1·A new type uf involute gear is Presented.
提出了一种新型渐开线齿轮。
2·At last, the result of the involute gear driving design is described.
最后给出了渐开线齿轮传动设计的计算结果实例。
3·This paper advanced a practical and succinct formula for tooth number choice of involute gear.
从等强度概念出发，推出一个据以选取渐开线齿轮齿数的简单、实用公式。
4·The performance comparative tests are done within involute gear and gear with meshed medium belt.
在试验台上进行了带式啮合介质齿轮与渐开线齿轮减速器整机啮合性能对比试验。
5·Method is introduced to design involute gear and cycloid gear with 2d CAD software and graphic method.
介绍用二维CAD软件作图法设计渐开线齿轮、摆线齿轮的方法。
6·On the base of principle of involute gear and its property, the formation of tooth surface are introduced.
根据渐开线齿轮的原理和渐开线的基本性质，介绍渐开线齿轮齿廓的形成。
7·The finger milling-cutter templet of involute gear is the assistant tool mostly to machining big module gear.
齿轮指形铣刀样板是加工大模数齿轮的主要辅助工具。
8·To model involute gears accurately, a formula for calculating the involute curve of gear profile is presented.
为解决渐开线齿轮的精确造型问题，提出了齿廓渐开线曲线的计算公式。
9·A thorough study for the mechanism of the involute gear lapping with dynamic force was made in theory and test.
对渐开线齿轮动态力研齿机理进行了理论分析和实验研究。
10·In this paper, an approximate method of using three tangent arcs to substitute the involute gear profile curve is put forward.
提出用圆弧来代替渐开线齿形的近似方法，实现了渐开线齿轮三维实体造型的直接编程生成技术。