对凸轮分度机构系列化设计进行了探讨。
This paper carried out a deep discussion on seriation design of CAM indexing mechanism.
弧面凸轮分度机构广泛应用于现代自动机械。
Globoid CAM indexing mechanism is used widely in modern automatic machines.
本公司是一家专业生产精密凸轮间歇分度机构。
This is a company specializing in the production of precision CAM intermittent sub-degree institutions.
长期以来，一直致力于高速精密间歇分度机构的研究与开发。
For a long time, has been committed to high-speed precision intermittent sub-agencies of the research and development.
蜗形凸轮分度机构是一种历史很短的新型高速间歇运动机构。
Worm CAM graduation machanism is a new type of high speed intermittent motion machanism that has very short history.
弧面分度凸轮机构是一种广泛应用于现代自动机和自动生产线上的高速、高精度的空间分度机构。
Globoid indexing CAM mechanism is a kind of mechanism used widely in modern automatic machine and spatial high speed and high accuracy indexing mechanism of automatic production line.
弧面分度凸轮机构是一种精密分度机构，因其具有分度数大、分度精度高、定位可靠等优点，被广泛应用于各种自动机械中。
Roller gear CAM mechanism is a type of indexing device. It is widely used in various automatic machines because of large indexing Numbers, high indexing precision, reliable localization etc.
根据空间凸轮曲面压力角的定义推导出新型弧面凸轮分度机构压力角的解析表达式，分析该机构压力角出现最大值的情况，同时对如何降低最大压力角提出了一些改进措施。
According to defining of the global CAM curve, the resolution express of press Angle about a new type of indexing mechanism with arc surface CAM is provided.
将人工智能引入到弧面分度凸轮CAD技术中，实现了弧面分度凸轮机构智能CAD系统。
Artificial intelligence has been led into the technique of arc surfaced CAM indexing CAD to achieve intellectual CAD system of arc surfaced CAM indexing mechanism.
实现了对空间弧面分度凸轮机构的动分度精度检测和静分度精度的检测。
It realizes the dynamic indexing precision and static indexing precision testing on dimensional globoid indexing CAM mechanism.
主要内容如下：首先根据弧面分度凸轮机构的运行特点建立数学模型，并进行总体设计。
The primary coverage as follows:Firstly, according to the running features of the globoidal indexing cam mechanism establishes mathematical model, then builds overall design.
本文对弧面分度凸轮机构进行了研究，根据凸轮旋向、转向、头数的不同，推导了各种类型的弧面分度凸轮的通用方程；
The roller gear cam mechanism is studied and the surface equations of various types of roller gear cam are acquired.
提出了双作用式平行分度凸轮机构，并按研究齿轮啮合的方法研究其凸轮廓线。
This paper proposes double action parallel indexing CAM mechanism, and studies cams profile by methods used in gear meshing.
本文是围绕弧面分度凸轮机构CAD中的逆向设计进行的。
This thesis discusses CAD for globular indexing CAM mechanism on base of reverse engineering.
提出了一种具有滚动齿的新型锥面包络蜗杆分度凸轮机构；
In this paper, a new type of conical envelope worm indexing cam mechanism with rolling teeth is proposed.
介绍一种确定平行分度凸轮机构凸轮轮廓的有效设计思路和分析方法。
A kind of effective thought of design and method of analysis for determining the CAM profile of parallel indexing CAM mechanism was introduced.
本文介绍了几种大分度角平行分度凸轮转位机构的结构原理与设计要点。
In this paper, the principle of structure and key to design for some parallel indexing CAM mechanisms with large indexing Angle was introduced.
双作用式平行分度凸轮机构对速比曲线的几何形态有特殊要求，这使得该机构的速比不能从同类机构现有运动规律中得到，而必须经过特殊设计。
The speed-ratio curve of double-action parallel indexing cam mechanism has special property in shape, which makes it is not available from present transmission function, but designed purposely.
凸轮机构特别是分度凸轮机构在现代工业生产中发挥了重要作用。
CAM mechanisms, especially indexing CAM mechanisms, play an important role in modern mechanical engineering.
现有的数控分度系统，其主传动装置基本都采用蜗杆机构，但是这类系统不能用于高精度的分度定位。
Existing numerically controlled indexing system, in which the main driving set almost is worm gear, can not work in high accuracy.
弧面分度凸轮机构是一种用于两垂直交错轴间的间歇分度步进传动机构。
Globoidal indexing CAM mechanical is one of the intermittent transmission mechanical which applied to two axes of upright interleaving.
并对渐开线螺旋面包络蜗杆分度凸轮机构的接触域面积进了实例分析计算。
For the involute screw surface enveloped worm indexing CAM mechanisms, the contact area was calculated.
介绍面向VB环境的弧面分度凸轮机构CAD系统的构成、主要模块功能及软件系统的实现。
It introduces the makeup and modular function of the CAD system of Globoidal Indexing Cam Mechanism based on VB and the realization of the software system.
通过建立拼接运动规律的数学模型，论述了模切机输纸机构中平行分度凸轮运动规律的拼接方法。
By establishing the mathematical model of motion curve combination, this paper discusses the combination methods of parallel-indexing-cam curves in paper-feeding mechanism of die-cutting machine.
本文主要介绍圆柱分度凸轮机构的曲线设计及数控加工注意事项。
The curve design of cylindrical indexing CAM and CNC machining points for attention are mainly discussed here in this paper.
以啮合理论为基础，导出了蜗式凸轮机构从动件(即分度转盘)在凸轮实际轮廓和实际机构尺寸诸因素的影响下，分度误差的计算公式。
Based on meshing theory, a formula is derived for calculating index error of worm-type CAM follower (i. e. Tindex plate) under influence of actual worm-type CAM profile and dimensions.
并结合实例，运用变形梯形加速度运动规律，通过微机计算，得出了该凸轮机构从动件的分度误差曲线。
With an example given, index error curve is obtained by applying acceleration law of deformed trapeze on a computer.
弧面分度凸轮机构是数控加工中心的核心部分，用于实现自动换刀机械手的精确动作。
The globoidal indexing cam mechanism, which is used to achieve the precisely changing position of ATC(Automatic tool changing), is the most important part of NC manufacture center.
弧面分度凸轮机构是数控加工中心的核心部分，用于实现自动换刀机械手的精确动作。
The globoidal indexing cam mechanism, which is used to achieve the precisely changing position of ATC(Automatic tool changing), is the most important part of NC manufacture center.
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