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OwnerMasayuki Takashima, Susumu Yonezawa +5inventors
InventorsMasayuki Takashima, Susumu Yonezawa, Yuichi Matsumura, Hajime Kiyokawa, Mamoru Shimakawa, Toshihide Tsukatani, Koji Fujita
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An electrode having a thermoplastic resin having gas permiability and a metal (3b) supported in a three-dimensional matrix form; an electrolyte composite having an electrolyte membrane (1) and a pair of electrodes (3), the electrodes (3) comprising a porous thermoplastic resin having gas permiability and a metal (3b) supported in a three-dimensional matrix form; a method of manufacturing an electrode (3) comprising plating a metal coating on surfaces of numerous particles (3a) of a thermoplastic resin, and pressurizing the particles; and a method of manufacturing an electrolyte composite having an electrolyte membrane (1), and a pair of electrodes (3), comprising manufacturing the electrodes (3) by plating a metal coating on surfaces of numerous particles (3a) of a thermoplastic resin and pressurizing the particles, and joining the electrolyte membrane (1) through the catalyst to one surface of each electrode and joining the electrolyte membranes, or joining the electrodes (3) through the catalysts (2) to opposite surfaces of the electrolyte membrane (1).
An electrode for a fuel cell comprising a porous thermoplastic resin having gas permiability, and a metal supported in a three-dimensional matrix form on the thermoplastic resin.
An electrolyte composite for a fuel cell having a solid polymer type electrolyte membrane, and a pair of electrodes joined through catalysts to opposite surfaces of the electrolyte membrane,
A method of manufacturing an electrode for a fuel cell comprising plating a metal coating on surfaces of numerous particles of a thermoplastic resin, and pressurizing and pressure-welding into a plate form the numerous particles having the metal coating formed thereon.
A method of manufacturing an electrolyte composite for a fuel cell having a solid polymer type electrolyte membrane, and a pair of electrodes joined through catalysts to opposite surfaces of the electrolyte membrane, said method of manufacturing an electrolyte composite for a fuel cell comprising:
A method of manufacturing an electrolyte composite for a fuel cell having a solid polymer type electrolyte membrane, and a pair of electrodes joined through catalysts to opposite surfaces of the electrolyte membrane, said method of manufacturing an electrolyte composite for a fuel cell comprising:
Dependencies are inferred from the claim text.