1) cam profile
凸轮廓形
1.
On the basis of analyzing the non-impact seal cam profile, CNC methods of cam profile are given.
在对封闭凸轮廓形的分析基础上研究了凸轮廓形的数控加工方法。
2) Cam profile shaping
凸轮轮廓成形
4) cam contour
凸轮轮廓
1.
Reverse seeking method on motion law of parallel indexing cam mechanism based on cam contour;
基于凸轮轮廓的平行分度凸轮机构运动规律的反求方法
2.
The machining quality of cam contour is a key fact to impact the operating property of a cam mechanism.
凸轮轮廓的加工质量是影响凸轮机构运行质量的关键因素。
3.
A general-utility cam contour CAD system is developed by taking advantage of C ~(++) Builder.
利用C++Bu ilder开发了具有通用性的凸轮轮廓CAD系统,该系统可灵活地调整凸轮设计精度,提供多种适应凸轮设计特点的从动件运动规律输入和设定方式,特别适用于凸轮从动件有复杂组合运动要求下的高精度凸轮轮廓设计。
5) Cam outline
凸轮轮廓
1.
In this paper it mainly states the equation on applying analytics to establish the cam outline curve and the cutting tool center orbit,thus we can work out the coordinate value and pressure angle from the every point of the cam outline line,we also can machine the cam outline on the numeral control machine tools and check the performance of the transmission force.
主要阐述用解析法建立凸轮轮廓曲线和刀具中心轨迹的数学方程式,准确地求出凸轮轮廓线上各点的坐标值和压力角,以实现在数控机床上加工凸轮轮廓并精确检验其传力性能。
2.
The cam outline date were calculated by C language programming and the calculation function warehouse of cam outline was constructed.
用Ｃ 语言编程计算凸轮轮廓数据并构造凸轮轮廓计算函数库。
3.
The proposed method provides an availability thought for 3D design of parameterized cam outline.
该方法通过改变设计参数,调整基准图形控制其特征形状,为凸轮轮廓参数化三维设计提供有效思路。
6) cam profile
凸轮轮廓
1.
The equation of designing cam profile is brought forward and the functional relation between cam profile error and cam follower parameter error is deduced in this article.
提出了设计凸轮轮廓的方程式,推导出凸轮廓形误差与从动件各运动参数误差之间的函数关系式,指出了合理选用凸轮机构参数可适当提高从动件的运动精度,为今后合理确定凸轮廓形精度提供了新的方法和依据。
2.
The main point by the way is how to calculate the radius of eurvative of planar cam profile.
另外,在平面凸轮机构的综合中,一般也要验算凸轮轮廓曲线的曲率半径。
补充资料：凸凸
1.高出貌。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条