Abstract: A method for producing a winding support for an electrical machine, in which the winding support has a plurality of pole teeth. Adjacent pole teeth between them define at least one slot which is filled with at least one winding each. The pole teeth before being filled, have an installation position relative to one another for installation into the electrical machine. At least one of the pole teeth which define a slot, is bent, before the filling of the at least one slot with the winding, by a force action into a filling position, so that the cross-sectional area of the at least one slot that it defines is increased. Then the winding is placed in the slot. Next, the at least one of the adjacent pole teeth is put out of the filling position into the installation position. As a result, a higher copper factor and thus higher power of the machine can be attained.

Abstract: The invention relates to a wiper drive with a wiper arm receptacle (2) for mounting on an articulated window surface (44). This window surface can be locked by means of a locking element (10). The wiper drive (1) includes a cover part (5), on which a wiper motor (14) and a gear (15) allocated to it are accommodated. A receptacle (9; 22, 23) for the locking element (10; 16, 17) is integrated into the cover part (5). A securing element (28), which is arranged between the surfaces (30, 31) of the receptacle (9; 22, 23), is accommodated on the locking element (10).

Abstract: The invention relates to a wiper drive with a wiper arm receptacle (2) for mounting on an articulated window surface (44). This window surface can be locked by means of a locking element (10). The wiper drive (1) includes a cover part (5), on which a wiper motor (14) and a gear (15) allocated to it are accommodated. A receptacle (9; 22, 23) for the locking element (10; 16, 17) is integrated into the cover part (5). A securing element (28), which is arranged between the surfaces (30, 31) of the receptacle (9; 22, 23), is accommodated on the locking element (10).

Abstract: A fastening spring for fastening at least one component accommodated in a housing of an electric motor, in the prior art, has a bending zone which is exposed to strong mechanical stresses. A fastening spring (1, 1′) of the invention has at least a second bending zone, so that the mechanical stresses are distributed over two bending zones.

Abstract: A fastening spring for fastening at least one component accommodated in a housing of an electric motor, in the prior art, has a bending zone which is exposed to strong mechanical stresses.