The invention is directed to a wiper arm arrangement comprising a wiper bar (10), a coupling unit (12) and a fastening unit (14) for securing the coupling unit (12) to the wiper bar (10). According to the invention, the coupling unit (12) has a crimped profile (16, 54) which, in a mounted state, is to be connected to a washer fluid hose (18).

A pop-up external lens washing system has an extendable aiming fixture configured to aim a lens cleaning spray at an external lens which is exposed to the elements and apt to become soiled with debris. The extendable nozzle assembly is configured to be aimed toward the external lens by the extended aiming fixture during the washing operation only and has at least one laterally offset washing nozzle projecting from the aiming fixture to a spray washing fluid toward the external lens surface, spraying at a shallow, glancing spray aiming angle to impinge upon and wash the lens external surface.

The on-vehicle optical sensor cleaning system includes a washer pump that feeds a cleaning liquid, an air pump, a nozzle member, and a controller. The air pump includes a discharge valve and discharges air through the discharge valve. The discharge valve opens when air is compressed in the air pump. The nozzle member includes an ejection port that ejects a gas-liquid mixture toward a sensing surface of an on-vehicle optical sensor to remove foreign matter from the sensing surface. The cleaning liquid from the washer pump and the air from the air pump are mixed in the gas-liquid mixture. The controller controls the washer pump and the air pump. The controller is configured so that the gas-liquid mixture is ejected by storing the cleaning liquid in the nozzle member to cover the ejection port and then feeding the air to the nozzle member.

A washer-integrated type wiper apparatus is provided. The washer-integrated type wiper apparatus includes a nozzle cover that is coupled to one side of a bending component of a retainer to support a wiper blade and a hose module that extends in the longitudinal direction in the interior of the retainer and is positioned in the interior of the nozzle cover and is connected to a washer liquid storing tank. Further, a main nozzle is connected in the interior of the nozzle cover to the hose module and is formed to expose a plurality of spray ports to the outside of the nozzle cover and is configured to spray the washer liquid supplied from the washer liquid storing tank through the spray ports. A heater module is installed in the heating area.

A method is disclosed for cleaning a surface of a vehicle which comprises a holder connected to the vehicle, wherein the holder comprises at least one nozzle. Within the scope of the method, a cleaning agent is applied at a pressure above atmospheric pressure by the at least one nozzle onto the surface to be cleaned, wherein the at least one nozzle is moved in a contactless manner over the surface.

A wiper system to apply wiper fluid to a vehicle window includes at least one wiper arm, at least one sensor, and at least one control apparatus. The sensor is configured to detect, during a wiping operation, the wiper arm in at least one defined position in a wiping area of the wiper arm, and to send a detection signal to the control apparatus.

The invention relates to a wiper device (100) for cleaning vehicle windows, with a wiper arm (10) and with a wiper blade (1), which is fastened on the wiper arm (10) by means of a fastening arrangement (2), and with a cleaning arrangement (40), which has at least one spray nozzle (42, 43, 47, 48) for a cleaning fluid, wherein the cleaning arrangement (40) is directly connected with the wiper arm (10), and wherein the fastening arrangement (2) is constructed as a separate element from the cleaning arrangement (40). It is provided according to the invention that the cleaning arrangement (40) is constructed to hold the fastening arrangement (2) for the wiper blade (1), and that on the fastening arrangement (2) and the cleaning arrangement (40) first and second guide means (65, 66), cooperating with one another, are provided, which guide the fastening arrangement (2) on mounting on the cleaning arrangement (40) between an initial position (80) and a final position (81).

A vehicular camera module includes a housing assembly that includes an inner housing element that accommodates a transparent cover element and that is pivotable relative to an outer housing element that mounts at a vehicle. A camera is accommodated by the housing assembly and mounted to the outer housing element. The camera views exterior of the vehicle via the cover element. An outer surface of the cover element is exposed exterior of the vehicle and, when the inner housing element and the cover element pivot relative to the outer housing element, a wiper of the outer housing element engages the outer surface of the cover element to remove moisture and/or debris from the outer surface of the cover element.

A cleaning device for cleaning an outer surface of an optical instrument of a motor vehicle is provided. The cleaning device comprises a cleaning fluid supply for supplying to the outer surface, and a cover for temporarily covering at least the outer surface. The cleaning device is arranged to move the cover between a covering position and a releasing position in which the cover covers, or leaves uncovered, the outer surface, respectively. Upon moving from the covering position to the releasing position, or vice versa, the cover can be in successive intermediate positions covering a respective first portion and leaving uncovered a respective second portion of said outer surface. The cleaning device is arranged such that in at least one of the positions, the cleaning device defines a flow path between the cover and the outer surface to allow cleaning fluid to flow between them.

A micro-sized structure and construction method for a fluidic oscillator wash or spray nozzle (100 or 250) has a nozzle housing (110 or 252) enclosing an interior cavity (112 or 262) which receives an insert (114 or 254) having internal fluid passages defining first and second power nozzles (120, 122 or 280, 282). The power nozzles receive pressurized fluid (130) flowing through the interior cavity of the housing, where the fluid flows into the cavity at the bottom of the housing and flows upwardly to inlets (140, 142) for the power nozzles so that accelerating first and second fluid flows are aimed by the power nozzles toward one another in an interaction region (154 or 284) which exhausts laterally along a spray axis through a horn-shaped throat defined partly within the insert and partly within the flared spray outlet orifice (160 or 290) defined through the sidewall (162) in the housing.