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1)  Sine Groove Cone Cam
圆锥正弦槽凸轮
1.
Solid Modeling and Numerical Control Machining of Sine Groove Cone Cam Based on MasterCAM
基于MasterCAM的圆锥正弦槽凸轮实体造型与数控加工
2)  conical cam
圆锥凸轮
1.
Contour surface construction of conical cam mechanism with swinging conical roller follower;
圆锥滚子摆动从动件圆锥凸轮机构的廓面构建
2.
Parameterized modeling for entity of conical cam with oscillating follower;
摆动从动件圆锥凸轮实体参数化造型
3.
Only let the cone angle of the foller λ= 0°, then the equations and formulas in this paper can also be used to design the conical cam with translating cylindrical roller follower.
只要取滚子的锥角λ=0°,则文中所述方程和公式也完全可用于圆柱滚子直动从动圆锥凸轮的设计。
3)  sinusoidal cam
正弦函数凸轮
4)  conical cam profile
圆锥凸轮廓面
1.
On applying the theory of differential geometry, the research shows the procedure for determining the required cutter path for cutting conical cam profile using a NC milling machine based on the analytical profile expression of conical cam with oscillation conical roller follower or with a translating conical roller follow.
应用微分几何理论,以在3维空间所建立的圆锥滚子摆动从动件和直动从动件圆锥凸轮机构凸轮廓面的解析表达式为基础,对数控铣床加工圆锥凸轮廓面所需刀具轨迹方程的建立方法进行了研究,根据所采用的锥形刀尺寸等于或小于圆锥滚子尺寸的情况,推导出相应的刀具轨迹方程的解析表达式。
2.
On applying the theory of differential geometry,the research presented in this paper shows the procedure of determining the required cutter path for cutting conical cam profile by using a NC milling machine based on the analytical profile expression of conical cam with oscillation conical roller follower established in 3D space.
应用微分几何理论,以在三维空间所建立的圆锥滚子摆动从动件圆锥凸轮机构凸轮廓面的解析表达式为基础,对数控铣床加工圆锥凸轮廓面所需刀具轨迹方程的建立方法进行了研究,根据所采用的锥形刀尺寸等于或小于圆锥滚子尺寸的情况,推导出相应的刀具轨迹方程的解析表达式。
5)  conical cam mechanism
圆锥凸轮机构
1.
The conical cam mechanism with translating conical roller follower was analyzed and studied by the use of theoretical analysis on envelopes of curved surface family with single parameter, and the mathematical expression of conical cam profile was derived.
应用单参数曲面族包络面理论分析和研究了圆锥滚子直动从动件圆锥凸轮机构,导出了圆锥凸轮廓面的数学表达式。
6)  type P circular cone earn mechanism
P型圆锥凸轮机构
补充资料:圆锥
以直角三角形的一直角边所在直线为旋转轴,其余各边旋转一周而形成的几何体。旋转轴称为圆锥的轴,在轴上的此边的长度称为圆锥的高,垂直于轴的边旋转而成的圆面称为圆锥的底面,不垂直于轴的边旋转而成的曲面称为圆锥的侧面。无论旋转到什么位置,此边都称为圆锥的母线。底面半径为r,母线为l,高为h的圆锥的侧面积为s=πrl,体积为v=13πr2h。
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参考词条