摘要 |
The invention relates to the fields of magnetic and superconductive materials and to a magnetic levitation device of the type that is used in superconductive contactless transport means or linear or radial levitation bearings. The aim of the invention is to provide a magnetic levitation device, which ensures an improved tracking rigidity, even during the loading and unloading of magnetic levitation devices or a stable guiding of the bearing. This is achieved by a magnetic levitation device consisting of at least two superconductive moulded bodies, with a stored magnetic field configuration, lying above a magnetic guide track. According to the invention, the two or more superconductive moulded bodies have a stored magnetic field configuration, holding them at different vertical distances from the guide track and/or a stored magnetic field configuration holding them at different horizontal positions in relation to the guide track. Said bodies are mechanically held above the guide track in a position that deviates from the stored position and are interconnected. |
申请人 |
LEIBNIZ-INSTITUT FUER FESTKOERPER- UND WERKSTOFFFORSCHUNG DRESDEN E.V.;BEYER, CHRISTOPH;DE HAAS, OLIVER;RIEDERICH, TORSTEN;SCHULTZ, LUDWIG |
发明人 |
BEYER, CHRISTOPH;DE HAAS, OLIVER;RIEDERICH, TORSTEN;SCHULTZ, LUDWIG |