数字化瞄准具的独立射击诸元求解

SOLUTIONS FOR THE FIRING-EQUATION IN A DIGITAL COLLIMATOR WORKING IN INDEPENDENT MODE

针对独立工作方式下火控射击诸元的求解问题 ,提出了一种基于数字化瞄准具的陀螺仿真方法。由火炮角度传感器和瞄准视窗中光环位置获得目标的角度信息 ,再根据事先装定的开火距离 ,即可实时解算出射击诸元。该方法便于软件实现 ,可以有效改善射击精度 ,已被应用于某型高炮武器系统中。

Based on digital collimator working in independent mode, a gyroscope simulation method is presented to solve the firing equation. The firing equations are worked out with the distance given in advance, relevant angular information acquired from both the angle sensor on artillery and object circle coordinates in the collimator window. Above mentioned method is conveniently realized by the software and the shooting precision can be effectively improved. The method has been applied in an artillery weapon system. Test results in the proving ground are given.