Simulation and Study on 5-DOF Parallel Mechanism

Y. Qiu, Zhi Wei, Weimin Li, Li Sun
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Abstract

This paper proposes the method of 3D modeling and simulation of five-degree of freedom (5-DOF) parallel mechanism. 3D design by UG and module of mechanism testing platform are presented based on mechanism configuration. The 3D model of 5-DOF branched-chain is established and the parallel mechanism is assembled strictly by UG. Finding all translational parts one by one, the adjacent parts during motion are packaged into a whole transform statement in order to streamline procedures. The mechanism's translational motion simulation is realized while the corresponding parts make the rotation and translation movements. Result shows that mechanism's motion simulation under Internet can be observed and the solution validity is verified.
五自由度并联机构仿真与研究
提出了五自由度并联机构的三维建模与仿真方法。基于机构组态,提出了利用UG进行机构测试平台三维设计和模块设计。建立了五自由度支链的三维模型,并用UG对并联机构进行了严格装配。逐个查找所有的平移部分,将运动过程中相邻的部分打包成一个完整的变换语句,以简化程序。在相应部件进行旋转和平移运动的同时,实现了机构的平移运动仿真。结果表明,可以观察到机构在Internet下的运动仿真,验证了解的有效性。
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