1.
Analytical Solution for Determining Basic Size of Mechanism with Follower Cam Based on Allowed Pressure Angle;
按许用压力角确定推杆凸轮机构基本尺寸的完全解析法
2.
In this arrangement, the cam lobes push against round metal cylinders called cam follower.
在这种布置中，凸轮凸角推动凸轮挺杆。
3.
As the lobe of the cam comes up under the cam follower, it pushes the cam follower upward (away from the camshaft).
当凸轮的凸角在凸轮挺杆下出现时，它推动凸轮挺杆向上运动(离开凸轮轴)。
4.
Design of Cam and Link Pusher Based on MATLAB and Pro/E
基于MATLAB和Pro/E凸轮连杆推送机构设计
5.
Based on CAD Environment Graphic Method Design Translation Apex Throwout Lever Disk Cam
基于CAD环境下设计直动尖顶推杆盘形凸轮
6.
Dynamic Analysis of Disk Cam Mechanism with Multiple Backlash Pares and Rectilinear Translating Follower
多副间隙推杆从动件盘型凸轮机构动态分析
7.
Lubrication and Parameters of Cam
平底推杆盘形凸轮机构的润滑状态与参数
8.
Fundamental Dimensions of Disc Cams with Translating Roller Followers
直动滚子推杆盘形凸轮机构的基本尺寸
9.
A Method for Solving Minimal Dimension of the Disc Cam Mechanism with Translating Follower
求解直动推杆盘形凸轮最小尺寸的一种方法
10.
Design and analysis of a cam mechanism with straight moving follower based on VB
基于VB的直动推杆盘形凸轮机构的设计及分析
11.
"With this arrangement, the camshaft is directly below the valve lifter, and no push rods or rocker arms are necessary. "
"在这种装置中,凸轮轴直接装在气门挺杆下,并且不必有推杆或摇臂。"
12.
Analogize The Motion Curve of The Swinging Bar From The Swinging Push-bar PLate Cam Mechenism
从摆动推杆盘状凸轮机构模拟其摆杆的运动曲线
13.
The normalised fittings and nomogram of fundamental dimensions of disc cams with translating roller followers
直动滚子推杆盘形凸轮机构基本尺寸的诺模拟合及诺模图
14.
A Right Method for Determining the Minimum Size of a Disc Cam with a Translating Follower by Allowing Pressure Angle
按许用压力角确定直动推杆盘形凸轮机构最小尺寸的正确解法
15.
Research and Discussion on Concave-are Bottomed Translating Follower Disc Cam Mechanisms
关于正置式凹弧底直动推杆盘形凸轮机构的探讨
16.
Analysis and design of transformable cam-five-bar mechanism
可变杆长的凸轮—五杆机构分析与设计
17.
Push-rod engines typically run at slower speeds and, consequently, produce less horsepower than overhead-camshaft designs of equal size.
推杆发动机一般在低速运转，从而产生比相同大小的顶置凸轮轴较少功率。
18.
As the camshaft rotates, the lobe, or high spot of the cam, pushes against parts connected to the stem of the valve.
当凸轮轴旋转时，凸轮凸起的或者高点的位置，推动气门座。