| 摘要 |
The invention relates to a magnetic levitation system (100) comprising a guideway (20) having two parallel support rails (21) for electromagnetically supporting and guiding a vehicle (1) comprising on both sides thereof, respectively at least one support magnet (3) for producing magnetic force between the respective support magnets (3) and the respective support rails (21). The magnetic levitation system (100), according to the invention, is particularly resistant to lateral forces such that, respectively, an upper pole area (4) of the respective support magnets (3) and one lower side forming an upper counter pole area (22), of an upper extension of the respective support rail (21), and a lower pole area (5) of the respective support magnets (3) and a lower side forming a lower counter-pole area (23), of a lower extension of the respective support rail (21), are separated by a magnetic gap (8); the respective pole area (4, 5) of the respective support magnet (3) has an offset towards the inside in relation to the respective counter-pole area (22, 23); the geometry of the pole area (4, 5) and the counter pole area (22, 23) are respectively configured such that in the event of the vehicle (1) being laterally displaced on the guideway (20) based on a lateral force caused by a roll moment acting laterally upon the vehicle (1), the magnetic force on the side of the vehicle (1) more exposed to the roll moment, increases based on a reduction of the offset and simultaneously, the magnetic force on the side of the vehicle (1) less exposed to the roll moment, reduces based on an increase of the offset. |
