Zf Friedrichshafen Ag

Feintool International Holding Ag

Allgaier Werke Gmbh

Martin Meyer

Peter Hoehne

Matthias List

Tobias Miller

Ulrich Schlatter

Julia Klein

Klemens Adamski

Ralf Fischer

Marco Soldati

Gilbert Fuerer

Peter Höhne

Tobias Büchner

Andreas Essl

Wolfgang Mueller

Christian Bauer

Tobias Buechner

Gilbert FÜRER

Wolfgang MÜLLER

Parking detent pawls are known which are suitable for securely holding a vehicle in a parked state. The aim of the invention is to provide a detent pawl for a parking lock which is characterized by a high degree of operational reliability. For this purpose, a method is proposed for producing a detent pawl with a latching section for engaging into a locking toothing, a support section for rotatably supporting the detent pawl about a rotational axis, and a locking section for resting against a locking bolt which can be moved along the detent pawl, having the following steps: providing a detent pawl blank; providing a shaping tool with a shaping contour, said shaping contour having a load section and a guide section; and shaping the detent pawl blank in a shaping direction by means of the shaping tool, wherein a depression for receiving the locking bolt is produced on the locking section, the load section defines a load region of the depression for supporting the locking bolt in a locking position, and the guide section defines a guide region of the depression for guiding the locking bolt during an actuation movement.

Method for producing a detent pawl

A component with inner teeth () and outer teeth (). The component () comprising a basic body () provided with the inner teeth () and a sheet component () provided with the outer teeth (). The sheet component () is connected to the basic body (), during the manufacturing process, by positive interlock in both the tangential and radial directions.

Component with inner and outer teeth and method for manufacturing the component

A roll-forming process for producing longitudinally toothed profiled bodies in a pot-shaped cylindrical workpiece in which, during a first rolling process (A), the pot-shaped cylindrical workpiece () is moved through a first rolling stage with a bottom () of the workpiece being rolled first. During at least one further rolling process (B, C), the workpiece () passes through at least one further rolling stage with an open end of the workpiece being rolled first.

Roll forming method for producing longitudinally toothed profiled bodies in pot-shaped cylindrical workpieces

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Heusweiler, Germany

Martin Meyer