The method involves starting an engine of a motorcycle, and allowing an identification-encoder to stay in data communication with a control system using an authentication. An electromechanical steering lock is brought into a desired position, after a posit...

The device has a drive (20), which stays in mechanically operative connection with the blocking element (10). The blocking element is rotatably mounted on an axle (11) in order to execute the movement between a locked position (1) and an unlocked position....

The device (7) for the locking of a height-adjustable steering spindle of a motor vehicle comprises a locking ring (8) and a locking bolt (11) which in the locked position engages in one of a number of slot-form recesses formed circumferentially in the loc...

A steering system (10) comprises a hand wheel (12) positioned for manipulation by a driver, a steering shaft (16) extending from the hand wheel (12), and a magnetic column lock (50). The steering shaft (16) is supported by a steering column housing (14) so...

The locking device locks the steering spindle (1). A receiving bush (2) has a receiving plate (2) for blocking elements (3). In their unlocked position, the blocking elements permit the spindle to be rotated, in their locked position, they do not. The bloc...

The locking mechanism has a wedge (40) driven by a motor (48) to engage a radial flange (28) and close a friction clamp (21,22) onto a friction band (12) with position monitored by signals from Hall sensors (54).

The device has a blocking element in the form of a bolt (2) for insertion into an opening (3) in the steering column (2). Movement of the bolt is caused by a rotary motion that is converted into a movement along the longitudinal direction of the bolt by a ...