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    • 3. 发明公开
    • METHOD AND APPARATUS FOR JOINING METAL-AIR CELLS
    • 方法和装置连接金属 - 空气电池
    • EP0996991A1
    • 2000-05-03
    • EP98923485.1
    • 1998-05-19
    • AER ENERGY RESOURCES, INC.
    • WITZIGREUTER, John, D.PEDICINI, Christopher, S.
    • H01M12/06H01M2/02
    • H01M2/0277H01M2/0207H01M2/0255H01M2/12H01M2/20H01M6/42H01M12/065H01M2002/0205Y10T29/49114
    • Provided are metal-air cells for connecting to one another to form a battery stack. Two or more of the cells are joined by heat or chemical fusing to create the battery stack. Each of the metal-air cells have a case with an exterior surface and an interior surface that defines a chamber that contains an anode and an air cathode. The case defines air openings that extend between the exterior surface and the interior surface for supplying air from the environment exterior to the case to the air cathodes within the chamber. In one embodiment, each metal-air cell includes a plurality of protruding connector members and a plurality of protruding mechanical stops. Two cells are joined by fusing connector members of one cell to connector members of the other cell. During the fusing of the connector members, the mechanical stops of the cells being joined abut one another to arrest movement of the cells toward one another. The arresting causes a plenum to be uniformly defined between the cells. The fused connector members and abutting mechanical stops cooperate to define a three-dimensional truss-like system that provides structural integrity. In an alternative embodiment, at least one of the two metal-air cells to be joined includes a plurality of connectors and is otherwise free of stops. These connectors can be aligned with and fused to similar connectors on the other cell or be fused directly to the exterior surface of the other cell. Connector members and mechanical stops are preferably integrally formed with their case and interspersed with the air openings.
    • 9. 发明公开
    • DUAL AIR ELECTRODE CELL
    • 双电极电池
    • EP0823135A1
    • 1998-02-11
    • EP96913826.0
    • 1996-04-23
    • AER ENERGY RESOURCES, INC.
    • PEDICINI, Christopher, S.THIBAULT, William, CharlesTURNER, Chris, AnthonyTINKER, Lawrence, Andrew
    • H01M12H01M2
    • H01M12/065H01M2/12
    • A dual air electrode metal-air cell having a casing including an upper cathode mask wall, a lower cathode mask wall, and a plurality of side walls; a metal anode with at least upper and lower sides covered with separator materials; an upper air cathode positioned between the upper cathode mask wall and the separator materials on the upper side of the anode; a lower air cathode positioned between the lower cathode mask wall and the separator materials on the lower side of the anode; a gas vent positioned on one or more of the side walls of the casing; and a liquid electrolyte substantially trapped by the separator materials. The separator materials comprise one or more layers of an absorbent fibrous web and one or more layers of a microporous membrane that, when wet, is gas-impermeable and liquid-permeable.
    • 一种双空气电极金属空气电池,它具有一个外壳,该外壳包括一个上阴极掩模壁,一个下阴极掩模壁和多个侧壁; 一个金属阳极,至少上面和下面覆盖有隔离材料; 位于所述上阴极掩模壁和所述阳极上侧上的隔板材料之间的上空气阴极; 位于下阴极掩模壁和阳极下侧上的隔板材料之间的下空气阴极; 位于壳体的一个或多个侧壁上的排气口; 和基本上被分离器材料捕获的液体电解质。 隔板材料包括一层或多层吸收性纤维网和一层或多层微孔膜,当它们潮湿时,它们是不透气和透液的。