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Workspaces solution for open-chain joints articulated manipulator through multi-micro-electromotor driven

机译:通过多微电动机驱动的开锁接头的工作空间解决方案铰接式机械手

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The article introduces a novel open-chain joints articulated manipulator through multi-micro-electromotor driven used in welding small pipes and containers or inspecting their weld quality of the inner wall. A practical simulation means has been explored and applied for the serial-chain joints articulated manipulators. Based on the structural characteristics analysis of the articulated manipulator, its link mechanisms had been designed and constructed. The parameters had been made sure of the link mechanisms constructions and reference frames as well as. The D-H transforming Matrixes functions ([1]) about the manipulator link mechanisms were produced for the serial-chain joints; articulated manipulator, then its kinematics analysis and solution had been obtained forward. The rationality of,the serial-chain joints articulated manipulator structure design has been then verified by its workspace. simulated researches, through programming and computation on MATLAB programming software, and characterized by compact structure, small volume, lightly weights and flexibility.
机译:本文通过用于焊接小管和容器的多微型电动机驱动或检查内壁的焊接质量,介绍一种新型开放式接头铰接式机械手。已经探索了实际模拟装置,并施加了串联链接头铰接式操纵器。基于铰接式操纵器的结构特征分析,设计和构造了其连杆机构。参数已经确定了链路机制结构和参考帧以及参考帧。关于操纵器连杆机构的D-H变换矩阵函数([1])为串联链条产生;铰接式的操纵器,然后是其运动学分析和解决方案已经前进。随后通过其工作空间验证了串联链接头铰接式操纵器结构设计的合理性。模拟研究,通过对MATLAB编程软件的编程和计算,并具有紧凑的结构,体积小,重量轻,灵活性。

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