Thyssenkrupp Transrapid Gmbh

Thyssenkrupp Marine Systems Gmbh

Andreas Diekmann

Qinghua Zheng

Wolfgang Hahn

Peter Bugiel

Joachim Kraemer

Daniel Tschada

Manuel Scharmacher

Markus Bauer

A magnet pole for magnetic levitation vehicles includes an iron core () having an upper pole surface (), a lower contact surface () for a magnet rear side () and a circumferential surface () disposed between the pole surface () and the contact surface (). A coil () is applied onto the circumferential surface () of the iron core (). An intermediate layer is made of an electrically insulating material, which is disposed between the circumferential surface () and the coil (). A protective layer () encapsulates the coil (). At least the pole surface () of the iron core () is made of a hard material and abuts the circumferential surface () in a lower region of the iron core (). The protective layer () contains a section () made of an elastic material in a region adjacent to the circumferential surface ().

Magnet pole for magnetic levitation vehicles, and method for the production thereof

A reception unit is provided including a receiver coil for the contactless transfer of electric energy. The receiver coil includes a plurality of flux guiding elements () that are made of a highly permeable material and that are designed to concentrate the field lines. The flux guiding elements () form a continuous molded part that is embodied in a base body () and that is combined with the base body to form a component that can be completely prefabricated. The molded part is produced by casting and the base body () is used as a casting mold.

Reception unit comprising a receiver coil for the contactless transfer of electric energy and method for the production thereof

A cladding (cover) element () includes a reception unit which is integrated therein. The reception unit contains a receiving coil () for the contactless transfer of electric energy and a plurality of flux-conducting elements () that are associated with the receiving coil () for concentrating the field strength. The cover element () is made of a fiber-reinforced plastic. The flux-conducting elements () and the receiving coil () are arranged in a base body () that is used to position the elements and coil and are embedded with the base body () in the cladding element (). A process is also provided for producing the cladding element ().

Cladding element with an integrated reception unit for the contactless transfer of electrical energy and method for the production thereof

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Munich, Germany

Andreas Diekmann