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Mechanical Design of an Anthropomorphic Hand for Shapeless Object Grasping

机译:异形物体抓握拟人化手的机械设计

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In this paper is presented the design of a mechanical hand, for tele-operation tasks, which counts with movements similar to those made by a human hand, due to its number of joints (22 DOF) and structure built from the wrist. The relative movements between knuckles and the relationships between its three flexible arcs provide a bigger work space and better behavior to grasp voluminous and shapeless bodies, making a difference of mechanical anthropomorphic hands presented in other mechanical designs based on the rigid palm.
机译:本文介绍了一种用于远程操作任务的机械手的设计,该机械手的关节数(22 DOF)和从腕部构造的结构,其动作类似于人手的动作。指关节之间的相对运动及其三个柔性弧之间的关系提供了更大的工作空间和更好的行为来抓握笨重且不变形的物体,从而使基于刚性手掌的其他机械设计中呈现出的机械拟人化手感有所不同。

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