Robert Boschgmbh

Unipoint Electric Mfg. Co. Ltd.

Andreas Benner

Mike Obert

Hsuhui Huang

Chienhung Lai

Sam Lai

Irving Chiu

Eckhard Lichtenthaler

Klaus-Juergen Westermann

Stefan Baumert

Andreas Pichler

Bernd Hollerbach

A flow guider and a wiper assembly for wiper, wherein a spring rail is detachably received in the flow guider which is provided with a longitudinal slot providing along the extension direction of the flow guider for accommodating the spring rail, and a receiving portion being able to receive the edges of the spring rail is provided on the side portions of the flow guider forming the longitudinal slot, for restricting the breakaway of the spring rail from the flow guider, wherein at least one stopper is provided on the longitudinal side walls of the longitudinal slot of the flow guider, a stop portion is provided on the spring rail for cooperating with the stopper, and the mutual cooperation of the stopper and the stop portion can stop the breakaway of the spring rail from the flow guider in the extension direction of the flow guider.

Wiper flow guider and wiper assembly

A wiper connector and a wiper assembly thereof. The connector is detachably coupled between a wiper arm and a wiper, wherein the connector comprises a connector body and a stopper. The connector body has a longitudinal groove. One end of a stopper is detachably and rotatably disposed at one end of the longitudinal groove, and the other end of the stopper is detachably retained to the longitudinal groove so that the stopper movably shields a part of an opening of the longitudinal groove.

Wiper connector and wiper assembly thereof

The invention relates to wiper device, comprising an adapter (), which forms a point of articulation to a wiper arm or a wiper blade () and has at least one form-closure element () for translational assembly with an additional adapter () in an axial direction, the at least one form-closure element being provided for the form-closed connection to at least one form-closure element () of the one additional adapter () in the axial direction. According to the invention, the wiper device has at least one actuating element (), which is designed to be deflected in order to deflect the at least one form-closure element () during disassembly.

Wiper device

A wiper adapter detachably coupled between a wiper arm and a wiper having a pivot shaft, the adapter comprises a first coupling element and a second coupling element. The first coupling element has a shaft cavity provided with a notch that is in communication with the shaft cavity; the pivot shaft can be assembled into the shaft cavity radially through the notch and can pivotably fit in the shaft cavity. The second coupling element can snap to the pivot shaft so as to prevent the pivot shaft from leaving the shaft cavity through the notch.

Adapter for wiper and wiper system thereof

The invention relates to a wiper blade adapter device having a wiper arm adapter () and a wiper blade adapter (). The wiper blade adapter device comprises a pivot bearing unit () which is provided to rotatably mount the wiper arm adapter () and the wiper blade adapter () in an assembly process relative to each other around a longitudinal axis () of the wiper blade adapter ().

Wiper blade adapter device

The invention relates to a wiper blade adapter device having a wiper arm adapter () and a wiper blade adapter (). The wiper blade adapter device comprises a pivot bearing unit () which is provided to rotatably mount the wiper arm adapter () and the wiper blade adapter () in an assembly process relative to each other around a vertical axis ().

The invention is based on a wiper blade () of flat beam construction having a support element in the form of at least one pre-bent spring rail () to which is fastened, in the central region, a connecting element () for articulatedly connecting to a wiper arm, wherein the connecting element () has two side walls () with open guide profiles (), facing toward one another, for the spring rail (), the side walls () are connected to one another by means of transversely running parts (), and the connecting element () is fixed relative to the spring rail () in the longitudinal direction by means of a fixing element (), wherein the fixing element () engages into cutouts () on the outer longitudinal sides of the spring rail (). It is proposed that the fixing element () has a U-shaped cross-sectional profile with two side walls () which are connected to one another by means of a base () and which are sunk into recesses () on the inner sides of the side walls () of the connecting element (), wherein the base () of the fixing element () runs parallel to the base () of the connecting element (), and lugs () are connected to the side walls () of the fixing element () as an elongation of the side walls () toward the spring rail (), which lugs () engage into the cutouts () of the spring rail () through openings () in the base () of the connecting element ().

Growing community of inventors

Taipei, Taiwan

Andreas Benner