首页> 外国专利> METHOD FOR FORMING THE TEAM RUN PROTECTIVE ammunition and a device for its implementation, application forming apparatus start command ammunition GUARD AS: fuze, INTERVAL METER TIME GOAL CLEARANCE a defined distance and radar SPEED MEASUREMENT PURPOSE

METHOD FOR FORMING THE TEAM RUN PROTECTIVE ammunition and a device for its implementation, application forming apparatus start command ammunition GUARD AS: fuze, INTERVAL METER TIME GOAL CLEARANCE a defined distance and radar SPEED MEASUREMENT PURPOSE

机译:组队防护弹药的形成方法及其实现的装置,应用形成装置的启动命令弹药GUARD:引信,间隔时间,目标距离,规定距离和雷达速度测量目的

摘要

1. A method of forming a start command protective ammunition initially combined with a radar (RLS) and securable and shoots at a predetermined point in the estimated space for the meeting point after a certain time after firing with the aim of approaching to the object, comprising: determining when instruct at the start of the protective ammunition sets the top of occurrence and detection at a particular radar frequency difference signal, characterized in that the difference signal is a signal pilots at Fp = Fdo + A = 2Vofo / C + Vtz, where C - velocity of light, Vo - radial velocity of the protective ammunition, Fo - frequency emitted by a continuous signal with frequency modulation of a unilateral sawtooth linearly increasing law (NLCHM signal), V = Fmdfm - rate of change of the frequency signal NLCHM, a = Btz - part of the difference signal frequency occurring due to an artificial delay time td of the emitted signal NLCHM, Fm and dfm respectively the modulation frequency and the frequency deviation signal NLCHM, and in that the start command protective ammunition formed tol to at equality of duration of the second half of the first time intervals, the first of which is formed between the starts of the occurrence and detection radars respectively, the difference frequency signal Fp = (N + 4) Fp and Fp = NFp, wherein N number greater than 3, and the second, between principles of occurrence and detection, respectively, the difference frequency signal Fp = 3Fp and Fp = Fp, when the antenna to the radar and the target are respectively distances commensurate with: D = (Fp-a + Fi / 3) C / 2B, D = (Fp-a + Fi / 3) / 2B, D = (Fp-A + Fi / 3) / 2B, D = (Fp-A + Fi / 3) C / 2B, where Fi = 2Vifo / C - Doppler frequency of the target accurately approaching the radar antenna
机译:1.一种形成启动命令保护弹药的方法,该方法最初与雷达(RLS)结合使用,并且可安全发射,并在射击后经过一定时间后在估计空间中的预定点向集合点射击,目的是接近目标,包括:确定何时在所述保护弹药的开始时指示在特定雷达频率差信号处设置发生和检测的起点,其特征在于,所述差信号是在Fp = Fdo + A = 2Vofo / C + Vtz处的信号导频,其中C-光速,Vo-保护性弹药的径向速度,Fo-具有单边锯齿形线性递增定律的调频连续信号(NLCHM信号)发出的Fo频率,V = Fmdfm-频率信号的变化率NLCHM,a = Btz-由于发射信号NLCHM的人为延迟时间td而产生的差分信号频率的一部分,Fm和dfm分别是调制频率和fre频率偏差信号NLCHM,其中启动命令保护弹药在第一时间间隔的后半段的持续时间相等时形成,其第一个分别在发生雷达和检测雷达的启动之间形成,差频信号Fp =(N + 4)Fp和Fp = NFp,其中N数大于3,第二个分别是在发生和检测原理之间,当天线到达时,差频信号Fp = 3Fp和Fp = Fp雷达和目标的距离分别对应于:D =(Fp-a + Fi / 3)C / 2B,D =(Fp-a + Fi / 3)/ 2B,D =(Fp-A + Fi / 3 )/ 2B,D =(Fp-A + Fi / 3)C / 2B,其中Fi = 2Vifo / C-目标精确接近雷达天线的多普勒频率

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