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METHOD OF CONTROL OF MANNED SPACECRAFT UNMATED FROM NON-ORIENTED SPACE OBJECT FLYING IN NEAR- CIRCULAR ORBIT

机译:近圆轨道上非定向空间物体飞行所未控制的人造航天器的控制方法

摘要

FIELD: space engineering; emergency escape from space object. SUBSTANCE: method includes generation of withdrawal pulse after separation from space object, orientation of manned spacecraft for coincidence of its longitudinal axis with orbital velocity vector and furnishing correcting pulse. Space object is additionally detected through visual observation devices. Field of view of observation devices in plane passing through longitudinal axis of manned spacecraft is no less than 90 deg. and one of its boundaries coincides with its longitudinal axis; and no less than 5 deg. in perpendicular plane. In case space object is not observed, manned spacecraft is twisted around its longitudinal axis till space object has been observed; then, correcting signal is furnished to ensure safe autonomous flight of space object and manned spacecraft after unmating of manned spacecraft during several turns , as well as during furnishing deceleration pulse before landing on earth. Direction of furnishing correcting pulse is determined by magnitude of sighting angle on space object relative to direction of orbital velocity vector. If this angle is lesser than 90 deg. , correcting pulse is furnished opposite direction of orbital velocity vector and if this angle exceeds 90 deg. , correcting pulse is furnished in direction of orbital velocity vector. EFFECT: self-sufficiency and safe withdrawal of manned spacecraft from space object. 6 dwg
机译:领域:空间工程;紧急逃离太空物体。实质:方法包括从空间物体分离后产生退避脉冲,载人航天器的方向(其纵轴与轨道速度矢量重合)以及提供校正脉冲。另外,还可以通过视觉观察设备检测空间物体。穿过载人航天器纵轴的平面上观察装置的视场不小于90度。其边界之一与其纵轴重合;不小于5度在垂直平面上。如果未观察到空间物体,则将载人航天器绕其纵轴扭曲,直到观察到空间物体为止;然后,提供校正信号,以确保载人航天器在几圈转弯后以及在降落到地面之前提供减速脉冲之后,航天器和载人航天器的安全自主飞行。提供校正脉冲的方向由相对于轨道速度矢量的方向在空间物体上的瞄准角的大小确定。如果该角度小于90度。 ,将校正脉冲提供给与轨道速度矢量相反的方向,并且如果该角度超过90度。 ,在轨道速度矢量的方向上提供校正脉冲。效果:自给自足并安全地将载人航天器从空间物体上撤出。 6载重吨

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