The invention relates to an artificial gravity system for a manned spacecraft and a using method of the artificial gravity system. The artificial gravity system comprises a shielding bin, a magnetic centrifugal force device and magnetic clothes. A square convex beam installed in the shielding bin divides the shielding bin into an astronaut activity bin and a vacuum bin, and a magnetic centrifugal force device is installed in the vacuum bin. The shielding layer serving as the surrounding cabin wall of the shielding cabin eliminates the interference of a magnetic field generated by the magnetic centrifugal device on an electronic product arranged on the manned spacecraft; astronavigation personnel enter the activity bin when in idle, exercise and sleep, the magnetic clothes are taken out from the magnetic clothes cabinet and are neatly worn, and the magnetic shielding layer in the magnetic clothes provides magnetic shielding for the bodies of the aerospace personnel; the astronavigation staff selects the corresponding bearing partition table and body posture and starts the magnetic centrifugal force device, a high-speed rotating magnetic field applies centrifugal force to the whole body of the astronavigation staff through the magnetic shielding layer in the magnetic clothing and the embedded iron on each part of the magnetic clothing, and then the astronavigation staff can enjoy artificial gravity similar to earth surface gravity.

    本发明涉及一种用于载人航天器的人工重力系统及其使用方法,包括屏蔽仓、磁离心力装置、磁服。屏蔽仓内安装的方形凸梁将其分为宇航人员的活动仓室与真空仓室,真空仓室内安装磁离心力装置;作为屏蔽仓四周仓壁的屏蔽层消除了磁离心装置产生的磁场对载人航天器上装备的电子产品的干扰;宇航人员空闲、锻炼、睡觉时进入活动仓室,从磁服柜取出磁服穿戴整齐,磁服内的磁屏蔽层为宇航人员的身体提供磁屏蔽;宇航人员选好相应的承重隔台与身体姿态,启动磁离心力装置,高速旋转的磁场通过磁服内部的磁屏蔽层与其各部位上的各个嵌铁,将离心力施加在宇航人员全身,进而让其享受到与地表重力相仿的人工重力。


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    Titel :

    Artificial gravity system for manned spacecraft and use method of artificial gravity system


    Weitere Titelangaben:

    一种用于载人航天器的人工重力系统及其使用方法


    Beteiligte:
    YANG FUGEN (Autor:in)

    Erscheinungsdatum :

    2022-11-01


    Medientyp :

    Patent


    Format :

    Elektronische Ressource


    Sprache :

    Chinesisch


    Klassifikation :

    IPC:    B64G Raumfahrt , COSMONAUTICS






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