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A method for estimation of operational torque with utilizing a hysteresis model

机译:利用磁滞模型估算工作转矩的方法

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Along with the population aging, human interactive robots are expected to be introduced in our daily lives especially in developed countries. For such robots, bilateral control is widely researched as a technique for transmission of both position and force information. Reaction force/torque observer (RFOB/RTOB) is often utilized in bilateral control system to estimate reaction force/torque from objects. It achieves a sensorless control system. However, it requires accurate estimation of operational force/torque for precise approximation of reaction force/torque. This paper proposes a method for estimation of operational torque. In this method, a hysteresis model is utilized to reduce vibration which occurs when the velocity shakes at low velocity. The validity of the proposed method is confirmed by experimental results.
机译:随着人口的老龄化,人类交互机器人有望被引入我们的日常生活中,特别是在发达国家。对于这样的机器人,广泛地研究了双边控制作为用于传送位置和力信息的技术。反作用力/扭矩观测器(RFOB / RTOB)通常用于双边控制系统中,以根据物体估算反作用力/扭矩。它实现了无传感器控制系统。但是,它需要精确估算操作力/扭矩才能精确估算反作用力/扭矩。本文提出了一种估计工作转矩的方法。在这种方法中,利用磁滞模型来减少在低速振动时发生的振动。实验结果证实了该方法的有效性。

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