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    • 82. 发明授权
    • Apparatus for forming electrode heads
    • 用于形成电极头的装置
    • US08146648B2
    • 2012-04-03
    • US12984097
    • 2011-01-04
    • Lung KuoChia-Shou Kuo
    • Lung KuoChia-Shou Kuo
    • B22D19/00H01M10/14
    • B22C9/04Y10T29/53135
    • An apparatus for forming electrode heads includes a first and second lost-wax areas; a first and second electrode head forming areas; and a first, second and third transfer units. The first transfer unit rotates an electrode plate group from a horizontal to a vertical orientation. The second transfer unit holds the electrode plate group oriented vertically, and delivers it to be dipped in wax in the first lost-wax area, and then delivers the wax dipped electrode plate group to the first electrode head forming area to form one electrode head on one end thereof. The third transfer unit rotates the electrode plate group with the first electrode head, and delivers it to be dipped in wax in the second lost-wax area, and then delivers the wax dipped electrode plate group with the first electrode head to the second electrode head forming area to form another electrode head on thereof.
    • 用于形成电极头的装置包括第一和第二失蜡区域; 第一和第二电极头形成区域; 以及第一,第二和第三转运单元。 第一传送单元使电极板组从水平方向旋转到垂直方向。 第二转印单元保持电极板组垂直取向,并将其输送到第一失蜡区域中的蜡中,然后将蜡浸电极板组输送到第一电极头形成区域,以形成一个电极头 其一端。 第三转印单元使第一电极头旋转电极板组,并将其输送到第二失蜡区域中的蜡中,然后将具有第一电极头的蜡浸电极板组输送到第二电极头 形成区域以在其上形成另一个电极头。
    • 89. 发明授权
    • Method and apparatus for collecting plates
    • US5669754A
    • 1997-09-23
    • US635797
    • 1996-04-22
    • Normand CroteauFergus M. GroundwaterJean Guy Caron
    • Normand CroteauFergus M. GroundwaterJean Guy Caron
    • B65G57/11B65G47/248B65H15/00B65H29/60H01M10/04H01M10/12H01M10/14B65G57/06
    • H01M10/0404B65H15/00B65H29/60H01M10/0413H01M10/14B65H2301/33212B65H2701/173Y10T29/49108
    • A method and an apparatus for collecting plates from two rows of plates travelling side-by-side on a moving conveyor comprising inverting plates sequentially in one row of plates and merging said two rows of plates by depositing a plate from one row onto a plate in the other row to form a single row of double plates each having an inverted plate, and assembling a single row of said double plates into stacks. The double plates are assembled into stacks preferably by shingling the double plates to assemble a plurality of overlapped double plates, stacking shingled double plates to form horizontal stacks, turning each horizontal stack onto a side or end of the stack to form a vertically-stacked bundle, and rocking the vertically-stacked bundle on the side or end to align the plates on the side or end, rotating the bundle vertically through 90.degree. onto an adjacent end or side, and rocking the bundle on the adjacent end or side to align the plates on the adjacent end or side, whereby the plates form a squared bundle having even sides and ends. In one embodiment the plates are lead alloy battery plate electrodes each having a tab extending from a side edge thereof, the two rows of plates are travelling side-by-side on a first conveyor with the tabs of one row of plates facing the tabs of the other row of plates, the plates in one row of plates are inverted by passing the plates sequentially over an endless belt having an upper moving surface turning from a substantially horizonal plane through about 90.degree. to a substantially vertical plane at a linear speed effective to turn the plates upside down onto a second conveyor, and the two rows of plates are merged by transferring one row of plates onto a diagonal conveyor intersecting the second conveyor and controlling the relative speeds of the second conveyor and diagonal conveyor whereby each plate on one conveyor is deposited on a plate of the other conveyor to form a pair of double plates with the tabs of the two plates at least partially overlapping each other.