A simplified whole-body haptic sensing system with multiple supporting points

Ryosuke Hanyu, T. Tsuji, S. Abe
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引用次数: 9

Abstract

The present paper proposes a whole-body haptic sensing system with multiple supporting points for a body and sensor mechanism. Using this mechanism, the position of a single contact point on the robot is calculated without any sensor array. The mechanism is composed of a cylindrical end-effector surrounding the body and multiple force sensor devices. An external force is transmitted to the sensor device through the end-effector and is measured by the sensor devices. The present paper describes a calculation method for the proposed system. First, the basic concept of the mechanism is introduced using a simple model. Next, some problems and solutions for a multiple supporting haptic mechanism are discussed.
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一种具有多个支撑点的简化全身触觉传感系统
本文提出了一种具有多个支撑点和传感器机构的全身触觉传感系统。利用该机构,无需任何传感器阵列即可计算机器人上单个接触点的位置。该机构由围绕主体的圆柱形末端执行器和多个力传感器装置组成。外力通过末端执行器传递给传感器装置,并由传感器装置测量。本文介绍了该系统的一种计算方法。首先,用一个简单的模型介绍了该机构的基本概念。其次,讨论了多支撑式触觉机制存在的问题及解决方法。
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