high speed machine

英 [haɪ spiːd məˈʃiːn] 美 [haɪ spiːd məˈʃiːn]

网络  高速断开关; 高速机; 高速机械

电力



双语例句

  1. Research on Characteristics and Three-Level Amplifier of Magnetic Bearing for High Speed Machine
    高速电机磁力轴承的特性及其三电平功率放大器的研究
  2. It analyses the new requirements for high speed machining. The'Zero Transmission'is an ideal transmission style for high speed machine tool.
    前言:分析了高速加工对机床的新要求,阐明“零传动”是高速机床理想的传动方式。
  3. Modern CNC Control Technology of High Speed Machine
    高速加工机床的现代CNC控制技术
  4. One of the key technologies to realize high speed machining is develop high speed machine tools.
    实现高速切削的关键技术之一,是开发具有高速能力的高性能数控机床。
  5. The utility model relates to a waste oil recycling treatment equipment, which is an equipment for treating and recovering the waste high speed machine oil and regular engine oil into clean oil.
    本实用新型涉及的是一种废机油循环再利用处理设备,是一种适用于将废高速机械油和普通机油处理还原成清洁机油的设备。
  6. Analysis and evaluation on three feed drive systems of CNC high speed machine tool
    高速数控机床三种进给系统的分析与评价
  7. The high speed machine machining technology regulations is accomplished by establishing the high speed cutting database system. The total structural design of database system and the programme design methods of browse and perfect choice of the cutting dosage are given.
    通过建立高速切削数据库系统来完成高速机械加工工艺规程,给出了数据库系统的总体结构设计及切削用量浏览和优选的程序设计方法。
  8. This paper focuses on the study of machining technology related to the high speed machine tool which is now mainly applied in milling-action machining of hardening die steel and large-scale aerospace structure unit.
    由于高速机床目前应用对象主要为硬化模具钢及大型航天结构件的铣削加工,因此主要针对与此相关的加工技术。
  9. Analysis on Structure Drive Milling System Vibration of High Speed Machine Tool
    高速机床进给机构及铣削系统振动分析
  10. Producing the Al-Cu alloy mainshaft retainer of high speed machine tool cylindrical ingot with direct squeeze casting shape process. The effect of squeeze casting processing parameters on mechanical properties of the cylindrical ingot were investigated. Then the appropriate processing parameters were defined.
    采用直接挤压铸造成形工艺来生产Al-Cu系合金高速机床主轴轴承保持架筒形坯件,试验研究了其工艺参数对该铸件组织及力学性能的影响,从而确定出挤压铸造筒形件合适的工艺参数。
  11. An economical model is established for traditional machining center, high speed machine tools as well as virtual axes machine tools.
    针对传统的加工中心、高速加工机床和可重组的虚拟轴机床都能进行某种零件加工的情况,给出了一个经济模型。
  12. Calculation of the Interference Fit for the Electro spindle of High Speed Machine Tool
    高速机床电主轴过盈配合量的计算
  13. Study of the System Safety Evaluation and Optimization of High Speed Machine Tool
    高速机床系统安全性能评价及优化方法的研究
  14. In the experiment, via the squeeze casting to form Al-Cu alloy mainshaft retainer of high speed machine tool, the effects on the casts mechanical properties and microstructure of squeeze casting process parameter, the content of elements and heat treatment are investigated.
    本试验以高速机床主轴轴承保持架为对象,采用铝铜合金挤压铸造方式成形,研究了挤压铸造工艺参数、元素含量、热处理工艺等因素对铸件力学性能和显微组织的影响。
  15. This article described the critical technology such as numerical control high speed machine, high speed cutting tool, high speed machining nc programming during die& mould high speed milling. At the same time the advantage of high speed milling is illustrated by some instances.
    介绍了模具数控高速铣削相关的机床、高速刀具、CAM数控编程的关键技术应用,并以实例的形式说明了模具数控高速切铣削加工的优点。
  16. This paper introduces high speed machine tool and its servomechanism, control system, tools and auxiliary equipments, so that we can choose and buy correctly the related technical equipments and bring it's action into play fully.
    介绍了高速切削机床及其伺服系统、控制系统、刀具和配套装备,以便正确选购使用有关技术装备,并充分发挥其作用。
  17. Study on Some Key Technological Problems of High Speed Machine Tool
    高速机床若干关键技术问题研究
  18. The development trend of feed systems in high speed machine tools
    高速机床进给系统的发展趋势
  19. The high speed machine, due to its small volume, high efficiency and great power density, is one of the great concerns in electrical engineering.
    高速电机由于体积小、功率密度大和效率高,成为电机领域的研究热点之一。
  20. The high quality of the high speed machine tools is the prerequisite for highspeed machining, and the high speed spindle unit is a key component of the highspeed machining center.
    高品质的高速机床是实现高速加工的首要条件,而高速主轴单元则是高速加工中心的核心部件。
  21. With the increasing of cutting speed, the requirements of performance of spindle system are very high. To the high speed machine tool, dynamic life theory of processing dynamic characteristic analysis and studying high speed tool bearing has become the pressing requirement of the whole machine development.
    随着加工速度的提高,对主轴系统的性能要求也越来越高;针对高速机床主轴,进行动态特性分析,研究高速主轴轴承的动力学寿命理论已经成为整个机床开发工作的迫切要求。
  22. The main advantages of the high speed machine are small volume and great power density. However, the cooling problem is more serious due to the greater loss per volume and the smaller cooling areas.
    高速电机的优点是体积小和功率密度大,然而随之而来的缺点是单位体积的损耗大,以及因散热面积小造成的散热困难。
  23. The high speed machine has been widely investigated since it has high speed, small size, power density and high efficiency.
    高速电机由于具有转速高、电机尺寸小、功率密度大、效率高等优点,目前正在成为众多领域的研究热点之一。
  24. Electromagnetic design and performance characteristics of high speed machine are analyzed by academic research and experimental study.
    本文以高速电机的电磁设计和性能特性为研究对象,进行了一系列的理论研究和实验验证。
  25. In this research, two other control options for high speed machine were designed based on the optimal output feedback and the improved H ∞ output feedback control methods to improve the radical and axial position regulation of AMB.
    在本文中,分别采用了最优输出反馈控制和最优H∞输出反馈控制改善磁轴承的径向和轴向位移调节。
  26. Therefore, the design of spindle module is particularly important while developing the high speed machine tool.
    因此,在研制高速机床时,主轴组件的设计尤其重要。
  27. The high efficiency, high flexibility and high precision are concentrated in the modern CNC machine. The feeding system of high speed machine needs high-performance position control, speed control, pilot motor and mechanical transmission and so on.
    现代的数控机床将高效率、高精度和高柔性集中于一体,高速机床进给系统对位置控制、速度控制、伺服电动机及机械传动等方面都有很高的要求。
  28. The high speed machine is designed and analyzed by magnetic circuit method and FEM.
    然后具体给出了场路结合法设计高速永磁电机的过程。将等效磁路法和有限元法结合起来对电机进行设计分析。
  29. The analog control system of magnetic bearing is studied. Each part of hardware circuit has been tested. The whole experiment has been done. The stable suspension rotor of high speed machine has been received in the experiment.
    研制主动磁力轴承的模拟控制系统,对硬件电路的各个组成部分进行了调试,进行整体实验研究,实现了高速电机转子稳定悬浮的实验结果。
  30. But the high speed machine has a lot of difficulties, such as electromagnetic and structure designs, characteristics analysis, stress calculation, loss and temperature rise calculations, visible machine design software.
    然而高速电机存在着许多技术难点,包括:电磁与结构设计、特性分析、应力计算、定转子的损耗和温升计算、可视化电机设计软件等。