NC

abbr.  窄波覆盖; 国家证书;国家合格证书(National Certificate); 国家通信(National Communications)

计算机

BNC.27674



双语例句

  1. The generating motion of the generating gear and the work gear on spiral bevel gear NC machining is analyzed.
    分析了弧齿锥齿轮数控加工中产形轮和工件齿轮之间的展成运动,建立了弧齿锥齿轮齿面的数学模型。
  2. Design and development of a PC based NC system for Parallel Kinematic Machine ( PKM) was analyzed.
    分析了并联机床加工中心数控系统的设计。
  3. The cutter in NC machining for freeform surface is studied academically.
    对自由曲面数控加工中的刀具进行了较深入的研究。
  4. This method can use FANUC nc system in operation and programming instructions on buttons of operator is.
    这种方法完全可以使用在FANUC数控系统中,以按键操作和指令编程的方式对操作者的要求较低。
  5. For both NC and CNC systems, work principles are the same.
    NC和CNC系统两者的工作原理一样,仅仅控制执行的方式不同。
  6. NC machine speed adjustment, and more and more application of the VVVF technology to achieve.
    数控机床的转速调整,目前越来越多地应用了变压变频技术来实现。
  7. In its history, controller has experienced two seedtimes of NC and CNC.
    控制器经历了硬件数控(NC)和计算机数控(CNC)两个发展阶段。
  8. This paper introduces a method of machining shaped Profile Connector on NC machines.
    文章介绍了在数控机床上加工型面联结体的方法。
  9. Study of virtual NC machining simulation based on OpenGL and VC
    基于VC和OpenGL的虚拟数控加工仿真的研究
  10. Discrete vector model was used to realize NC machining simulation.
    本文采用离散矢量模型建立了数控加工仿真系统,并阐述了它的原理。
  11. Research of NC milling simulation system based on VC++ and open inventor
    基于VC++和Openinventor的数控铣削仿真系统研究
  12. Prior to the advent of NC, all machine tools were manually operated and controlled.
    之前,NC的到来,所有机器工具手动运行和控制。
  13. How to set the tool length compensation parameters is the difficulty in operating NC milling machine or machining center.
    如何设置刀具长度补偿参数一直是数控铣床和加工中心编程和操作中的难点。
  14. It can be used for verifying the reliability of NC program and forecasting the machining process.
    它为验证数控程序的可靠性,预测切削过程提供了强有力的工具。
  15. The basic data was prepared for production processing in NC machine tool.
    为在数控机床上进行生产加工准备了基础数据。
  16. NC manufacturing automation technology has become the core technology and basic technology.
    数控技术已经成为制造业自动化的核心技术和基础技术。
  17. Programming and application of NC Program for workpiece machined by planer type miller is introduced.
    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。
  18. The improvement of working efficiency of NC lathe based on the Intelligence Control System is studied in this paper.
    本文从数控车床智能控制系统的研究着手,对如何提高数控车床的加工效率进行了研究。
  19. Research and Implementation of NC Code Interpreter in Virtual NC Machining System
    虚拟数控加工中NC代码解释技术的研究与实现
  20. Research and Development of the General Post-processing System for NC Machining
    数控加工通用后置处理系统的研究与开发
  21. Planning tool-path in the multi-coordinates machining curved face is elements and key of NC codes programming.
    多坐标曲面加工的刀具轨迹规划是数控编程的基础和关键。
  22. Introduced a method of NC machining tool-path generation based on scattered data model.
    介绍了一种基于离散数据模型的数控加工刀具轨迹生成的方法。
  23. The workers in the FMS are usually highly skilled and trained in NC and CNC.
    FMS系统的工人通常都是经过数控和计算机数控培训的高技术人员。
  24. Through some NC machining examples, introduced application of parametric program in mold cavity milling.
    基于具体加工实例,介绍了参数化程序在模具型腔铣削中的应用。
  25. A method has been developed for graphical display of laser cutting NC programs.
    研究了激光切割图形显示和校验方法。
  26. This paper can primely guide NC programming for machining the similar parts.
    文中对类似零件的数控加工编程具有借鉴意义。
  27. NC milling time and quality were also improved.
    数控铣时间和质量也有改善。
  28. The constitutes and using methods of subroutine and macroinstruction during NC milling are stated.
    阐述了数控铣削中子程序、宏指令的构成和调用方法。
  29. A new kind of NC system for machining shafts with non-circular cross-section is proposed in this paper.
    提出了一种新型的非圆轴数控加工系统,用于横截面为非圆形状的轴类零件加工。
  30. Nonlinear errors during machining process were analyzed for multi-axis NC machining.
    分析了多轴数控机床加工中非线性误差产生的原因;