tooth gear

Establishment of theoretical equation for the tooth flank of non-involute gear-shaper cutter

非渐开线插齿刀齿侧面理论方程的建立

Deviation of Addendum Circle and Its Influence on Thickness Measurement of Gear-tooth

齿顶圆偏差对齿厚测量的影响及修正

Minimum Teeth of No-undercut Standard Gear with Arcuate Tooth Traces

标准圆弧齿线圆柱齿轮不发生根切的最少齿数

Fuzzy Reliability Design of Circular-Arc Tooth Gear Driving for Roller Mill

辊磨机圆弧齿轮传动的模糊可靠性设计

Research on Kinematics Analysis and Sliding Ratio Calculation of Cylinder Dual-Sine Oscillating Tooth Gear Reducer

圆柱双正弦活齿传动运动学分析及滑动率计算

For gear drive, lubricant film between tooth surfaces is important to protect them from failure.

在齿轮传动中, 齿面间润滑油膜的存在及其厚度对防止齿面失效具有重要意义.

The tooth root stress of cylindrical gear has been calculated and analyzed in detail, and compared with the result obtained by the load bearing capacity computing method of cylindrical gear ( GB3480 83).

对圆柱齿轮的齿根应力进行了大量的计算和详细的分析，并且与按国标渐开线圆柱齿轮承载能力计算方法（GB3480－83）计算的结果进行了对比。

Theoretical analysis of tooth strength of cycloid-gear reducer

摆线针轮减速器齿廓强度理论分析

The transmission part is an involute gear, and the working part can adopt different working faces, such as a cylinder excircle face, a circular arc tooth or an involutes tooth gear top cavetto.

传动部分是渐开线齿轮，工作部分可采用不同的工作面，如圆柱外圆面或圆弧形齿或渐开线齿轮齿顶修圆。

This paper introduces the developing of a cylindrical gear drive with dual convex-concave mesh& the bidirectional circular tooth gear drive.

本文开发研究了一种具有双重凸凹啮合的圆柱齿轮传动&双向圆弧齿轮传动。

Double circular arc spiral bevel gear is applied to heavy truck drive axle of the need for bearing capacity and dynamic characteristics of two aspects of research, its bearing capacity in the coal mine scraper conveyer reducer of circular arc tooth profile has been verified.

双圆弧弧齿锥齿轮应用到重卡驱动桥中需要对承载能力和动态特性两方面进行研究，其承载能力在煤矿刮板输送机圆弧齿廓减速器研究中已经得到了验证。

Bidirectional Circular Tooth Gear Drive

双向圆弧齿轮传动

Determining the optimum tooth number when measuring the base tangent length of an involute gear

渐开线齿轮公法线长度测量最佳跨测齿数的确定

If either the number of sun or ring gear is not multiple of planet gear, system will run effectively, with lower impaction of tooth mesh in and out.

行星轮与内齿圈齿数不为行星轮个数的整数被时，轮齿的啮入、啮出对系统的冲击小，系统的效率高。

A Calculation of Bulk Temperature and Thermal Deflection of Gear Tooth about Profile Modification

齿轮本体温度场和热变形修形计算