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根据齿轮的啮合原理及传动中各速度矢量之间的几何关系,在理论上推导出了准摆线行星齿轮传动的啮合线方程及滑动系数的计算公式,以计算实例揭示了啮合过程中滑动系数的变化规律,为正确设计准摆线行星齿轮传动提供了理论依据.
According to the principle of gear meshing and the geometric relationship between each speed vector in the transmission, the equations of the meshing line and the sliding coefficient of the quasi-cycloidal planetary gear drive are deduced in theory. The calculation example shows the sliding coefficient Which provides a theoretical basis for the correct design of quasi-cycloidal planetary gear drive.