Robert Boschgmbh

Matthias Weber

Guenther Riehl

Norbert Knab

Martin Hager

Friedrich-Wilhelm Dreier

Peter De Block

Dirk Herinckx

Christian Wilms

Hubert Verelst

Harald Rapp

Godelieve Kraemer

Hans Beelen

Michel Baseotto

Eric Windmolders

Inigo Op't Roodt

Walter Haussecker

Wolfgang Leutsch

Frans Breesch

Robert Vertongen

Juergen Mayer

Robert Hessdoerfer

Olaf Bock

Philippe Holsbeekx

Johnny Geling

Jun Xu

Jing Xu

Roland Schmid

Michael Soellner

Klaus Voehringer

Peter Steuer

Christoph Klappenbach

Jochen Benz

Franz Tasch

Rainer Kurzmann

Martin Karl

Klaus Roth

Bruno Droll

Thomas Holzer

Piotr Deptula

Mathis Raecke

Kurt Schindler

Alexander Geissler

Beiwen Lu

Shibin Cui

Yong Liu

An electric machine (), in particular for the motorized adjustment of movable parts in the motor vehicle, and method for producing an electric machine (), comprising a housing part () in which a printed circuit board () for electrically activating the electric machine () is arranged, wherein at least one centering pin () which reaches into a centering opening () in the printed circuit board () is arranged in the housing part (), wherein the centering pin () is plastically deformed at the free end () thereof in order to form a securing head ().

Electric machine having a housing secured by plastically deformed centering pins

A device is proposed which is used to detachably connect a wiper blade () to clean windows, particularly of motor vehicles, to a driven wiper arm () featuring a wiper blade holder (or), whereby the wiper blade () that can be placed on the window () with a long-stretched-out, rubber elastic wiper strip () features a band-like, long-stretched-out elastic supporting element () that is curved in the longitudinal direction over its band surfaces () on whose lower, concave band surface () the wiper strip () is arranged parallel to the longitudinal axis. On the outer convex band surface () of the supporting element () sits a connecting element (), which features two parallel wall surfaces () mat are aligned in a vertical plane on the band surface and extend in the longitudinal direction of the wiper blade and that a pivot pin () projects from each wall surface, whereby the longitudinal axes of the two pivot pins are aligned with one another. An especially simple embodiment of the articulated connection with an integrated connecting device is achieved if an adapter (or) that can move in a pendulum fashion is positioned on the two pivot pins of the connecting element (), and said adapter features means to connect to the wiper blade holder (or) of the wiper arm ().

Device for detachably linking a wiper blade with a wiper arm

A device is proposed which is used to detachably connect a wiper blade () to clean windows, particularly of motor vehicles, to a driven wiper arm () featuring a wiper blade holder (or), whereby the wiper blade () that can be placed on the window () with a long-stretched-out, rubber elastic wiper strip () features a band-like, long-stretched-out elastic supporting element () that is curved in the longitudinal direction over its band surfaces () on whose lower, concave band surface () the wiper strip () is arranged parallel to the longitudinal axis. On the outer convex band surface () of the supporting element () sits a connecting element (), which features two parallel wall surfaces () that are aligned in a vertical plane on the band surface and extend in the longitudinal direction of the wiper blade and that a pivot pin () projects from each wall surface, whereby the longitudinal axes of the two pivot pins are aligned with one another. An especially simple embodiment of the articulated connection with an integrated connecting device is achieved if an adapter (or) that can move in a pendulum fashion is positioned on the two pivot pins of the connecting element (), and said adapter features means to connect to the wiper blade holder (or) of the wiper arm ().

An electric-motor drive mechanism is proposed, with an electric motor ( ) that has a brush holder ( ) for containing brushes ( ) and at least one magnetic field sensor ( ) for detecting the magnetic field of a magnetic wheel ( ) non-rotatably connected to the motor armature shaft ( ) and an electronics housing ( ) for containing an electronics mounting plate ( ) for a set of motor output and/or control electronics. The electronics mounting plate ( ) is disposed outside an electric motor pole pot housing ( ) on a support ( ) formed onto the brush holder ( ) and that the at least one magnetic field sensor ( ) directly contacts the control electronics on the electronics mounting plate ( ) by means of first inserted strip conductors ( - - - - ) that are guided in bundles and are at least partially integrated into the brush holder ( ).

Electric motor-driven mechanism

Electromotive drive, especially a power window drive for a motor vehicle

An electric motor drive mechanism, in particular a window control drive mechanism for a motor vehicle, has an electric motor ( ), which has a motor armature shaft ( ) that is operatively connected to a gear unit ( ) surrounded by a gear housing ( ), and also has a motor electronics unit ( ) surrounded by an electronic housing ( ). The electronics housing ( ) has a guide rail ( ), extending radially to the motor armature shaft ( ), for insertion of the electronics housing ( ) via a counterpart guide ( ) disposed on the gear housing ( ).

Electromotive drive system, especially a power window drive system for a motor vehicle

In a sensor device including a magnetic field sensor which is arranged in stationary fashion and configured as a Hall sensor and is magnetically coupled to at least one stationary magnetic flux conductor which senses a variable magnetic field and delivers it to the Hall sensor, the Hall sensor delivering to an electronic control circuit an electrical signal which depends on the change in the magnetic field, in order to achieve a reduction in the space required for the electronic control circuit and the Hall sensors it is proposed the at least one Hall sensor, combined with at least one element of the electronic control circuit into an application-specific integrated circuit (ASIC), be arranged in an electronic component.

Sensor device having a magnetic field sensor integrated with an electronic control circuit

In order to reduce assembly cost for attaching the electronic module and to realize better protection of the circuit board in an electronic module for an electric motor operated drive unit, in particular, for an electric motor operated automobile window opener, including an electronic housing part, which can be attached to the housing of the drive unit, with a connector piece arranged thereon and a circuit board inserted in a mounting means the electronic housing part and having electric and/or electronic components, which circuit board is electrically connected to contact elements of the connector piece and to power leads fastened to the electronic housing part, with the power leads being provided with contact sections projecting from the electronic housing part, it is suggested that the electronic housing part be configured as a separate housing which has a housing interior which can be closed with a cover; that the circuit board be arranged completely in the housing interior; and that a second connector piece be arranged on the electronic housing part through which at least the contact sections of the power lead are brought out of the electronic housing part.

Electronic module for an electric motor operated drive unit

Electric motor

Growing community of inventors

Baden-Baden, Germany

Matthias Weber