1.
Swing Movable Tooth Drive Mechanism with Double External(Double Internal) Tooth Profile
双外齿廓(双内齿廓)摆动活齿传动机构
2.
Design of Swing Movable Teeth Transmission and Study on Two Teeth Difference Movable Teeth Transmission;
摆动活齿传动的设计与二齿差活齿传动的研究
3.
The Research of Dynamic Characteristics and Experiment for Swing Movable Teeth Reducer;
摆动活齿减速器的动特性及实验研究
4.
The Virtual Design and Motion Simulation of Movable Swing Teeth Reducer
摆动活齿减速器虚拟设计与运动仿真
5.
Vibration and Dynamic Optimize Design Reserach of Swing Movable Teeth Drive Machine;
摆动活齿传动机构振动与动态优化设计研究
6.
The Research of Vibration and Fuzzy Reliability Design for Swing Movable Teeth Transmission;
摆动活齿传动的振动及模糊可靠性设计的研究
7.
In this paper, a new model and method are presented to calculate the Overlap ration of oscillator drives.
建立了摆动活齿传动重合度计算的啮合状态几何模型,提出了摆动活齿传动重合度的计算方法。
8.
Study on the Driving Theory,Manufacture and Measure of Swing Movable Teeth Reducer;
摆动活齿减速器传动理论、制造及检测研究
9.
Study and Design on Swing Movable Teeth Reducer Which is Used in Rocket Launch Pad;
火箭发射平台用摆动活齿减速器研究与设计
10.
Dynamic optimization design on the swinging movable teeth transmission mechanism based on vibration theory
基于振动理论的摆动活齿传动机构动态优化设计
11.
The effect of the structure parameter error on overlap ration of oscillator drives is also given.
对丰富摆动活齿传动理论的实际应用具有积极意义。
12.
Hopfield Neural Network based on Swinging Movable Teeth Reducer Fuzzy Robust Optimization Design
基于Hopfield神经网络摆动活齿减速器模糊稳健优化设计
13.
There is less oil film thickness in the area of starting and ending engages of the movable teeth,then the binding and abrading failure is apt to occur in this field.
摆动活齿传动低副等效机构的机构参数对油膜厚度分布和最小油膜厚度都存在不同程度的影响。
14.
Study on Optimisium and Modeling Simulation of Swing-Rod Movable Gear;
摆杆活齿传动的优化设计及建模仿真研究
15.
reciprocating power-driven tine harrow
动力驱动摆动式钉齿耙
16.
cycloidal gear reducing motor
摆线齿轮减速电动机
17.
A gear sector is meshed with the worm gear; rotation of the worm gear causes the gear sector to rotate.
蜗杆齿带动齿扇转动,齿扇与蜗杆齿啮合,这使的与齿扇相连接的转向摇臂左右摆动。
18.
Choices of inner gear profile curve of rolling gear drive;
波式滚动活齿传动内齿轮齿廓曲线的选择