Robert Boschgmbh

Robert Bosch Gmbh

Claus Fleischer

Tino Boos

Kurt Muehlpforte

Henk Becker

Joachim Zimmer

Jan Dietrich

Wilfried Merkel

Richard Hurst

Sigmund Braun

Norbert Wegner

Juergen Rapp

Conrad Haeussermann

Gebhard Michenfelder

Ernst Fischer

Thomas Weigold

Achim Kraus

Swen Koehn

Rolando Doelling

Christian Reiser

Erdogan Dikmenli

Peter Kalchschmidt

Heiko Volz

Harald Hundt

Marc-Oliver Karle

Johannes Moosmann

Hans Wickermann

Martin Joerger

Jannis-Jeremias Schipperges

Mehmet Yalcin

Peter Niebel

Stefan Holst

A fastening system configured for fastening a device to a hollow component having two holes situated opposite one another. The fastening system includes a first screw that has a head and that is designed to be guided through a first hole of the holes, and a sliding sleeve having an outer diameter that has a tolerance. The sliding sleeve is designed to accept the first screw at the second hole of the holes. An outer diameter of the sliding sleeve is displaceable in the axial direction of the first screw due to a clearance fit.

Fastening arrangement, in particular for fastening an electric drive to an electric bicycle

A windshield wiper device (), particularly for a motor vehicle, is proposed. This windshield wiper device comprises a wiper bearing () supporting a wiper shaft (), which has an undercut () in which a securing device () for axially fixing the wiper shaft () in the wiper bearing () is arranged. The securing device () can be displaced by the effects of a defined axial force component (F) on the wiper shaft (), whereby the wiper shaft () can be displaced in relationship to the wiper bearing (). According to the invention, the securing device () comprises a bushing section () with an indentation (), which engages in the undercut () of the wiper shaft ().

Windscreen wiping device, particularly for a motor vehicle

The invention relates to a wiper system with a wiper drive (), which is comprised of a wiper motor () and a gear (). A wiper arm shaft () for a wiper arm () can be driven via the output shaft () of the gear (). Linking points () for accommodating the wiper drive () on a surface () are arranged in the housing area () of the wiper drive (). The linking points () of the wiper drive () each feature a decoupling element (), in which fastening elements () to mount the wiper drive () either on a vehicle body () or on a screw-down surface () are accommodated.

Bearing for wiper drives

A wiper system using two wipers and two wiper motors, which drive the wipers and of which at least one first wiper motor forms a sub-assembly with an electronic control unit. The second wiper motor is a rotary motor having only one sensory system for detecting the absolute and relative rotational position of its driven shaft, which generates corresponding signals for the control unit of the first wiper motor, and the first wiper motor, in the rotational speed and the rotational position of its driven shaft, is regulated by the control unit as a function of the rotational position and the rotational speed of the driven shaft of the second wiper motor.

Wiper system using two wipers

A wiper assembly is attached at several positions to a motor vehicle body by means of a plate bar ( ). The plate bar ( ) is attached by means of at least one snap element ( ).

Windshield wiper assembly

The invention is based on a windshield wiper system with a wiper motor ( ), which is fastened to a vehicle body by means of a linkage housing ( ) connected to the wiper motor and by means of a wiper support ( ) with a hollow profile ( ). The linkage housing ( ) has at least one screw fitting ( ), which is disposed spaced apart from a drive-side bearing dome ( ) and extends in its direction. The hollow profile * ) of the wiper support is guided between the at least one screw fitting and the bearing dome and is supported against the circumference surfaces ( ) of the at least one screw fitting and/or the bearing dome ( ).

Windscreen wiper system

A spray device ( ) for a window or glass washing system has a spray nozzle ( ) that has a nozzle bore ( ) and is supported in a nozzle housing ( ) with a water connection and has a device that prevents a returm flow and an uncontrolled escape of spraying water. The spray nozzle ( ) is retained axially movably in the nozzle housing ( ) and in the spraying operation is subjected to water pressure at a face end ( ) toward the water connection ( ), while with its other face end ( ), it contacts a closure part ( ), which sealingly covers the nozzle bore ( ) until it is brought, by an axial displacement of the spray nozzle ( ), into an open position and uncovers the nozzle bore ( ).

Spray device for a windshield washer system

A spray nozzle ( ) for a window or glass washer system has a closure element ( ) with an elastic admission opening, which is opened by the pressure of the washing water. The closure element ( ) is disposed in the water inlet upstream of a nozzle ( ) having a fixed spray port ( ).

Spray nozzle for a windscreen washing system

A wiper arm ( ), which is constructed from a fastening element ( ) and a hinge part ( ) is pivotably connected to it via a swivel joint ( ), with a wiper rod ( ) on which a wiper blade ( ) is pivotably connected. The hinge part ( ) has a U-shaped profile open toward a wiping field ( ) and carries at least one spray nozzle ( ). The spray nozzle ( ) is placed in a lower part ( ) of a nozzle body ( ) which is inserted into the U-shaped profile and with its lower part ( ) protrudes toward the wiping field ( ).

Nozzle device and a windshield wiper arm for accommodating the nozzle device

A wiper system has a wiper motor and a gear secured via a receptacle to a tubular carrier by fastening regions formed onto its gear box, and the receptacle surrounds the tubular carrier in form- and/or force-locking fashion.

Wiper arrangement

A fastening of a tube mounting ( ) for a wiper system on a vehicle body has at least one fastening bore ( ), extending transversely through a mounting tube ( ), into which bore a rubber-elastic coupling element ( ) with a hole ( ) for a screw is inserted. The contour of the coupling element ( ) conforms to the internal contour of the mounting tube ( ) in the region of the fastening bore ( ), protrudes through openings ( ) in the fastening bore ( ) by a projecting length ( ) and, on the inside, covers the openings ( ) axially on both ends.

Fastening of a tube plate

A tubular plate is formed for a wiper device as a support for at least one wiper bearing and a wiper drive, with tubular members for receiving a wiper bearing. The tubular plate is deformed without removal of a material, has tubular members for receiving the wiper drive, and the tubular members are formed on the tubular plate of one piece with it.

Tubular plate and method of producing the same

Tubular plate

A wiper device has a tubular plate, a tubular element provided in the tubular plate for supporting a driven shaft, a bearing bushing in which the tubular element is introduced, the bearing bushing and the tubular element being fixed with one another in a form-locking manner.

Bearing for driven shafts of wiper device

A wiper device has a tubular plate and a wiper drive mounted on the tubular plate and having a drive shaft guided in a bearing support. The wiper drive with the bearing support is inserted in a tubular element arranged on the tubular plate.

Growing community of inventors

Buehl, Germany

Claus Fleischer