Exide Technologies Gmbh

Nils Hansson

Detlef Rathmann

Bjørn Haraldsen

The invention relates to a cell connector () for a battery, especially for absorbing, in conjunction with at least one damping element (), the vertical forces that are caused by the impact of shocks. The cell connector (), at one end, is connected to the positive or negative electrodes () which are received in a housing () having a housing cover (), and, at the other end, comprises at least one terminal () projecting from the housing cover (). The aim of the invention is to elastically dampen the electrode plates () of an accumulator () which are disposed inside a housing (). For this purpose, a terminal () having a supporting shoulder (), integrally molded thereto, is used in the housing (), a damping element (), disposed between the housing cover () of an accumulator () and the cell connector (), coming to rest thereon. The forces caused by the impact of shocks are passed from the cell connector () into the damping element () and from the at least one damping element () into the housing cover () via large-area plane faces (), said cover being fixed to the housing (). This measure allows to elastically cushion the electrode plates () inside the housing (). For this purpose, the at least one damping element () has corresponding large dimensions and is adapted to receive higher vertical forces. The invention also allows the terminals () to move in relation to the housing cover () if there is a movement of the electrode plates () in relation to the housing ().

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Munich, Georgia

Nils Hansson