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Amenity modeling and optimal design of helicopter cockpit steering apparatus

机译:直升机驾驶舱操纵装置的舒适性建模和优化设计

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Contrapose the problem of helicopter cockpit steering apparatus comfort, a 5 degrees freedom man upper arm movement model is established. Considering the influence of biostatics for pilot subjective comfort, the RULA method is introduced to the establishment of upper arm introduce model. Adopting China helicopter pilot anthropometric data, contrasting the result of CATIA system emulator, the rationality and practicability of the model is validated. Using collective pitch control layout design as example, the corresponding apparatus comfort curve and parameter are acquired. The results can provide effective reference for helicopter cockpit steering apparatus design.
机译:针对直升机驾驶舱操纵装置舒适性的问题,建立了一个5自由度人上臂运动模型。考虑到生物抑制剂对飞行员主观舒适度的影响,将RULA方法引入上臂引入模型的建立。采用中国直升机飞行员人体测量数据,对比CATIA系统仿真结果,验证了该模型的合理性和实用性。以集中俯仰控制布局设计为例,获取相应的设备舒适度曲线和参数。研究结果可为直升机驾驶舱转向装置的设计提供有效参考。

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