一种新型二齿差行星传动机构的研究及应用

摘要

By the analysis for shaping principle and procedure of cycloid, the conception of equivalent kinetic point and kinetic point circle was put forward. Using this conception, the engaging and driving essence of cycloid with other curves was brought to light. thereby, a new planetary transmission mechanism was obtained. This paper studies the types of this mechanism. One of the applications of this mechanism—a new reducer, was developed.%通过对摆线形成原理及过程的深入分析，提 出了等效动点和动点圆的概念，并用其揭示了摆线齿廓、摆线与其它齿廓啮合传动的实质， 从而得到一种新型行星传动机构。文中对新机构进行了类型综合，并采用此机构，研制成功 一种性能优良的减速器。