The present invention relates to a telescopic cleaning device (100) for cleaning a glass surface (300) of a motor vehicle, comprising at least one hollow body (110) and a movable piston (120) configured to slide in the hollow body (110) along a deployment direction (D) between an extended position and a folded position, the movable piston being configured to support a member for cleaning the glass surface, the device being characterised in that it comprises two cleaning members consisting of a member for projecting (140) a cleaning fluid (FN) conveyed through the hollow body (110) and a wiper blade (130), the two cleaning members being rigidly connected to the movable piston.

A vehicular air curtain device configured to send continuously, based on an operation signal, air to a sensor or a sensor cover mounted on a vehicle at a predetermined wind speed or a predetermined air flow rate in order to prevent dirt from adhering to the sensor or the sensor cover, the vehicular air curtain device includes: an air blowing mechanism; a motor configured to drive the air blowing mechanism; and an air curtain control unit configured to change a drive voltage or a drive current of the motor in accordance with a predetermined condition.

The telescopic washing device comprises first and second telescopic members operable along a first linear path between retracted extended positions parallel to telescopic member longitudinal axis Z; a wiper element coupled to the second telescopic member such that the wiper element is movable according to a second path lying on a plane XY perpendicular to the longitudinal axis Z; a second guiding area associated with first telescopic member or wiper element and according to second path; and a guiding element associated with the other of the first telescopic member or the wiper element to slide to the second guiding area as the first and second telescopic members move to each other. As pressurized fluid is supplied to the first telescopic member, the wiper element is at least rotated according to the second path.

A vehicle washing device includes: a cylinder including a cylinder tube to which a washing fluid is supplied; a piston including a piston tube that is movably inserted into the cylinder tube and opens at both ends; and a spray nozzle that is mounted at a leading end, in an extension direction, of the piston tube protruding from the cylinder tube. The spray nozzle is configured to spray the washing fluid, supplied through the inside of the piston tube, toward an object-to-be-washed. The outer circumference of the spray nozzle is fitted on the inner circumference of the piston tube.

An improved nozzle assembly includes a housing having an inlet for directing media (e.g. cleaning fluid) into the housing, and a nozzle core rotatably coupled to the housing. The nozzle core includes a sprayer shaft and a vane coupled thereto. The sprayer shaft defines a peripheral outlet, and is adapted for passage of media from the housing through the outlet. The vane is adapted to receive media from the inlet to rotationally bias the nozzle core in a first direction and radially orient the outlet to an activated position. The nozzle core is rotationally biased in a second direction opposite the first to radially orient the outlet to a home position different than the activated position. A system including the nozzle assembly, and methods of using each of the same, are also disclosed.

A sensor housing for being assembled to a vehicle and a connector integrated with the housing, wherein the sensor housing is further adapted to house at least one sensor to be connected to the connector means and for monitoring environmental conditions of the vehicle, wherein a sensor adapter resides in the housing to hold the at least one sensor, wherein the adapter has one or more assembly-fittings to hold each of the at least one sensors in a monitoring position, and wherein a placeholder is integrated with the housing to hold a washer-body of a cleaning-device in position as to afford cleaning of the at least one sensor.

A nozzle in a vehicle includes a nozzle insert to provide pulsed flow of a cleaning agent from an outlet to clean a sensor of the vehicle. The nozzle also includes a cleaning agent supply line to provide the cleaning agent to an inlet of the nozzle insert.

A vehicle cleaner (1) includes: a cylinder (2) provided in an opening (101) formed in a part of a vehicle body panel (100) of a vehicle; a piston (3) supported to be movable forward and backward with respect to the cylinder (2); a nozzle holder (10) provided near the front end of the piston (3); a nozzle (4) which is supported by the nozzle holder (10) and which, with the piston (3) protruding from the opening (101), sprays a cleaning liquid onto a vehicle item to be cleaned; and a nozzle cover (20) which is provided on the front end of the nozzle holder (10) and which, with the piston (3) having been pulled back into the cylinder (2), closes the opening (101). The nozzle cover (20) has a cover part (21) for closing the opening (101), and an engagement part (30) that protrudes from the cover part (21) toward the piston (3) and is engaged with the nozzle holder (10). One surface of the engagement part (30) is provided with a recessed part (31) for lance engagement, and another surface thereof is provided with contact ribs (34, 34). One surface of the nozzle holder (10) is provided with a protruding part (13a) that engages with the recessed part (31), and another surface thereof is provided with a first contacted rib (16a) with which the contact ribs (34, 34) come into contact.

A cleaning apparatus, optimized for cleaning optical and optoelectronic sensor devices in motor vehicles, comprising a housing, and a reciprocating piston movable in a pressure-controlled manner in the housing and movable from a retracted position into a deployed position along an actuation axis is disclosed. The reciprocating piston has an inner channel to transport a cleaning fluid through the reciprocating piston to a spray nozzle. A miniaturized, easily and inexpensively producible cleaning apparatus which makes possible exact and precise orientation of the cleaning jet, quick operational readiness, reduced tendency for follow-up flow of the cleaning fluid, and improved adaptability to different installation positions, is also disclosed. In an embodiment at least the cleaning apparatus has at least one guide to prevent rotation of the reciprocating piston about the actuation axis during its entire stroke, the at least one guide means arranged at least regionally in the inner channel.

The present disclosure provides a combination bracket for mounting multiple components of a fluid spray system, such a fluid spray system for a vehicle comprising. A spray nozzle is coupleable with the combination bracket and adapted to spray fluid onto a sensor mounted to the combination bracket. A check valve is coupleable with the combination bracket and adapted to deliver fluid to the spray nozzle. Modular assembles, systems, and vehicles incorporating a combination bracket are also provided.