NOVELTY - Manufacturing a vacuum glass plate device by using flat glass machine, glass cutting machine, glass cutter, glass packaging welded edge machine, glass chamber, gas sealing detection machine, and vacuum packaging machine. The flat glass machine further comprises a glass particles spray device, pierce screen device and glass clamping device (2). The glass particles machine is prepared by using a spiral extrusion pump with the high-temperature glass melt solution after emerging from the orifices of the extrusion.    USE - For manufacturing vacuum glass plate device and solar energy heat collector (claimed).    ADVANTAGE - The method is suitable for solar energy heat collector.    DETAILED DESCRIPTION - Manufacturing a vacuum glass plate device by using flat glass machine, glass cutting machine, glass cutter, glass packaging welded edge machine, glass chamber, gas sealing detection machine, and vacuum packaging machine. The flat glass machine further comprises a glass particles spray device, pierce screen device and glass clamping device (2). The glass particles machine is prepared by using a spiral extrusion pump with the high-temperature glass melt solution after emerging from the orifices of the extrusion, also no solidification of the soft glass strips were cut into small particles, these section particles in the self-surface tension under the effect of a becomes spherical particles, the solidification or glass strips were cut into small section particles. The glass particles spray device comprises rail, trolley, glass, container, funnel channel chamber, upper electromagnetic valve, and lower electromagnetic valve. The trolley drives the motor car wheels to rotate the car in the two pieces of horizontal track. The trolley sprayed glass through a hydraulic lifting mechanism. The glass particles are connected to the container. The container following with stripes of a ratio glass particles has slightly greater diameter. The glass particle of the funnel channel is installed in the funnel passageway. The lower electromagnetic valve of stainless steel screen extends to the lower end of the funnel passageway. In each of the hopper, and the left side of the open channel, horizontal slit openings are present, when the upper electromagnetic valve is on the stainless steel, the comb is inserted into hopper channel. The left side horizontal slot is in the hole. The lower electromagnetic valve and the upper electromagnetic valve are present between the stainless steel. The comb of the funnel channel can only be preserved one glass particle. The punched webs of device are prepared by the flotation method for producing a plate glass with tin pool size. The worm gear nut is installed in a rectangular metal frame on the four corners of the sprockets. The motor and rotary shaft is mounted to a drive sprocket. The glass clamp is prepared by a vacuum glass plate of two block plate glass. The vacuum glass plate of contact of upper floor vertically installed with glass clamping device. The hydraulic lifting mechanism is a hydraulic jar. In glass clamping device, the hydraulic lifting mechanism of two side are respectively provided with one piston bent inward of a machinery arm (202). The machinery arm is equipped with a hydraulic clamping mechanism (206). The rectangular steel plate (208) close to the edge position is equipped with a circle of pressing spring with a rubber pad. The rubber pad of the bottom is pressed on the vacuum plate glass made of a two plate glass of the edge. The bearing of the left bearing is set with a glass clamping device. The machinery arm is provided with a driven rectangular steel plate. The glass package welding edge machine is prepared by using hydraulic lifting mechanism, glass solder feeding mechanism, arc plasma heating mechanism and rolling wheel. The horizontal moving mechanism bracket is fixed on the glass clamping device. The driving motor of horizontal walking mechanism (104) is fixed on the bracket of horizontal walking mechanism. The machine base is inserted into a horizontal walking mechanism. An INDEPENDENT CLAIM is included for manufacturing solar energy heat collector, involving using a large rectangular normal plate glass, a large rectangular flat plate glass, the rectangular normal plate glass with convex support point and large rectangular flat plate glass heating with a heating bed, L-shaped normal plate glass with a convex support point, glass package welding edge machine, air suction port seal welding, L-shaped vacuum plate glass with a welded into rectangular flat tube, grinder, small rectangular normal plate glass, small rectangular hollow plate glass, vacuum pump, water inlet and water outlet.    DESCRIPTION OF DRAWING(S) - The figure shows a schematic view of a horizontal walking mechanism in glass package welding edge machine and glass clamping device.    Glass clamping device (2)    Horizontal walking mechanism (104)    Machinery arm (202)    Hydraulic clamping mechanism (206)    Rectangular steel plate (208)