The invention discloses a magnetic suspension recovery device and recovery system for a carrier rocket, and relates to the technical field of recyclable recycling of carrier rockets. The magnetic suspension recovery device and recovery system of the carrier rocket comprises a magnetic suspension track auxiliary structure, a magnetic suspension track is fixedly installed on the magnetic suspension track auxiliary structure, and a magnetic suspension moving platform is connected to the magnetic suspension track in a sliding mode; a magnetic suspension electromagnetic propeller is fixedly mounted on the magnetic suspension moving platform, and a recovery buffer mechanical arm is fixedly mounted on the magnetic suspension electromagnetic propeller; and a carrier rocket is arranged on the recovery buffer mechanical arm. According to the magnetic suspension recovery device and system of the carrier rocket, non-contact suspension of the rocket and the ground is achieved in the recovery process, friction and impact are reduced, the recovery safety and precision are improved, and compared with an existing fuel rocket recoverable mode, the magnetic suspension recovery device and system are more environmentally friendly, low in vibration, low in noise, high in acceleration speed and higher in intelligent level; compared with an existing fuel recoverable rocket mode, the cost is lower.

    本发明公开了运载火箭的磁悬浮回收装置以及回收系统,涉及运载火箭可重复回收利用技术领域。该运载火箭的磁悬浮回收装置以及回收系统,括磁悬浮轨道辅助结构,所述磁悬浮轨道辅助结构上固定安装有磁悬浮轨道,磁悬浮轨道上滑动连接有磁悬浮移动平台;磁悬浮移动平台上固定安装有磁悬浮电磁推进器,磁悬浮电磁推进器上固定安装有回收缓冲机械臂;回收缓冲机械臂上设置有运载火箭。该运载火箭的磁悬浮回收装置以及回收系统,火箭在回收过程中实现与地面的非接触悬浮,减少摩擦和冲击,提高回收的安全性和精度,跟目前燃料火箭可回收方式相比更加环保,低振动低噪声加速快,智能化水平更高,与目前燃料可回收火箭方式相比,成本更低。


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    Title :

    Magnetic suspension recovery device and recovery system of carrier rocket


    Additional title:

    运载火箭的磁悬浮回收装置以及回收系统


    Contributors:
    SU YINGYING (author) / WANG ZHIFENG (author) / DING JUN (author) / SUN HUI (author) / ZHANG SHUAI (author) / LI XINGBAO (author) / CHEN QINGXIANG (author) / YANG CHUNXIN (author) / WANG YANG (author) / ZHANG SHUO (author)

    Publication date :

    2024-08-09


    Type of media :

    Patent


    Type of material :

    Electronic Resource


    Language :

    Chinese


    Classification :

    IPC:    B64G Raumfahrt , COSMONAUTICS



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