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Improving a 3D-printed artificial anthropomorphic hand using the human hand model

机译:使用人手模型改进3D打印的人工拟人化手

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This paper presents a modified 3D-printed artificial hand and control methods for trajectory smoothing. The InMoov hand was enhanced by adding medial rotation to the thumb - allowing it to be opposable. Open loop control, was implemented on the hand to allow fast and smooth trajectory displacement. Cameras and proximity sensors were introduced to the InMoov model to enable the InMoov hand to identify objects of interest for future works. The open loop control was tested to verily the trajectory smoothing and the reduction of the overshoot.
机译:本文提出了一种经过改进的3D打印人工手和轨迹平滑控制方法。通过向拇指增加中间旋转来增强InMoov的手-使其可以相对。手动执行开环控制,以实现快速,平滑的轨迹位移。相机和接近传感器被引入到InMoov模型中,以使InMoov的手能够识别出感兴趣的物体,以供将来的工作之用。对开环控制进行了测试,以确实地实现轨迹平滑和减少过冲。

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