connection with a power input end of a charging/discharging controller (5). A power output end of an inverter (6) is connected with a power input end of a distributor case (8) by an electricity meter (7). Signal output end of the charging/discharging controller is attached with a signal input end of a switch unit (4) whose power input end is connected with a mains supply (2) by another electricity meter. Power output end of the switch unit is fixed with another power input end of the distributor case.    USE - Solar power supply unit for a gas station.    ADVANTAGE - The unit realizes automatic switching between solar power supply and the mains supply, so that continuous power supply for the gas station is achieved.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a solar power supply unit.    Mains supply (2)    Switch unit (4)    Charging/discharging controller (5)    Inverter (6)    Electricity meter (7)    Distributor case (8)    Battery (9)
NOVELTY - A heating device (2) heats material in container (1) and solid conductive material (9) installed in container, discharges electrons or carbon. The solid conductive material is connected to an anode plate (4) to output electrical energy or carbon, liquid or solid non-metallic substance for capturing electrons. The anode plate is arranged on conductive material. The temperature of solid conductive material is above temperature of solid non-metallic substance. A cathode plate (6) for outputting electrical energy is installed in gas component (5) installed on container.    USE - Pneumo-electric effect generator.    ADVANTAGE - The generator directly converts the heat energy released from the heat source into the electrical energy. The generation efficiency is improved. The structure is simplified.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of the pneumo-electric effect generator.    Container (1)    Heating device (2)    Anode plate (4)    Gas component (5)    Cathode plate (6)    Solid conductive material (9)
NOVELTY - The detected and preset rotation speeds of generator are compared and the exciting current steady-state component value is calculated. The exciting current value is calculated. The detected and preset exciting current values are compared and the exciting voltage value of exciter is calculated using specific expression relating current proportion and integral coefficients. The duty ratio of exciting voltage is calculated using preset expression relating power supply voltage, for tracking maximum power and controlling bus voltage of wind power generating system.    USE - Method for tracking maximum power and controlling bus voltage of hybrid wind power generating system.    ADVANTAGE - The control efficiency of the magnetic field is high. The reliability is high. The cost required for tracking maximum power and controlling bus voltage of the hybrid wind power generation system is reduced.    DESCRIPTION OF DRAWING(S) - The drawing shows a flow diagram of the method for tracking maximum power and controlling bus voltage of hybrid wind power generating system. (Drawing includes non-English language text)
NOVELTY - Photoelectric chemical compounding or coupling device comprises a solar cell at an upper part and photoelectric chemical tank at a lower part. The upper solar cell device includes electrode base plate, photo anode, electrolyte and counter electrode. The upper solar cell is a silicon solar cell, dye sensitized solar cell, organic solar cell, compound semiconductor solar cell or polymer solar cell. The lower photoelectric chemical tank comprises photo anode, electrolyte and counter electrode.    USE - Photoelectric chemical compounding or coupling device for producing hydrogen and oxygen (claimed).    ADVANTAGE - The device provides high conversion efficiency of solar energy and hydrogen energy, has low cost, provides simple technique, and is easy to be used in large-scale production of hydrogen.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a method for producing hydrogen and oxygen comprising generating power, via upper solar cell, with radiation of sunlight or simulated sunlight; generating electric potential or energy, via photo anode of the photoelectric chemical tank; taking the voltage from the upper solar cell as bias voltage, and the external bias voltage and the electric potential or energy reach the energy for cracking water in photoelectric chemical tank; and generating respective hydrogen and oxygen via the two electrodes.    DESCRIPTION OF DRAWING(S) - The drawing is a perspective view of the photoelectric chemical compounding or coupling device.
NOVELTY - The device has a power supply unit (5) that supplies direct current (DC) voltage to a solar battery (7), which is connected to a computer (3) and solar battery. An infrared imaging unit (1) is connected to the computer through the wires (2) for capturing heat radiation image of the solar battery in a predetermined wavelength.    USE - Device for detecting crack in solar battery.    ADVANTAGE - The generation of crack in the solar battery can be determined appropriately based on the heat radiation image captured by the imaging device. The structure of the detection device can be simplified. The detection device can be used conveniently and reliably.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for method for detecting crack in solar battery.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the device for detecting crack in solar battery.    Infrared imaging unit (1)    Wires (2)    Computer (3)    Power supply unit (5)    Solar battery (7)
NOVELTY - The system (1) comprises a geothermal system part (5) for utilizing geothermal heat, where a drying unit (7) is operationally coupled to the geothermal system part for evaporating material. A boiler system (11) is connected to the drying unit for burning the materials released in the drying unit (7) by the evaporating materials.    USE - System for power generation.    ADVANTAGE - The system comprises a geothermal system part for utilizing geothermal heat, where a drying unit is operationally coupled to the geothermal system part, thus ensures that the residual heat is exhausted without the basic cooling.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a method for power generation with a system.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a system. (Drawing includes non-English language).    System (1)    Steam power unit (3)    Geothermal system part (5)    Drying unit (7)    Boiler system (11)
NOVELTY - A land structure framework (1) is constructed to support floating land along with several floating pillars (6). The lower portion of pillars is connected with safeguard construction framework (5) installed in deep sea, while the upper portion is connected with land framework. The pillar is connected with the sea bed through anchor/cable chain (7). Several energy collectors (3) are made to float on sea level, having hinge joint with land framework above sea level, and a power conversion and desalination system (2) is arranged at position higher than energy collectors.    USE - Floating island with functions of ocean energy generation and sea water desalinization.    ADVANTAGE - The power conversion and desalination system is driven by the power produced by the energy collectors, such that the power conversion and desalination system can operate to generate good quality fresh water and tremendous ocean energy, efficiently.    DESCRIPTION OF DRAWING(S) - The drawing shows the schematic view of floating island.    Land structure framework (1)    Power conversion and desalination system (2)    Energy collectors (3)    Safeguard construction framework (5)    Floating pillar (6)    Anchor-cable chain (7)
NOVELTY - The system has photovoltaic and photothermal systems connected by phalanx structure crystalline silicon solar cell components (1). A control system is connected with the photothermal system. An upper end of the cell components is connected with a lightningproof device (4), grid inverter (5), distributor box (6), electric network (7), storage cell (8), two-way inverter (9) and a load interface (10) via contact conductors (3). A cooling medium inlet (22) and a cooling medium outlet (2) are respectively placed on lower and upper ends of a cooling medium box.    USE - Crystalline silicon solar cell component photoelectric and photothermal utilizing system.    ADVANTAGE - The system supplies power, continuously supplies heat to the hot water tank, and orderly and adequately utilizes the photoelectric- photothermal effect of the crystalline silicon solar cell components.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a crystalline silicon solar cell component photoelectric and photothermal utilizing system.    Phalanx structure crystalline silicon solar cell components (1)    Cooling medium outlet (2)    Contact conductors (3)    Lightningproof device (4)    Grid inverter (5)    Distributor box (6)    Electric network (7)    Storage cell (8)    Two-way inverter (9)    Load interface (10)    Cooling medium inlet (22)
NOVELTY - The device has a follow wobbling plate i.e. planar straight plate, whose middle part is equipped with a wobbling shaft, a speed changer and a generator. A bottom plate is equipped below the follow wobbling plate, and is equipped with a supporting pedestal of the wobbling shaft. A power output end shaft is equipped on the wobbling shaft, and a low-speed input shaft of the speed changer is connected with a power output shaft. A high-speed output shaft of the speed changer is connected with a power input shaft of the generator.    USE - Road generating device for a motor vehicle.    ADVANTAGE - The device can use roller compaction power of a motor vehicle passing through follow wobbling plate to reduce power loss of the motor vehicle. The device reaches the goal for using energy sources.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a road generating device.
NOVELTY - An encapsulating composition contains an epoxy resin (A), a photoinitiator (B), and inorganic nanoparticles and/or glass flakes (C).    USE - Encapsulating composition is used for forming hardcoat layer of plastic substrate used in luminous component, display device and solar ray power plant (all claimed).    ADVANTAGE - The encapsulating composition provides plastic substrate having excellent water resistance and gas-barrier property.    DESCRIPTION OF DRAWING(S) - The drawing shows a cross-sectional view of the multilayered plastic substrate.    Plastic substrates (110a,110b)    Organic-inorganic hybrid layers (115a,115b)    Gas-barrier film (120a-1)    Polysilazane layer (125a-1)    Epoxy resin composition layers (130a,130b)
NOVELTY - A data acquisition device (13) collects electric energy consumed by consumer and electric power generation amount of solar power generation equipment. An estimation unit (112) uses electric power generation amount correlation model data (123) indicating relationship of electric power generation amount of solar power generation equipments, and collected electric power generation amount, to estimate electric power generation amount of other solar power generation equipments whose power generation amount is not collected.    USE - Power-distribution-system state estimation apparatus.    ADVANTAGE - The electric power generation amount of all solar power generation equipments can be estimated accurately without estimating power generation amount of each solar power generation equipment.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of the power-distribution-system state estimation apparatus. (Drawing includes non-English language text)    Power-distribution-system state estimation apparatus (1)    Communication network (2)    Data acquisition device (13)    Solar power generation amount estimation unit (112)    Electric-power-generation-amount correlation model data (123)
NOVELTY - The device has multiple battery sheets (4) arranged on a solar battery board (3) with a large gap mode, and multiple V-shaped reflecting grooves (1) are assembled between two adjacent battery sheets. The reflecting grooves are fixed with top end faces upwards on the solar battery board by a bracket (2).    USE - Intensifying device for a solar battery of a solar lamp and a solar power generation system.    ADVANTAGE - The device can uniformly intensify, has simple structure, low cost, high reliability and normal range of the work temperature. The device is capable of largely increasing the output current of the solar battery board, generating better electric energy and reducing the power generation cost without increasing the power of the solar battery board. The reflecting groove is made of a reflecting material with high efficiency, thus increasing the reflecting effect.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a solar battery intensifying device.    V-shaped reflecting grooves (1)    Bracket (2)    Solar battery board (3)    Battery sheets (4)
NOVELTY - The wood has thin fir sawing plates, whose two layers are assembled along a grain direction, and a mixed resin dipped on each thin fir sawing plate. The layers of the thin fir sawing plates are glued together via hot-pressing. Two pieces of the thin fir sawing plates are placed in each layer. A glue layer is provided on surfaces of the adjacent thin fir sawing plates respectively. A thickness of the thin fir sawing plate is 2-4 millimeters.    USE - Laminated wood for a wind power generation blade.    ADVANTAGE - The wood can process and detect the test-pieces. The wood has average tensile strength of larger than 130 Mega Pascal along a grain direction, has average compressive strength of larger than 80 Mega Pascal, and has young modulus of larger than 18 giga Pascal, thus satisfying the strength requirement of a wind power generation blade.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a laminated wood.
NOVELTY - The apparatus has a cold water room (16) provided in a cold water chamber that is installed in an ocean thermal energy conversion (OTEC) system, where the cold water room is connected to a seal unit. The cold water room is provided for supply of the surface seawater. The cold water chamber is set up at a portion below a side of a seawater surface (13). Hot seawater is supplied through the cold water room to a heat exchanger for producing electricity. A cold water path is provided with a polyurethane structure.    USE - Deep surface sea water collecting apparatus for an ocean thermal energy conversion (OTEC) system.    ADVANTAGE - The apparatus can be installed at reduced cost.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of an ocean thermal energy conversion system.    Seawater surface (13)    Condenser (14)    Vaporizer (15)    Cold water room (16)    Warm water room (17)
NOVELTY - Several air-ducts (2) made of metal or metallic alloy material installed in parallel, form an array (3) of air-ducts. Each air manifold (8,11) is connected to one end of each air-duct. A wind turbine generator is installed in communication between air manifolds and atmosphere (7). A controller controls and operates the wind turbine generator.    USE - Air-duct system for use in solar power generation plant.    ADVANTAGE - Wind turbine generator can be powered efficiently at low cost.    DESCRIPTION OF DRAWING(S) - The drawing shows the schematic view of the air-duct system.    Air-ducts (2)    Air-duct array (3)    Air-draft (6)    Atmosphere (7)    Air manifolds (8,11)    Wind turbines (9,12)
NOVELTY - The device has a water tank connected with gas storage tanks through a water tank aerating pipe i.e. aerating shrinking pipe, where the gas storage tanks are connected in series. The water tank aerating pipe, a water tank aerating and pressure adjusting valve, a water tank aerating fast joint, a water tank air turning fast joint, a water tank air turning pipe, a water tank pressure gauge and a water tank safe decompression valve are provided on the water tank.    USE - Polyamine ester foaming online aerating device for an open solar water heater.    ADVANTAGE - The device realizes matching of a heat preserving water tank of an open solar water heater and a production line while proceeding the procedure of polyamine ester foaming. The device aerates a water tank inner bag to ensure the water tank inner bag not to be deformed during the process of polyamine ester foaming, reduces the time internals of the polyamine ester foaming of the water tank of open solar water heater, and improves the production efficiency.    DESCRIPTION OF DRAWING(S) - The drawing shows a front view of a polyamine ester foaming online aerating device.
NOVELTY - The controller has a photovoltaic array (1-1) whose output voltage (V1) is supplied to an air switch (1-2). Output voltage (V2) of the air switch is supplied to a main power circuit (1-3). Voltage (V4) of a storage battery (1-4) is supplied to the circuit. Output voltage (V3) of the circuit is supplied to an outside load. A sampling signal (S1) of the photovoltaic array, a sampling signal of the storage battery, a keyboard input (2-2), an LCD (2-3), an acousto-optic system (2-5) and one end of a communication interface (2-4) are connected with a CPU controller (2-1).    USE - Solar photovoltaic power generation controller.    ADVANTAGE - The controller has good electric property and good service performance. The controller has high reliability, high standardization level and high modularization degree, such that the whole controller allows the access of the communication and control of the host computer.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a solar photovoltaic power generation controller.'(Drawing includes non-English language text)'    Sampling signal (S1)    Output voltages (V1, V2, V3)    Voltage (V4)    Photovoltaic array (1-1)    Air switch (1-2)    Main power circuit (1-3)    Storage battery (1-4)    CPU controller (2-1)    Keyboard input (2-2)    LCD (2-3)    Communication interface (2-4)    Acousto-optic system (2-5)
NOVELTY - The controller has a solar cell module whose positive electrode is connected to source electrode of FET (T1). The drain electrode of a FET (T2) is connected with the drain electrode of the FET (T1), and source electrode is connected with source electrode of FET (T3) and negative electrode of the solar cell module. The grid electrodes of the FETs are connected separately to a control circuit, and positive electrode of the solar cell module and drain electrode of FET (T3) are connected to a load.    USE - Solar charging/discharging controller.    ADVANTAGE - The power consumption of the solar charging/discharging controller is reduced without increasing the size of the controller.    DESCRIPTION OF DRAWING(S) - The drawing shows an explanatory view of the solar charging/discharging controller. (Drawing includes non-English language text)    FETs (T1-T3)
NOVELTY - The power plant has a vertical rotary axle (3) for producing electrical energy from kinetic energy of wind. The rotary axle is enlarged at rotor blades (5) and designed with photovoltaic modules (6) in a windward side. An aggregate housing (2) comprises a pivoting axle (4) for adjusting an incident angle. The aggregate housing is adapted to the rotary axle and the pivoting axle. A head of a tower and the rotor blades are adapted to wind and/or sun conditions.    USE - Power plant e.g. wind power plant and solar power plant.    ADVANTAGE - The design of the power plant optimizes the continuity of the power plant and maximizes the efficiency of inexpensive inputs such as an aligning device, a control device and a power feeder of the power plant, thus minimizing the idle time of the power plant. The construction of the power plant ensures smaller speed of the power plant to reduce noise development and danger for birds, thus improving environmental safety.    DESCRIPTION OF DRAWING(S) - The drawing shows side and front views of a power plant.    Tower foot (1)    Aggregate housing (2)    Rotary axle (3)    Pivoting axle (4)    Rotor blades (5)    Photovoltaic modules (6)
NOVELTY - A thin-film solar cell element has a photoelectric conversion layer which consists of a semiconductor film comprising silicon as main component between a surface transparent electrode layer (2) and a back surface metal-electrode layer (9), and a transparent electrode layer comprising oxide as main component and which is provided between the photoelectric conversion layer and back surface metal-electrode layer. The transparent electrode layer has a through hole. The thin-film solar cell element comprises an electroconductive component which consists of non-oxide.    USE - Thin-film solar cell element is used for solar energy power generation system.    ADVANTAGE - The thin-film solar cell element has high power generation efficiency.    DETAILED DESCRIPTION - A thin-film solar cell element has a photoelectric conversion layer which consists of a semiconductor film comprising silicon as main component between a surface transparent electrode layer and a back surface metal-electrode layer, and a transparent electrode layer comprising oxide as main component and which is provided between the photoelectric conversion layer and the back surface metal-electrode layer. The transparent electrode layer has a through hole. The thin-film solar cell element comprises an electroconductive component which consists of non-oxide, and which touches the photoelectric conversion layer and the back surface metal-electrode layer in the through hole. The non-oxide comprises platinum, gold, chromium, ruthenium or titanium nitride. An INDEPENDENT CLAIM is included for manufacture of thin-film solar cell element.    DESCRIPTION OF DRAWING(S) - The drawings show a longitudinal cross-sectional view and bird's-eye view of the thin-film solar cell element. (Drawing includes non-English language text)    Substrate (1)    Surface transparent electrode layer (2)    Back surface transparent electrode layer (8)    Back surface metal-electrode layer (9)    Insulating layer (10)
NOVELTY - The generating method involves continuously circulating water or air through a circular flow channel (1) using single-sided rotary water or air pumps (8). Electricity is generated using electric turbine generators (6) driven by the circulated air or water. A portion of the generated electricity is used to power the water or air pumps.    USE - Generating method for producing electricity using water or air, for powering e.g. lights, domestic appliances, electric motors used in cars, trucks, boat, ship, trains, industrial machine, or earth moving machinery.    ADVANTAGE - Eliminates environmental pollution caused by fossil fuels and nuclear reaction. Eliminates or reduces pressure loss and pressure surge of water or air flow. Allows heating of water using the generated electricity.    DESCRIPTION OF DRAWING(S) - The drawing shows the perspective view of circular flow channel with water or air pumps.    Circular flow channel (1)    Channel top (4)    Electric turbine generators (6)    Rotary water or air pumps (8)    Wire mesh (9)
NOVELTY - The method involves using contained expansion in a sealed volume of a saturated vapor and condensation droplet mixture in combination with acoustic shock excitation to evaporate the droplets. Rapid adiabatic absorption of general pressure volume energy is provided to an internal energy component of a latent heat of evaporation. Latent heat of faze change is conserved in a working medium while greater portion of vapor's pressure volume energy is reduced to exertion of a compression work on the medium.    USE - Method for collapsing pressure of a working medium in a cooling faze of a vapor cycle heat engine i.e. steam turbine, generating electricity from solar power.    ADVANTAGE - The method increases density of the working medium, and conserves energy in the cooling faze of a vapor cycle heat engine. The method utilizes the working medium containing suspended droplets on reaching decompression cylinder, such that heat transfer requirement of a cylinder cooling jacket is reduced and cycle thermal efficiency is increased.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a cylinder heat engine.    Heat exchanger (1)    Power supply duct (2)    Power cylinder (3)    Power induction valve (4)    Valve timing system (5)    Power piston (6)
NOVELTY - The device has a push button supplying a power to a concentric plug of a transformer (TR) such that the transformer selectively varies the power supplying through a control power over-current protector (MCCB). An over current beaker is connected to the push button. A relay (MG1) controls the power supplying to the concentric plug of the transformer and electronics over current relay (EOCR1) cuts off a power source when the power supplied through the relay is supplied to the concentric plug.    USE - Power supply device. Uses include but are not limited to a hydraulic power plant, heat power plant, atomic power plant, tidal power station, wind power plant and a geothermal power station.    ADVANTAGE - The device supplies the power steadily, thus preventing the malfunction and the damage. The device sets the transformer inside, thus minimizing the volume.    DESCRIPTION OF DRAWING(S) - The drawing shows a circuit diagram of a power supply device.'(Drawing includes non-English language text)'    Electronics over current relay (EOCR1)    Lamp (GL)    Control power over-current protector (MCCB)    Relay (MG1)    Transformer (TR)
NOVELTY - An electric power storage apparatus (9) charges/discharges the electric power generated by solar and wind-powered electricity generation systems (1,2). The active power value of electricity generation systems is measured. The transformation ratio of load ratio control (LRT) transformer (11) is changed by step voltage regulator (SVR) (10), when measured active power value exceeds predetermined value. The ratio of changing rate of synthetic output and electric power change for tap control of transformer is set to preset time limit for tap control operation by SVR.    USE - Voltage variation suppression device for natural-power-source electric power generation system such as wind-powered electricity generation system and solar power generation system.    ADVANTAGE - Since the ratio of changing rate of synthetic output and electric power change for tap control is set to preset time limit for tap control operation by SVR, the variations in the voltage generated in electric power generation system can be suppressed reliably.    DESCRIPTION OF DRAWING(S) - The drawing shows the block diagram of the voltage variation suppression device for natural power-source-electric power generation system. (Drawing includes non-English language text)    Solar energy power generation system (1)    Wind-powered generation system (2)    Electric power storage apparatus (9)    SVR (10)    LRT transformer (11)
NOVELTY - Thermal energy in the form of vapor is collected and transferred to a concentrator consisting of heat engine. A piston (704) of the engine is operatively coupled with a liquid connecting rod (716). The oscillating cycle of the piston, and the liquid connecting rod is invoked, and the piston and the heat engine are maintained at or above the saturation temperature of the vapor.    USE - Method for controlling condensation in heat engine of parabolic trough, sterling dish, and power tower used for solar power generation.    ADVANTAGE - The engine temperature can be regulated such that energy recovery efficiency can be improved.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of the thermal collection system.    Piston (704)    Expansion chamber (708)    Fluid (710)    Liquid connecting rod (716)    Piping (733)
NOVELTY - The installation (1) has two closed containers (9, 11) for containing a fluid e.g. water, and a switching system (8) switchable between two switching positions. A converter (2) converts flow energy into mechanical energy. The system connects one of the containers to a heat supply system for heating the fluid in the container and a supply line (20) for the supply of the fluid to the converter at the same time in each switching position. Another container is disengaged from the heat system and connected to a discharge line (30) to collect the fluid discharged from the converter.    USE - Installation for converting thermal energy in cooling water, ground-water and waste gases into mechanical energy for generating electricity.    ADVANTAGE - The installation efficiently achieves the conversion of the thermal energy into the mechanical energy by using a transfer medium e.g. fluid.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are also included for the following:    (1) an assembly comprising an electricity generator    (2) a method for converting thermal energy into mechanical energy.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic diagram of an installation for converting thermal energy into mechanical energy.    Thermal energy converting installation (1)    Converter (2)    Switching system (8)    Closed containers (9, 11)    Supply line (20)    Discharge line (30)
NOVELTY - The generator has a floating flywheel assembly built as a single piece with a heavy magnetic wheel and a metal disk rotated by a linear induction motor, where the magnetic wheel has magnets with magnetic exterior that repels the magnetic wheel away from a stationary natural magnet under the assembly and repels the whole assembly. The assembly includes a rotor component that spins inside a generator stator component to generate electricity by converting stored rotational mechanical energy of the assembly back into electric power.    USE - Magnetic motor generator i.e. alternating current/direct current generator, for generating electrical power in ocean going ship-based application to deliver emergency transient peaking power for ship-based system, and in ground transportation system to deliver additional standby power to ground-based hybrid power system.    ADVANTAGE - The generator utilizes a vacuum chamber around the rotating floating flywheel assembly and the generator component, thus preventing wind resistance, windage loss and excessive air passing over the flywheel. The generator converts the stored rotational mechanical energy of the floating flywheel assembly into electric power, thus delivering transient power with minimal power to maintain the speed of flywheel rotation. The generator is portable and does not rely on weather conditions to generate electric power, thus facilitating easy and convenient installation. The generator maximizes the operating efficiency, mechanical advantage and viability of the system.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic sectional view of a magnetic motor generator with a floating flywheel in a spin-type configuration, and direction of spin motion.    Electrical conduits (1, 2)    Direction of spin motion (7)
NOVELTY - The method involves fixing a diffuser (10) in a resolution vertical sulcus of a submarine tunnel resolution vertical sulcus. Seawater is inflowed to an inner side of a tunnel, and a bottom cap of the resolution vertical sulcus is removed after a work enforcement. The sea water of an inner casing inside a resolution vertical sulcus tunnel is pumped out using an air valve and a water valve. The diffuser is settled in the resolution vertical sulcus, and a vacuum-pressure impregnation of a mortar is performed for congealing the mortar.    USE - Method for constructing a diffuser at deep under sea, and in an atomic power plant and an industry for generating electricity.    ADVANTAGE - The method facilitates less corrosion and damage, and facilitates the diffuser to be safely set up in the resolution vertical sulcus, thus increasing the durability of structure, decreasing the concrete amount of the unnecessary site, and facilitating efficient driving operation.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for manufacturing a diffuser.    DESCRIPTION OF DRAWING(S) - The drawing shows a cross sectional view of a diffuser.    Diffuser (10)
NOVELTY - Proposed solar-wind power generating plant comprises the first electrical generator with a stator and rotor, windmill with its blades coupled with the aforesaid rotor and a solar battery. The stator is fitted inside the hollow rotor. The plant housing represents a rotary cylinder linked, via a thrust bearing, with the pole. A confuser is mounted ahead of the casing inlet, while the funnel is arranged behind the casing outlet. The said casing houses a diffuser with windmill mounted there behind and coupled with the second electrical generator. Note here that a windvane is fitted above the casing outlet and accommodates the third electrical generator coupled with the said windmill. The aforesaid solar battery is mounted above the third electrical generator.    USE - Mechanics, electrical engineering.    ADVANTAGE - Efficient use wind power, higher power output.5 cl, 2 dwg
NOVELTY - The permanent magnet generator (1) has set of windings (1-1-1-n). Each winding is connected to one end of alternating current (AC) windings of the reactors(2-1-2-n) respectively in series. The other ends of AC winding of the reactors are connected to input end of the rectifiers(3-1-3-n). The anode terminals of rectifiers are connected to DC winding of the reactors. The cathode terminal of rectifiers are connected to negative terminal of DC power supply (4).    USE - Passive control type automatic wind power generating system.    ADVANTAGE - The operating efficiency of the automatic wind power generating system is improved. The over-loading capacity and the reliability of automatic wind power generating system are improved.    DESCRIPTION OF DRAWING(S) - The drawing shows the circuit diagram of the passive control type wind power generating system.    Magnet generator (1)    Windings (1-1-1-n)    Reactors (2-1-2-n)    Rectifiers (3-1-3-n)    DC power supply (4)
NOVELTY - The pen has an electronic chip provided on a holder. A rolling information title (2), title key-press (3) and a voice key-press (4) are equipped on a surface of a pipe (1). A solar battery (5) is mounted on one side of the information title. A luminous lamp (6) is mounted on top of the pipe.    USE - Multifunctional roll title pen for a student, people preparing test and an officer.    ADVANTAGE - The rolling information titles can be displayed on the pipe for the reading, and the rolling information can be transmitted by sound by the voice key-press since the solar energy is utilized in the pen.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a multifunctional roll title pen.    Pipe (1)    Rolling information title (2)    Title key-press (3)    Voice key-press (4)    Solar battery (5)    Luminous lamp (6)
NOVELTY - The system has high-level water tank, hydraulic generator, low-level water tank and a pressure cylinder connected to form a closed transmission system through pipelines and valves. A device for measuring wave height, another device for measuring tidal stage and a camera monitoring device are installed on two sides of the pressure cylinder.    USE - Ocean wave energy utilizing system for generating electricity.    ADVANTAGE - The high-level water tank, hydraulic generator, low-level water tank and the pressure cylinder are connected to form a closed transmission system through pipelines and valves, thus achieving active control of the piston and increasing the absorbing efficiency. The device for measuring wave height, the device for measuring tidal stage and the camera monitoring device are installed on two sides of the pressure cylinder, thus providing safe running of the system.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of an ocean wave energy utilizing system.
NOVELTY - The system has a renewable energy acquisition device (9) connected with an outlet pipeline of circulating water of a condenser (6)by a water circulating pump (1) of cooling water. Pressurized low-grade hot water is provided to a water inlet of a water source heat pump (10) through a path of an electric control valve (2). Outlet water of the water source heat pump is connected to a water mixer (8) by a pipeline. A heating device (11) is formed into a circulating pipe network by a radiator unit (12) of a user through a hot network circulating pump (7).    USE - Low-grade renewable energy heating system for cooling tower in a heat power plant and a refrigerator.    ADVANTAGE - The system extracts heat of low and intermediate grade renewable energy through heat pump units. The system is stable, economic, and operated with high efficiency. The system transforms low-grade heat energy into high-grade heat energy through heat transport device.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a low-grade renewable energy heating system.'(Drawing includes non-English language text)'    Water circulating pump (1)    Electric control valve (2)    Condenser (6)    Hot network circulating pump (7)    Water mixer (8)    Renewable energy acquisition device (9)    Water source heat pump (10)    Heating device (11)    Radiator unit (12)
NOVELTY - The system has a force-transferring ring gears with tooth crests that are provided in an inner cylindrical surface of a cylinder. A kinetic energy pick-up roller freely rolls in the cylinder. The kinetic energy pick-up roller absorbs changed kinetic energy and rolls when speed of movement of the system in a direction vertical to an axial direction of the kinetic energy pick-up roller changes. The rolling action of the kinetic energy pick-up roller guides an energy conversion assembly to work, converts kinetic energy into electrical energy, and transfers energy to an electrical energy register.    USE - Kinetic energy pick-up conversion system for a vehicle gear-shift energy pick-up generating device, a building wind-resistant generating device, an ocean wave generator, a non-rotary wing wind power generator, a treetop wind power generating box, a wind power generating sail, a building green screen of a wind-removing generating application, an ocean wave generating plant, a wave-removing generating floating dam, and for producing a kinetic energy recycling products (all claimed) to perform vehicle energy-saving, energy utilization, and realizing non-rotational friction and non-mechanical joint energy pick-up conversion modes.
NOVELTY - The system has a sinker part (103) installed at a lower part of a seafloor and a solar energy generating apparatus (110) installed at a flotation part (101). A wave power generator (130) is fixed between the solar energy generating apparatus and a wind power installation part (120) that is provided with a vertical type propeller. A remote monitoring apparatus supervises a light buoy via a communication network. A charge and discharge control section detects an electric signal of a reverse current protection diode, and an aerogenerator is connected to a windmill.    USE - Hybrid power generation system for a ship.    ADVANTAGE - The system is inexpensive, and prevents the loss. The lifetime of the light buoy is extended.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a hybrid power generation system.    Flotation part (101)    Sinker part (103)    Solar energy generating apparatus (110)    Installation part (120)    Wave power generator (130)
NOVELTY - Power is generated through natural energy by putting a liquid having a b. pt. close to atmospheric temperature to a pressure container to form a system with liquid and gas; collecting heat energy generated by natural energy; converting the collected heat energy; making the liquid in the system reach its b. pt. to convert the liquid to gas to generate high pressure steam; connecting a pump to the storage groove having a liquid level controller; and transporting the liquid from the storage groove through a check valve to form a loop system.    USE - Method of generating power through natural energy for vehicle, locomotive, motor, ship, family, factory or rotary motor.    ADVANTAGE - The method reduces fossil fuel consumption.    DETAILED DESCRIPTION - Power is generated through natural energy by:    (A) putting a liquid having a b. pt. close to atmospheric temperature to a pressure container to form a system with liquid and gas;    (B) collecting heat energy generated by natural energy;    (C) converting the collected heat energy;    (D) making the liquid in the system reach its b. pt. to convert the liquid to gas to generate high pressure steam;    (E) using the generated high pressure steam to drive a prime mover;    (F) making the steam from the prime mover reach a radiator through pipes;    (G) reducing the temperature of the steam below b. pt. through the radiator to transform into liquid;    (H) flowing the generated liquid generated to a storage groove;    (I) connecting a pump to the storage groove having a liquid level controller; and    (J) transporting the liquid from the storage groove through a check valve to form a loop system.    DESCRIPTION OF DRAWING(S) - The drawing is a schematic view of a method of generating power through natural energy.
NOVELTY - The apparatus has a sealed shell where power generators are provided. The power generators are encapsulated with stators and rotors and counterweight are also joined with a shaft.    USE - Apparatus for converting wave energy into electricity.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of an apparatus for converting wave energy into electricity.
NOVELTY - The station has a casing that is transversely fixed with a transverse separator (9), where upper and lower ends of a longitudinal separator (10) are respectively fixedly connected with the casing and the transverse separator. A high voltage unit (2) is pouring-sealed by an epoxy resin and fixed within a high voltage unit setting chamber (12), and a low voltage unit (3) is fixed within a low voltage unit setting chamber (13). A low voltage end of a transformer unit (1) is connected to an input end of the low voltage unit through a connection busbar.    USE - Integrated transformer station for wind power generation.    ADVANTAGE - The station automatically performs speed-limiting functions, so that overload is substantially prevented. The station is designed to operate without surveillance from people, thus reducing maintenance cost.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of an integrated transformer station.    Transformer unit (1)    High voltage unit (2)    Low voltage unit (3)    Transverse separator (9)    Longitudinal separator (10)    High voltage unit setting chamber (12)    Low voltage unit setting chamber (13)
NOVELTY - The system (100) has a support structure, including support columns (1) and a vertically movable horizontal support beam (8), secured to a body of water (5). An inflexible transmission shaft (6), pivotally coupled and laterally secured to the support structure, is coupled to the floating body (2) on the body of water via joint linkage (3). A generator (7a) on the structure is provided above and connected to the transmission shaft. Vertical motion of the floating body by waves causes the transmission shaft to linearly move. The generator produces electricity using the linear movement.    USE - System for producing electric power by converting wave motion of body of wave to electric energy. Can also be used in e.g. ocean, sea.    ADVANTAGE - Floating body can be formed of lightweight material e.g. glass fiber and plastic, pneumatic balloon, to ensure maximum stability. Joint linkage between floating body and transmission shaft is below central point of displacement of floating body below water line, maintaining stability of floating body and reducing likelihood of bending of transmission shaft. Locating generator above floating body ensures maximum utilization of wave energy with minimal loss of mechanical energy and attains maximum electric energy output. Transmission shaft mass and length reduction is made possible, since horizontal support beam can move vertically along support columns.    DESCRIPTION OF DRAWING(S) - The drawing shows the side view of a system for producing electric power.    Support columns (1)    Floating body (2)    Joint linkage (3)    Body of water (5)    Transmission shaft (6)    Generator (7a)    Horizontal support beam (8)    System for producing electric power (100)
NOVELTY - The device (10) has a submersible housing (12) defining a set of openings, where one set of the openings comprises an inlet (16) situated on an upstream portion of the housing and an outlet (18) situated on a downstream portion of the housing. An outlet valve (28) is located at the outlet, and is configured as a one-way check valve. A turbine (24) situated in the housing is between the inlet and the outlet, and the turbine is coupled to a generator (26) such that flow of water through the inlet is urged by a sea-wave passing through the turbine and through the outlet to rotate the turbine.    USE - One-valve half wavelength device for converting sea-wave energy into electrical energy form a water body e.g. ocean, sea, lake and river.    ADVANTAGE - The design of the device is provided with a simple and efficacious structure having high reliability, while protecting the device from potentially damaging effects of weather. The device can be used as a water pump by removal of the turbine, thus enhancing shoreline protection by sub-ducting water from wave crests and filling in wave troughs.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for producing electrical energy from sea-wave energy.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of an one-valve half wavelength device.    One-valve half wavelength device (10)    Submersible housing (12)    Inlet (16)    Outlet (18)    Turbine (24)    Generator (26)    Outlet valve (28)
NOVELTY - The device has a platform (2) floating on water, and a drive shaft (4) driving a dynamo. Masts (7) and sails (6) are fixed to a lower end of the shaft, where the sails are installed on the masts and fixed to the shaft. The directions of installation of the sails at left and right ends are opposite. A sail facing the front side of the current includes a large lifting surface area while the sail facing to the back side of the current includes a small lifting surface area with effective pushing force, and an external end of the mast is connected to a tightwire (10).    USE - Tidal current electricity generating device.    ADVANTAGE - The sail facing the back of the current includes the big lifting surface area with the big pushing force, thus pushing the drive shaft to rotate towards the side with large force and enabling the rotating shaft to drive the dynamo for generating electricity. The outer ends of the masts are connected using the tightwire, thus equalizing the stress of the masts and reducing the stress of the signal mast.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a tidal current electricity generating device.    Platform (2)    Drive shaft (4)    Sails (6)    Masts (7)    Tightwire (10)
NOVELTY - The system comprises a gliding wind or umbrella wing for generating a lifting fore from the wind power or gravity. A motion control device controls the gliding wing to return to its flying point and transmitting unit transmits the radiosonde data including weather and position data.    USE - Radiosonde system with gliding function for detecting weather conditions.    ADVANTAGE - A wide detection range is ensured so that the radiosonde system can detect the weather conditions reliably at low cost even at the altitude of 40km.    DESCRIPTION OF DRAWING(S) - The drawing shows a structural view of the radiosonde system.
NOVELTY - A wave power generating apparatus has a chain (133) meshed around a sprocket (120) on the power input shaft (121) of a torque generating unit. One end of the chain is coupled to a substructure (132), while another end of the chain is coupled to a pillar (111) on which the substructure vertically moves. The power output shaft (151) of the generator unit is coupled to a motor. The generator unit is made to rotate in forward direction.    USE - Wave power generating apparatus for producing electricity by harnessing potential energy of waves.    ADVANTAGE - Increases wave power generation efficiency while allowing apparatus to be installed at any location where waves are present, since substructure is moved up and down along pillar by wave action and such movement can be converted into torque.    DESCRIPTION OF DRAWING(S) - The drawing shows the exploded perspective view of a wave power generating apparatus.    Pillar (111)    Sprocket (120)    Power input shaft (121)    Substructure (132)    Chain (133)    Power output shaft (151)
NOVELTY - The system has a propeller (g) rotated by inhaling air through an air compression structure. A water tub type generator controls rotation of the propeller during a tide-generating force power generation. The system comprises an outside sleep structure (A), an inside sleep structure (A1), a structure supporting shaft (a), air conditioning boards (b-f), a propeller control box (h) and a propeller driving opening and closing switch (I).    USE - System for generating electric power utilizing water level difference of a tide in a sea.    ADVANTAGE - The system facilitates performing tidal power generation water by utilizing the tub type roofing generator in an effective manner. The system prevents the degradation of the generator efficiency by adjusting the amount of air inhaled by the propeller according to the contraction of the air, and avoids the sea ecosystem from being destroyed by the structure of generator.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of an electric power generation system.    Outside sleep structure (A)    Inside sleep structure (A1)    Structure supporting shaft (a)    Air conditioning boards (b-f)    Propeller (g)    Propeller control box (h)    Propeller driving opening and closing switch (I)
NOVELTY - The generator has a collimator (100) installed in a longitudinal direction at a soundproof wall (10). A sun generation unit is provided in the soundproof wall. An air passage (a) passes air through an interval between the soundproof wall and the collimator. An end part of the collimator is united with the soundproof wall through a set of combining members. The air passage is formed in a space between the combining members. A sound absorbing part is formed in a bottom surface of the collimator. A sound absorbing material is adhered to the bottom surface of the collimator.    USE - Solar power generator.    ADVANTAGE - The generator minimizes the generation of critical stress due to increase in the wind pressure even when the sun generating unit is set up in the soundproof wall. The generator reduces the noise by utilizing the collimator.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a solar power generator.    Air passage (a)    Soundproof wall (10)    Collimator (100)
NOVELTY - The generator has a noise decrease part (200) equipped at an end part of a collimator (100) installed at a soundproof wall (10) in longitudinal direction, where the noise decrease part reduces noise over an end part of the soundproof wall. A bottom surface deep part of the collimator unites an upper end of the soundproof wall. The collimator is installed in order to have a down-tilt to a noise source. One end of the collimator faces a noise source of the soundproof wall. A soundproof wall joint (120) is formed in the collimator in order to unite the noise decrease part.    USE - Solar power generator.    ADVANTAGE - The generator provides excellent noise performance.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a noise barrier wall.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a solar power generator.    Soundproof wall (10)    Collimator (100)    Sound absorbing part (110)    Soundproof wall joint (120)    Noise decrease part (200)
NOVELTY - The assembling structure has an intraframe (200) and an axis of rotation (410). A helical turbine (300) is installed and formed inside underwater ground such that one or multiple flow paths (110) are segmented in assembling structure. The multiple flow paths are inserted through an opening of a base frame (100). A generating part (420) is connected to the helical turbine. A horizontal path is formed at the upper side.    USE - Assembling structure for tidal current power apparatus.    ADVANTAGE - The helical turbine is installed and formed inside underwater ground such that one or multiple flow paths are segmented in assembling structure, and hence ensures cost effective and time saving assembling structure.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of the assembling structure.    Base frame (100)    Flow path (110)    Intraframe (200)    Helical turbine (300)    Axis of rotation (410)    Generating part (420)
NOVELTY - The pack has a solar photovoltaic plate (1) fixed at a top side of a fixing seat (2), and a sealed locating plate (5) placed between the solar photovoltaic plate and the fixing seat. A storage battery (3) and a circuit control element (4) are provided in a cavity of the fixing seat. The solar photovoltaic plate, storage battery and circuit control element are electrically connected in the cavity of the fixing seat. A rotatable support seat (6) is placed at a lower part of the fixing seat and fixedly connected with a support pole. A connecting sleeve is connected with the support pole.    USE - Integrative small-size solar battery pack. Uses include but are not limited to a lawn lamp, a yard lamp, an electronic mosquito-repelling lamp and a lighting for camping and field operation.    ADVANTAGE - The pack is simple structure, convenient and safe to use and inexpensive, and has better environmental protection function.    DESCRIPTION OF DRAWING(S) - The drawing shows an exploded perspective view of an integrative small-size solar battery pack.    Solar photovoltaic plate (1)    Fixing seat (2)    Storage battery (3)    Circuit control element (4)    Sealed locating plate (5)    Rotatable support seat (6)
NOVELTY - The support base material (30) with a horizontally extended board (33) is fixed on a base (20) floated in the seawater filled in a water storage tank (11) incorporated in the main base (10). The cylindrical wind tunnel casing (50) is supported by the support base material. The windmill (40) is installed at the center of the wind tunnel casing. Two pillars (31,32) are attached in the standing state at both ends of the board of the support base material. The wind tunnel casing is supported through the pillars.    USE - Wind powered electricity generation apparatus installed in sea.    ADVANTAGE - The large sized wind powered electricity generation apparatus can be installed without receiving the influence of the depth of water by forming the apparatus on the floating base. The weight of the apparatus can be easily distributed through the pillars.    DESCRIPTION OF DRAWING(S) - The drawing shows an explanatory view of the wind powered electricity generation apparatus.    Main base (10)    Water storage tank (11)    Floating base (20)    Support base material (30)    Pillars (31,32)    Horizontally extended board (33)    Windmill (40)    Wind tunnel casing (50)
NOVELTY - The solar energy generating apparatus (10) has a solar battery (200) positioned on upper surface of a frame (100). A fixing unit (700) connected to the frame prevents floating of the frame. A screw (300) fixed to frame changes direction of frame for receiving sunlight.    USE - Solar energy generating apparatus.    ADVANTAGE - Electricity can be generated easily using the solar energy at reduced cost.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of the solar energy generating apparatus.    Solar energy generating apparatus (10)    Frame (100)    Solar battery (200)    Screw (300)    Fixing unit (700)
NOVELTY - The plant (10) has a solar collection system (12) comprising tube radiation absorbers (15) containing thermal fluid e.g. thermal oil, where the system is provided to heat the thermal fluid by passing the thermal fluid through absorbers. The steam-electric power plant (14) comprises an additional steam turbine having inlet pressure higher than that of an intermediate-pressure steam turbine. A piping contains working fluid e.g. water, and each turbine is associated with a heat exchange system to transfer heat from the thermal fluid to the working fluid.    USE - Solar thermal power plant for providing thermal energy to a solar power generation plant.    ADVANTAGE - The power plant controls the distribution of the thermal fluid to each of the heat exchange systems such that the efficiency of plant is optimized. The plant allows the oil to be transported over greater distances than other heat sources e.g. flue gas, from a coal-fired plant, and increases the rate of flow of the thermal fluid to return thermal fluid to be exposed to solar radiation at higher temperature. The plant increases efficiency significantly, and reduces cost per kilowatt-hour of generated electricity, even though the operating temperature of such a plant is relatively low.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for generating power.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a solar thermal power plant.    Solar thermal power plant (10)    Solar collection system (12)    Steam-electric power plant (14)    Tube radiation absorbers (15)
NOVELTY - The wheel has an arm (100) installed on a rotational shaft (R) at right angle. A set of blades (F) i.e. NABI blade, is foldably installed on the arm, sequentially changes blade shape according to a rotational position and includes bucket shape upon opening. The blade is configured to contain a streamline when each blade is folded. Each blade is configured as two loading blades (1, 2), such that the blade is hinge-coupled to the arm, folded and opened. A hinge-coupled position of the loading blades is formed with an open stopper (20).    USE - Wheel for a power generation apparatus. Uses include but are not limited to water power, tidal power, wind turbine power, geothermal power, solar photovoltaic power and small hydro power.    ADVANTAGE - The wheel utilizes blades whose shape is variably changed according to the rotational position corresponding to the flow of the external force in nature for receiving a maximum load and minimum load, thus minimizing yield loss of the natural moving energy and generating maximum power. The wheel easily obtains the power through economical and eco-friendly method from moving energy without applying separate artificial energy in water power generation.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a wheel with a NABI blade for a power generation apparatus.    Blade (F)    Rotational shaft (R)    Loading blades (1, 2)    Open stopper (20)    Arm (100)
NOVELTY - The power source has a solar battery pack (1) connected with a chargeable battery pack (2) by a commutating diode (3). The anode of the commutating diode is connected to the anode of the solar battery pack. The cathode of the commutating diode is connected to the cathode of the chargeable battery pack. The chargeable battery pack and a charge/discharge control circuit are placed in a battery box. The solar battery pack is attached to the surface of the battery box.    USE - Power source for low power electrical appliance.    ADVANTAGE - The battery is charged by solar energy and used repeatedly for providing a clean and environment friendly power source.    DESCRIPTION OF DRAWING(S) - The drawing shows the circuit diagram of the power source.    Solar battery pack (1)    Chargeable battery pack (2)    Commutating diode (3)    LED (4)    Switch (5)
NOVELTY - The device has an upper fixing beam (2) fixed at an upper end of a well road, and pulleys (3) placed on the fixing beam. A tractor (8) is fixed on a weight-driven device (7). An end of a wire rope (4) is fixed on an upper part of a suspension cage (1). An overrunning governor guide wheel (11) is placed at a top part of the cage. An overrunning governor wire rope (12) and a protective wire rope (16) are placed, respectively on an upper end and a lower part of a well road. A gate wire (14) connects an overrunning governor device (13) with a wire clamping device (15).    USE - Free suspension type elevating device for wind power generation.    ADVANTAGE - The device is simple in structure and convenient to maintain. The production cost of the device is low. The device adopts delivery without gears, thus preventing environment pollution, and reduces accident and saves workers in the suspension cage by method of regulating the wire clamping device by hands.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a free suspension type elevating device.    Suspension cage (1)    Upper fixing beam (2)    Pulleys (3)    Wire rope (4)    Weight-driven device (7)    Tractor (8)    Overrunning governor guide wheel (11)    Overrunning governor wire rope (12)    Overrunning governor device (13)    Gate wire (14)    Wire clamping device (15)    Protective wire rope (16)
NOVELTY - The elevating device has a suspension cage slide way (2) i.e. strut, fixed on side of a suspension cage (1). A fixing pulley (4) is fixed on an upper fixing beam (3). A moving pulley (5) is fixed on an upper part of the suspension cage. An over-running governor wheel (11) is fixed on the upper fixing beam. An over-running governor wire rope (12) is wound over the over-running governor wheel, and passes through an over-running governor device (13) for forming an over-running governor wire rope circulating ring. Safety tongs (14) are tightly connected with the wire rope.    USE - Free suspension-type elevating device for wind power generation.    ADVANTAGE - The elevating device eliminates counterpoise, simplifies the structure, and decreases the production cost. The power consumption of the motor can be reduced for energy saving by adopting a pulley combination during elevating the suspension cage. The main parts of the elevating device such as the tractor and the over-running governor are fixed on the lower part of the elevating device so that the elevating device is convenient to maintain. The elevating device without gears prevents maintenance and oil utilization, and is environment friendly.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of a free suspension-type elevating device.    Suspension cage (1)    Suspension cage slide way (2)    Upper fixing beam (3)    Fixing pulley (4)    Moving pulley (5)    Over-running governor wheel (11)    Over-running governor wire rope (12)    Over-running governor device (13)    Safety tongs (14)
NOVELTY - The device has a fixed beam (2) fixed on an upper end of a well, and a pulley (3) fixed on the fixed beam. A wire rope (4) is connected with top and bottom of a hanging gantry (1). A balanced component (5) is provided on the wire rope, and a tractor base (6) is provided in a plumb frame (13) and a tractor (7). A balancing weight (8) is placed on the tractor base. The plumb frame comprises an upper fixed beam (9), lower fixed beam (10), left guide way (11) and a right guide way (12).    USE - Free suspension type lifting device for wind power generation.    ADVANTAGE - The device saves counterweight, simplifies structure and reduces manufacture cost. The device is convenient to maintain, and convenient to save wind power.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of a free suspension type lifting device.    Hanging gantry (1)    Fixed beam (2)    Pulley (3)    Wire rope (4)    Balanced component (5)    Tractor base (6)    Tractor (7)    Balancing weight (8)    Upper fixed beam (9)    Lower fixed beam (10)    Left guide way (11)    Right guide way (12)    Plumb frame (13)
NOVELTY - The controller has three input terminals connected with a switching circuit, which is connected with a micro-computer control system, where the control system is connected with a storage battery. A load output terminal i.e. dual-circuit output terminal, is connected with the storage battery. A protection circuit is connected with the control system and the storage battery, and comprises switching tubes, diode and a resistor, where the diode and the resistor are in serial connection. The switching tubes are connected with the control system.    USE - Multifunctional intelligent energy-saving controller for solar and wind power and electric network compensation.    ADVANTAGE - The controller automatically switches to the electric network to charge when the solar and wind power lighting lamps are lack of natural condition, and meets the power supply demand of the system. The controller is stable in performance and secure and practical. The controller avoids on-peak demand, and can automatically switch to the electric network for charge when the controller is set to be low valley demand.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a multifunctional intelligent energy-saving controller.'(Drawing includes non-English language text)'
NOVELTY - A sea wave motor has toothed disks (2) firmly connected on axles (1) via thrust bearings (3). The disks engage with teeth (6) of the slides (7,8) with guides (10). Supports (4,11,12) are individually provided for the disks and the slides. Two of the slides (7) are connected with light floats (13). The other two slides (8) are connected with heavy floats (14). The teeth of the slides individually have shafts (15) and springs (16) facilitating elastic toothed coupling between the slides and the disks.    USE - Sea wave motor for generating electric energy using sea and ocean waves as energy sources.    ADVANTAGE - Renewable energy of sea and ocean waves can be utilized with greater degree, since generator is directly connected to axle of sea wave motor. Sea wave motors can be coupled together in series, in parallel, or both via gearwheels so that energy removed from large number of waves can be accumulated on one axle, allowing same axle to be connected to high powered generator for better commercial efficiency.    DESCRIPTION OF DRAWING(S) - The drawing shows the schematic view of a sea wave motor with two axles.    Axles (1)    Toothed disks (2)    Thrust bearings (3)    Supports (4,11,12)    Teeth (6)    Slides (7,8)    Guides (10)    Light floats (13)    Heavy floats (14)    Shafts (15)    Springs (16)
NOVELTY - A power controller (3) outputs the power from solar cells (2) to a power grid (4). A converter (5) converts the electric power. A battery (6) such as a lead-acid battery, rechargeable lithium-ion or nickel-metal hydride battery stores and discharges the electric power. A detection unit (8) detects the power output from the solar cells within a period. A control unit (7) with a CPU sets an output pattern and sets the average value as input target value for the converter for the next period. A notification unit (9) estimates the output from the power controller based on the output pattern.    USE - Solar power generation system for a power system (claimed).    ADVANTAGE - The system provides a control unit that sets an output pattern and an average value as input target value for the power converter and a notification unit that estimates the output of the power controller in a period based on the output pattern. This feature reduces the required capacity of the storage battery such as lead-acid battery or rechargeable lithium-ion or nickel-metal hydride battery. It extracts the maximum output from the solar cells and increases efficiency as a power generation system. It protects the lead-acid battery or rechargeable lithium-ion or nickel-metal hydride battery from overcharging and excessive charging current.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a power system.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram showing a basic configuration of a power generation system.    Solar cell (2)    Power controller (3)    Grid (4)    Power converter (5)    Battery (6)    Control unit (7)    Detection unit (8)    Notification unit (9)
NOVELTY - The device has a wrist band (20) removably connected to a mobile phone unit (10). A housing (11) is provided with a set of wristband installation members (11a) in the phone unit. A cover (12) is pivoted on the housing, where a surface of the cover is provided with an independent system of an analog quartz-core watch (121). A wireless transmission circuit is built into the housing to receive and transmit wireless audio-video signals. A set of thermoelectric power generating chips (TG1, TG2) is provided in the bottom of the housing, where the bottom is in contact with a human wrist.    USE - Wrist-watch personal digital assistant (PDA) mobile phone device.    ADVANTAGE - The provision of the thermoelectric power generating chips in the bottom of the housing enables recharging of a primary battery of the phone device at any time using the current produced by body temperature while avoiding signal interruption. The surface of the cover is provided with the independent system of the analog quartz-core watch, thus enabling a user to read time under strong light.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a wrist-watch mobile phone.    Thermoelectric power generating chips (TG1, TG2)    Mobile phone unit (10)    Housing (11)    Wristband installation members (11a)    Cover (12)    Wrist band (20)    Analog quartz-core watch (121)
NOVELTY - The device has a gas filled body (1) that is energy-coupled with an outlet (2). The outlet supplies energy stored in a form of compressed gas during changing the volume of the body. The body is provided in a housing (5) retained with running water. The housing has a closed inlet opening and outlet opening, which are arranged in different levels of the body. A portion of outlet controls the supplied power by controlling the inlet and outlet openings.    USE - Device for generating usable power from running water.    ADVANTAGE - The body is provided in a housing retained with running water, where the housing has a closed inlet opening and outlet opening, which are arranged in different levels of the body, and thus ensures a simple and cost-effective assembly of the power generating device.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a power generating device in a coastal area with a tidal range.    Body (1)    Outlet (2)    Pipe (3)
NOVELTY - An electric power generation system has a multi-stage propeller (80) mounted to part of a rotation shaft (70) located in a sea water flow path (60) at the ship lower part. A generator (90) to which the rotation shaft is connected, includes a coil (72) wound about another part of the shaft, a stator (92) surrounding the coil, and a power line (94). Either coil or stator is made of magnetic material. With the propeller and the shaft rotated by sea water current passing through the path, the coil rotates with the shaft in the stator to produce electromotive force output by the power line.    USE - Electric power generation system for powering ship based on sea water current.    ADVANTAGE - Enables to easily produce electricity for powering ship by using sea water current.    DESCRIPTION OF DRAWING(S) - The drawing shows the front sectional view of an electric power generation system.    Sea water flow path (60)    Rotation shaft (70)    Coil (72)    Multi-stage propeller (80)    Generator (90)    Stator (92)    Power line (94)
NOVELTY - The tube (8) has a semicircular shaped heater pipe (2) combined with P-type and N-type thermoelectric power generation semiconductors. A copper electrode coating layer is formed on a cooling part. A lead coating layer is formed on upper layer to bind the semicircular shaped heater pipe and a copper pipe (1). A ceramic coating layer is formed at external side of the copper pipe. The copper electrode coating layer is combined with the copper pipe. An inside of the semicircular shaped heater pipe is made to vacuum condition.    USE - Solar energy thermoelectric power generation glass tube.    ADVANTAGE - The glass tube utilizes the semicircular shape heater pipe and the inner latent heat to enhance the electricity production amount of the thermoelectric power generation semiconductor to 10 percent.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a solar energy thermoelectric power generation glass tube.    Copper pipe (1)    Semicircular shaped heater pipe (2)    Solar energy thermoelectric power generation glass tube (8)    Inverter (23)
NOVELTY - The method involves forming an installation space in constant size in a road in which a vehicle moves, and preparing a platform (11). A push plate (1) in which a load (13) is equipped on one side, is installed at an installation axis (12) in the platform. A ratchet gear (1') in which a unidirectional rotation latch wheel (2) is engaged, is provided in a regular length downstream in a lower part of the push plate. A top end of the push plate is pressed by the vehicle and the unidirectional rotation latch wheel is rotated when the ratchet gear of the push plate moves downwardly.    USE - Energy i.e. electric energy, production method.    ADVANTAGE - The method allows easy implementation in any part of the road in which the vehicles pass often, increases the energy i.e. electric energy and generation efficiency, and produces large quantity of energy as the energy is produced continuously due to the continually operating vehicles.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic illustration of a road condition for implementing an energy production method.    Push plate (1)    Unidirectional rotation latch wheel (2)    Ratchet gear (1')    Platform (11)    Installation axis (12)    Load (13)
NOVELTY - The lithium cell over-current protection module, direct current (DC)/DC voltage booster module, booster voltage control module, state detection module, illumination module and power supply module are provided in the shell. The modules provided in the shell are connected to the CPU module.    USE - Multi-functional solar energy mobile power supply for charging applications.    ADVANTAGE - The power supply can be used efficiently. The lithium cell provided in the power supply is set to stable state.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of the multi-functional solar energy mobile power supply. (Drawing includes non-English language text)
NOVELTY - The wave energy extraction apparatus has a wall (3) positioned upright in use and is pivoted at its lower end to the framework (2) about a horizontal pivotal axis that extends parallel to the plane of the wall. The wall can rock relative to the framework in response to irrotational movement of the water associated with waves. An arched drive track (10) extends circumferentially about the pivotal axis. Wheels are supported on the framework. Pivoting of the wall causes the wheels to be driven by the track with the wheels connected to a power conversion device supported on the framework.    USE - Wave energy extraction apparatus for generating power.    ADVANTAGE - Economical to produce and which can be arranged to be more easily serviceable.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a power generating method.    DESCRIPTION OF DRAWING(S) - The drawing shows a plan view of the wave energy extraction apparatus with both walls in a vertical condition.    Framework (2)    Wall (3)    Tower (7)    Buttress frame (8)    Arched drive track (10)
NOVELTY - The solar cell has a P- type wafer (508) including a front side and a back side such that the front side of wafer is exposed to the solar radiation, so to produce an electric current. A fused group IV nanoparticle thin film emitter (526) having N+ type dopant is deposited on the front-side of the wafer. An emitter metal electrode (502) is deposited on the nanoparticle thin film and base metal electrode (512) is deposited on the back side of the wafer.    USE - Solar cell e.g. particle homogenous emitter solar cell, particle selective emitter solar cell, particle point junction solar cell and back-side electrode point contact solar cell.    ADVANTAGE - The lack of ability of simultaneous patterning of p-type and n-type doping can be prevented effectively, so that highly efficient solar cell can be produced.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of the particle homogeneous emitter solar cell.    Emitter metal electrode (502)    P type wafer (508)    Base metal electrode (512)    P type particle back surface field (520)    Fused group four nanoparticle thin film emitter (526)
NOVELTY - The system has wind power generating set (1) whose output end is connected to a power inverter (9). Power inverters are respectively connected with a storage battery e.g. lead-acid battery (2) and other energy storing ways e.g. super capacitor (8). A power inverter (13) is connected with a hydrogen electrolyzer (3). An output of the hydrogen electrolyzer is connected with a fuel battery (5) by a hydrogen gas container e.g. metal hydride storing tank (4). The fuel battery is connected with the power bus (7). An output end of the power inverter (10) is connected with user load.    USE - Separate mesh-type combined energy storing wind power electric power system.    ADVANTAGE - The system utilizes high wind power and provides long term, high wind power utilization ratio, steady, uninterrupted electricity for user, and does not cause pollution. System has good dynamic response, high operating efficiency, low cost, small size, and light weight.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are also included for the following:    (1) separate mesh-type combined energy storing wind power electric power system operating method    (2) separate mesh-type combined energy storing wind power electric power system collocating method.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a separate mesh-type combined energy storing wind power electric power system.'(Drawing includes non-English language text)'    Wind power generating set (1)    Storage battery (2)    Hydrogen electrolyzer (3)    Hydrogen gas container (4)    Fuel battery (5)    Power bus (7)    Energy storing way (8)    Power inverters (9 - 13)
NOVELTY - The system has a renewable resource electricity generator, whose output end is connected with an input end of an electricity generation monitor and an alternating current (AC)/direct current (DC) regulator. An output end of load monitors is connected externally with an electricity utilization load loop. Multiple output ports of an input/output (I/O) interface of a market generation credit (MGC) electricity generation/control device (1) are connected with control input ends of utility power switching devices corresponding to lead.    USE - Electricity generating micro electric grid system for a power supply unit in a city and countryside.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a micro electric grid system.    Market generation credit electricity generation/control device (1)    Multiple bulk metallic glass micro electronic grids (2)
NOVELTY - The method involves dividing a power network into two separated parts with a cross section, and dividing a system into a transmitting end system and a receiving end system according to a general section tide. Force of one set of power generators is adjusted according to a constant proportional principle to balance influence from change of a section tide. Force of another set of power generators is adjusted according to the constant proportional principle to balance influence from change of the section tide.    USE - Method for controlling section power based on tide tracking and unit re-dispatch.    ADVANTAGE - The method realizes control of the section power by changing dispatching mode of the power generator without influencing loading supply, thus controlling the section tide in wide range with small control error.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic illustration of a section power controlling method.
NOVELTY - The electric power variation prediction system (1) includes the curve generation units (41,42) that generates curves representing the information of variation in power generated by each sub-station in the power station. A variation prediction unit (54) predicts the variation in power generation based on the information provided by the curves.    USE - Electric power variation prediction system for managing supply-and-demand of tidal power.    ADVANTAGE - The electric power variation can be determined efficiently.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of the electric power variation prediction system. (Drawing includes non-English language text)    Electric power variation prediction system (1)    Curve generation units (41,42)    Search engine (45)    Variation prediction unit (54)    Margin calculation unit (56)
NOVELTY - The apparatus has an impairment detection module for comparing a power production profile with a reference profile, where the power production profile and the reference profile are for a solar array, solar sub array (108-1-108-n) of the solar array, or a solar panel of the solar array. The impairment detection module determines whether the impairment exists based on the comparison. A power production profile database stores a power production profile, where the impairment detection module obtains the power production profile from the database.    USE - Apparatus for detecting an impairment e.g. obstruction, broken component, of a solar array for producing power from solar energy in a solar energy system.    ADVANTAGE - The apparatus automatically corrects the detected impairment, thus simplifying and shortening the repair process for various impairment conditions, and eliminating human intervention, and hence facilitating convenient operation of the solar power production.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for detecting an impairment of a solar array.    DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a solar energy system comprising apparatus for detecting an impairment of a solar array.    Solar energy system (100)    Junction box (104)    Solar sub array (108-1-108-n)    Meter (110)    Array monitoring device (114)
NOVELTY - The equipment has a driving device fixed between a rotary device and an air compressor. The rotary device is fixed with a water wheel and a right-angle trapezoid shaped external shell. The water wheel is located inside the external shell, and is provided with a water wheel blade and a water wheel shaft. A gear is installed on the water wheel shaft. A water entrance chamber is mounted in the external shell with the water wheel, where bottom of the external shell is formed with a water outlet with a hinged door.    USE - Seawater wave prime power converting equipment.    ADVANTAGE - The equipment is simple in structure, easy to install, easy to operate and convenient to repair, and generates power in a stable manner.    DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of a seawater wave prime power converting equipment.