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Object detection by tactile sensing method employing force/torque information

机译:利用力/转矩信息的触觉检测方法进行物体检测

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An object shape detection system using a force/torque sensor and an insensitive probe is proposed. the development of a tactile sensing method is which makes it possible to estimate a contact position on the probe by measuring only contact force is presented. Though the probe itself is not sensitive, the method derives the contact position from force information measured by the sensor. The estimated values do not depend on either the magnitude or the direction of the force. The method can be with any probes of any shape and material. This method is applied to a manipulator system, and object shape detection experiments are conducted using two types of probes. Shapes of three-dimensional objects are successfully reproduced. The results confirm that the method enables the manipulator system to detect objects without precise control.
机译:提出了一种使用力/扭矩传感器和不灵敏探针的物体形状检测系统。触觉传感方法的发展使得可以通过仅测量接触力来估计探头上的接触位置。尽管探针本身并不敏感,但是该方法从传感器测得的力信息中得出接触位置。估计值不取决于力的大小或方向。该方法可以用于任何形状和材料的探针。该方法被应用于机械手系统,并且使用两种类型的探针进行物体形状检测实验。三维对象的形状已成功复制。结果证实该方法使机械手系统无需精确控制即可检测物体。

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