A wiper of a wiper system for a vehicle is disclosed. The wiper includes at least one wiper blade carried by a support and configured to wipe a glazed surface of a vehicle. The wiper includes a spoiler configured to be connected to a cleaning system distributing cleaning liquid. The spoiled includes a body in which a spray manifold for the cleaning liquid is provided. The spray manifold is configured to be connected to the cleaning system. The spray manifold extends in a main direction of extension of the spoiler and comprises at least one row of spray holes. at least one of the spray holes includes a cleaning liquid passage section. The spray holes of a row are spaced apart along the main direction of extension of the spoiler.

A wiper blade (12) is disclosed having a support connector (18) for at least one wiper rubber (14), an adapter (20) that is able to take a front-end terminal part (10) of a drive arm of the wiper blade (12) which is mounted so as to be articulated with respect to the connector (18), about an articulation axis (A), between a working position and a maintenance position, and which has a locking member (32) for locking said terminal part (10) to the adapter (20), which is mounted so as to be movable between a locking position and a retracted position releasing said terminal part (10). The wiper blade (12) has a member (68, 38) for immobilizing the locking member (32) in the locking position when the adapter (20) is in the working position, and for releasing the locking member (32) when the adapter (20) is in the maintenance position.

A wiper device, at least for cleaning a windshield of a vehicle and/or a sensor, having at least one wiper blade which is configured at least to sweep over at least a part of the windshield during a cleaning process, and which has at least one fastening unit at least for fixing the wiper blade to a wiper drive of the vehicle, in particular an output element of the wiper drive of the vehicle. It is proposed that the fastening unit is arranged in a longitudinal end section of the wiper blade.

A wiper device (10) having a wiper arm rod (14), a wiper blade adapter (20) which has a fluidic connecting element (30), a fluidic coupling element (34) for producing a fluidic connection to the fluidic connecting element (30), a fluid line (62), which is connected to the fluidic coupling element (34) and is provided for transporting wiping liquid along the wiper arm rod (14) to the fluidic coupling element (34), and a wiper arm adapter (16) which comprises a bearing unit (24) which is provided for mounting the wiper blade adapter (20) on the wiper arm adapter (16) so as to be pivotable about a wiper blade adapter pivot axis (22). The fluidic coupling element (34) is mounted movably on the wiper arm adapter (16).

A wiper device (10) with at least one wiper blade adapter (12), which has at least one fluidic connecting element (22), with at least one wiper arm adapter (14), with at least one covering unit (16), which is connected to the wiper arm adapter (14) such that it can be pivoted about a pivot axis (46) with respect to the wiper arm adapter (14), with at least one fluidic coupling element (24) for fluidic connection to the at least one fluidic connecting element (22), and with a mounting unit (25) for movably mounting the fluidic coupling element (24) on the at least one covering unit (16), wherein the mounting unit (25) has at least one mounting recess (54, 54) and at least one mounting extension (52, 52) guided in the at least one mounting recess (54, 54), the mounting recess (54, 54) being arranged on the fluidic coupling element (24).

The invention is based on a wiper arm arrangement comprising at least one wiper fluid channeling unit (12) that has at least one wiper fluid duct (14) and at least one coupling unit (16) which is designed to be connected to a wiper stem (18) of a wiper arm (20). (14) cha It is proposed that the at least one wiper fluid duct (14) be made integral with the at least one coupling unit (16).

A multiple windshield wiper assembly is disclosed. The multiple windshield wiper assembly may comprise a first wiper assembly having a squeegee blade; a second wiper assembly having a scraper blade, the second wiper assembly being coupled to the first wiper assembly by a windshield wiper assembly connector; wherein the scraper blade comprises an attachment surface for engaging a wiper assembly, a scraper surface for engaging a windshield, a channel for conducting wiper fluid, a plurality of apertures for disbursement of the wiper fluid onto a windshield, and a water connection fitting for connection of the scraper blade to a vehicle water supply hose. A number of embodiments of a windshield wiper assembly connector for use in connecting one or more windshield wiper assemblies to pin-type and hookslot-type wiper arms are also disclosed.

Arm (14) for driving a blade (12) of a wiper (10) of a vehicle, particularly a motor vehicle, comprising an end piece (28) for fixing to the wiper blade, the arm further comprising a spray nozzle (40) for spraying a fluid, such as a washer fluid, characterized in that the spray nozzle is mounted to pivot about a pivot pin which is directly fixed or attached to the said end piece, and in that the said spray nozzle comprises means configured to collaborate with the said blade to cause the spray nozzle to pivot about the said pin.

The present invention relates to a clip for attaching a fluid line to a wiper arm of a spraying device of a motor vehicle, the clip having a general V shape, the base of the V forming a housing for a fluid line portion, and comprising a first and a second retaining arm located on the first and the second ends of the V-shape and extending towards each other, the retaining arms being asymmetrical in an axial direction intended to be parallel to the fluid line such that the space between the two retaining arms forms an opening having a divergent shape in the axial direction.

A wiper apparatus is improved in wiping performance, and can suppress a disturbance due to cleaning liquid in a driver's field of view. Each cleaning liquid W1 and W2 is jetted from four forward-side injection nozzles and four backward-side injection nozzles in a direction opposite to the wiper blade 20, and toward injection-target locations, and a distance between the wiper blade 20 and an injection-target location for cleaning liquid W1 and W2 on the opposite side from a center of a swinging motion of the wiper blade 20 in a wiping direction of the wiper blade 20 is larger than a distance between the wiper blade 20 and an injection-target location for cleaning liquid W1 and W2 on the same side as the center of the swinging motion of the wiper blade in the wiping direction of the wiper blade 20. Therefore, on the same side as the center of the swinging motion of the wiper blade 20, it is possible to suppress a disturbance due to cleaning liquid in the driver's field of view, and on the opposite side from the center of the swinging motion of the wiper blade 20, it is possible to enhance the wiping performance of the wiper apparatus by sufficiently wetting dust and the like.