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Grinding Method and Error Analysis of Eccentric Shaft Parts

机译:偏心轴部件的研磨方法及误差分析

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RV reducer and various mechanical transmission parts are widely used in eccentric shaft parts, The demand of precision grinding technology for eccentric shaft parts now, In this paper, the model of X-C linkage relation of eccentric shaft grinding is studied; By inversion method, the contour curve of the wheel envelope is deduced, and the distance from the center of eccentric circle is constant. The simulation software of eccentric shaft grinding is developed, the correctness of the model is proved, the influence of the X-axis feed error, the C-axis feed error and the wheel radius error on the grinding process is analyzed, and the corresponding error calculation model is proposed. The simulation analysis is carried out to provide the basis for the contour error compensation.
机译:RV减速器和各种机械传动部件广泛用于偏心轴零件,对偏心轴部件的精密研磨技术的需求现在,研究了偏心轴研磨的X-C连锁关系模型;通过反转方法,推导出车轮包络的轮廓曲线,距离偏心圆的中心的距离是恒定的。开发了偏心轴研磨的仿真软件,分析了模型的正确性,分析了X轴进料误差,C轴进料误差和滚轮半径误差对研磨过程的影响,以及相应的误差提出了计算模型。进行仿真分析以提供轮廓误差补偿的基础。

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