1)variable speed fluid coupling调速型液力偶合器
1.The paper mainly introduces the structure,work principle,performance,the factors which influence the performance and the matching principle under different load of the variable speed fluid coupling.本文主要介绍调速型液力偶合器的结构及工作原理、性能和影响性能的诸多因素,以及不同负载的匹配原则。
2.By way of an experimental analysis a scoop pipe drive method is proposed for the improvement of a high power variable speed fluid coupling.在对液力偶合器调节给水泵转速系统的调节特性做了分析之后,介绍了用以改善调节特性严重非线性的可变函数发生器的原理及软、硬件设计方法,通过试验分析提出了改进大功率调速型液力偶合器的勺管驱动方法。
英文短句/例句
1.Oil Pump Flow Rate Selection of Variable Speed Fluid Coupling调速型液力偶合器液压泵排量的选取
2.Research on Regulation and Control of Variable Speed Fluid Couplings in Dual Engines Drive System;调速型液力偶合器双机驱动系统调控技术研究
3.The operational principle of a velocity modulated hydraulic coupler and its application mechanism in a belt conveyor are introduced.介绍了调速型液力偶合器的工作原理,及调速型液力偶合器在带式输送机中的应用机理。
4.Study on Fluid Force and Velocity-adjusted Assembly;调速型液力偶合器软启动装置特性的研究
5.Design of Variable Speed High-power Hydrodynamic Coupling Based on CFD基于CFD的大功率调速型液力偶合器设计
6.Study on Impeller Strength and Vibration Feature of Variable Speed Hydrodynamic Coupling调速型液力偶合器叶轮强度与振动特性研究
7.Experiment Research and Fuzzy Controlling Method on the Fan Speed- Regulated System Using Variable Speed Coupling;调速型液力偶合器风机调速模糊控制方法及实验研究
8.Research and Development of Intelligent Electro-Hydraulic Control System on Variable Speed Hydraulic Couplings;调速型液力偶合器智能化电液控制系统研究与开发
9.Optimization Design of Variable Speed Fluid Couplings Transmit Pipe No-Meddle with Turning Outside-Shell调速型液力偶合器勺管与旋转外壳不干涉优化设计
10.Operation Principle of YOT Governing Hydraulic Coupling and YT Hydraulic Governor and Their Application in Power PlantYOT型调速液力偶合器和YT型液粘调速器工作原理及其在电厂的应用
11.inadjustable hydraulic coupling不可调节液力偶合器
12.Fluid coupling--Types and basic specificationsGB/T5837-1993液力偶合器型式和基本参数
13.Fault Analysis and Treatment of YT62 hydraulic couplingYT62型液力偶合器故障分析及处理
14.Study of Variable Speed Fluid Coupling Using for Belt Conveyor调速型液力耦合器在带式输送机上的应用研究
15.Study and Practice of Characteristics of Working Oil Temperature in Variable Speed Turbo Coupling调速型液力耦合器工作油温特性分析与应用
16.Application of Governor Hydraulic Coupler on Station Boiler Fans调速型液力耦合器在电站锅炉风机的应用
17.Development of variable speed coupler reduction box for drilling machine in oil-field油田钻机用调速型偶合器减速箱的研制
18.TO TEST STEP S EFFECTS ON CHARACTERISTICS OF A CONSTANT FILLING FLUID COUPLING;挡板对一种限矩型液力偶合器特性影响的试验
相关短句/例句
velocity modulated hydraulic coupler调速型液力偶合器
1.The operational principle of a velocity modulated hydraulic coupler and its application mechanism in a belt conveyor are introduced.介绍了调速型液力偶合器的工作原理,及调速型液力偶合器在带式输送机中的应用机理。
2.This article introduces the technology of the soft starter for belt conveyor,and compares the working principles,advantages and disadvantages of velocity modulated hydraulic coupler,liquid sliminess soft starter,CST,frequency conversion velocity modulation soft starter,silicon-controlled velocity modulation soft starter.介绍了带式输送机软起动技术现状,比较了调速型液力偶合器、液体粘性软起动、CST,可控硅调压调速、变频调速技术等软起动技术的工作原理及优、缺点,展望了其发展趋势,对带式输送机系统中软起动装置的选用有一定的参考价值。
3.This article expatiates the advantage of velocity modulated hydraulic coupler used in the design of high capacity with long distance belt conveyor by analysis of working principle and application of it in belt conveyor.通过对调速型液力偶合器的工作原理的分析研究,结合在带式输送机中的实际应用效果,表明调速型液力偶合器在各种性能中完全满足工作需要,在大运量、长运距带式输送机设计中使用调速型液力偶合器具有性能好、成本低等优点。
3)variable speed turbo coupling调速型液力偶合器
1.Drive characteristics of variable speed turbo coupling and CST;调速型液力偶合器及CST的传动特性
2.Establishment of torque mathematic model for a variable speed turbo coupling is the key for analysis and calculation of system dynamic response.建立调速型液力偶合器力矩特性数学模型是分析和计算机械系统动态响应的关键。
4)YOT governing hydraulic couplingYOT型调速液力偶合器
5)speed-governing hydraulic coupling调速液力偶合器
6)Hydraulic coupling speed regulation液力偶合器调速
延伸阅读
液力偶合器分子式:CAS号:性质:是利用流体流动冲击力传递机械扭矩的一种机械部件。用以保护驱动电机不过载不“闷车”。惯性大的旋转机械起动慢,电机要在4~5倍额定值的超电流状态延续数10s甚至数分钟。这不仅损坏电机也引起电网负荷波动。液力偶合器安装在电机与负载之间。它是一个充满液体的封闭空间。输入端叶轮(如同泵叶)携带液体到输出端,冲击叶轮驱动输出轴。这种“软液体”的连接允许电机和负载的转数差。起动时电机很快达到全速,负载由于其惯性可缓慢升速。输出端过载时电机仍可以不减速。运行中可根据负荷变化向偶合器放空或填充液体以改变转数,改变功率,甚至使功率减少到零,使电机空转。它广泛用于大功率、大惯性机械的驱动如皮带机、压缩机、煅烧炉和大型离心机等。