Seg Automotive Germany Gmbh

Paul Borrmann

Dittmar Kleemann

Peter Schreiber

Klaus Hilke

Hans-Juergen Schwarz

Method for forming at least one U-shaped winding element () for an electromagnetically excitable core () of an electric rotation machine (), wherein the U-shaped winding element () has a first rod section () and a second rod section () which are connected by an arcuate connection section (), wherein an inner tool part () having at least one recess () in the region of its outer circumference is provided, and an outer tool part () having at least one recess () in the region of its inner circumference is provided, and at least the U-shaped winding element () is inserted into the inner tool part () and the outer tool part () such that one rod section () is inserted into a recess () of the inner tool part (), the other rod section () is inserted into a recess () of the outer tool part (), and such that the inner tool part () and the outer tool part () are rotated with respect to one another about the axis of rotation (), wherein in that context the at least two rod sections () are moved away from one another, wherein, prior to the at least two rod sections () being moved away from one another, a gripping element () having a tooth () is moved toward a rod section (), which is gripped by means of a tooth ().

Method for forming at least one U-shaped winding element for an electromagnetically excitable core of an electric rotation machine

Method for removing U-shaped winding elements for an electromagnetically excitable core of an electric rotation machine from a setting tool, wherein the U-shaped winding elements are set and are initially located in the setting tool, wherein in one step the winding elements are partially lifted out from the setting tool, so that parts of rod sections of the winding elements are freely accessible from the outside, characterized in that the winding elements are removed from the setting tool by means of a removal device, by gripping the rod sections.

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Goettingen, Germany

Paul Borrmann