planetary transmission

By means of sticking the electric-resistance strain pieces on the transverse of the planetary gear, we have done the dynamic test of contact tooth pair numbers of the involute planetary transmission with mi-nor tooth difference in which the internal gear is used as the output member.

我们采用在行星轮端面贴电阻应变片的办法对内齿轮为输出构件的渐开线少齿差行星传动进行了接触齿对数的动态实测。

A method based on chaos immune algorithm was proposed to solve slant-bent-axle few-tooth-deference planetary transmission optimization.

提出了一种基于混沌免疫算法的偏曲轴少齿差行星齿轮优化方法.

Computer-aided-engineering program for lockup clutch performance in planetary transmission

行星变速器中闭锁离合器性能计算机分析程序

The drive ratio formulas of all kinds of the cycloid steel ball planetary transmission are deduced respectively.

并分析推导出各种型式摆线钢球行星传动的传动比计算公式。

Hoisting Mechanism Speeding through Planetary Transmission Driven by Two Squirrel-cage Motors

双鼠笼型电动机驱动行星传动调速的起升机构

Selection of the Design Parameters on Planetary Transmission Using Internal Involute Gear Pair with Small Tooth Difference

渐开线少齿差传动设计参数的选择

By the kinematic and mechanical analysis for closed planetary transmission system, the expressions for the load-life of the components were developed based on the probabilistic design and reliability model for single-stage planetary gear train proposed by Savage.

通过对封闭行星齿轮传动系统进行运动学及力学分析，结合可靠性设计和Savage等提出的单级行星齿轮传动的可靠度模型，建立了以输入构件转速和转矩为变量的构件负载与寿命关系表达式；

Application of NN Form Small Tooth Number Difference Planetary Transmission

NN型少齿差行星传动的应用

The construction principle and driving principle of cycloid steel ball planetary transmission are analyzed.

研究了端面啮合摆线钢球行星传动的组成结构和传动原理,计算了该传动的传动比.

Study on Internal Gear Structure Steady-state Responses of Herringbone Gear Planetary Transmission

人字行星传动内齿圈结构稳态响应分析船体结构对水下冲击波动态响应的数值研究

The time domain response of transmission system is obtained through example; the influence of input speed, system stiffness and gear error to dynamic load-sharing behavior is analyzed, the software is developed to analyze dynamic load sharing behavior of planetary transmission system.

通过求解实例，得到传动系统时域响应；分析了输入转速、系统刚度和齿轮误差对动力学均载系数的影响；开发了行星传动系统动力学均载特性分析软件。

The conic cycloidal gear planetary transmission is proposed as a new cycloidal gearing based on the theory that series of epicycloids are equidistant curves with radius of pins variable along its axis.

锥形摆线行星传动是依据普通摆线针轮行星传动的针齿半径改变时对应的系列变幅摆线互为等距线而提出的新型传动。

Decelerating machine planetary transmission structure the characteristics of high transmission efficiency, small volume and light weight.

减速机装置采用行星传动机构,具有减速比大、传动效率高 、 体积小、质量轻的特点.

Simulation design of planetary transmission gearbox based on VP

基于虚拟样机技术的行星变速器设计仿真

Change gear ratio range, in particular, using planetary transmission, the transmission ratio can be up to100~ 200 ( single stage), the growth rate for slow down or drive.

传动比变化范围大，特别是采用行星传动时，传动比可到100~200（单级），适用于减速或增速传动。

Dynamic Test of Contact Tooth Pair Numbers of the N Type Involute Planetary Transmission with Minor Tooth Difference

计算结果与实测结果符合较好。N型渐开线少齿差行星传动接触齿对数的动态实测