Abstract: Disclosed is an electric machine (10) comprising a pole housing (12) and a printed circuit board (14) for controlling the electric machine (10). The circuit board (14) is arranged on a flanged side (16) of the pole housing (12), and a protective wall (18) which protects the circuit board (14) from loose small parts is arranged between the circuit board (14) and the pole housing (12).

Abstract: Disclosed is an electric machine (10) comprising a pole housing (12) and a printed circuit board (14) for controlling the electric machine (10). The circuit board (14) is arranged on a flanged side (16) of the pole housing (12), and a protective wall (18) which protects the circuit board (14) from loose small parts is arranged between the circuit board (14) and the pole housing (12).

Abstract: A windshield wiper drive for a motor vehicle, with a reverse-operating driving motor for driving a wiper shaft which is connected in a rotationally fixed manner to a wiper arm, and with a fastening plate for fastening the windshield wiper drive to a vehicle body or to a component mounted on the body, wherein a first end stop surface for limiting the rotational movement of the wiper shaft in a first direction of rotation is provided on the fastening plate and/or on a component fixed to the fastening plate.

Abstract: A windshield wiper drive for a motor vehicle, with a reverse-operating driving motor for driving a wiper shaft which is connected in a rotationally fixed manner to a wiper arm, and with a fastening plate for fastening the windshield wiper drive to a vehicle body or to a component mounted on the body, wherein a first end stop surface for limiting the rotational movement of the wiper shaft in a first direction of rotation is provided on the fastening plate and/or on a component fixed to the fastening plate.

Abstract: The invention relates to a windshield wiper drive (1) for a motor vehicle, in particular a windshield wiper drive (1), with a reverse-operating drive motor (3), for driving a wiper shaft (6) connected non-rotatably to a wiper arm (18), and with a fastening board (7) for attaching the windshield wiper drive (1) to a vehicle body or to a body-mounted component (29). The invention provides that a first end stop surface (22) for delimiting the rotary movement of the wiper shaft (6) in a first direction of rotation is provided on the fastening board (7) or on a component (29) affixed to the fastening board (7).

Abstract: The invention relates to a windshield wiper drive (1) for a motor vehicle, in particular a windshield wiper drive (1), with a reverse-operating drive motor (3), for driving a wiper shaft (6) connected non-rotatably to a wiper arm (18), and with a fastening board (7) for attaching the windshield wiper drive (1) to a vehicle body or to a body-mounted component (29). The invention provides that a first end stop surface (22) for delimiting the rotary movement of the wiper shaft (6) in a first direction of rotation is provided on the fastening board (7) or on a component (29) affixed to the fastening board (7).

Abstract: A power supply device for an electric motor, operated either in a normal operating mode and/or an emergency operating mode, in particular, for an actuator in a motor vehicle and a method for operation of an electric motor in a normal operating mode and/or an emergency operating mode, in particular, for an actuator in a motor vehicle. The electric motor is powered by AC in the normal operating mode and by DC in the emergency operating mode, in particular, in a fault situation.

Abstract: A power supply device for an electric motor, operated either in a normal operating mode and/or an emergency operating mode, in particular, for an actuator in a motor vehicle and a method for operation of an electric motor in a normal operating mode and/or an emergency operating mode, in particular, for an actuator in a motor vehicle. The electric motor is powered by AC in the normal operating mode and by DC in the emergency operating mode, in particular, in a fault situation.