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- Analysis of Graduation Error Spatial Cam Mechanism 空间凸轮机构分度误差分析
- Research on the Roller Model of a Spatial Cam Mechanism 空间凸轮机构滚子从动件研究
- Kinematic geometry of spatial cam mechanisms 空间凸轮机构的运动几何学
- Design of Cam Contours of Spatial Cam Mechanisms 空间凸轮机构的凸轮轮廓设计
- Design Theory, Error Analysis and One-side Process Principle of Spatial Cam Mechanism and Experiment Research 空间凸轮机构设计 误差分析与单侧面加工理论及实验研究
- Analytical Design Method and CAD for Spatial Cam Mechanisms 空间凸轮机构的解析设计及其CAD
- spatial cam mechanism 空间凸轮机构
- Meshing Calculation Formulas of Spatial Cam Mechanisms with Concentric Roller Followers 空间同心滚子从动件凸轮机构的啮合计算公式
- Spatial cam mechanisms 空间凸轮机构
- The cam contour curves are reconstructed by NURBS, and a rapid reverse design method for spatial cam follower motion specification via motion simulation is also studied. 利用NURBS实现了凸轮轮廓曲线的重构，并给出基于运动仿真实现迅速反求空间凸轮机构从动件运动规律的方法。
- According to the relational expression, the basic size of cam mechanism can be defined. 由关系式计算最佳凸轮机构的基本尺寸。
- The design of motion law of follower component is the base of cam mechanism design. 从动件运动规律的设计是凸轮机构设计的基础。
- Nishioka, M.., 1983, “The Study of Free Wheel Cam Mechanism ,” JSME C, Vol.49, No.446, pp. 1781-1788. 蔡升富，1999，“旋转式磁扭力补偿装置之设计与特性研究”，国立台湾大学机械工程研究所硕士论文。
- Finally taking a cam mechanism with oscillating follower as an example the construc tion method of adaptive system has been explained. 最后以摆动从动件凸轮机构为例阐释自适应系统的构造方法。
- The structures and the engagement principle and the performances on the spherical envelope worm indexing cam mechanism are discussed. 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
- Adopting the form closure error and the motion transmission error of sine curve to carrying out theoretical analysis of this cam mechanism. 对该凸轮机构采用正弦曲线的形封闭误差和运动传递误差进行了理论分析。
- When the working load is large, the contact stress between cam surface and follower ends becomes the main cause of cam mechanism failure. 当工作载荷较大时,凸轮表面和从动件端部的接触疲劳破坏就成为凸轮机构失效的主要形式之一。
- Indexing cam mechanism is the core of roost of automation machineries, whose dynamics plays an important role on whole property of machine. 摘要分度凸轮机构是大多数自动机械中的核心环节，其动力学特性对机器的整体性能起到关键的作用。
- Based on the theory of forming cycloidal gear,this paper discusses the basic fundamentals and methods of machining cycloidal gear with cam mechanism. 根据摆线齿轮齿廓的形成理论,探讨利用凸轮机构实现摆线齿轮加工的原理和方法。
- An analytic method of determining the basic dimensions of the oscillating disk cam mechanism under retangular coordinates is introduced. 介绍了直角坐标下摆动从动件盘形凸轮机构基本尺寸确定的解析法。
