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为了充分发挥“三位一体”自行高炮的独立作战能力,迅速投入战斗,要求综合体能够在行进间射击。但在行进间由于车体姿态的不断变化,造成雷达波束偏离而丢失目标,必须保持瞄准线的稳定。本文主要分析“炮盘”雷达天线座传动系统如何配置差动轮系,达到多支路转角的代数相加,最终实现瞄准线的稳定。
In order to give full play to the independent combat capability of the “Trinity” self-propelled anti-aircraft guns, they quickly put into combat and required the complex to shoot during the move. However, due to the changing posture of the body during the flight, the radar beam is deviated and the target is lost, and the stability of the line of sight must be maintained. This article mainly analyzes how to configure the differential wheel train of the “gun dish” radar antenna base transmission system to achieve the algebraic summation of the multi-leg turn angles so as to finally achieve the stability of the aiming line.