Disclosed herein is a windshield wiper assembly configured to be easily assembled to a driving arm equipped in a vehicle. In the windshield wiper assembly, an adaptor is provided with a first coupling part, into which a side pin protruding from the side surface of the driving arm is inserted, and a first entrance of the first coupling part, into which the side pin is inserted, is open upward.

A windshield wiper connector is disclosed for connecting a variety of wiper arms with a wiper blade. The connector may include a pivotable cover. The connector may also include a pin passage for receiving a pin-type wiper arm as well as a gaps in the connector positioned around an elevated plateau for receiving a slot-type wiper arm.

A wiper connector arranged to a bolt-type wiper arm includes a sleeve tube, a fastening member and a tube body. The sleeve tube has a tube body, a first and a second flange. The first flange defines a receiving compartment therein. The fastening member has a circular ring body and a plurality of abutting portions, and is fixed within the receiving compartment of the sleeve tube. The bolt is inserted into the fastening member. The circumferential portion of the bolt is tightly engaged by the plurality of abutting portions. The base has a clutching trough, a first and a second restricting trough. The first and the second flanges of the sleeve tube are received respectively in the first and the second restricting troughs, and the tube body is secured in the clutching trough. The instant disclosure further provides a bolt-stabilizing sleeve adaptor.

The invention relates to a window-wiping device for a vehicle having a fastening element fastened to a drive shaft, in particular a motor vehicle. The window-wiping device comprises a wiper blade having an elongate upper part, which is at least partially flexible, an elongate lower part, which is at least partially flexible, a plurality of connecting elements for connecting the upper part and the lower part, wherein the connecting elements are spaced apart from each other along a longitudinal extent of the wiper blade, and wherein the connecting elements are designed to enable a motion of the upper part and of the lower part in relation to each other with a motion component along a longitudinal extent of the wiper blade, and a wiper-blade-side fastening part, wherein the wiper-blade-side fastening part can be detachably connected by means of a linear motion on the fastening element, and the wiper-blade-side fastening part can be connected to the fastening element in such a way that a rotational position about an axis perpendicular to the longitudinal extent of the wiper blade and perpendicular to the linear motion is defined by a support and a further contact point.

Adaptor (112) for connecting a windscreen wiper unit (10) to a driving arm (26), the adaptor comprising two substantially parallel walls (28) connected together by means of at least one connecting element (30), the said walls having first, inner, side faces (28a) between which the said at least one connecting element extends, and outer side faces (28b), the said adaptor further having at least one stop element which is mounted on one of the said walls and which projects at least partially from the said outer side face of this wall, characterized in that the said at least one element (150) is movable between an operational stop position and a non-operational position.

A wiper connector arranged to a bolt-type wiper arm, comprising a sleeve tube, a fastening member and a tube body, wherein the sleeve tube has a tube body, a first and a second flange, where the first flange defines a receiving compartment therein; the fastening member has a circular ring body and a plurality of abutting portions, the fastening member is fixed within the receiving compartment of the sleeve tube, the bolt is inserted into the fastening member, the circumferential portion of the bolt is tightly engaged by the plurality of abutting portions; the base has a clutching trough, a first and a second restricting trough, where the first and the second flanges of the sleeve tube are received respectively in the first and the second restricting troughs, and the tube body is secured in the clutching trough. The instant disclosure further provides a bolt-stabilizing sleeve adaptor.

Adapter (126) for a windscreen wiper, particularly a motor vehicle windscreen wiper, the said adapter being intended to connect a wiper blade to a first end piece of a first driving arm of the lateral locking type and secured to a cylindrical rod defining an axis (Y) of articulation of the adapter with respect to the said blade, as well as a substantially U-shaped second end piece of a second driving arm, the said adapter comprising a longitudinal body comprising first and second lateral longitudinal walls (142a, 142b) that are substantially parallel and connected together by a transverse wall (144), the said body comprising at least one through-orifice (156) configured to accommodate the said cylindrical rod, characterized in that it further comprises rotation blocking means (170b) configured to collaborate with the said first end piece in order to secure the latter and the adapter in terms of rotation about the said axis (Y).

The invention relates to a cover 20 intended to lock a shaft 2a securely to a driving arm and a connector 8 that carries a wiper 1, the cover 20 extending along a main longitudinal axis X and having at least two longitudinal flanks 25, each longitudinal flank 25 having an open slot 29 delimited at a first longitudinal end by an end wall 29e and at a second longitudinal end by an opening 29c for receiving the shaft 2a, said cover 20 being characterized in that said opening 29c is formed opposite said end wall 29e.

Application to motor vehicles, in particular to the wiping of a rear window.

The invention relates to a connection device B for mechanically linking a wiper blade A to a windscreen wiper drive arm C, C of a motor vehicle, said connection device (B) includes a connector 2 designed to be rigidly attached to the wiper blade A and an adaptor 3 designed to connect the connector 2 to an end part 5, 5 of the drive arm C, C, in which the connector 2 includes at least one hole 24 of circular section through which the axis of rotation Y between the wiper blade A and the drive arm C, C passes, the hole 24 in the connector being delimited by at least one flank 23 of the connector 2 and the adaptor 3 having at least one through-seat 40, 40 into which at least a portion of the flank 23 extends.

A connector for connecting a wiper blade and multiple types of wiper arms, the connector including a base for attachment to a wiper blade. The connector further includes a receiving element attached to the base, the receiving element having a structure to receive and be connected to at least six different wiper arms.