首页> 外国专利> METHOD FOR OBSERVING BY SCANNING A CELESTIAL BODY AND FOR MEASURING AN ANGULAR VELOCITY OF A SPACE VEHICLE, OBSERVATION SYSTEM FOR ITS IMPLEMENTATION, AND SPACE VEHICLE COMPRISINGSAME

METHOD FOR OBSERVING BY SCANNING A CELESTIAL BODY AND FOR MEASURING AN ANGULAR VELOCITY OF A SPACE VEHICLE, OBSERVATION SYSTEM FOR ITS IMPLEMENTATION, AND SPACE VEHICLE COMPRISINGSAME

机译:扫描天体并测量空间角速度的方法,其实现的观测系统以及包括该结构的空间车辆

摘要

TITLE OF THE INVENTION.Method for observing by scanning a celestial body and formeasuring an angular velocity of a space vehicle,observation system for its implementation, and space vehiclecomprising it.ABSTRACT OF THE DISCLOSUREThere is proposed an observation method byscanning of a celestial body (T) from a space vehicle (S)comprising an observation system by scanning with referenceto a scanning axis. It is characterized in that one forms(16) successively two signals (A, B) corresponding to thescanning, in a given directional series, of a given band ofground (BT), one detects (17) in each of these signals acharacteristic transition (A1, B1) representative of a givencharacteristic point of this band of ground, one reads (18)the relative position of these transitions in these signals,and one determines (19) from any divergence between theserelative positions an angular velocity (.omega.) of the spacevehicle, taking into account the time interval separatingthe instants where each of these transitions has appeared inthe aforementioned signals...
机译:发明的标题。通过扫描天体进行观测的方法以及测量航天器的角速度,实施的观测系统以及航天器组成它。披露摘要提出了一种观察方法从太空飞行器(S)扫描天体(T)通过参考扫描包括观察系统到扫描轴。它的特点是一种形式(16)依次对应于两个信号(A,B)按给定的方向序列扫描给定的频段接地(BT),在每个信号中检测(17)代表给定的特征转换(A1,B1)该地带的特征点,一读(18)这些转换在这些信号中的相对位置,并且从这两者之间的任何差异确定(19)相对位置空间的角速度(ω)车辆,考虑到间隔时间这些过渡中的每一个出现的瞬间上述信号...

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