The roll stabilizer has spine portions (9) are arranged on arms (14,15). The force sensor (22) is arranged at socketed bars (16,17) for determining the supporting force (Fz) such that the elastic deformation of socketed bars is adjusted. The socketed bars ...

The apparatus (1) has an electric machine (2) arranged in a housing section (6a) of a housing and comprising a stator (8) and a rotor (7). A drive shaft (9) of the machine is connected with the rotor, and a coupling i.e. dry clutch, is connected with a pla...

The apparatus (1) has an electric machine (2) arranged in a housing section (6a) of a housing and comprising a stator (8) and a rotor (7). A planetary drive (20) has first, second and third connecting shafts (15, 16, 29) e.g. sun wheel, planet carrier and ...

The device (1) has an angle drive (22) formed by a pinion shaft (24) driven by a drive shaft (23) i.e. propeller shaft, and a crown wheel (26) staying in engagement with a pinion head (25) of the pinion shaft. A rotation axis (27) of the pinion shaft runs ...

The actuator (1) comprises two different actuator components (3,4). The actuator components comprise a ball screw drive (7) having a threaded spindle (8). An electric motor is coaxially coupled with a rotor (15) and a stator (14) for axial adjustment of th...

The actuating device (1) comprises a housing (4), a spindle gear (13) housed in the housing, and an axial gear spindle (3), which is rotatably fastened opposite to the housing in a displaceable manner. An electric motor (10) is provided, which is coaxially...

The planetary drive (36) comprises a first type of planetary gear, a second type of planetary gear, and a common planetary carrier (41) for both types, where the planetary gear of the first type is rotatably supported by a first roller bearing on a first p...