machining

英 [məˈʃiːnɪŋ] 美 [məˈʃiːnɪŋ]

v.  (用机器)制造,加工成型
machine的现在分词

现在分词:machining

机械

BNC.40829 / COCA.33705



柯林斯词典

  1. N-COUNT 机器;机械
    A machine is a piece of equipment which uses electricity or an engine in order to do a particular kind of work.
    1. I put the coin in the machine and pulled the lever...
      我把硬币投入机器,拉动控制杆。
    2. The machine can be remotely operated and monitored.
      这台机器可以远程操作和监控。
    3. ...a color photograph of the sort taken by machine to be pasted in passports.
      那种由机器拍摄的护照用彩色照片
  2. VERB 用机器制造;用机器加工
    If you machine something, you make it or work on it using a machine.
    1. The material is machined in a factory...
      这种材料在一家工厂里用机器加工成型。
    2. All parts are machined from top grade, high tensile aluminium.
      所有零件都是用顶级高强度铝加工而成。
    3. ...machined brass zinc alloy gears.
      机器加工成型的铜锌合金齿轮
  3. N-COUNT 大型机构;严密组织
    You can use machine to refer to a large and well-controlled system or organization.
    1. ...Nazi Germany's military machine...
      纳粹德国的军事机构
    2. He has put the party publicity machine behind another candidate.
      他为另一位参选者在幕后组织政党宣传。
  4. N-COUNT (由于工作过于劳累或乏味)机械般工作的人,做工作不动脑筋的人
    If you say that someone is a machine, you mean that they are so tired or bored that they do their work without thinking.
    1. I think I have got to stop or I might turn into a machine...
      我想我得停下来了,否则我就会变成一台机器。
    2. He has dedicated himself to his work and become just a writing machine.
      他忘我地投入工作,就像是一台写作机器。
  5. See also: fruit machine sewing machine slot machine vending machine

双语例句

  1. It will save considerable machining time to use more than one tool in one machine to perform several machine operations either in sequence or simultaneously.
    在一台机器上使用数种刀具来顺次或同时进行几项机器操作,将节省大量加工时间。
  2. 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。
  3. The article introduces a new type of project to design front axle lockpin hole machining tool.
    文章介绍了一种新型的前桥锁销孔加工的工艺方法。
  4. Tool condition monitoring is the key technique in automatic and unmanned machining process.
    刀具状态监测是实现自动化加工和无人化加工的关键技术。
  5. The milling forces modeling and simulation of ball end milling in high speed machining process are studied.
    研究了球头铣刀高速铣削过程铣削力建模与仿真。
  6. This paper has described several key issues of the flexible auto machining process and its programming.
    着重介绍了柔性化自动加工工艺及编程中的几个重点问题。
  7. 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。
  8. The characteristics of cutting force of ball end mills in high speed machining are investigated.
    研究了高速加工中球头铣刀的铣削力特性。
  9. Vertical machining centers are mainly used for flat parts or in mold and die work.
    立式加工中心主要应用于平板零件和模具。
  10. Laser hardening process and machining process parameters for tablet punch pin have been studied.
    对药物冲头零件采用激光淬火及其淬火后机械加工工艺参数优化进行了综合研究。
  11. 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。
  12. Face milling cutters are used for machining large, flat surfaces.
    端面铣削刀具用于加工大的而平的表面。
  13. The utility model is suitable for the centering of punching, drilling or other machining of flat plates.
    本实用新型可以用于平板的冲孔、钻孔及其它机加工的对中。
  14. This paper discusses the construction of stock-remaining model and the tool-path generation of clean-up machining.
    本文论述了留量模型的建立和清根加工轨迹的生成等关键问题。
  15. 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。
  16. In addition, the previously derived Boring end machining and metal cutting time and the rate equation will apply.
    此外,先前推导的镗削和端面车削加工时间和金属切削率的方程仍将适用。
  17. Accordingly, the dynamic characteristics of the system and machining precision before and after compensation are analyzed.
    在此基础上分析了磨床系统的动态特性和补偿前后的加工精度。
  18. The research on the application of belt grinding in hard stone precision machining is summarized in this paper.
    本文对砂带磨削技术在硬质石材加工中的应用研究进行综述。
  19. Plates and other stock may be cut by machining, flame cutting and shearing.
    板材和其他原料可以通过机加工,火焰切割,剪切机切割进行下料。
  20. The improvement measures in design and machining are put forward in the end.
    最后对万向节的设计和加工提出改进措施。
  21. This paper presents the design method of rapid machining system for remanufacture ( RMSFR).
    本文主要讨论了再制造快速机加工系统的设计和实现方法。
  22. 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。
  23. 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。
  24. The characteristics and methods of automobile hubcap machining modeling are discussed.
    论述了汽车轮毂模具加工建模特点和方法。
  25. This paper introduces methods for ensuring part dimensions and tolerances in CNC programming and machining.
    本文介绍了数控编程和数控加工中保证零件的尺寸和公差要求的方法。
  26. It may require clamping and some minor machining.
    它可能需要的夹紧和一些小的加工。
  27. This will minimize change of shape not only during machining but during subsequent heat treating as well.
    这不仅将加工中的外形变形最小化了,而且也将随后的热处理变形最小化了。
  28. A machining center can automatically select and change as many as 32 preset tools.
    一个加工中心能够自动选择和更换多达32把预置刀具。
  29. Usage process is introduced in detail and the accuracy of procedure is verified by actual machining process.
    详细地介绍了使用过程,并通过实际加工验证了程序的正确性。
  30. The plastic formation technique and properties and method of the subsequent machining technology for the spherical rollers are introduced.
    介绍了球面滚子塑性成形技术及后续加工工艺的特点和方法。