自动编程系统实现数控加工程序的自动生成。
The former realizes automatic formation of NC program and the last simulates NC tool hardware interpolation process.
数控加工程序编制是数控机床使用中的关键。
Part programming is the crux in the use of NC machine tools.
探讨了曲面三坐标数控加工程序开发的基本方法和步骤。
This paper discusses the basic programming methods and steps of 3 - axis NC machining of surfaces.
由于燃烧室外表面的母线轮廓复杂，手工编制数控加工程序难度大。
Because most firebox generatrix is composed of complex curves, it is very difficult to get CNC cutting program with manual means.
刀具螺旋槽磨削已成为通用的成型方法，需要通用的数控加工程序。
Grinding is an extensively used method for tool fluting. A general-purpose NC software for its machining is imperative.
数控加工程序需要经过译码处理后，才能提供给插补模块进行运动控制。
There must be a coding process from NC program to interpolation module to control machine.
通过在虚拟机床模型上进行碰撞干涉检测，就可以提供正确的数控加工程序。
Through collision and interference detection in the virtual machine tool model, we can get the correct nc programs.
阐述了波形弹簧成形模曲面的确定及其数控加工程序的编制方法、加工工艺过程。
The paper expounds the method of design about wave spring curved surface, the processing NC program and its technological processing course.
以加工设备最大加工空间分层索引模型为基础，提出数控加工程序碰撞检测新方法。
A new method based on spatially stratified index model of machining equipment to the maximal range of work is presented for detecting the collision of NC programs.
经试制加工实例齿轮表明，齿形数字化精度和数控加工程序满足生产要求，且经济可行。
The trial-product of an example gear processed indicates digitalization-precision and the process program could meet the need of manufacture and be economical and feasible.
该模型为非圆齿轮的加工刀具设计、数控加工程序设计以及轮齿强度分析等提供了基础。
This model can be used to design the profile of cutter for the non-circular gear, to find the locus of cutter during machining, and to analyze the teeth strength of non-circular gears, etc.
文中给出了计算钼丝中心轨迹的新算法，归纳了数控加工程序向图形数据转换的计算公式。
A new algorithm for the calculation of the path of wire is discussed. The formula of transformation from machining programs to graphical data is also given.
借助该系统可直接快速、准确地生成高精度成形车刀工作图，以及成形车刀的数控加工程序。
Moreover, the system could quickly, directly and accurately generate not only the detailed drawing of high precision form tools, but also the NC program.
本文以数控车削加工为研究对象，利用软件仿真技术，在计算机上实现对数控加工程序的验证。
With numerically controlled machining processing as objective for study, by the use of simulation software technology, the paper aims to test and verify the process on computer.
根据粗、精加工的不同情况，举例编制了相对应的数控加工程序，此方法适用于所有二次曲线的仿形加工。
Various numerical control programs for rough profile machining and finish profile machining are developed using macro programs. This method can be used for the contour of all types of conic.
数控加工图形仿真技术利用计算机图形显示来模拟实际加工过程，是验证数控加工程序正确性的有力工具之一。
Graphics Simulation technology in NC machining is a powerful tool for validating NC machining programming, which using the computer graphical output to simulate the real machining process.
数控加工程序中的坐标值，关系着机床上加工工件的位置、尺寸和几何形状等，是数控加工程序中的重要内容。
The coordinate value in NC machining process is related to predetermine position, size, geometry shape of the processing workpiece of the machining.
介绍了采用车削中心加工双侧曲面圆柱凸轮的加工工艺、数控加工程序的编制及圆柱凸轮型面的加工误差分析。
This paper mainly describes the NC technique of machining dual-curved cylindrical CAM with turning center, programming and analysis of error-machining.
对数控加工程序编辑模块开发的研究，可减轻对数控系统开发的工作量，为构建开放式数控系统提供通用模块。
All research is helpful to reduce CNC system developing work and provides universal part to build open CNC system.
在软件中只需输入关键的参数，即可生成螺纹的数控加工程序并进行加工动态仿真，以检验数控程序的正确性。
In this software, as long as the key parameters are inputted, the NC program will be created out immediately, and the dynamic emulation will be accomplished to check up the validity of the NC program.
用G代码编制该零件的数控加工程序，并附以编程尺寸的计算方法，其中零件工艺规程的分析是此次论文的重点和难点。
G code index this part of NC program, and report to the programming of the calculation method, where the part process analysis is the focus of this and difficulty.
用g代码编制该零件的数控加工程序，并附以编程尺寸的计算方法，其中零件工艺规程的分析是此次论文的重点和难点。
G code index this part of NC program, and report to the programming of the calculation method, where the part process analysis is the focus of this paper and difficulty.
将MATLAB语言及其图形界面用于数控加工程序几何及运动仿真，并对数控机床操作面板的基本功能进行操作仿真。
MATLAB language and its graphic interface is used to simulate CNC program in geometry and motion, and to simulate the manipulating panel of CNC machine tool in its fundamental function.
该研究在可视化操作平台上，采用松弛复原图像，边缘特征抽取算法，可对任意定位的轮廓零件自动生成数控加工程序。
On the visible operating platform, the image edge of the outline work parts placed any- angle is restarted and its characteristic is abstracted by relaxes recovers algorithm.
本文论述了解决一种复杂型面的数控加工的关键技术，并利用虚拟制造技术对加工进行仿真，给出了优化的数控加工程序。
Simulation is made on the machining by making use of the virtual manufacturing technology, and the optimized numerical control machining procedures are given.
论述了汽车前轴辊锻模膛三维造型的方法及采用UG软件形成数控加工程序的方法，并对前轴辊锻模膛的加工工艺进行了分析。
The 3d styling method of die impression of automotive front axle and the method for generating numerically controlled machining program with UG are discussed.
基于FANUC-0 MD系统的宏指令功能，运用该原理编写了一模具锥面的数控加工程序，实例应用表明这种编程方法不仅减轻了规则曲面手工编程的困难，而且使曲面加工质量更加容易保证。
With the theory, a piece of CNC codes for machining a sample cone surface is programmed based on NC macro instructor function of FANUC-0MD CNC system. , which is much efficient and universal.
在数控铣微直线加工程序预读、直线段间平滑算法的基础上，提出了线性变换圆弧平滑算法。
On the base of the program pre-reading and the smooth algorithm between lines for micro-beeline machining of CNC milling, the arc smooth algorithm with linear transformation is brought forward.
着重论述数控系统的构成和根据切割类型及参数直接定义加工程序的方法。
We explain in some detail the components of the NC system and the method for directly defining the machining procedures according to cutting types and their parameters.
着重论述数控系统的构成和根据切割类型及参数直接定义加工程序的方法。
We explain in some detail the components of the NC system and the method for directly defining the machining procedures according to cutting types and their parameters.
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