摘要
在飞机地面模拟试验环境下需要测试高升力系统襟翼扭力管旋转角度。由于扭力管属于系统试验件,在不改变试验环境构型的情况下不可截断或更换安装用于测试扭力管旋转角度的旋转编码器。本文利用同步轮法实现了在不破坏扭力管前提下安装旋转编码器测试扭力管旋转角度,方法简单、可靠,且容易实现,很好的满足了试验大纲要求。
In the airplane ground simulation test environment, it is necessary to test the rotation angle of the flap torque tube of the high-lift system. The test outline requires testing the torque tube rotation angle in the real flap control system and other conditions that can truly reflect the working environment of the aircraft. As the torque tube belongs to the system test piece, the rotary encoder used to test the rotation angle of the torque tube cannot be cut off or replaced without changing the configuration of the test environment. The synchronous wheel method is used to test the rotation angle of the torque tube by installing a rotary encoder without damaging the torsion tube. The method is simple, reliable and easy to implement, which well meets the requirements of the test program.
作者
唐曦文
TANG Xi-Wen(Shanghai Aircraft Design and Research Institute State Key Laboratory of Civil Aircraft Flight Simulation,Shanghai 201210)
出处
《航空精密制造技术》
2021年第1期38-40,共3页
Aviation Precision Manufacturing Technology
关键词
高升力系统
扭力管
旋转角度
旋转编码器
同步轮
high lift system
torque tube
rotation angle
rotary encoder
synchronous wheel