公开(公告)号：US4406430A

公开(公告)日：1983-09-27

申请号：US217814

申请日：1980-12-18

申请人： Rudolf Krammer ,  Dietmar Stutzle ,  Harald Wich

发明人： Rudolf Krammer ,  Dietmar Stutzle ,  Harald Wich

IPC分类号： F41G7/26

CPC分类号： F41G7/26

摘要： An optical remote control arrangement for a projectile, having provided for the guidance of the projectile from a firing base to a target, a sighting arrangement adapted for the sighting of the target along a sighting line. At least one light source is located at the firing base which emits a lamellar-shaped or finned light beam which upon traversing through at least one deflecting device periodically passes over a region containing the sighting line, wherein the light beam is directionally-dependently modulatable and detectable by at least one detector acting upon a demodulator and arranged on the projectile, by means of which control signals are generatable which act on the control devices of the projectile so as to exert an influence over the trajectory of the projectile. The optical remote control arrangement for a projectile has the light source (Laser) connected ahead of a modulator (MOD) sequentially generating pulse sequences of different pulse frequencies within a control period, and which controls the deflection device (ABL) as well as exciting the light source (Laser) for the emission of pusle frequency-modulated beams, through the detector (DT) of the demodulator (DEM) arranged in a projectile (G), consisting of a frequency measuring arrangement (FM), a programmable storage circuit (PROM) connected through the output thereof, and having connected therewith a decoder (DEC) which is associated with the control arrangement (STV).

摘要翻译： 一种用于射弹的光学遥控装置，其用于将射弹从射击基座引导到目标，瞄准装置适于沿着瞄准线瞄准目标。 至少一个光源位于击发基部处，其发射层状或翅片光束，其在穿过至少一个偏转装置时周期性地越过包含瞄准线的区域，其中光束是方向上可调节的， 可由至少一个检测器检测到，该探测器作用在解调器上并布置在射弹上，借助于这些探测器可以发挥作用于射弹的控制装置的控制信号，从而对射弹的轨迹产生影响。 用于射弹的光学遥控装置具有在调制器（MOD）之前连接的光源（Laser），其在控制周期内顺序地产生不同脉冲频率的脉冲序列，并且控制偏转装置（ABL）以及激励 通过布置在射弹（G）中的解调器（DEM）的检测器（DT），用于通过频率测量装置（FM），可编程存储电路（FM） PROM），并且与其连接有与控制装置（STV）相关联的解码器（DEC）。