Thyssenkrupp Elevator Ag

Thyssenkrupp Aufzugswerke Gmbh

Uwe Resag

Jochen Schulze

Eberhard Vogler

Markus Jetter

Olaf Breidenstein

Andreas Wilhelm

Torsten Gessner

Gunther Hermann

Nils-Anton Mollgaard

Nis-Anton Moellgaard

Nis-Anton Möllgaard

Frank Barthelmie

Roland Naegele

Jochen Müller

Roland Nägele

Günther Hermann

Nils-Anton Möllgaard

Günter Hermann

Hans-Ferdinand Frhr Von Scholley

An electric motor for an elevator drive comprises a motor housing; a number of motor windings which are connected to at least one terminal; ribs or webs being arranged on the motor housing; and the at least one terminal is arranged between the ribs or webs.

Elevator drive

A method for monitoring a brake which is operated by a spring force and a device for monitoring the force, comprising the steps of taking into account a force which is required to load or bias at least one spring by means of the device for monitoring the force.

The present invention relates to an electromotive part of an elevator drive, comprising a rotor () and a stator (), wherein windings of the stator and/or the rotor () are provided as single tooth windings. An electromotive part of an elevator drive, is provided as an internal rotor motor, and includes a rotor and a stator. Windings of the stator and/or the rotor are provided as single tooth windings, the windings are, at least in part, encapsulated, and the windings are provided as two-layer windings. A method for winding-up windings of an electromotive part of an elevator drive with two-layer windings, includes inserting the windings of individual phases as alternating upper and lower layers.

Electromotive part of an elevator drive

A method of applying at least one magnet to a surface of a component made of a magnetic material includes placing the at least one magnet in a holding apparatus, and positioning the holding apparatus in the immediate vicinity of the component. A holding element applies a holding force to the at least one magnet to hold it in the holding apparatus. The holding element is deactivated such that the holding force is reduced, and the at least one magnet is transferred to the surface of the component. A holding apparatus for applying at least one magnet to a surface of a component made of a magnetic material includes a surface region for supporting the at least one magnet and at least one deactivatable holding element for applying a force on the at least one magnet.

Methods for applying magnets to component surfaces

Growing community of inventors

Aichtal, Germany

Uwe Resag