; N – number of aircrafts in group) angular rotation rate of sightlines “missile – i-th aircraft in the group” in vertical and horizontal planes, which are transmitted via “i-j”-th communication channels (i, , j≠i) to OBR of j-th aircrafts in group (, j≠i), in OBR of each i-th group aircraft comparison of estimated values for angular rotation rates of sightlines is carried out and with transmitted over communication channels estimated values of angular rotation rates of sightlines and (, j≠i), if in OBR on the i-th aircraft in the group at least one of conditions or relative to j-th (, j≠i) group aircrafts is fulfilled, then decision is taken on homing launched missile towards said i-th plane from the group in vertical or horizontal plane, correspondingly, that is “towards me”, if no condition and relative to j-th (, j≠i) aircrafts in the group is fulfilled, then the decision is taken on non-performance of the launched missile homing, both in vertical and horizontal planes towards the specified i-th aircraft in the group, that is “not towards me”.;EFFECT: achieved technical result – higher accuracy of recognition.;1 cl, 2 dwg"/> METHOD OF IDENTIFYING HOMING DIRECTION FOR LAUNCHED TOWARDS THE GROUP OF AIRCRAFTS MISSILE WITH RADAR HOMING HEAD
首页> 外国专利> METHOD OF IDENTIFYING HOMING DIRECTION FOR LAUNCHED TOWARDS THE GROUP OF AIRCRAFTS MISSILE WITH RADAR HOMING HEAD

METHOD OF IDENTIFYING HOMING DIRECTION FOR LAUNCHED TOWARDS THE GROUP OF AIRCRAFTS MISSILE WITH RADAR HOMING HEAD

机译:向带有雷达制导头的飞机导弹群发射的制导方向的识别方法

摘要

FIELD: radar ranging.;SUBSTANCE: invention relates to radar ranging and can be used for identification in on-board radar (OBR) direction of the missile homing launched in the front hemisphere towards aircraft group, provided that the missile is equipped with radar homing head (RHH). Method is used for measuring and estimating in OBR on each i-th aircraft from the group (; N – number of aircrafts in group) angular rotation rate of sightlines “missile – i-th aircraft in the group” in vertical and horizontal planes, which are transmitted via “i-j”-th communication channels (i, , j≠i) to OBR of j-th aircrafts in group (, j≠i), in OBR of each i-th group aircraft comparison of estimated values for angular rotation rates of sightlines is carried out and with transmitted over communication channels estimated values of angular rotation rates of sightlines and (, j≠i), if in OBR on the i-th aircraft in the group at least one of conditions or relative to j-th (, j≠i) group aircrafts is fulfilled, then decision is taken on homing launched missile towards said i-th plane from the group in vertical or horizontal plane, correspondingly, that is “towards me”, if no condition and relative to j-th (, j≠i) aircrafts in the group is fulfilled, then the decision is taken on non-performance of the launched missile homing, both in vertical and horizontal planes towards the specified i-th aircraft in the group, that is “not towards me”.;EFFECT: achieved technical result – higher accuracy of recognition.;1 cl, 2 dwg
机译:技术领域:雷达测距技术领域本发明涉及雷达测距,并且可以用于识别在前半球向飞机群发射的导弹寻的的车载雷达(OBR)方向,前提是该导弹配备了雷达寻的头(RHH)。该方法用于从组中的每第i架飞机上进行OBR测量和估算(<图像文件=“ 00000084.JPG” he =“ 9” imgContent =“ undefined” imgFormat =“ JPEG” wi =“ 27” /> ; N –组中的飞机数量)视线角速度“导弹–组中的第i飞机”的垂直旋转角和水平平面,这些平面通过“ ij”传输到第j架飞机的OBR的第th个通信通道(i,<图像文件=“ 00000087.JPG” he =“ 8” imgContent =“ undefined” imgFormat =“ JPEG” wi =“ 16” />,j≠i)在组中(,j≠i),在每个第i组飞机比较的OBR中视线角旋转速率的估计值的执行是<图像文件=“ 00000089.JPG” he =“ 7” imgContent =“ undefined” imgFormat =“ JPEG” wi =“ 8” />和<图像文件=“ 00000090 .JPG”,他=通过通讯信道传输的“ 7” imgContent =“ undefined” imgFormat =“ JPEG” wi =“ 9” />视线角旋转速率的估计值<图像文件=“ 00000091.JPG” he =“ 8” imgContent =“ undefined“ imgFormat =” JPEG“ wi =” 8“ />和<图像文件=” 00000092.JPG“ he =” 7“ imgContent =” undefined“ imgFormat =” JPEG“ wi =” 8“ />(<图像文件=“ 00000087.JPG” he =“ 8” imgContent =“未定义” imgFormat =“ JPEG” wi =“ 16” />,j≠i),如果在组中第i架飞机的OBR中条件(<图像文件=” 00000087.JPG“ he =” 8“ imgContent =” undefined“ imgFormat =” JPEG“ wi =” 16“ / >,j≠i)满足组合飞机的需求,然后做出决定,将发射的导弹从该组合在垂直或水平平面朝着第i个平面归零,如果没有条件,则“朝我” “ 00000095.JPG” he =“ 8” imgContent =“ undefined” imgFormat =“ JPEG” wi =“ 24” />和<图像文件=“ 00000096.JPG” he =“ 7” imgContent =“ undefined” imgFormat =“ JPEG” wi =“相对于第j架飞机的23“ />(<图像文件=” 00000084.JPG“ he =” 9“ imgContent =” undefined“ imgFormat =” JPEG“ wi =” 27“ />,j≠i)完成后,就决定是否在垂直和水平方向上朝着该组中指定的第i架飞机(即“不对我”)执行已发射的导弹寻的不执行任务;效果:取得的技术成果–更高的识别精度。; 1 cl,2 dwg

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