The invention belongs to the technical field of helicopter cockpit man-machine ergonomics design, and discloses a helicopter cockpit evaluation method based on a pilot physical dummy, which comprises the following steps of: verifying accessibility evaluation of a helicopter cockpit and equipment in the cockpit by using a small physical dummy and a large physical dummy; and verifying each activity space assessment of the helicopter cockpit by using a large physical dummy, and finally recording an assessment conclusion. According to the method, the standardized physical dummy is used for verifying the assessment of various spaces and equipment of the helicopter cockpit, the assessment period is short, the efficiency is high, and the rationality and objectivity of assessment can be effectively ensured; the method can be used for evaluating the manipulation accessibility and the internal space reasonability of different helicopter cockpit configurations such as single driving, parallel double driving and serial double driving, a verification basis is provided for helicopter model design according to an evaluation conclusion of a pilot physical dummy, the iteration time is shortened, and the design efficiency and accuracy are improved.
本发明属于直升机驾驶舱人机工效设计技术领域,公开了一种基于飞行员物理假人的直升机驾驶舱评估方法,包括使用小物理假人和大物理假人,使用小物理假人来验证直升机驾驶舱和驾驶舱内设备的可达性评估,使用大物理假人来验证直升机驾驶舱的各项活动空间评估,最后记录评估结论。本发明使用了标准化的物理假人来验证直升机驾驶舱的各项空间、设备的评估,评估周期短,效率高,并能有效保证了评估的合理性和客观性,可用来评估单驾驶、并列双驾驶、串列双驾驶等不同直升机驾驶舱构型的操纵可达性和内部空间合理性,依据飞行员物理假人的评估结论为直升机型号设计提供验证基础,减少迭代时间,提升设计效率和准确性。
Helicopter cockpit evaluation method based on pilot physical dummy and physical dummy
基于飞行员物理假人的直升机驾驶舱评估方法和物理假人
2023-02-28
Patent
Electronic Resource
Chinese
Automotive engineering | 2010
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