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自动驾驶仪本发明关系到空中飞机火力控制系统,特别是空中自动飞机控制和火力控制系统。这种系统能使飞机以最短的路线截击高速飞行的目标,并自动地射击摧毁该目标,此系统通过计算器装置,综合从目标跟踪装置、飞机参数计算装置、自动驾驶仪和机电换能器所获得的数据。然后,把控制信号传送到转动飞机操纵面的装置,使飞机以某一个姿态接近目标井自动射击将目标摧毁。
Autopilot The present invention relates to airborne fire control systems, and more particularly to airborne automatic aircraft control and fire control systems. This system enables the aircraft to intercept the target of high-speed flight with the shortest route and automatically shoot and destroy the target. The system integrates the target tracking device, the aircraft parameter calculation device, the autopilot and the electromechanical transducer The data obtained. Then, the control signal is transmitted to the device that rotates the control surface of the aircraft, causing the aircraft to automatically shoot at a certain attitude close to the target well to destroy the target.