cycloidal pin gear epicyclic transmission 摆线针轮行星传动
Epicyclic belt transmission 行星带传动
epicyclic gear transmission 行星齿轮传动
epicyclic train transmission 周转轮系变速器
A new method is proposed for analysing the meshing force exerted between the pin teeth and the cycloidal gear teeth in the course of the cycloidal pin gear epicyclic transmission.
提出了一种分析摆线针轮行星传动中针齿与摆线轮齿间啮合力的新方法。
The principle of transmission, basic structure, transmission ratio, meshing parameters and transmission efficiency of this kind of epicyclic transmission were discussed and analyzed in this paper.
在介绍行星带传动基本工作原理的基础上,建立了行星带传动结构参数优化设计方法,并对优化结果作了系统分析。
It is shown that the optimal method can effectively prompt the kinematic stability of epicyclic belt transmission, and may be the most effective means in designing epicyclic belt transmission.
设计结果表明,优化设计可显著地提高行星带传动的运动平稳性,是设计行星带传动的有效手段。
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