The invention discloses a reconfigurable small modular aircraft applied to a space station. The reconfigurable small modular aircraft comprises a main module, a propelling module, a load module and a solar wing module. Wherein the main module is located in the center and is of a cubic single-cabin five-face boxboard structure, and a main load-bearing structure of the main module is used for bearing other modules and equipment; the two propelling modules are symmetrically arranged in the +/-Y direction of the main module. The load module is arranged in the + Z direction of the main module; the solar wing module is arranged in the-X direction of the main module; according to the reconfigurable small modular aircraft applied to the space station, all modules are designed to be miniaturized and ascend to the space station from a freight spaceship, on-orbit assembly and disassembly are easy, functions can be reconfigured after the modules are replaced, stand-alone equipment can be maintained on orbit to prolong the service life, and the reconfigurable small modular aircraft can be applied to the space station for on-orbit technical verification; the system solves the problem of physical nesting among subsystems of an integrated system, and has the outstanding advantages of being easy to assemble and disassemble, reconfigurable, and long in maintainable service life.

    本发明公开了一种空间站应用可重构的小型模块化飞行器,包括:主模块、推进模块、载荷模块、太阳翼模块;其中,所述主模块位于中心,为立方体单舱五面箱板结构,其结构仓主承力结构用于承载其他模块和设备;所述推进模块有两个,对称布置于主模块的±Y方向;所述载荷模块布置于主模块+Z方向;所述太阳翼模块布置于主模块‑X方向;本发明所述的空间站应用可重构的小型模块化飞行器各个模块设计均小型化并由货运飞船上行至空间站,易在轨组装拆卸,模块更换后功能可重构,单机设备可在轨维修延长寿命,可应用于空间站进行在轨技术验证,解决了一体化系统各子系统间的物理嵌套问题,具有易装拆可重构、可维修寿命长的突出优点。


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    Title :

    Reconfigurable small modular aircraft applied to space station


    Additional title:

    一种空间站应用可重构的小型模块化飞行器


    Contributors:
    XIAO YUZHI (author) / PENG SONG (author) / GUO JING (author) / LI CHUANYIN (author) / LI PENG (author) / GU DONGQING (author) / XU FENG (author) / WU JINHUA (author) / CHEN ZHONGQIANG (author) / QU SHUIQUN (author)

    Publication date :

    2024-08-16


    Type of media :

    Patent


    Type of material :

    Electronic Resource


    Language :

    Chinese


    Classification :

    IPC:    B64G Raumfahrt , COSMONAUTICS



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