The invention discloses a self-adaptive counterweight rotating arm type lunar surface electromagnetic emission system, which comprises a track, an electric suspension device, an electromagnetic propulsion device, an electromagnetic sledge, a carrier, a rotating shaft, a rotating arm and a counterweight unit, and is characterized in that the track is a circular track and is arranged on a flat lunar surface; the electric suspension device comprises a plurality of suspension induction units which are annularly arranged, the electromagnetic propulsion device comprises a superconducting magnet and a winding, the winding is arranged on the track, the superconducting magnet is located above the winding, and the suspension induction units are distributed at the upper and lower positions of the two ends of the superconducting magnet; the suspension sensing unit interacts with the superconducting magnet to generate suspension force and guiding force, and the winding interacts with the superconducting magnet to generate propulsive force; the electromagnetic sled car is arranged on the superconducting magnet and connected with the superconducting magnet, and the carrier is connected with the electromagnetic sled car; the rotating shaft is fixed on a flat lunar surface, the rotating arm is connected with the rotating shaft and rotates around the rotating shaft, the first end of the rotating arm is connected with the electromagnetic sledge, and the second end is provided with a counterweight unit which can slide on the rotating arm.
本发明公开了一种自适应配重转臂式月面电磁发射系统,该系统包括轨道、电动悬浮装置、电磁推进装置、电磁橇车、运载器、转轴、转臂和配重单元,轨道为圆形轨道,设置于平坦月面上;电动悬浮装置包括多个环状布局的悬浮感应单元,电磁推进装置包括超导磁体和绕组,绕组设置在轨道上,超导磁体位于绕组上方,多个悬浮感应单元分布在超导磁体两端的上下位置,悬浮感应单元与超导磁体相互作用产生悬浮力和导向力,绕组与超导磁体相互作用产生推进力;电磁橇车设置在超导磁体上且与超导磁体连接,运载器与电磁橇车连接;转轴固定在平坦月面上,转臂与转轴连接且绕转轴旋转,转臂第一端与电磁橇车连接,第二端设置有配重单元,配重单元在转臂可滑动。
Self-adaptive counterweight rotating arm type lunar surface electromagnetic emission system
自适应配重转臂式月面电磁发射系统
2024-10-22
Patent
Electronic Resource
Chinese
IPC: | B64G Raumfahrt , COSMONAUTICS |
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