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.
在软件开发的过程中，考虑到与传统数控的兼容性，采用NC代码作为零件加工程序所用的输入代码。
In the developing process of software system, the nc code is adopted as input code of parallel manipulator in order to maintenance compatibility with the traditional CNC system.
利用UG软件CAM模块来编制加工程序，提出基于IPW的最佳数控加工工艺，提高模具模块加工的效率。
With using CAM module of UG software to compile the machining program, owing to the reasonable process based on IPW, efficiency of the die block has been increased greatly.
介绍数控系统的体系结构，包括其硬件体系结构与软件体系结构，并着重介绍加工程序解释器模块。
The thesis introduced the software and hardware design proposal of CNC. The processing procedure parsers have been introduced weightily.
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.
采用UG软件对摩托车油箱进行三维造型和数控加工程序编制，详细介绍了摩托车油箱拉伸模凹模的加工工艺。
The 3d modeling and CNC program of motor fuel tank were engaged by UG software. The processing technology of dies cavity for motor fuel tank was introduced.
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.
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.
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