Abstract:
The invention relates to an adapter for a wiper blade mount, the adapter comprising a cover configured to accommodate, inside a central opening, a removable attachment system which allows subsequent temporary fastening of said adapter to an articulated wiper blade arm, when said adapter is implemented on a wiper blade. To this end, the removable attachment system comprises one or more mounting members which take the form of U-clips configured to be removably inserted in the central opening and held in this configuration by means of temporary fastening means. The invention also relates to a wiper blade comprising such an adapter mounted on a wiper blade mount.
Abstract:
The invention relates to a connection device (7) suitable for connecting a wiper blade for a window of a vehicle to a wiper arm, including at least one means (19) for rigid connection onto the wiper blade and a means (25) for linking to the wiper arm, said connection device (7) including a circuit (11) capable of channeling a liquid, characterized in that the circuit (11) is defined by at least one tube (12) and in that the rigid connection means (19) and the linking means (25) are at least partially molded around the tube (12). The invention can be used for motor vehicles.
Abstract:
Heating device (20) that is able to be mounted on a support frame of a windscreen wiper, the heating device (20) having a vertebra (24) that is able to be mounted longitudinally inside the housing in the support frame; at least one heating element (25) disposed on the vertebra (24); an electrical connector (26) comprising an electrical connection device; characterized in that the heating device (20) comprises an electrically conductive protruding element (28) in electrical contact with the heating element (25), and in that the heating device (20) is able to prevent the electrical connection device (27) from coming into contact with the heating element (25) before the vertebra (24) is in its final mounted position; and to bring the electrical connection device (27) and the protruding element (28) into contact when the vertebra (24) is in its final mounted position.
Abstract:
Heating device including at least one vertebra (3) adapted to be mounted longitudinally in at least one housing of a windscreen wiper, the so-called upper face (13) of the vertebra (3) facing the actuator arm in the assembled position of the wiper and the actuator arm and at least one heating element (2) a first portion (14) of which is on the upper face (13) of the vertebra (3). A second portion (14′) of the heating element (2) is on the lower face (13′) of the vertebra (3), opposite the upper face (13), the first and second portions (14, 14′) of the heating element (2) on the upper face (13) and the lower face (13′) of the vertebra (3) being in electrical contact with each other.
Abstract:
The present invention relates to a device for securing a screen wash product supply duct (56) on an actuating arm (12) of a windscreen wiper blade (20) of a motor vehicle, said securing device comprising a means (31; 31′) for fixing the supply duct (56), characterized in that it additionally comprises an elastic retaining stirrup (32; 32′) configured to cooperate with the outer periphery of a wiping pressure spring (28) housed in a cavity (26) of the housing part (14) of the actuating arm (12) or configured to be arranged around a wiping pressure spring (28) housed in a cavity (26) of the housing part (14) of the actuating arm (12) and configured to cooperate with the internal flanks of said cavity (26), in order to retain the supply duct (56) on the actuating arm (12). The present invention also relates to a windscreen wiper (10; 10′) comprising such a securing device (30; 30′).
Abstract:
The present invention relates to a wiper blade for a glazed surface. The wiper blades includes a support, a wiping lip borne by the support, a connector secured to the support, and at least one air deflector which includes at least a body and a wing projecting from the body. The wing and the body extending along a longitudinal axis of the wiper blade. The wing includes a rectilinear portion and a curved portion as seen along the longitudinal axis of the wiper blade, the curved portion of the wing being arranged at a longitudinal end of the support.
Abstract:
A connector for a wiper blade, comprising at least a main body and a rotating cap, comprising at least one cover wall, a reinforcing wall, a hinge and an attachment device for rigidly connecting the rotating cap relative to an end wall of the main body, the hinge being arranged at one of the longitudinal ends of the cover wall and ensuring a rotation of the rotating cap about an axis, the reinforcing wall extending from the cover wall towards the end wall of the main body, the rotating cap further comprising a device for supporting the rotating cap on the end wall of the main body.
Abstract:
Vehicle windshield wiper cowl assembly comprising a protective cowl panel adapted to be mounted on the bodywork of a vehicle at the lower end of the vehicle's windshield, the cowl panel having a shaft opening for the pivot shaft of a windshield wiper, the shaft opening having a circumferential border area with a front side and a back side, wherein the border area front side defines a circumferential bordering surface, and a hose connector having a back face and a front face, wherein the hose connector is set into the cowl panel's shaft opening so that the hose connector is bordered by the shaft opening's circumferential border area. The front face of the hose connector is flush with the circumferential bordering surface defined by the border area front side.
Abstract:
The present invention relates to a protection assembly for a cleaning assembly including a cleaning unit and an optical surface, with the cleaning unit having at least one wave transducer to be acoustically coupled to the optical surface. The protection assembly including a mechanical protection element configured to cover the wave transducer, such that the wave transducer is between the mechanical protection element and the optical surface. The mechanical protection element is configured to define, with the optical surface, at least one opening which allows the ultrasonic wave to propagate on the optical surface outside the mechanical protection element. The protection assembly includes a sealing element disposed close to the opening and capable of limiting the passage of liquid through the opening.