The invention relates to the overall technical field of magnetic suspension electromagnetic emission, and discloses a moon-based magnetic suspension rotary casting system. The rotary casting system comprises an energy storage subsystem which is used for providing energy for the rotary casting system; the propulsion subsystem comprises a superconducting motor, the superconducting motor provides acceleration and braking force for a cantilever and a returner arranged on the cantilever, electric energy is converted into mechanical energy in the acceleration process, the mechanical energy is converted into electric energy in the braking process, the superconducting motor comprises a motor rotor and a motor stator, and the motor rotor is arranged below the cantilever; the suspension subsystem comprises a suspension stator and a suspension rotor and is used for providing vertical suspension force for the cantilever, and the suspension rotor is arranged below the cantilever; the rotating track subsystem is used for arranging a suspension stator and a motor stator; the current conversion subsystem is used for converting the direct current at the bus end into variable-frequency and variable-amplitude alternating current required by the propulsion subsystem; and the traction control subsystem is used for carrying out closed-loop control on the emission parameters in the operation process.
本发明磁悬浮电磁发射总体技术领域,公开一种月基磁悬浮旋转抛射系统。其中,该旋转抛射系统包括储能分系统,用于为旋转抛射系统提供能量;推进分系统包括超导电机,超导电机为悬臂和设置在悬臂上的返回器提供加速和制动力,加速过程中将电能转换为机械能,制动过程中将机械能转换为电能,超导电机包括电机动子和电机定子,电机动子设置在悬臂下方;悬浮分系统包括悬浮定子和悬浮动子,用于为悬臂提供竖向悬浮力,悬浮动子设置在悬臂下方;旋转轨道分系统,用于设置悬浮定子和电机定子;变流分系统,用于将母线端直流电变换为推进分系统所需的变频和变幅的交流电;牵引控制分系统,用于对运行过程中的发射参数进行闭环控制。
Lunar-based magnetic suspension rotary casting system
一种月基磁悬浮旋转抛射系统
08.04.2025
Patent
Elektronische Ressource
Chinesisch
IPC: | B64G Raumfahrt , COSMONAUTICS |
Magnetic suspension rotary propelling device suitable for moon-based casting
Europäisches Patentamt | 2025
|Rotary casting and returning device for lunar surface resources
Europäisches Patentamt | 2023
|