The battery pack has several battery flat cells (6) with cathode arrestor (17) and anode conductor (18) that are connected to each another. A conductive tempering element (30) located on arrestor is divided into heat-transferring surface portions (45,46). ...

The battery pack has battery flat cells having cathode arrestor and anode arrestor that are connected to each other. A hollow conductive tempering element (30) is pressed on arrestor. A common loop circuit (44) is formed by connecting tempering elements wi...

The pack has a set of individually rechargeable battery cells (5) i.e. rechargeable battery flat cells (6), provided with a cathode arrestor and an anode arrestor, where the arrestors of the neighboring cells are electrically connected with one another. Th...

The battery pack has several battery flat cells (6) with cathode arrestor (17) and anode conductor (18) that are connected to each other. A conductive tempering element (30) is pressed on arrestor through pressure piece (25) made of glass-fiber reinforced ...

The flat battery cell comprises alternately stacked anode foils (1) and cathode foils (2), which are separated from each other by separator foils (3) and are arranged in a foil housing (4). The anode foils comprise multiple layers and the cathode foils com...

The device has a rechargeable battery cell whose connector lug (3) is connected with another connector lug (4) of another rechargeable battery cell. The former connector lug of the former battery cell is arranged at a distance from the latter connector lug...

The flat cell (1) has a film housing (2) with a film whose peripheral edges (4-7) are partially sealed at a sealing seam (8), and a holding unit (9) partially looped in an area of the sealing seam by the film of the film housing. The holding unit has two h...

The device has a distance piece (10) arranged between front sides (19, 20) of terminal lugs (5, 6), where the terminal lugs and the distance piece are overlapped by a connection clamp (11). The connection clamp is arranged on outer sides of the terminal lu...

The assembly (10) has a set of cutting units (21, 23) for separating materials (63, 64) assigned to another set of cutting units (20, 22) for anode and cathode materials (61, 62) and forming cutting stations (73, 74), respectively. A transport device (75) ...

The assembly (10) has a stack (2) of blanks of anode materials (61) and cathode materials (62), where the blanks are arranged on top of each other and electrically separated from each other by an intermediate blank of separator materials (63, 64). The blan...