1) spatial meshing theory
空间啮合原理
1.
Thus, taking the multi-axis machining error of the cylindrical roller globoidal as the subjective investigated, beginning with the construction and meshing feature, the globoidal cam profile equation was established with applying the spatial meshing theory and the rotation transformation matrix.
为此,本文以圆柱滚子弧面分度凸轮多轴加工误差为研究对象,从其结构特点、啮合特性入手,以空间啮合原理和旋转变换矩阵为工具推导了弧面分度凸轮廓面方程,在此基础上,探索范成法和单侧面法加工的工艺系统误差的影响规律,同时对范成法加工的编程误差进行了较深入研究。
3) Meshing Theory
啮合原理
1.
On the basis of the meshing theory,the article studies the globoidal cam profile and roller profile, analyses the quadrant s whereabout of the roller profile parameter β_f during the meshing of globoidal cam mechanism, and get the result, this is benefits to the study of profile equation, the pressure angle equation and the curvature of cam.
根据空间曲面啮合原理 ,对弧面凸轮工作曲面和滚子曲面这一对共轭曲面进行了研究 ,分析了弧面凸轮机构在啮合过程中从动滚子曲面参数 βf 所在的象限 ,并得出相应结果 ,有利于对凸轮的工作曲面、压力角及曲率等的研
2.
By using the gear meshing theory, the meshing motion of a roller oscillating tooth gear transmission mesh pair is studied.
作者应用齿轮啮合原理,对滚柱活齿传动啮合副的啮合运动进行了研究,建立了该类活齿传动各啮合副的啮合方程,采用可视化编程开发了滚柱活齿传动的动态演示系统。
4) engagement theory
啮合原理
1.
In this paper,the engagement theory of the end face harmonic gear drive of oscillating teeth is studied;and the normal solution procedure is given.
研究了活齿端面谐波齿轮的啮合原理,给出了一般的求解步骤;并在保证瞬时传动比恒定的条件下,推导出了波发生器与活齿后端啮合副的一种齿面方程。
6) gearing principle
啮合原理
1.
This paper discusses the gearing principle of the roller-gear cam reducer, deduces the equation of the gearing curved surface and some design calculation formulas.
论述了滚子齿式凸轮减速机构的啮合原理，导出了啮合曲面的方程及有关设计计算公式。
补充资料：齿轮双面啮合检查仪
见齿轮综合检查仪。
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