(JP9213359-A)      The fuel cell has a hydride hydrogen storage unit for the fuel cell body (4), and a control unit (9) controlling the flow of hydrogen from the storage unit (5) to control the operation of the fuel cell. A hydrogen supply unit (6a) interconnects the hydrogen storage unit and the fuel cell body to supply the hydrogen to the cell body.    An air feed supplies air to the fuel cell body to supply the necessary oxygen for the generation of electricity performed by the fuel cell. Heat generated in the cell body is conducted to the hydrogen storage unit to heat that unit, and is transmitted by the air flow produced by the air feed.    USE -   Relates to power source system mounted on portable equipment such as notebook computer employing micro-miniature type polymer electrolyte fuel cell using hydrogen as fuel and air as oxidant.    ADVANTAGE -   Fuel cell is integrally formed into single package to be microminiaturised.    (JP10092456-A)      The fuel cell has a hydride hydrogen storage unit for the fuel cell body (4), and a control unit (9) controlling the flow of hydrogen from the storage unit (5) to control the operation of the fuel cell. A hydrogen supply unit (6a) interconnects the hydrogen storage unit and the fuel cell body to supply the hydrogen to the cell body.    An air feed supplies air to the fuel cell body to supply the necessary oxygen for the generation of electricity performed by the fuel cell. Heat generated in the cell body is conducted to the hydrogen storage unit to heat that unit, and is transmitted by the air flow produced by the air feed.    USE -   Relates to power source system mounted on portable equipment such as notebook computer employing micro-miniature type polymer electrolyte fuel cell using hydrogen as fuel and air as oxidant.    ADVANTAGE -   Fuel cell is integrally formed into single package to be microminiaturised.    (US6057051-A)      The fuel cell has a hydride hydrogen storage unit for the fuel cell body (4), and a control unit (9) controlling the flow of hydrogen from the storage unit (5) to control the operation of the fuel cell. A hydrogen supply unit (6a) interconnects the hydrogen storage unit and the fuel cell body to supply the hydrogen to the cell body.    An air feed supplies air to the fuel cell body to supply the necessary oxygen for the generation of electricity performed by the fuel cell. Heat generated in the cell body is conducted to the hydrogen storage unit to heat that unit, and is transmitted by the air flow produced by the air feed.    USE -   Relates to power source system mounted on portable equipment such as notebook computer employing micro-miniature type polymer electrolyte fuel cell using hydrogen as fuel and air as oxidant.    ADVANTAGE -   Fuel cell is integrally formed into single package to be microminiaturised.