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首页> 外国专利> METHOD OF THE CELESTIAL SPHERE SPACE SURVEILLANCE SYSTEM FOR APPROACHING FROM THE SUN CELESTIAL BODIES DETECTION AND THREATENING COLLISION WITH THE EARTH

METHOD OF THE CELESTIAL SPHERE SPACE SURVEILLANCE SYSTEM FOR APPROACHING FROM THE SUN CELESTIAL BODIES DETECTION AND THREATENING COLLISION WITH THE EARTH

机译：太阳球体探测和威胁与地球碰撞的球面空间监视系统方法

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FIELD: astronautics.;SUBSTANCE: invention relates to the satellite systems for the Solar system celestial bodies detection, observation and monitoring, threatening collision with the Earth. Method comprises placing two spacecrafts with telescopes T1 (SC T1) and T2 (SC T2) on the Earth's orbit (2) around the Sun (1). Both SC are rotated at a constant angular velocity around their longitudinal axes, for example, around the line connecting T1 and T2. Telescopes fields of view describe conical surfaces. With the celestial body (3) detection in the telescope field of view (for example, SC T2), the of the two spacecrafts rotation is terminated, transferring the SC T2 into the tracking mode, and the radiation receivers is into the signal recording mode, constantly directing the T2 telescope field of view on the body (3). Orienting the second SC T1 telescope T1 field of view to the first SC T2 and deploying in the plane T1-(3)-T2 until the body (3) appearance in the telescope T1 field of view. Tracking the celestial body (3) by both telescopes, performing measurements to determine its orbit parameters.;EFFECT: reduction in the SC formation and increase in the system operation speed.;4 cl, 3 dwg, 3 tbl
机译：技术领域本发明涉及用于太阳系天体的检测，观察和监视，威胁与地球碰撞的卫星系统。方法包括放置两个带有望远镜T 1 （SC T 1 ）和T 2 （SC T 2 ）的航天器在围绕太阳（1）的地球轨道（2）上。两个SC均绕其纵轴以恒定的角速度旋转，例如围绕连接T 1 和T 2 的线旋转。望远镜的视场描述锥形表面。利用望远镜视场中的天体（3）检测（例如，SC T 2 ），两个航天器的旋转终止，转移SC T 2 进入跟踪模式，辐射接收器进入信号记录模式，不断将T 2 望远镜的视场对准人体（3）。将第二个SC T 1 望远镜T 1 视场对准第一个SC T 2 ，并在平面T 1 < / Sub>-（3）-T 2 ，直到主体（3）出现在望远镜T 1 视场中。用两台望远镜跟踪天体（3），进行测量以确定其轨道参数。效果：减少SC的形成并提高系统运行速度。; 4 cl，3 dwg，3 tbl

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