基于腕力传感器的机器人位置触觉

CONTACT POSITION SENSING FOR ROBOTS USING FORCE/TORQUE SENSORS

  • 摘要: 作为对常规位置触觉的一种替代,本文展示了在机器人手指尖的根部安装腕力传感器,并利用其测量数据来确定上述位置信息的方法.文中提出了一种带有重力效应补偿的数学模型,并对其解的唯一性和精度进行了论证和分析.最后,还给出了一个采用美国产LordFT335x腕力传感器作为位置触觉的实验结果.

     

    Abstract: As an alternative to the commonly used tactile based approach,we propose to use the measurement data supplied by a force/torque sensor mounted at the end of the fingertip to localize the contact.Considering the gravitational effects on the contacts,we first give a mathematical formulation of the localization of contact.Then we perform an error analysis and a uniqueness demonstration of the computed model.Finally,we give the experiment results obtained by using a Lord FT335x force/torque sensor for sensing contact positions.

     

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