The invention discloses an intermittent pulse pseudo-continuous thrust deorbit mode in space tethered towing transfer, provides a safe, stable and efficient orbit transfer mode suitable for a tethered combination, and belongs to the technical field of satellite orbit transfer design. During working, a space tugboat and an abandoned satellite are connected through a tether, the space tugboat is provided with a tether winding and unwinding device, the tether is wound and unwound through the tether winding and unwinding device to keep continuous small tension of the tether, and the abandoned satellite is deorbited under the action of the tension of the tether. The space tugboat provides sequence pulse orbit control thrust, the orbit control thrust of the space tugboat is larger than tether tension, the space tugboat controls on-off of the orbit control thrust by judging the distance and the relative speed between the space tugboat and the abandoned satellite, and it is guaranteed that the relative distance between the space tugboat and the abandoned satellite changes in a set interval. The specific implementation process of the intermittent pulse pseudo-continuous thrust deorbit mode in the space tethered towing transfer comprises four stages: an acceleration far-away stage, a deceleration far-away stage, an acceleration approaching stage and a deceleration approaching stage.

    本发明公开空间绳系拖曳转移中的一种间歇式脉冲伪连续推力离轨方式,提出一种适用于绳系组合体的安全、平稳、高效的轨道转移方式,属于卫星轨道转移设计技术领域。本发明工作时,太空拖船和废弃卫星通过系绳连接,太空拖船配置系绳收放装置,通过系绳收放装置收放系绳保持系绳连续小张力,废弃卫星受系绳张力作用离轨。太空拖船提供序列脉冲轨控推力,太空拖船轨控推力大于系绳张力,太空拖船通过判断与废弃卫星的距离和相对速度控制轨控推力开关机,保证太空拖船和废弃卫星相对距离在设定区间变化。空间绳系拖曳转移中的一种间歇式脉冲伪连续推力离轨方式具体实施过程包括四个阶段:加速远离段、减速远离段、加速接近段和减速接近段。


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    Titel :

    Intermittent pulse pseudo-continuous thrust deorbit mode of tethered satellite


    Weitere Titelangaben:

    绳系卫星的一种间歇式脉冲伪连续推力离轨方式


    Beteiligte:
    ZHAO GUOWEI (Autor:in) / SUN LIANG (Autor:in) / WANG KAIXUAN (Autor:in) / LI DEJIN (Autor:in)

    Erscheinungsdatum :

    2021-08-20


    Medientyp :

    Patent


    Format :

    Elektronische Ressource


    Sprache :

    Chinesisch


    Klassifikation :

    IPC:    B64G Raumfahrt , COSMONAUTICS



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