Development of simultaneous measurement system of incipient slip and grip/load force

M. Tada, M. Imai, Tsukasa Ogasawara
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引用次数: 7

Abstract

This paper presents a simultaneous measurement system of incipient slip, which is considered to have explicit relation with force control, and grip/load force while grasping objects. The system composed of a translucent acrylic plate sustained by a 6-axis force-torque sensor, and a monocular camera inside the acrylic plate to observe the contact region. We realize the measurement of incipient slip by tracking dot patterns drawn on finger tip of the subjects. Measured data while subjects are lifting the device with their thumb and index finger, against proportionally increasing force are also presented. The experimental results suggest that the mean slip has analogous profile even though the frictional condition differs. The results of this research are useful not only when clarifying mechanism of force control, but designing control criteria for dexterous manipulation using robot hand covered with elastic tactile sensors.
初滑力与握持载荷力同步测量系统的研制
提出了一种初始滑移的同步测量系统,该系统考虑了初始滑移与力控制和抓取物体时的抓持力/载荷力之间的显式关系。该系统由6轴力-扭矩传感器支撑的半透明亚克力板和亚克力板内部的单目摄像头组成,用于观察接触区域。我们通过跟踪在被试指尖绘制的点图形来实现对早期滑移的测量。当受试者用拇指和食指举起设备时,测量数据也会被呈现出来。实验结果表明,在不同的摩擦条件下,平均滑移具有相似的分布。研究结果不仅有助于阐明力的控制机理,而且有助于设计带弹性触觉传感器的机械臂灵巧操作的控制准则。
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