The invention discloses a rope climbing type space lifting system powered by laser. A space station laser device is arranged outside a space station, a space station clamping device is arranged inside the space station, a ground laser device and a ground clamping device are arranged on the terrestrial equator, one end of a space cable is connected with the ground clamping device, and the other end of the space cable penetrates through a lifting cabin and then is connected with the space station clamping device. According to the rope climbing type space lifting system, only one space cable is needed, a roller driving device is installed in the lifting cabin, driving can be conducted through friction force between the roller and the space cable, and external force is not needed; an air pressure device has a protection function, and if the system breaks down, spring acting force enables the roller driving device to press the space cable to prevent falling; a lifting system adopts laser power supply, laying of solid cables can be reduced, and the overall structure is more reliable; and energy of the space station laser device comes from a solar cell panel of the space station, so that the energy in the space can be fully utilized.
本发明公开了一种采用激光供电的爬绳式太空提升系统,空间站激光器设置在空间站外部,空间站内部设有空间站夹紧装置,地球赤道上设置地面激光器和地面夹紧装置,太空缆绳一端与地面夹紧装置连接,另一端穿过提升舱后与空间站夹紧装置连接;本发明只需要一根太空缆绳,在提升舱内安装滚轮驱动装置,能够利用滚轮与太空缆绳之间的摩擦力进行驱动,无需借助外力;气压装置具有保护作用,若系统出现故障,弹簧作用力则会使滚轮驱动装置压紧太空缆绳,防止坠落;提升系统采用激光供电,可以减少实体电缆的铺设,整体结构会更加可靠;空间站激光器的能量来自于空间站的太阳能电池板,可以更加充分的利用太空中的能量。
Rope climbing type space hoisting system powered by laser
一种采用激光供电的爬绳式太空提升系统
2021-09-17
Patent
Electronic Resource
Chinese
IPC: | B66F HOISTING, LIFTING, HAULING, OR PUSHING, NOT OTHERWISE PROVIDED FOR, e.g. DEVICES WHICH APPLY A LIFTING OR PUSHING FORCE DIRECTLY TO THE SURFACE OF A LOAD , Hub-, Verhol- oder Schubvorrichtungen, soweit nicht anderweitig vorgesehen, z.B. Vorrichtungen mit unmittelbarer Krafteinwirkung auf die Last |
Portable powered rope climbing device and method thereof
European Patent Office | 2016
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