1·Design method of this CAM profile is shown in this paper.
给出了型线的设计方法。
2·The parametrical 3-D model is built and the output cam profile is drawn.
建立了参数化的三维模型，并用反转法绘制了摆动输出凸轮的轮廓曲线。
3·The diagram shows a typical CAM profile against an X-Y cartesian coordinate system.
上图表现的是典型的凸轮剖面与X - Y坐标的关系。
4·The important basis on design improvement for cam profile, rocker form and valve train have been provided.
为凸轮型线、摇臂形状和整个配气机构的设计改进提供了重要依据。
5·The cam profile equation is derived in this paper. It is proved to be true for sheet fed offset presses practically.
通过对某型号胶印机的递纸机构进行运动分析，验证了所建立数学模型的正确性。
6·Cam Profile - Combined - Cycloidal curve used for high speed Automobile Engine intake and exhaust valves is proposed.
本文提出一种高速车用柴油机配气凸轮的型线——复合摆线凸轮轮廓。
7·Then the process for computing the radius of curvature of planar cam profile is introduced by means of CAD animation.
进一步讨论了采用CAD动画的方法，高速高精度地计算凸轮廓线曲率半径的过程。
8·This paper introduce the design method and use the design programme wrote on VB language to design valve CAM profile.
本文介绍了高次方凸轮的设计方法并利用VB语言编制的程序设计了凸轮型线，介绍了幂指数的选取对凸轮特性的影响。
9·The characteristics of electronic unit pump(EUP) fuel injection system were studied when matching tangent cam profile.
研究了电控单体泵燃油系统特性在匹配切线凸轮型线下的燃油特性。
10·This paper attempts to conduct the design process of MFB2 type valve CAM profile and puts forth its optimization method.
本文推导了MFB2型凸轮的设计过程并介绍了其优化设计方法。