hydraulic elevator

英 [haɪˈdrɒlɪk ˈelɪveɪtə(r)] 美 [haɪˈdrɔːlɪk ˈelɪveɪtər]

水力提升机;液压升降机

化学



双语例句

  1. Then came the question of the old hydraulic elevator to the top that could not be used in winter for fear the water would freeze, and that required changing cabins halfway up.
    然后是解决通往塔顶的老式液压升降机问题。这种升降机在冬天因怕水结冰不能使用,而且这种升降机上升到一半要换吊舱。
  2. The model of a shipboard hydraulic elevator with two end buffers and its hydraulic systems is founded in the article.
    本文建立了有双端缓冲装置的船用液压升降机及其液压系统的模型。
  3. Discussion about the Optimum Centralized Oil Supply System for Hydraulic Elevator Accumulator
    液压升降台蓄能器集中供油最佳系统探讨
  4. A group of gtc-f model hydraulic elevator isworking on "magic boat" aeroboat experimentalbutting site.
    一组gtc?f型液压升降机在“神舟”号飞船试验对接现场工作。
  5. The calculating method of installed power of the improved hydraulic elevator is presented, and so it is clear that the installed power of the system can be reduced greatly.
    给出装机功率的计算方法,说明该系统能够极大降低装机功率。
  6. For the centennial restoration, the current Liberty Elevator Corp., then a division of National Elevator, was awarded the contract to install a large, double-decker hydraulic elevator in the statue.
    为了百年纪念修复,现在的自由电梯公司,当时属于国家电梯,被授予合同,在神像内安装一部大型的双层液压电梯。
  7. Simulation Research of Dynamic Characteristics on Shipboard Hydraulic Elevator with Two End Buffers
    有双端缓冲装置的船用液压升降机动态特性仿真研究
  8. Cabin vibration of VVVF hydraulic elevator system with pull-cylinder
    倒拉式变频液压电梯系统的轿厢振动分析
  9. Up-side-down Hydraulic Lifting Construction of the Internal Steel Barrel of High Chimney Main System Improvement and Properties Analysis of Hydraulic Elevator Control System
    高烟囱钢内筒液压提升倒装施工方法矿山提升机液压控制系统的改进设计
  10. Design of Hydraulic Elevator System on Dynamic Equilibrium Test-bed
    动平衡试验台液压升降系统的设计
  11. According to design and application research, the characteristics hydraulic elevator and hydraulic oil pumping unit are improved by using the system above. The installed power and energy consumption are reduced, and the structure of the application system is simplified.
    设计和应用研究表明在液压电梯和液压抽油机中应用本课题系统,能改善整个系统的性能,简化系统结构,节省安装空间,降低系统装机功率和能耗。
  12. Hydraulic Transformer Energy-saving Applications in Hydraulic Elevator
    液压变压器在液压电梯系统中的节能应用
  13. The paper introduces the structure and work principle of YBY01 vehicle-used loading and unloading hydraulic elevator and puts forward the designing process.
    介绍了YBY01型车用装卸液压升降机的结构组成与工作原理,提出了YBY01型车用装卸液压升降机的设计要点。
  14. The speed control system of hydraulic elevator using computational methods for flow rate feedback is discussed in this thesis.
    本论文进行基于软件计算的流量反馈液压电梯速度控制系统的研究。
  15. To apply multi model fuzzy logic control theory into a speed feedback hydraulic elevator system
    多模式模糊控制理论在速度反馈式液压电梯系统中的应用
  16. It analyzes a hydraulic elevator car frame used in the museum, sets up its multi-loops structure and variable working conditions load.
    某博物馆液压电梯轿厢架具有多重框架的结构特点和变工况的载荷特征,传统公式计算法难于进行应力和变形分析。
  17. Development of test system of dynamic characteristics and fault diagnosis in hydraulic elevator
    液压电梯动态特性与故障诊断试验系统的研制
  18. It's the application of a new flow feedback control method in hydraulic elevator, a typical electro-hydraulic system.
    主要针对软件计算流量反馈这种新型的流量控制技术,研究其在液压电梯控制领域中应用。
  19. After analyzing many control modes of electronic controlled hydraulic elevator, the control project is proposed in this chapter with its significance.
    论文的第一章首先简要介绍了液压电梯的技术现状和发展趋势,在分析比较了目前阀控液压电梯的各种控制方案后,提出了本课题的控制方案,说明了本课题的选题意义。
  20. In chapter 1 the principle and the research status of the pipe rupture valve and the requirement of the pipe rupture valve in the European Hydraulic Elevator Manufacture and Secure Installation Standards ( EN81-2) are also introduced.
    本文在第一章对限速切断阀的原理进行了简介,并分析了国内外的研究现状,以及介绍了欧洲《液压电梯制造与安全安装规范》中对限速切断阀的要求。
  21. Research on speed control system of VVVF hydraulic elevator with energy feedback
    能量回馈式VVVF液压电梯速度控制系统研究
  22. Design of Energy Recovery System for Hydraulic Elevator
    液压升降机能量回收系统设计
  23. Using special electro hydraulic and hydraulic elevator experiment rig, the pipe rupture valve is completed test.
    利用专门的电液元件测试平台和液压电梯台架对限速切断阀进行了比较全面的实验,拓展了新元件的实验研究手段。
  24. This paper is about the theoretical and experimental research on the speed feedback con-trol systems of hydraulic elevator using single chip microcomputer. One is velocity feedback, the other is absolute position feedback.
    对液压电梯速度反馈单片机控制系统进行了理论设计和实验的研究。ADCM采用速度反馈和绝对位置反馈两种反馈控制方式,从而组成了一个双闭环控制结构;
  25. Furthermore, the speed control of VVVF hydraulic elevator is studied using PID control law and numerical simulations are carried out with the Simulink of Matlab.
    另外利用增量式PID控制算法对变频调速液压电梯动态特性进行了计算机仿真和实验研究,并且与带有蓄能器的变频调速液压电梯进行了节能对比。
  26. The selection of elevator without machine room and hydraulic elevator in building
    建筑中无机房电梯与液压电梯的选择
  27. After that, a complete solution to design the pipe rupture valve of the hydraulic elevator with fluent and Matlab simulation software;
    然后针对液压电梯专用限速切断阀,通过fluent流场仿真软件和Matlab仿真软件的分析,建立了一套比较完整的设计计算的方法;
  28. Self tuning control of the variable frequency motor system for hydraulic elevator
    电机变频控制液压电梯系统的自校正自适应控制
  29. The following paper illustrates the production process of elevator without machine room and its advantage compared with elevator with machine room, points out its disadvantages, introduces the performance, structure and advantages of hydraulic elevator, and confirms the method to select elevator in building.
    阐述了无机房电梯的产生过程以及与有机房电梯相比具有的优点,指出了无机房电梯的不足,介绍了液压电梯的性能和结构以及具有的优势,明确了建筑中选择电梯的方法。