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    • 72. 发明公开
    • Dry cell battery casing processing
    • Weiterverarbeitung eines Trockenzellenbatteriehalters。
    • EP0420404A2
    • 1991-04-03
    • EP90308860.7
    • 1990-08-10
    • WEILER ENGINEERING Inc
    • Ribordy, James E.Weiler, Siegfried
    • H01M6/08
    • H01M6/08Y10T29/49108Y10T29/53135
    • An apparatus and method for fabricating a consolidated assembly of cathode material in a dry cell battery casing (30) having a closed end and an open end are sdisclosed. The casings (30) are moved in a path to a selected transfer region on a circular locus, into registry with a die assembly, and along an arc of the circular locus in the transfer region at the same angular velocity as the die assembly. Each casing is engaged by a rotating die assembly in which a quantity of fluent cathode material has been deposited in an upwardly open receiving chamber of the lower die assembly. The casing is retained in position on the lower die assembly while a core pin and annular shoulder punch are elevated through the receiving chamber to force the cathode material into the casing and to compact the cathode material into an annular configuration.
    • 封闭端和开口端的干电池电池壳体中用于制造阴极材料的固结组件的装置和方法被公开。 壳体在通向圆形轨迹上的选定转印区域的路径中移动,与模具组件对准,并且以与模具组件相同的角速度沿着转印区域中的圆形轨迹的圆弧移动。 每个壳体由旋转的模具组件接合,其中一定量的流体阴极材料已经沉积在下模组件的向上开口的接收室中。 壳体保持在下模组件上的适当位置,而芯销和环形肩部冲头通过容纳室升高以迫使阴极材料进入壳体并将阴极材料压缩成环形构型。
    • 74. 发明公开
    • Method of assembling multicell electric storage batteries
    • Verfahren zum Zusammenbau von mehrzelligen elektrischen Akkumulator-Batterien。
    • EP0110571A1
    • 1984-06-13
    • EP83306570.9
    • 1983-10-28
    • CHLORIDE GROUP PUBLIC LIMITED COMPANY
    • Pearson, Ernest James
    • H01M10/04H01M10/34H01M10/06
    • H01M10/0463H01M4/72H01M6/48H01M10/0413H01M10/342Y10T29/49108Y10T29/49112Y10T29/53135
    • A method of assembling a multicell lead acid battery includes forming a laminated structure from a plurality of flat plate arrays. Each array comprises positive and negative plates 11, 14 connected to at least one further plate in the same array by at least one link 28, 15. The arrays are superposed so that each plate is in registry with a plate of opposite polarity in the adjacent array and separated from it by separator material 30. One or more cuts are made to sever selected links 15 to form a plurality of stacks of plates of alternating polarity which constitute the individual cells in the finished battery with each plate, with the exception of every other plate in the two electrical end stacks of plates, electrically connected by one or more integral links 28 to only a plate of opposite polarity in the same array and with every alternate plate in the two electrical end stacks of plates connected to no other plate. In the finished battery each plate in each cell lies in a common plane with one plate in every other cell.
    • 一种组装多电池铅酸电池的方法包括从多个平板阵列形成层压结构。 每个阵列包括通过至少一个连接件连接到相同阵列中的至少一个另外的板的正极板和负极板。 将阵列重叠,使得每个板与相邻阵列中具有相反极性的板对准并且通过分离器材料与其分离。 制造一个或多个切口来切割所选择的链接,以形成交替极性的多个堆叠的叠层,其构成具有每个板的成品电池中的各个单元,除了两个电端板堆叠中的每隔一个板之外, 通过一个或多个整体链路电连接到相同阵列上的相反极性的板,并且连接到没有其它板的两个电端板堆叠中的每个替代板电连接。 在成品电池中,每个电池中的每个电池板都位于一个共同的平面上,每个电池中都有一个电镀板。
    • 77. 发明授权
    • Stacked cell manufacturing method and apparatus using the same
    • 堆叠式电池制造方法及使用其的设备
    • EP2770569B1
    • 2017-12-06
    • EP14155148.1
    • 2014-02-14
    • Hitachi Power Solutions Co., Ltd.
    • Nakakuki, ShojiYonai, ShujiSekiya, Mitsunori
    • H01M10/04H01M10/0525H01M10/0583
    • H01M10/0459H01M10/0404H01M10/0463H01M10/0525H01M10/0583Y10T29/49108Y10T29/53135
    • There are provided a zigzag-folding type stacked cell manufacturing method capable of high-efficiency production, and a system using the same. The stacked cell manufacturing method includes the steps of executing zigzag-folding of a separator band-like in shape on a table (5) by the intermediary of a zigzag-folding mechanism, alternately feeding a positive-plate (3) and a negative-plate (4) onto the separator (6) as folded back every time the separator (6) is folded back by the zigzag-folding, and alternately stacking the positive-plate and the negative-plate on the table (5) with the separator (6) interposed therebetween. In the step of stacking, a positive-plate transfer head (1), and a negative-plate transfer head (2) are set so as to alternately undergo a linearly reciprocating transfer in a horizontal direction at least on the table (5), the direction of a horizontal and reciprocating transfer on the table (5), made by the positive-plate transfer head (1) and the negative-plate transfer head (2), respectively, is set to coincide with a folding-back direction of the zigzag-folding of the separator (6), and a force caused by the horizontal and reciprocating transfer alternately made by each of these transfer heads is imparted to the separator (6) guided onto the table (5), thereby executing the zigzag-folding while the separator (6) is drawn onto the table (5), and the positive-plate transfer head (1) and the negative-plate transfer head (2) alternately feed the positive-plate (3) and the negative-plate (4), respectively, onto the table (5) while executing the zigzag-folding of the separator (6).