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Design and Simulation Analysis of a New-style Constant Velocity Universal Joint

机译:新型等速万向节的设计与仿真分析

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摘要

Investigations on the RPSPR mechanism have been carried out by using mathematical means,such as local Coordinate system,coordinate conversion,direction cosine matrix etc.A constant-velocity (CV) spatial RPSPR mechanism was presented under certain geometry.The preliminary design of this mechanism was conducted in Pro/E software environment.Furthermore,the kinematic simulation was performed in ADAMS software environment based on the obtained assembly model.The transmission characteristics thereof are discussed in light of the gained results providing a theoretical basis for the new-style joint development.
机译:利用局部坐标系,坐标转换,方向余弦矩阵等数学方法对RPSPR机构进行了研究。提出了在一定几何形状下的恒速(CV)空间RPSPR机构。在Pro / E软件环境下进行了运动学仿真。此外,基于所获得的装配模型,在ADAMS软件环境中进行了运动学仿真。根据获得的结果讨论了其传动特性,为新型联合开发提供了理论依据。 。

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