Bauer Kaba Ag

Arno Kleinhany

Erich Seckinger

Walter Gutmann

A lock cylinder has a stator rotatably mounted in a lock cylinder casing fixed with respect to the lock, is lockable to said casing and is operatively connectable to the driver on the rotor by means of tumbler pins between rotor and stator. The stator can be locked to the casing by an electromagnetic latch and for rotating the stator together with the rotor, use is made as a blocking catch of the tumbler pins arranged in a selected manner with respect to the shear line therebetween. The locking and unlocking between the locking cylinder casing and the stator is effective if the tumbler pins prevent the relative movement between the rotor and stator.

Locking device for a mechanical-electronic locking apparatus

A lock cylinder with mechanical and electromagnetic locking mechanisms, comprising a lock cylinder stator having a mechanical locking mechanism, a bolt movably mounted in a groove in the stator, and a lock cylinder rotor rotatably coupled to the stator and engaged by the mechanical locking mechanism. An electrical control mechanism controls movement of the bolt. A retaining mechanism coupled to the rotor releasably engages the bolt to permit and prevent movement between the stator and the rotor depending on the position of the bolt.

Lock cylinder with integrated electromagnetic locking mechanism

The electromagnetic locking apparatus functions on a lock cylinder with a rotor, to whose end is fitted in rotation-restrained manner a driver and a stator surrounding the rotor. It is positioned with respect to the lock cylinder and a control part engageable with the apparatus. The apparatus is characterized in that the locking means (20, 28) have an electromagnet part (20) with a two-part tie rod (401/402) with a return spring (45) acting on one tie rod part and a probe (28) connected to the other tie rod part (402).

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Hinwil, Switzerland

Arno Kleinhany