零件加工程序的输入模块读入标准数控代码程序。
开发了加工轨迹预览功能，能检验零件加工程序的正确性。
Exactness of machining program can be checked with the function of preview machining contrail.
数控机床加工中的工艺分析和零件加工程序是影响加工质量和效率的关键因素。
Technology and programming in numerical control process are the key factors affecting the quality of NC process.
针对数控系统对零件加工程序进行管理的需求，提出了适于嵌入式系统应用的文件系统。
To meet managing requirement of machining workpiece program in numerically controlled system, a new file system adapt to embedded system is put forward in this paper.
数控机床加工过程是按预先编制好的零件加工程序自动进行的，不随实际加工状况变化而变化。
The NC Machine manufacturing process is conducted automatically per pre-made part manufacturing program, and it won't change with actual manufacturing condition.
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.
通过对PC - 50加工中心箱体加工编程的分析，探讨箱体类零件加工程序编制中的一些工艺处理和编程技巧。
By analysing the box spares processing program in PC-50 processing Centre, some technological treatment and programing techniques in programing of the box spares processing are discussed.
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.
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.
因此，在零件投入生产前就必须优化刀具组合，可以使没有多少加工经验和技巧的工艺员也能编制高效的加工程序。
Accordingly, it is necessary to optimize cutting tools before cutting the parts, which could let processors lack of experience and technique edit high - efficiency nc programs.
本文着重介绍该类零件数控加工方法和加工程序的编制；同时对该类零件的图形自动编程系统的开发进行讨论，探讨了系统设计和实现方面的技术。
In this paper, the NC machining and programing for these parts is introduced, graphic NC programing system is discussed and a research is made on its designing and development.
本次设计就是进行典型轴类零件的数控加工工艺与编程，侧重于该零件的工艺分析、加工路线的确定及加工程序的编制。
This design is for typical shaft parts of CNC machining technology and programming, focuses on the part of the process of analysis, processing route and processing program.
该系统可由工件零件图直接生成加工该工件的高精度圆体成形车刀的零件图及刀具廓形的数控线切割加工程序，同时还能通过仿真检验所设计的刀具廓形及其加工程序代码的正确性。
By using this system, detail drawings of these tools and NC program for wire cutting can be directly generated, and the outline shape of designed tool and processing codes can also simulated.
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.
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.
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