Container for fuel cell and fuel cell and electronic machine

Abstract

Provided are a container for a fuel cell for mobile electronic instruments which is compact sufficient for accommodating an electrolyte member, is firm and has a high confidence, a fuel cell containing the container, and an electronic instrument containing the fuel cell. The container(2) comprises a base body(6) which comprises the ceramics having a concave part for accommodating an electrolyte member(3) having first and second electrodes(4, 5) at one and the other main sides, at one side; a first fluid channel(8) formed from the lower part of the concave part facing the one main side of the electrolyte member to the outer side of the base body; a first wiring conductor(10) whose one terminal is arranged at the lower part of the concave part facing the first electrode of the electrolyte member and whose other terminal is drawn into the outer side of the base body; a cover body(7) which covers the concave part to be adhered to the one side of the surroundings of the concave part of the base body and tightly seals the concave part; a second fluid channel(9) formed from the one side of the cover body facing the other main side of the electrolyte member to the outer side of the cover body; and a second wiring conductor(11) whose one terminal is arranged at the one side of the cover body facing the second electrode of the electrolyte member and whose other terminal is drawn into the outer side of the cover body. At least one of the lower side of a concave part of the base body and the one side of the base body is projected to the electrolyte member side.

Description

technical field [0001] The present invention relates to a small and highly reliable fuel cell container made of ceramics containing an electrolyte member, a fuel cell using the same, and an electronic device. Background technique [0002] In recent years, the development of small fuel cells that operate at lower temperatures than before has been active. Among fuel cells, solid polymer electrolyte fuel cells (Polymer Electrolyte Fuel Cell: hereinafter referred to as PEFC) and phosphoric acid fuel cells or cells called solid electrolyte fuel cells are known depending on the type of electrolyte used therein. [0003] Among them, the operating temperature of PEFC reaches a low temperature of about 80-100°C, which has the following advantages, [0004] (1) The output density is high, and the size and weight can be reduced. [0005] (2) Since the electrolyte is non-corrosive and has a low operating temperature, there are few restrictions on the materials constituting the battery...

AI Technical Summary

Problems solved by technology

However, in the conventional fuel cell 21, in order to take out electric energy from the fuel electrode and the air electrode sandwiching the electrolyte member 23, there are only methods of drawing and connecting to the outside or a method of stacking and connecting the gas separators 26 as conductive materials. Difficult to implement problems in fuel cells

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