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    • 2. 发明公开
    • Float valve assembly for battery
    • Schwimmerventilanordnungfüreine Batterie
    • EP1557598A3
    • 2005-12-28
    • EP05000996.8
    • 2005-01-19
    • Jones, William E. M.
    • Jones, William E. M.Alden, Trevor
    • F16K31/26H01M2/36H01M10/42A62C4/02F16K17/38
    • F16K24/048F16K31/26F16K31/265H01M2/1247H01M2/127H01M2/36H01M2/362H01M2/368H01M10/4214Y10T137/7358
    • A float actuated valve assembly for battery electrolyte replenishment is disclosed. A housing engages an opening in a battery cell. An inlet in the housing is connetable to a water source. A valve in the housing controls the water flow to the cell. The valve is connected by a link to a four bar mechanism that is attached to a float. The float is buoyantly supported and rises and falls in response to the electrolyte level within the cell opening and closing the valve to admit or halt the flow of water to the cell. A baffle prevent fouling of the mechanism by splashing electrolyte. A flash arrester is positioned between the valve and the inlet to quench hydrogen-oxygen explosions between cells. The float is adjustable for different sized cells. Aside viewable electrolyte level indicator is provided in the housing. Flash arresters for venting gas are also mounted.
    • 公开了一种用于电池电解质补充的浮动致动阀组件。 壳体接合电池单元中的开口。 壳体中的入口可连接到水源。 壳体中的阀门控制流向电池的水流。 阀门通过连接到连接到浮子上的四杆机构连接。 浮子被浮力支撑,响应于电池开口内的电解质水平而上升和下降,并关闭阀门以允许或停止水流到电池。 挡板通过溅溅电解液防止机构结垢。 一个避雷器位于阀门和入口之间,以消除电池间的氢氧爆炸。 浮子可调节不同大小的细胞。 在壳体中设置可视电解质液位指示器。 也安装用于排放气体的避雷器。