Robert Boschgmbh

Volkswagen Ag

Jan Dietrich

Joachim Zimmer

Michael Weiler

Peter De Block

Christian Wilms

Claus Fleischer

Thomas Kotlarski

Detlef Lauk

Paul Criel

Laurent Heinrich

Tino Boos

Mario Huesges

Guenter Kastinger

Julius Mazurkiewicz

Peter Wijnants

Achim Kraus

Peter-Josef Bauer

Kurt Muehlpforte

Andreas Wiegert

Henk Becker

Swen Koehn

Hermann Burkard

Gundolf Surkamp

Peter Kalchschmidt

Achim Hawighorst

Alexander Dudek

Dietmar Brummer

Wilhelm Fangmeier

Dietmar Bruemmer

Ralf Pohlers

Dieter Wollenschlager

Rolf Zumbulte

Hans Wickermann

Andreas Geis

Alexander Kuderer

Guenter Bauer

Andreas Benner

Eugen Lind

Jose Carlos Pino Joaquin

Wolfgang Schneider

A wiper blade to clean windshields, in particular of automobiles. The wiper blade () has an elongated belt-shaped, flexible spring support element (), with a separate first component designed as an elastic rubber wiper strip () that can be pressed against the windshield () located at the bottom belt surface () of the support element and with a separate second component located at the other upper belt surface () of the support element () that is designed as a wind deflection strip () that extends at least along a longitudinal section of the wiper blade (). A particularly low-disruption wiper blade results if the two components () are connected together at their sides facing one another.

Wiper blade to clean windshields, in particular of automobiles

The invention relates to a drive device (), especially for a window wiping device, comprising at least one shaft (). Until now, only stop mechanisms which are very complicated in terms of production are known, with which a wiper arm can be blocked in the idle position thereof. In order to reduce this complexity, the inventive drive device comprises a strip and/or a cord which can be wound around the at least one shaft () with a defined tension.

Drive device

Windshield wiper device for a motor vehicle with at least one molded tube () to accommodate a drive shaft to drive at least one wiper arm, wherein the at least one molded tube () can be attached to a holding element () that can be connected to the body, and to a stub () accommodating a mounting plate tube, and connecting bridges () are provided to attach the at least one molded tube () to the holding element () and/or to the stub ().

Windshield wiping device for a motor vehicle

A wiper blade () comprising a wiper strip () that is provided with a folding wedge () and a wiper strip back () that are connected to each other via a tilting web (). It is proposed that additional webs () be arranged lateral to the tilting web ().

Wiper blade

This invention relates to a wiper blade () having a connecting part () which is mounted on a carrying element () of the wiper blade () and has a pivot pin () of a joint () whose free end is connected to a wiper rod (). It is proposed that the joint () includes a cap () which covers the connecting part () and is attached to it, and during operation the wiper blade () and the wiper rod () are secured in the installed position.

Wiper blade with connecting part

A wiper blade is proposed with which to clean windshields, in particular of automobiles. The wiper blade () has an elongated belt-shaped, flexible spring support element (), with a separate first component designed as an elastic rubber wiper strip () that can be pressed against the windshield () located at the bottom belt surface () of the support element and with a separate second component located at the other upper belt surface () of the support element () that is designed as a wind deflection strip () that extends at least along a longitudinal section of the wiper blade (). A particularly low-disruption wiper blade results if the two components () are connected together at their sides facing one another.

A wiper blade is proposed, which is for cleaning for windows, particularly of motor vehicles. The wiper blade () has an elongated, rubber-elastic wiper strip (), which can be placed against the window () and is connected to an elongated, spring-elastic support element () so that their longitudinal axes are parallel, which support element () is directly connected to a device () for connecting the wiper blade to a driven wiper arm (). The support element () has two band-like spring strips (), which are situated in a plane that is disposed in front of the window, essentially parallel to the window, and whose one, lower band surfaces () are oriented toward the window and whose adjacent, inner longitudinal edges (), which are disposed spaced a distance () apart from each other, each protrude into a respective longitudinal groove (, or), which grooves are associated with each longitudinal edge and are open toward a respective longitudinal side of the wiper strip (), and these two spring strips () are connected to each other by at least two crosspieces () disposed spaced apart from each other in the longitudinal direction. Manufacturing advantages for the wiper blade according to the invention are achieved if each crosspiece () has a middle section () which extends spaced a distance () apart from the upper band surfaces () of the spring strips (), producing bridge-like crosspieces, where the distance () between the two longitudinal strips () is less than the bridge width ().

Wiper blade for cleaning vehicle windows

A wiper blade is proposed, which is used for cleaning windows, particularly of motor vehicles. The wiper blade () has an elongated, rubber-elastic wiper strip (), which can be placed against the window () and is connected in a longitudinally parallel fashion to an elongated, spring-elastic support element (), which has a connecting device () for a wiper arm (). The wiper blade has two band-like spring strips (), which are parallel to each other and are disposed in a plane spaced a distance () apart from the window () and whose one, inner longitudinal edges () disposed close to each other are spaced a distance () apart from each other, and the wiper strip, which has a uniform cross section over its longitudinal span, has a strip-like wiper lip (), which can be placed against the window and which, by means of a narrow intermediary strip () that is formed by opposing groove-like constrictions (), is connected to a covering strip () secured to the support element (), and the spring strips secure the wiper strip. A wiper blade, which is particularly low-profile and therefore insensitive to the flow conditions of the window, is obtained if each of the two inner longitudinal edges () of the spring strips () is disposed in one of the two groove-like constrictions () of the wiper strip (), where the width of the constriction grooves (), at least over an outer partial region, is greater than the thickness of the spring strips ().

Wiper blade for cleaning vehicle panes

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 relates to a windshield wiper ( ) for wiping windows, in particular of motor vehicles, having a connection piece ( ) which can be connected to a wiper arm ( ) and which is connected to a flat bar ( ), and having a wiper strip ( ) which is connected to the flat bar ( ) and can be pressed against the window to be wiped. It proposed that the flat bar ( ) has at least one joint ( ), whose pivot axis ( ) is oriented transversely to the longitudinal extent of the flat bar ( ) and in the direction of its width.

Windscreen wiper

The invention is based on a tube mounting ( ) having a motor mounting ( ), the latter having an opening ( ) for a gear dome ( ) as well as screw holes ( ) disposed around the dome and an indentation ( ) in which a mounting tube ( ) is embedded and retained. It is proposed that the motor mounting ( ) is a shaped sheet-metal part, and the indentation ( ) extends between at least one screw hole ( ) and the opening ( ) for the gear dome ( ), and adjacent to the opening ( ) and transversely to the indentation ( ), a tab ( ) is cut out, which is curved contrary to the indentation ( ) and surrounds the mounting tube ( ).

Tube mounting for a windshield wiper system

Growing community of inventors

Buehl, Germany

Jan Dietrich