overflow valve

英 [ˌəʊvəˈfləʊ vælv] 美 [ˌoʊvərˈfloʊ vælv]

溢(回)流阀;旁通阀

化学



双语例句

  1. Install overflow valve inside to control the normal operation of pump.
    内装溢流阀控制泵的正常运行。
  2. The property and classification of overflow valve are illustrated in the article with the introduction of the specific application of its various functions in hydraulics.
    对溢流阀的特性及分类进行了介绍,并阐述了溢流阀在液压系统中多种功能的具体应用。
  3. Reliability design for the pressure_adjusting spring of overflow valve based on the theory of fuzzy;
    介绍井下机车卸荷溢流阀的结构特点和工作原理,着重分析保压和卸荷动态特性。
  4. Open the fill and overflow valve, then close the valve.
    打开加水及溢流活门,然后再关闭活门。
  5. Effects of Overflow Valve Stability Pressure Governing Deviation on Control Performance of Hydraulic Hoist
    溢流阀稳态调压偏差对液压提升机控制性能的影响
  6. Remote Pressure Regulation Utilizing Overflow Valve to Accurately Regulate Safety Valve Pressure of Power Steering Pump
    利用溢流阀远程调压精确调节动力转向泵安全阀压力
  7. An automatic back pressure adjustment complex valve combining hydraulic control check valve, overflow valve and auto-adjusting back pressure valve has been developed.
    开发了一种集液控单向阀、溢流阀和自调整背压阀于一体的背压自调整复合阀。
  8. Comparison of Overflow Valve, Decompression Valve and Order Valve
    溢流阀、减压阀和顺序阀的比较
  9. Controlling Characteristics of Overflow Valve for Solids Flow
    溢流阀对颗粒物料的控制特性
  10. The paper analyzes the effects of overflow valve stability pressure governing deviation on control performance of hydraulic hoist, and points out that the existence of overflow valve stability pressure governing deviation can make the efficiency of hoist control system decline and the control performance unimaginable.
    分析了溢流阀稳态调压偏差对液压提升机控制性能的影响,指出由于溢流阀稳态调压偏差的存在,使提升机控制系统的效率降低,控制特性较差。
  11. The mathematical model of fuzzy-robustness optimal design of the press-adjusting spring in an inserted overflow valve was established in order to find the maximal inherent frequency. The fuzzy factors and random factors were considered synthetically. This model was solved with Chaos-Genetic optimal algorithm.
    以插装式溢流阀调压弹簧固有频率最大为设计目标,综合考虑优化设计中的模糊因素和随机因素,建立了其模糊稳健优化设计数学模型,并采用混沌遗传优化算法进行求解。
  12. The Simulation Analysis for Dynamical Characteristics of the System Controlled by Proportional Overflow Valve
    电液比例溢流阀控制系统动态特性仿真分析
  13. This paper introduces the working principle of the constant difference overflow valve, the mathematical model and research on computer simulation. It puts forth a new scheme to raise the speed regulating performance of the variable loading circuit by using the constant difference overflow valve.
    介绍定差溢流阀的工作原理、溢流特性的数学模型及计算机仿真研究,提出用定差溢流阀提高变负载回路的调速性能的新方案。
  14. The characteristics of overflow valve Roots pump and ways of testing the overflow valve differential pressure are introduced. And it is pointed out that the overflow valve differential pressure of overflow valve Roots pump should be examined in test procedure.
    介绍了带溢流阀罗茨泵的特点和溢流阀压差的试验方法,明确提出应对带溢流阀罗茨泵考核溢流阀压差。
  15. In this paper, an analysis has been made of some factors influencing the determining of the characteristic flow curve for an overflow valve under static pressure and the determining of its transitory response curve.
    本文分析了影响溢流阀静态压力流量特性曲线试验及瞬态响应曲线试验的原因,提出了新的加载方法。
  16. The G-type π bridge overflow valve is introduced on its work principle and stability feature, and presented that it has advantage to improve the control system efficiency and modify the control quality.
    介绍了G型π桥溢流问的工作原理和稳态特性,指出G型π桥溢流间有利于提高控制系统效率和改善控制品质。
  17. Abstrct: The working principles of a new type guide overflow valve are introduced, and its feasibility of technology and application are expounded.
    介绍了新型先导式溢流阀的结构原理,对该阀的技术与应用的可行性进行了论述。
  18. Manufacture of a new type of guide-overflow valve
    一种新型先导式溢流阀的研制
  19. The Development of Spreading Electro-hydraulic Proportional Overflow Valve
    推广型电液比例溢流阀的研制
  20. Students can fulfill experiments such as hydraulic pump's characteristics, performances of restrictive speed regulation loop, overflow valve's static and dynamic characteristics etc., according to the experimental teaching program of Machine Design and Manufacturing and Automations.
    它可按照机械设计制造及自动化专业实验教学大纲的有关要求,完成液压泵的特性、节流调速回路性能、溢流阀静态性能、动态性能等实验。
  21. The load method of the system is that installing a throttle ahead of a proportional overflow valve, and the throttle can prevent the effect of the pressure impulsion upon sensors and meters.
    本论文所述系统的加载方法是在比例溢流阀前装一个节流阀,利用节流阀来阻止溢流阀产生的压力冲击对传感器及仪表的影响。
  22. The technology of variable frequency speed governing was used in the driving system of the experiment stand. And the advanced stepping digital overflow valve was adopted in the part of loading.
    该试验台的驱动系统采用交流变频调速技术,加载部分采用先进的步进式数字溢流阀进行加载。
  23. The system is mainly comprised of a computer, sensors, cable, high pressure oil lines and electromagnetic overflow valve, has both the functions of measuring and control, and is awarded the explosionproof qualification certificate by China Classification Society.
    该系统主要由计算机、传感器、电缆、高压油管线和电磁溢流阀等组成,既具有监测功能,又具有控制功能,而且取得了中国船级社的防爆合格证书。
  24. Overflow valve differential pressure and max. permissible differential pressure of Roots vacuum pump
    罗茨真空泵的最大允许压差和溢流阀压差
  25. Based on analysis of the principle of overflow valve dynamic characteristic test, virtual instrument system for the overflow valve measurement was designed.
    在分析溢流阀动态特性测试原理的基础上,设计了溢流阀动态特性测试虚拟仪器系统。
  26. Fuzzy-Robustness Optimal Design of the Press-Adjusting Spring in Inserted Overflow Valve
    插装式溢流阀调压弹簧的模糊稳健优化设计
  27. A new load-sensing method to control the moving velocity and pressure of actuating mechanism by controlling the displacement of proportional overflow valve is introduced.
    本文介绍了通过控制比例溢流阀排油流量,控制执行机构运动速度和压力负载敏感的新方法。
  28. Offering a whole set of practical constant power output adjusting mechanism for hydraulic system which adopts pillar stopper pump and overflow valve.
    为采用变量柱塞泵和溢流阀组合的液压系统提供了一套普遍实用的恒功率输出调节机构。
  29. Property and Application of Overflow Valve
    溢流阀的特性及应用
  30. The paper also has carried on the field test to the feasibility of each plan, thus proposing solution of the problem that double overflow valve is unable to establish the system pressure.
    并对各种方案的可行性进行了现场试验,从而得到解决双溢流阀不能建立起系统压力的可行方案。