spherical cam

Studies on a new type of spherical envelope worm indexing cam mechanism

新型球面包络蜗杆分度凸轮机构的研究

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Cam profile raceway and indexing plate ball seat were modified based on spherical envelope indexing cam mechanism, and the structural characteristics of globoidal indexing cam mechanism with steel ball were analyzed.

在球面包络弧面分度凸轮机构的基础上，对凸轮廓面滚道及分度盘球座进行改进设计，分析滚珠型弧面分度凸轮机构的结构特点。

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In this paper, a special spherical surface cam with a conical roller follower is put forward.

在所述圆锥滚子球面凸轮机构中，滚子锥面的顶点与凸轮球面的球心重合。

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Theoretical revision on expression of pressure angle of spherical surfaced cam mechanism with oscillating roller follower rod

关于滚子摆动从动杆球面凸轮机构压力角表达式的理论修正

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This paper establishes a contour surface equation of the spherical surface cam with a cylindrical roller, Which provides theoretical basis for the design and NC processing of the cam.

用球面坐标建立了圆柱滚子球面凸轮的轮廓曲面解析方程，为此种凸轮的设计计算和数控加工提供了理论依据。

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Common Equations of Cylindrical Indexing Cam Surface The structures, the engagement principle and the performances of the spherical envelope worm indexing cam mechamism are discussed.

并介绍了其结构形式，推导了分度盘上球面齿廓方程，啮合方程，球面包络蜗杆分度凸轮廓面方程，最后指出了这种新型球面包络蜗杆分度凸轮机构优良的结构特性。

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On the basis of this expression, the precise solving method for minimum dimensions of spherical surfaced cam mechanism with oscillating roller follower was obtained in accordance with allowable pressure angle.

基于该表达式，得到了按许用压力角设计最小尺寸滚子摆动从动杆球面凸轮机构的精确求解方法。

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A special spherical surface cam with a conical roller follower and the design of its contour surface

一种特殊的球面凸轮及其设计

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The solving method to{ψ m} max and{Φ 0} min 、{Φ 0 ′} min presented in this paper possesses certain guiding significance to the analysis and design of spherical cam mechanism.

本文给出了{Ψm}max和{Φ0}min、{Φ0′}min的求解方法，对球面凸轮机构的分析与设计具有一定的指导意义。

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The Design of the Contour Surface of the Spherical Surfaced Cam with a Cylinderical Roller

圆柱滚子球面凸轮轮廓曲面的设计

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According to point engagement processing technology, based on spherical envelope indexing cam mechanism this paper puts forward globoidal indexing cam mechanism with steel ball and makes research on geometric features, statics, kinematics and dynamics.

根据点啮合化处理技术，本文在球面包络弧面分度凸轮机构的基础上提出了滚珠型弧面分度凸轮机构，并围绕此机构展开了几何特性、静力学、运动学及动力学方面的研究。

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Study on engagement features for a newtype spherical indexing cam mechanism

新型球面空间分度凸轮机构啮合特性的研究

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Engagement equation and curvature analysis of spherical indexing cam mechanism

球面空间分度凸轮机构的啮合方程与曲率分析

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