Robert Boschgmbh

Christian Meyer

Martin-Peter Bolz

Dieter Fornoff

Torsten Gmuend

Jean-Marc Ritt

Thomas Lott

Armin Stubner

Ingo Drewe

Sebastian Hansen

Ulrich Rettmar

Rainer Becker

Gerd Walter

Stefan Demont

Michael Speth

Peter-Josef Bauer

Rolf Mack

Helmut Meier

Christian Poddey

Hans-Peter Dommsch

Christian Acker

Joerg Aschoff

Guenter Berger

Recep Tarhan

Markus Peters

Guido Schneider

Anik Willner

Matthias Gog

The invention relates to an electrical machine (), in particular an electronically commutated EC motor, and to methods for producing an electrical machine () of this type having a pole pot (), in which a stator () and a rotor () are received, and a plug housing () with an integrated connector plug () is arranged axially on the open side of the pole pot (), wherein a rotor shaft () of the rotor () protrudes with a free end () axially out of the pole pot () into the plug housing (), and a magnetic signal generator () for rotational position detection is arranged at the free end (), which magnetic signal generator () interacts with a magnetic field sensor () which lies axially opposite it, wherein the magnetic field sensor () is configured as a wired single-part component and is fastened directly to the inner side () of the plug housing () without the use of a printed circuit board.

Electrical machine, and methods for producing an electrical machine

An electrical machine () and a method for producing such a machine, with a pole pot (), in which a stator () and a rotor () are held, and axially on the open side of the pole pot () a connector housing () with an integrated terminal connector () is arranged, wherein the connector housing () has a circumferential wall (), which lies axially against the pole pot (), and the circumferential wall () has radial windows (), in order to make electrical contacting of electrical contacts () of the connector housing () with electrical mating contacts () of the stator () possible after the placement of the connector housing () onto the pole pot ().

Electrical machine and method for producing an electrical machine

Disclosed is an electric machine () comprising a pole housing () and a printed circuit board () for controlling the electric machine (). The circuit board () is arranged on a flanged side () of the pole housing (), and a protective wall () which protects the circuit board () from loose small parts is arranged between the circuit board () and the pole housing ().

Electric machine comprising a pole housing

A blocking device, and a gear-drive unit containing such a blocking device, and a method for producing such a gear-drive unit for blocking a rotary motion of a shaft relative to a housing of the gear-drive unit, having a first, rotatable blocking element and a second blocking element which is displaceable relative to the first blocking element by means of at least one electromagnet and at least one restoring element, in which the blocking elements in the blocked state mesh in the axial direction with one another by form-locking, and the blocking device is embodied as a separate, independent structural unit, which can be mounted as a unit on the one hand onto the housing and on the other onto the shaft.

Blocking device, gear-drive unit containing such a blocking device, and method for producing such a gear-drive unit

Electrical machine () having a shielding plate (), wherein the electrical machine () comprises a housing part () in which is arranged an electronic unit (), and said electrical machine also comprises a metal heat sink () that is arranged on the housing part (), wherein the electronic unit () is arranged between the shielding plate () and the heat sink ().

Electrical machine having a shielding plate

A blocking device, and a gear-drive unit containing such a blocking device, and a method for producing such a gear-drive unit for blocking a rotary motion of a shaft () relative to a housing () of the gear-drive unit (), having a first, rotatable blocking element () and a second blocking element () which is displaceable relative to the first blocking element () by means of at least one electromagnet () and at least one restoring element (), in which the blocking elements () in the blocked state mesh in the axial direction with one another by form-locking, and the blocking device () is embodied as a separate, independent structural unit (), which can be mounted as a unit () on the one hand onto the housing () and on the other onto the shaft ().

A sealing element for sealing off a drive unit, having a radial shaft sealing ring that has a radial sealing face for sealing off from a first component and a diametrically opposed radial sealing lip for sealing off from a further rotatable component, in which an axial sealing ring for axial sealing of a third component is integrally formed onto the radial shaft sealing ring.

Sealing element, and drive unit containing a sealing element

The present invention relates to a fastening device for fastening a component () to a brush carrier () for an electrical machine. The fastening device is integral with the brush carrier () and has at least one tapered region (). When installed, the component () is located in the tapered region ().

Receiving element for fixing a component to a brush carrier

Device for maintaining the position of a rotatably or displaceably mounted shaft, particularly an armature shaft () of an electric motor (), wherein a gripping body () is arranged around the shaft (), and said gripping body is impinged upon by a force () in order to form a friction closure between the gripping body () and the surface () of the shaft (), wherein the force () for maintaining the position is provided by an actively actuated control member () that is connected at least to one end () of the gripping body ().

Device for maintaining the position of a rotatably or displaceably mounted shaft

The invention relates to a device for preventing shifting of a vibration-loaded seal retained between two components braced against one another with the aid of clamping means, in particular to prevent shifting of a seal retained between a plug strip and a housing half shell of a motor vehicle clutch control element. This device includes stop faces for the seal, which act in a plane essentially perpendicular to the prestressing direction and which are embodied at least in part on the clamping means.

Device for preventing a vibration-loaded seal from shifting

Device for connecting components with various electrical potentials and subject to vibration

The invention is based on a device for actuating a clutch ( ), in particular for motor-vehicle drives, having an electronically controllable clutch servo unit ( ) that comprises an electric motor ( ) and a reduction actuator gear ( ) having two gear elements arranged coaxially in relation to each other ( and/or and/or ) that are interconnected with each other in terms of propulsion via a thread ( ) and that are displaced axially in relation to each other when they rotate relative to one another, whereby one of the gear elements ( ) is immobilized axially in a housing ( ) of the clutch servo unit, and the actuating motion of the other gear element ( ) is transferred to a throwout bearing ( ) of a clutch disk. It is proposed that the gear element ( ) that is axially displaceable relative to the housing ( ) is interconnected via a longitudinal guide ( ) with a rotor ( ) or a motor shaft ( ) of the electric motor ( ) in a fashion that is torsion-resistant but axially displaceable, and acts on the throwout bearing ( ) via an actuator ( ).

Growing community of inventors

Karlsruhe-Wolfartsweier, Germany

Christian Meyer