编制了用于复杂曲线滚轮的数控程序。
Furthermore, an NC program of dealing with complex curve contact rollers has been developed.
将编好的数控程序直接传输到数控机床。
Transmit the numerical control procedure directly to the numerical control machine.
完整地论述了数控程序与操作之间的内在联系。
The internal relate between NC program and operation was discussed.
分析了STEP-NC数据模型及数控程序的组织结构。
而数控程序的优与劣是直接导致数控车削质量的关键因素。
But the quality of CNC lathing mainly depends on the CNC program.
这种方法加工效率低下、加工精度低、并且数控程序过大。
This method is low processing efficiency, low machining accuracy, and the nc program is too large.
如何保证数控程序的正确性已成为数控加工中突出的问题。
How to guarantee the validity of NC codes has become an outstanding problem in NC machining process.
介绍了数控龙门铣床加工工件所用的数控程序的编制与应用。
Programming and application of NC Program for workpiece machined by planer type miller is introduced.
用户在设置了管子规格后，用鼠标选择管子轴线即可生成数控程序。
After the user sets the data and selects the axes, the program is generated automatically.
通过实例表明该方法可以提高加工精度、简化数控程序、缩短加工时间。
The method can improve processing precision and simplify NC program, and shorten processing time by means of examples.
介绍了一种在数控车床上加工大螺距蜗杆的切削技巧以及相应的数控程序。
The machining skill and relevant NC program of machining worm screw with large pitch using a NC lathe are introduced.
同时验证了在虚拟加工环境下，加工中心对数控程序的验证时间大大缩短。
Meanwhile it certificates that under the environment of virtual manufacturing, the period during which the machining center checks the NC programs is greatly shortened.
针对数控机床网络化的发展趋势，本文提出一种新的数控程序网络传输技术。
Based on the developmental tendency of nc machine tool with net, this paper puts forward a new technology of transferring nc program by net.
随着现代CNC机床的普及应用，数控程序的编制问题越来越受到人们的重视。
With the popular application of modern CNC machine, more and more people pay attention to the programming of numerical control program.
数控编程是一个将CAPP生成的刀位文件翻译成具体加工设备的数控程序的过程。
Numeric Control Programming(NCP) can be defined as the process that translate the cutter-tools-path file created in CAPP into numeric control program for manufacture device.
本文通过机械优化设计理念，对零件孔加工的路线和数控程序的编制进行了优化设计。
In this thesis, the thought of optimal design of the machine, the processing route of parts and the program of the NC program are excellently designed.
通过对数控程序的碰撞和干涉检验，能够提高工件的加工表面质量，减少刀具的磨损。
It can improve the machining surface quality of the workpiece and reduce wear of the tool through checking collision and interference of nc programme.
所开发的系统具有数控程序远程调用、程序库管理等功能，并支持数控设备的在线加工。
It has functions such as remote call, nc program management and so on, and drip feed is supported.
采用四轴联动数控铣床及自行设计的指状铣刀和数控程序，对膨胀机叶轮进行光整加工。
Four shafts linkage NC milling machine is used for polishing impeller of an expending machine, which finger - like milling cutter and NC system is designed.
通过加工仿真，以检查数控程序的正确性、合理性，避免加工设备与叶片和夹具等的碰撞。
By computer simulation of machining we can check the correctness and rationality of NC programming, and avoid the collision between machine tool and blade or fixture.
实现了数控程序的编辑和管理，以及通过RS232串行接口接收用户离线编写的数控程序。
NC program edit and management are realized, and receiving NC program edited in other computer by RS232 serial interface is also achieved.
该系统可进行自动特征识别，经人机交互方式进行工艺规划，最终生成STEP-NC数控程序。
This system can recognize the features automatically and make process planning with human-computer interaction, and then generate STEP-NC program.
本文针对常用的数控系统发那科、西门子、飞利浦研究二维刀具半径补偿数控程序自动编程系统。
NC automatic programming system was studied for cutting tool radius compensation about NC system such as FANUC, SIEMENS and PHILIPS.
针对传统数控程序中进给速度固定限制加工效率的缺点，开发了面向粗铣加工的数控程序优化系统。
To improve the efficiency decreased by feed rate in traditional nc program, a nc program optimization system is developed for rough milling process.
以往数控系统与设计系统的接口信息采用的是ISO 6983标准，即采用G、M代码的数控程序。
Previous interface information between CNC system and design systems is the ISO6983 standard, that is, using g, m code of the NC program.
对基本形状建立了图形库，只需填写基本数据即可生成数控程序。对所绘任意形状也可顺利生成程序。
Having built up graphics library, to basic shape, you can create CNC program only by filling in basic data, and to arbitrary shape you have drawn, you can create CNC program successfully, too.
安诺夫还解释说：“数控设备主要是依靠了解数控程序并且能正常输入CAD格式文件的操作员运行的。”
In addition, Aranoff explains that full on routers are typically run by operators who understand the routing process and normally input files in the CAD format.
安诺夫还解释说：“数控设备主要是依靠了解数控程序并且能正常输入CAD格式文件的操作员运行的。”
In addition, Aranoff explains that full on routers are typically run by operators who understand the routing process and normally input files in the CAD format.
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