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Flight control of flapping-wing robot with three paired direct-driven piezoelectric actuators

机译:带有三个配对直接驱动压电执行器的扑翼机器人的飞行控制

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To realize safe mobile sensing in spaces around people, a flapping-wing robot with a weight of 1.15 g, wingspan of 115 mm, and three paired actuators is designed and fabricated in this study. The paired-wing actuators enable the suppression of wing–body and wing–wing coupling vibrations, as well as enhance the lift force. A model-based design of a stable flight controller was considered, where the lift force was assumed to work at an acting point on spatio-temporal average. Furthermore, an adaptive control law was employed for parameters that could not be measured. The effectiveness of the proposed controller was demonstrated through flight experiments.
机译:为了在人们周围的空间内实现安全的移动感应,在本研究中设计和制造了一个重​​量为1.15克,翅膀的翅膀,翼展的扑翼机器人。配对翼致动器能够抑制翼形和翼翼耦合振动,以及增强提升力。考虑了一种基于模型的稳定飞行控制器的设计,其中推动力被认为是在时空平均水平的代理点工作。此外,采用自适应控制法用于无法测量的参数。通过飞行实验证明了所提出的控制器的有效性。

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