Robert Boschgmbh

Sion Power Corporation

Thomas Kretschmar

Martin Tenzer

Sarmimala Hore

Martin Gerlach

Andreas Benz

Jochen Fischer

Alfons Doerr

Holger Reinshagen

Andreas Lemke

Lowell Dale Jones

Silvan Poller

Axel Bormann

Rudi Kaiser

Timo Kegel

Thomas Wöhrle

Andreas Ringk

Stefan Baumann

Nathan Crum

Thomas Juestel

Gerhard Schubert

Stefan Pfeiffer

Anton Ringel

Johannes Proell

Davide Bossi

Christoph Schlund

Andreas Grasser

Hans Miethsam

Arno Arzberger

Daniel Sauerteig

Kai-Uli Striegel

Kai Kuhlmann

Ernest Dezso Botos

Michael Kaeferlein

Clemens Pletzenuer

Thomas WÖHRLE

Nathan Jessen Crum

A cell housing plate for the arrangement of round cells, comprising a cover plate arranged on the top side of the cell housing plate, and a base plate arranged opposite the cover plate on the underside of the cell housing plate, wherein the cover plate and the base plate have a plurality of cut-outs arranged opposite each other for receiving the round cells, wherein the cut-outs each have a collar pointing radially towards the inside of the cut-out for receiving a sealant, and an opening arranged inside the collar for passage of the round cells, wherein the cover plate and the base plate are arranged relative to each other such that the cut-outs of the cover plate and the opposite cut-outs of the base plate form cavities for receiving sealant for sealing the round cells which may be arranged inside the cell housing plate.

Cell housing plate for the arrangement of round cells

The invention relates to a method for producing an electrode stack for a battery cell, comprising the following steps: providing a strip-shaped anode element () comprising an anodic current discharger () to which an anodic active material () is applied; providing a strip-shaped cathode element () comprising a cathodic current discharger () to which a cathodic active material () is applied; providing at least one strip-shaped separator element (); introducing grooves () into the cathodic active material () around segmentation lines (S); generating a strip-shaped composite element () by applying the cathode element () onto the anode element (), with the interposition of the at least one separator element (); cutting the composite element () into plate-shaped composite segments at the segmentation lines (S); and stacking the composite segments. The invention also relates to a battery cell comprising at least one electrode stack which is produced according to the method according to the invention.

Method for producing an electrode stack for a battery cell, battery cell

An insulating molding () for a housing of at least one battery cell is disclosed, specifically for a housing of at least one lithium-ion battery cell, wherein, on at least one molding sidewall () of the insulating molding (), a depression () is configured, which is constituted by means of a reduced wall thickness, in order to reduce the force acting on the battery cell.

Insulating molding for a battery cell

A device (') for connecting battery cells (), characterized by: a multiplicity of cell connectors () for electrically connecting terminals () of the battery cells (), and a carrier (&#x2032;) for mechanically connecting the cell connectors () to one another.

Device and method for connecting battery cells as well as battery pack, battery module and vehicle

A battery cell, in particular a lithium-ion battery cell, includes a housing, at least two electrical storage elements and a conductive cooling sheet metal. The at least two storage elements and the conductive cooling sheet metal are situated in the housing.

Battery cell

An electrode for a spark plug includes an electrode base material and a noble metal element, the noble metal element being fastened to the electrode base material using a welding connection. The welding connection has a maximum extension perpendicular to an area of the electrode at which the noble metal element is fastened, and the welding connection has a maximum width at the area. A ratio of the maximum extension to the maximum width is greater than, or equal to 3.

Electrode for a spark plug and method for its production

An electrochemical cell including a folded electrode layer and a folded separator, a battery including the electrochemical cell, and methods of forming the electrochemical cell and battery are disclosed. The electrode layer is folded in a first direction and the separator is folded in a second direction, such that the first direction and second direction are orthogonal each other.

Electrochemical cell having a folded electrode and separator, battery including the same, and method of forming same

The invention relates to a method for positioning two components to be joined to each other along a common joint line. According to the invention, the two components are connected to each other by limited-length tack welds firmly connecting the two components, particularly by way of bonding, to each other. In order to obtain reliable and robust positioning of the components for tacking during the joining process, without requiring extensive production apparatuses, such as is required for the high-precision setting of the focal point of the welding laser relative to the joint line, the tack welds are designed such that they cross the joint line.

Method for positioning two components using tack welds crossing the joint line

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Bamberg, Germany

Thomas Kretschmar