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suspension device
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  悬挂装置
     Introduces the application environment, structural characteristics, basic configuration and the working principles of both DC1500 V and AC 25kV elastic support suspension device, a very good mode for simple suspension of OCS in tunnel and may solve the problem of OCS suspension under condition of lower clearance.
     介绍了DC1500V弹性支座悬挂装置与AC25kV弹性支撑悬挂装置的使用环境、结构特点、基本组成及工作原理,能够解决低净空条件下的接触网悬挂问题,是隧道内简单悬挂的一种很好的结构形式。
短句来源
     Failure analysis of driving gear in motor suspension device of locomotive
     机车电动机悬挂装置主动齿轮断裂分析
短句来源
     Performance Test on Semi-Active Vertical Suspension Device
     垂向半主动悬挂装置性能试验
短句来源
     Development of Passenger Car Damping System and Research on the Spring Suspension Device
     客车减振系统的发展与弹簧悬挂装置的研究
短句来源
     The Calculation Formula of Bend Beam in Suspension Device Earhor
     悬挂装置耳孔计算的曲梁公式
短句来源
更多       
  悬浮装置
     In order to realize balance measurement of the spherical rotor with high accuracy, the formulae are derived to calculate the capacitance under hemisphere electrodes with variable gap for the electrostatic suspension device and a method for detecting capacitance with nanometer resolution is presented.
     为了实现高精度球形转子的平衡测量,讨论半球电极支承下静电悬浮装置的变间隙电容的计算公式和纳米级电容精密测量问题。
短句来源
     In order to realize balance measurement of the spherical rotor with high accuracy,an electrostatic suspension device under hemisphere electrostatic suspension is discussed. Based on the principle of displacement measurement of the rotor under hemisphere electrode,a high accuracy rotor displacement measuring circuit is introduced. Then the digital control method is adopted in the electrostatic suspension device, which can realize the complex algorithm and adjust the controller parameters for its convenience.
     为了实现高精度球形转子的平衡测量,讨论了半球电极支承下静电悬浮装置的实现.基于半球支承下的转子位移测量原理,提出了高精度转子位移测量方案.并在静电支承装置中采用数字控制方法,可以实现复杂的控制算法,控制器参数调节方便.最后给出了静电加力回路设计和数字控制器的软件编程.
  “suspension device”译为未确定词的双语例句
     Stress Test and Fatigure Analysis on Flexible Parts in Cannon Suspension Device
     火炮悬挂系统柔性件的应力测试与疲劳分析
短句来源
     Because rubber spring has the characteristic of non-linearity stiffness and different vertical and horizontal stiffness could be obtained if rubber spring is used in the suspension device , So it is possible that rubber spring will be used more and more for railway vehicles in the future.
     橡胶弹簧不但具有非线性的工作特性,可以改进运行性能,不需另设摩擦式减振器,而且橡胶弹簧制造成本低,维修保养费用少,节省了大量金属弹簧,经济效果显著,因此橡胶弹簧在铁路机车车辆上的运用潜力巨大。
短句来源
     It means that the principle and method of the control technique can be used to develop a new active suspension device for cars.
     其原理与方法可用于研制简单可靠的模糊控制主动悬架。
短句来源
     Gimbal suspension device and electromagnetic releasing adjusting technology are used, so that the releasing process can be adjusted and controlled to reduce the interference and guarantee the micro-gravity level of the falling module.
     采用万向架悬吊结构和电磁释放过程可调技术解决了落塔微重力试验落舱释放的技术难题,实现了释放过程可调和控制,减少和降低了落舱释放的干扰,保证了落舱的微重力水平。
短句来源
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  suspension device
In order to reduce the loss of power in bearings, a rotor magnetic suspension device is used, developed and manufactured in the V.
      
A novel, remote-controlled suspension device for brain tissue PO2 measurements with multiwire surface electrodes
      
The patient was operated upon with the aid of Steinman pins to pierce the dependant portion of the pannus and an orthopaedic suspension device to facilitate its elevation.
      
Finally, the suspension device provides a heat source as well as a site for vapor bubble nucleation within the drop.
      


The magnetic suspension of rotatory object is a new technique which has rapidlydeveloped in recent years.Its predominant advantages are:no friction losses,longlife,requiring no lubrication and maintenance.It is exceedingly useful in case of highspeed,high vacuum and long life.With the development of space aviation,varioussatellites that are produced do require long life technology,and therefore variouskinds of magnetic suspension devices will be surely developed to satisfy the needs.

旋转体的磁悬浮是近年来发展很快的一门新技术。它有着无摩擦损耗、长寿命、不需任何润滑剂、不需维护等突出的优点,因而在高速、高真空和长寿命等场合下得到了极大的重视。随着空间技术的发展,长寿命、高高度的各类卫星相继出现,其姿态控制飞轮长期、可靠地在高空中运行是十分重要的,而解决此矛盾的一种理想方案,是对角动量飞轮采用磁悬浮装置。本文叙述了应用于角动量飞轮的磁悬浮装置的基本原理、结构类型和主动控制的基本方法,特别是提高角动量飞轮磁悬浮装置的刚度及降低其功耗的方法。我们相信随着科学技术的发展,各类磁悬浮装置必将得到进一步的发展和应用

This paper established a mathematical model of vibration mechanics according to vibration theory and examined and analyzed by means of equivalent rigidity the smooth traveling and vibration characteristics of wheeled engineering machines with elastic suspension devices.

根据振动理论建立了振动力学模型,并用等效刚度方法分析研究了弹性悬挂轮式工程机械行驶平稳性和振动特性。

The paper introduces the main structural features and technical characteristics of air springs used on double-deck passenger coach. The spring's vertical and lateral stiffness are computed. Test results of the spring's fatigue strength, crack resisting limit, sealing performance, vertical and lateral stiffnesses, and measurements of the vertical stiffness of the air spring device are given. The paper summarizes the experience obtained in the study on air springs used on double-deck passenger coach, and puts...

The paper introduces the main structural features and technical characteristics of air springs used on double-deck passenger coach. The spring's vertical and lateral stiffness are computed. Test results of the spring's fatigue strength, crack resisting limit, sealing performance, vertical and lateral stiffnesses, and measurements of the vertical stiffness of the air spring device are given. The paper summarizes the experience obtained in the study on air springs used on double-deck passenger coach, and puts forward ideas for improvement, thus prowdes reference for furthering the study theoretically and experimentally on air spring suspension device to be used on high speed passenger cars.

本文介绍了双层客车用空气弹簧装置的主要结构特征和主要技术特性参数。对空气弹簧垂直刚度、横向刚度进行了参数计算。给出了空气弹簧疲劳、破裂极限压力、气密性能、垂直刚度、横向刚度特性试验结果及空气弹簧装置垂直刚度测试结果。总结了双层客车用空气弹簧研制的经验和体会,并提出了改进意见,为进一步研制高速客车用空气弹簧悬挂装置提供了理论和试验参考依据。

 
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