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Development of Flexible Displacement Sensor Using Ultrasonic Sensor for Flexible Pneumatic Robot Arm

机译:利用超声波传感器的柔性气动机器人手臂柔性位移传感器的开发

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In our previous study, the flexible robot arm using the flexible pneumatic cylinders for human wrist rehabilitation was proposed and tested. The low-cost bilateral control system using two embedded controller and tested robot arm was also proposed and tested. In this paper, to miniaturize the displacement measuring system and reduce its cost, the flexible and compact displacement sensor using the ultrasonic sensor is proposed. The measuring characteristics of the tested sensor are investigated. As a result, the flexible displacement sensor with the resolution of about 0.1mm and the measuring sampling period of about 4ms could be realized.
机译:在我们之前的研究中,提出并测试了使用柔性气压缸进行人手腕康复的柔性机器人手臂。还提出并测试了使用两个嵌入式控制器和经过测试的机器人手臂的低成本双边控制系统。为了使位移测量系统小型化并降低其成本,提出了一种使用超声波传感器的灵活紧凑的位移传感器。研究了被测传感器的测量特性。结果,可以实现具有约0.1mm的分辨率和约4ms的测量采样周期的柔性位移传感器。

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