1.
The fast-idle cam position is controlled by an arm on the choke shaft.
快怠速凸轮的位置是由阻风门轴上的杆臂控制的。
2.
drive idler gear
空转传动齿轮，怠速齿轮
3.
Quick Design of Disc Cam by Applying a Modern Design Method
现代设计方法在盘形凸轮快速设计中的应用
4.
Application of CMM on Quick Measurement of Cams
三坐标测量机在凸轮快速测量中的应用
5.
self-locking differential with side ring and radial cam plate
凸轮滑滑块自锁差速器
6.
In the paper is described on design principle of tool for quick measurement of camshaft key seat Symmetry.
本文介绍了195凸轮轴键槽对称度快速检具的设计原理。
7.
cam shaft and governor drive gear wheels
凸轮轴和调速器传动机构齿轮
8.
THE ANALYSIS AND DESIGN OF YOKE-CAM-ACTIVATED DOBBY SHEDDING MECHANISM
等径凸轮式高速多臂机的分析与设计
9.
The Design and manufacture of Axial Sliders Cam Differential;
轴向滑块凸轮式差速器的设计与加工
10.
Study on Cam Box Mechanism of LL680 Rapier Loom in High-speed Condition
LL680剑杆织机凸轮箱高速化研究
11.
Using ADAMS to Study the Axial Slide Cam Type Differential's Simulation
基于ADAMS的轴向滑块凸轮式差速器仿真
12.
High Speed Grinding with CBN Grit Wheel for Camshaft Manufacturing of Engine
发动机曲轴凸轮轴CBN高速磨削加工
13.
Cam mechanism with variable inputting speed, its driving force will change along with the profile of cam, thus make the design of cam mechanism becomes a difficult problem.
变速输入的凸轮机构，驱动力随凸轮廓线而变化，使得凸轮机构的设计成为一个难题。
14.
The ratio of the crankshaft to the revolutions of the camshaft is 2∶1.
曲轴的转速与凸轮轴的转速之比是2∶1。
15.
A Semi-Analytical Method for Solving Velocity and Acceleration of Disc Cam Methanisims
求盘形凸轮机构速度及加速度的半解析法
16.
A Fast Algorithm for One Dimensional Optimization Problems of Convex Functions
一维凸函数优化的一个快速的新算法
17.
A Quick Algorithm and Programming to Determine Convex Hull for Planar Scattered Point Set in GIS
GIS中散乱点集凸包的快速算法及编程
18.
overhead cam shaft
上凸轮轴上部凸轮轴