Abstract:
A motor vehicle wiper gear motor includes a motor core and a reduction gear base, the core and the base having metal parts. The gear motor has a joint interposed between the core and the base, the joint including a sealing material and at least a metal element in contact with the metal parts of the core and the base.
Abstract:
The invention relates to a process for manufacturing a toothed wheel, especially for a windshield wiper control device, of the kind having on one face a conductive strip. The process consists of providing in the wheel face an impression having a shape complementing the shape of the conductive strip, disposing the conductive strip in said impression, and securing the conductive strip with the front face of the toothed wheel. The front face has a border running along a peripheral edge of the impression and protruding at the border of said impression.
Abstract:
The invention comprises a bearing arrangement for a rotating shaft in a windshield wiper driving mechanism, of the kind comprising a housing having a bore through which the shaft passes and including a bearing sleeve which comprises at least an inner radial flange, a first face of which forms a first shoulder for the axial positioning of a seal provided in the bore which cooperates with the opposite cylindrical surfaces of the bore and of the shaft. According to the invention, one of the ends of the bearing sleeve abuts against a second shoulder formed by the second face of the radial flange, and the internal diameter of the inner radial flange is greater than the internal diameter of the bearing sleeve.