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    • 2. 发明申请
    • CELL FOR ION EXCHANGE MEMBRANE ELECTROLYSIS
    • 细胞离子交换膜电解质
    • US20150114830A1
    • 2015-04-30
    • US14396143
    • 2013-04-23
    • CHLORINE ENGINEERS CORP., LTD.
    • Kiyohito AsaumiKoichi HirashimaZhengkan HuangMitsumasa OkamotoKoji Yoshimura
    • C25B9/08
    • C25B9/08C25B1/46C25B9/02
    • Provided is a cell for ion exchange membrane electrolysis obtained by improving the performance in electrolysis of an existing bipolar cell for ion exchange membrane electrolysis, in which a cathode partition wall and a rigid cathode being connected together by a plurality of intermediating V-shaped springs, by a simple method. It is a cell for ion exchange membrane electrolysis which is separated by an ion exchange membrane (7) into an anode chamber (1) having a rigid anode (1a) and an anode partition wall (1b) and a cathode chamber (2) having a rigid cathode (2a) and a cathode partition wall (2b), the rigid cathode (2a) and the cathode partition wall (2b) being connected together by a plurality of intermediating V-shaped springs (3). It is a cell for ion exchange membrane electrolysis in which a metal elastic body (5) and a flexible cathode (6) are disposed in layers on the surface of the rigid cathode (2a), the surface being opposite to the surface to which the V-shaped springs (3) are attached, and a conductive member (4) is disposed near one end on the opening side of a V-shaped spring (3), which conductive member (4) is electrically connected with the V-shaped spring (3) when the V-shaped spring (3) is compressed.
    • 本发明提供一种离子交换膜电解用电池,其通过提高现有的用于离子交换膜电解的双极电池的电解性能而获得,其中阴极隔壁和刚性阴极通过多个中间V形弹簧连接在一起, 通过一个简单的方法。 作为离子交换膜电解用电池,由离子交换膜(7)分离成具有刚性阳极(1a)和阳极隔壁(1b)的阳极室(1)和阴极室(2),阳极室 刚性阴极(2a)和阴极分隔壁(2b),刚性阴极(2a)和阴极分隔壁(2b)通过多个中间V形弹簧(3)连接在一起。 它是用于离子交换膜电解的电池,其中金属弹性体(5)和柔性阴极(6)分层设置在刚性阴极(2a)的表面上,该表面与 安装V形弹簧(3),并且在V形弹簧(3)的开口侧的一端附近设置有导电构件(4),该导电构件(4)与V形弹簧 弹簧(3)当V形弹簧(3)被压缩时。