研究了活齿传动齿形综合正解的问题及与此相关的活齿相对运动规律。
The problem of direct solution to tooth-profile synthesis for sliding-teeth transmission and law of relative movement of sliding-teeth are studied in this paper.
本文研究摆线钢球减速器关键技术之一，无侧隙啮合副共轭齿形综合问题。
The paper researches one of the key techniques of the cycloid steel ball reducer, that is the synthesis of conjugate waves shapes for no gear clearance engagement pair.
应用它的等效机构进行齿形综合，推导出中心轮齿廓的原始齿形、理论齿形和实际齿形方程序。
Applying this equivalent mechanism to make tooth-shape syn - thesis, the original, theoretic, and practical tooth shape equation is derived.
在定量分析了两者对齿轮精度的综合影响之后，运用反补偿法预先修正齿形凹模，并进行了齿模电极的设计。
Quantitatively analyzing the effect of two to the profile of tooth, the inversing compensation method is then put forward to modify the die cavity and the electrode is designed.
在定量分析了两者对齿轮精度的综合影响之后，运用反补偿法预先修正齿形凹模，并进行了齿模电极的设计。
Quantitatively analyzing the effect of two to the profile of tooth, the inversing compensation method is then put forward to modify the die cavity and the electrode is designed.
应用推荐