centerless

英 [ˈsɛntələs] 美 [ˈsɛntərləs]

adj.  无中心的;无心的

计算机



双语例句

  1. An experimental research on centerless grinding with a hard grinding wheel proves some viewpoints of the article.
    我们对如何使用硬砂轮进行无心磨削的试验研究,很好地验证了本文提出的观点。
  2. Twin grip type centerless grinder bilateral tiltable jig for grinding fillet
    双支承砂轮无心磨床双向可倾式磨镶条夹具
  3. Ond collet support eccentric twin grip type centerless grinder
    双支承砂轮无心磨床
  4. The grinder is centerless therefore not locating on any centers.
    这个磨床是无心的(无心磨床),由此不定位于任何中心。
  5. Centerless superfinishing machine for cylindrical roller
    圆柱滚子无心超精机
  6. Centerless cylindrical grinding machine with wide grinding wheel
    偏心轮与摇杆传动装置宽砂轮无心外圆磨床
  7. Centerless Grinder knife plate Roundness Instrument;
    无心磨床刀板;
  8. Outer circle centerless grinding is a non centering grinding. It's orientated by outer circle of workpiece itself and grinded by support of a supporting plate.
    外圆无心磨削是不定心的磨削,由托板支承靠工件自身外圆定位进行磨削。
  9. Process Parameter Optimization of Centerless Grinding based on MATLAB
    基于MATLAB的无心磨削参数工艺优化
  10. Internal and cylindrical centerless grinder for pistone ring
    活塞环内外圆无心磨床
  11. Grinder, millstone-type, for solid mineral materials high accuracy through feed centerless grinding machine
    磨石式固体矿物研磨机高精度通磨无心磨床
  12. Automatic special purpose centerless grinder
    全自动专用无心磨床
  13. High accuracy through feed centerless grinding machine
    高精度通磨无心磨床
  14. I have a special machine, Centerless Grinder and its surrounding the operation imported high-precision equipment gets.
    同时我司还经营进口高精度无心磨床及其周边的配套设备耗材等。
  15. Analysis of Spindle Bearings Commonly used in Centerless Grinder
    无心磨床常用主轴轴承分析
  16. By means of the collage technique, Barthelme subverts the traditional hierarchy in the novel and renders it centerless.
    通过运用文学拼贴画的技巧,巴塞尔姆颠覆了传统小说中的等级秩序,从而消解了小说的中心。
  17. Research on Stability of Supported Centerless Grinding
    支承式无心磨削稳定性研究
  18. The workpiece shape accuracy could not certainly be improved after the centerless grinding.
    无心磨削后并不都能将工件的形状精度进一步改善,故要得到较高的工件形状精度就要合理地选择磨削参数。
  19. Analysis on the factors affecting workpiece shape accuracy in centerless grinding
    无心磨削中影响工件形状精度的因素分析
  20. In this paper, an experimental research was presented for solving the quality of soft iron core surface applying finish cutting method instead of centerless grinding.
    本文对应用精加工代替无心磨削进行了试验研究,解决了软铁芯表面质量问题。
  21. Quality Control and Forecast in Cylindrical Centerless Grinding
    无心外圆磨削的质量控制和预报
  22. Some problems of improving the grinding accuracy on plain centerless grinding machines
    普通无心磨床提高磨削精度的几个问题
  23. Applied Research on Centerless Grinding for Bearing Rings Used Ceramic Supporting
    轴承无心磨削中陶瓷支承件的应用研究
  24. The simple module library of centerless external abrasive belt grinder is created. And then, the selection of similar modules and the module configuration are also studied. 4.
    建立了简单的外圆砂带磨床模块库,并对相似模块的选取、模块配置进行了研究。
  25. This paper start from the analysis of the stress in the centerless grinding process, deducing the stable grinding conditions of the workpiece in different circumstances, and then the stable grinding area chart are drawn.
    论文首先分析了无心磨削过程中工件的受力情况,推导出工件在各种情况下的稳定磨削条件,并绘制了稳定磨削区域图。
  26. The dynamic and thermal characteristic in centerless grinding systems will affect the machining precision of the workpiece largely, so it is very pivotal to study the dynamic and thermal characteristic of mechanisms thoroughly to improve machining performances.
    无心磨削系统中的动态特性和热特性对工件加工精度均有很大影响,所以深入研究结构的动态特性和热特性是提高加工性能的关键。
  27. The parameters of centerless grinding are always determined by grinding tests, which cost much time and money.
    在实际应用中无心磨削的加工参数往往由磨削试验决定,成本高且要花费大量的时间。
  28. Module division and module configuration of centerless external abrasive belt grinder, Pro/ E re-development are studied. Then, the modular design system for external abrasive belt grinder is developed.
    对无心外圆砂带磨床模块划分、模块配置和Pro/E二次开发进行了研究,在此基础上开发了外圆砂带磨床模块化设计系统。
  29. Base on the research of centerless grinding, this paper build the simulation model of the workpiece forming process step by step, providing the theoretic foundation for the simulation system.
    随后根据对无心磨削加工研究,逐步建立了工件成圆过程的仿真模型,为仿真系统的开发提供了理论基础。
  30. The Quality Function Deployment method is introduced in modular design. And the house of quality of centerless external abrasive belt grinder is established, to achieve the transformation of customer requirement.
    将质量功能配置思想引入模块化设计中,建立了无心外圆砂带磨床的质量屋,实现了客户需求的转化。