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    • 1. 发明授权
    • Cathode for electrolytic refining of copper
    • 铜的电解精炼阴极
    • US5492609A
    • 1996-02-20
    • US326879
    • 1994-10-21
    • William Assenmacher
    • William Assenmacher
    • C25C7/02
    • C25C7/02Y10T29/49213
    • An improved method of manufacture for electrolytic cathode devices that include a copper hanger-bar with a rounded underside that ensures the automatic vertical positioning of the cathode's blank starter sheet with respect to horizontal supporting bus-bars irrespective of warpage or construction defects. The mechanical connection between the hanger bar and the starter sheet is achieved by inserting the latter's upper edge into a receiving groove in the underside of the hanger bar and by welding the entire length of connection, thereby establishing a large boundary surface for good electrical conductance. One embodiment of the invention also features notched lateral edges that increase the rigidity of the starter sheet and allow the ready installation and removal of conforming insulating strips.
    • 一种用于电解阴极器件的改进的制造方法,其包括具有圆形下侧的铜悬挂杆,其确保阴极坯件起始片相对于水平支撑母线自动垂直定位,而不管翘曲或构造缺陷如何。 衣架杆和起动片之间的机械连接通过将后者的上边缘插入衣架杆下侧的接收槽中并通过焊接整个连接长度而实现,从而建立了大的边界表面以获得良好的导电性。 本发明的一个实施例还具有切口侧边缘,其增加了起始片的刚性并允许准备安装和移除适形的绝缘条。
    • 2. 发明授权
    • Steel-clad cathode for electrolytic refining of copper
    • 铜的电解精炼用钢包覆阴极
    • US06569300B1
    • 2003-05-27
    • US09504257
    • 2000-02-15
    • William Assenmacher
    • William Assenmacher
    • B23H304
    • C25C7/02
    • An electrolytic cathode consists of a solid copper hanger bar and a stainless-steel mother plate attached to a receiving groove in the underside of the hanger bar. In the preferred embodiment of the invention, the entire length of connection is welded, thereby establishing a large boundary surface for good electrical conductance. The solid hanger bar further includes a cladding of stainless steel wrapped over the copper bar and the upper portion of the mother plate, leaving only the ends of the copper bar exposed for electrical connection with conventional bus-bars. The lower edges of the cover are attached to the mother plate by a steel-to-steel weld that produces a strong and durable connection. The lateral edges of the cover are also connected to the copper bar by a conventional copper weld that completely seals the cover over the copper bar, thereby preventing contamination from the electrolytic solution. The cover is then welded to the mother plate and sealed around the copper bar. The heat produced by the welding process, which causes the steel cladding material to expand during welding, is used to improve the tightness of the fit between the cover and the copper bar as a result of the cover's shrinkage occurring during cooling.
    • 电解阴极由固体铜悬挂杆和连接到衣架杆下侧的接收槽的不锈钢母板组成。 在本发明的优选实施例中,连接的整个长度被焊接,从而建立大的边界面以获得良好的导电性。 实心衣架杆还包括一个包裹在铜条和母板上部的不锈钢包层,只留下铜杆的端部与常规母线电连接。 盖子的下边缘通过钢 - 钢焊接连接到母板上,产生坚固耐用的连接。 盖的侧边缘也通过传统的铜焊接连接到铜条,铜焊完全将铜覆盖在铜条上,从而防止电解液中的污染。 然后将盖焊接到母板上并围绕铜棒密封。 由于在冷却过程中发生盖子的结果,由焊接过程产生的热量导致钢包层材料在焊接过程中膨胀,因而被用于提高盖和铜条之间的配合的紧密度。