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METHOD OF DETECTION OF TRAJECTORY OF OBJECT AND RADAR STATION FOR ITS REALISATION

机译:用于实现目标的轨迹和雷达站的检测方法

摘要

FIELD: physics; measuring.;SUBSTANCE: inventions concern field of radiolocation and can be used for detection of trajectories of velocity objects by means of radar stations of all-around view. Technical effect because each survey of the given sector on an azimuth carry out at once after the termination of its previous survey for what after each survey of the given sector on an azimuth at which the solution on detection or on lack of detection of a trajectory of object is not accepted, gyrations of the antenna veer and carry out the following survey of the given sector on an azimuth and after survey of the given sector on an azimuth at which the solution on detection or on lack of detection of a trajectory of object is accepted, a direction of gyration of the antenna erect coinciding with set for the regular survey of a band of radar station view and prolong the regular survey of a band of radar station view.;EFFECT: cutting of time of detection of a trajectory of velocity and intensively maneuvering objects in the given sector on an azimuth and magnification of throughput radar station capacity of the all-around view.;2 cl, 5 dwg
机译:领域:物理学;测量:物质:发明涉及无线电定位领域,并可以通过全方位视野的雷达站用于检测速度物体的轨迹。之所以具有技术效果,是因为在上一次测量结束后,对给定扇区的每次测量都在上一次测量终止后立即执行,因为在对给定扇区的每次测量后,对某个方位进行了什么测量,在该位置上检测到或没有检测到轨迹的解物体不被接受时,天线转向并在方位上对给定扇区进行以下测量,并在方位上对给定扇区进行测量之后,对物体轨迹进行检测或不进行检测的解决方案为接受,天线的旋转方向与用于雷达台视图波段的常规测量的设置一致,并延长了雷达台视图波段的常规测量;效果:减少了速度轨迹的检测时间并在一定范围内对目标区域内的物体进行集中操纵并对其进行全方位操纵,并放大全方位视野的吞吐量雷达站容量。; 2 cl,5 dwg

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