液压机械

  • 网络Hydro-mechanical;Hydraulic machinery;hydraulic machines
液压机械液压机械
  1. 液压机械变速器箱体有限元分析与改进

    Finite element analysis and improvement on variator case of hydraulic machinery

  2. 探讨了大型液压机械工作油缸产生不同步现象的原因,通过实例提出了解决不同步问题的两种方案。

    The cause of working cylinder out of step in heaVy hydraulic machinery was discussed and two solutions were given .

  3. PC在全液压机械手中的应用

    Application of PC in A Full-Hydraulic Manipulator

  4. 数控机床液压机械手的PLC控制系统

    The PLC-based Intelligent System of Hydraulic Manipulator

  5. 基于PD型迭代学习的液压机械手轨迹控制

    The trajectory control of the hydraulic mechanical manipulator based on PD iterative learning control

  6. 针对液压机械无级传动的特点,设计了带死区、积分饱和抑制的增量式变参数PID算法的控制器。

    A dead-section and integral saturation restrain PID controller is designed according to the character of the hy-dro-mechanical transmission .

  7. 拖拉机多段液压机械CVT的建模及控制仿真

    Modeling and control simulation of the multi-range hydro-mechanical CVT for tractors

  8. 论文研究了深海水下液压机械手驱动系统的压力适应型控制器,主要包括ECU控制单元、直流无刷电机控制器以及比例控制放大器。

    This thesis investigates pressure adaptive controller for deep-sea hydraulic underwater manipulator , including ECU control unit , brushless DC motor controller and the proportional control amplifier .

  9. 本文以液压机械手电液比例控制系统为研究对象,应用模糊理论设计PID参数模糊自调整控制器,并对其进行自动控制研究。

    This paper presents our research of the electrohydraulic proportional system of a hydraulic manipulator and the computer control . We have designed a PID parameters self - modifying controller by using fuzzy theory to realize PID parameters on - line self - modification .

  10. 以能够实现自动抓取及搬运操作的5自由度液压机械手为研究对象,以实现人体手臂抓取的灵活操作性为目标,构建了基于PLC控制的液压控制系统及气动抓取装置。

    PLC controlled hydraulic and pneumatic system of 5 degree of freedom hydraulic robot was set up which can be used for industrial pick and place and assembly to achieve a high degree of flexibility and to allow the simple and direct cooperation with humans .

  11. 使用MATLAB软件中SIMULINK工具,实现对某型发动机数控系统液压机械备份装置的仿真。

    SIMULINK tools in MATLAB were used to simulate a turbofan engine digital control system 's hydraulic mechanical backup unit in this paper .

  12. 建立了多段液压机械无级变速器(HMCVT)的数学模型,用于控制系统开发。

    A mathematical model of the multi-range hydro-mechanical continuously variable transmission ( HMCVT ) is developed for use in control system development .

  13. 履带拖拉机液压机械双功率流差速转向机构设计

    Design of Hydromechanical Double Power Differential Steering Mechanism for Tracked Tractor

  14. 虚拟装配技术在液压机械无级变速器设计中的应用

    Application of Virtual Assembly Technology in Hydro-mechanical Continuously Variable Transmission Design

  15. 液力驱动的机械式离合器液压机械无级变速传动在拖拉机上的应用分析

    Analysis on the Application of Hydro-mechanical Continuously Variable Transmissions in Tractors

  16. 液压机械传动在大功率履带拖拉机上的应用与分析

    Applications of HMT on Large Crawler Tractors and its Construction Analysis

  17. 液压机械传动系统双流工况动态特性研究

    Dynamic Characteristics on the Dual-Power State of Flow in Hydro-Mechanical Transmission

  18. 液压机械无级变速器台架试验手动控制

    Manual Control Strategy of Hydro-mechanical Continuously Variable Transmission on Bench Test

  19. 液压机械双功率差速式转向机构的转向性能分析

    Analysis on Steering Performance of Hydro-mechanical Dual Power Differential Steering Mechanism

  20. 液压机械分流传动是一种新型高效的无级变速传动装置。

    The hydraulic-mechanical split-flow trans-mission is a modern and efficient stepless transmission .

  21. 两段液压机械无级传动排量控制策略

    Study on Displacement Control Strategy of Two Ranges Hydro-mechanical Transmission

  22. 液压机械无级传动系统储能技术研究

    Study on Energy Storage Technology of Hydro-mechanical Variable Transmission System

  23. 新型多段液压机械无级变速器效率特性分析

    Efficiency Analysis of an Innovational Multi-range Hydro-mechanical Continuously Variable Transmission

  24. 正独立式液压机械混合变速箱设计与分析

    Design and Analysis of the Positive Independent Gearbox on Hydro-Mechanical Hybrid Steering

  25. 液压机械分流传动结构参数的选择及控制研究

    Selection of parameters and control of hydraulic mechanical split-flow transmission

  26. 水下作业液压机械手夹持力模糊控制技术的研究

    Research on fuzzy control technology of grasping force in underwater hydraulic manipulator

  27. 液压机械无级传动的自动控制研究

    A Study on the Automatic Control of Hydro-Mechanical Variable Transmission

  28. 液压机械无级变速器的特性分析和应用仿真

    Study and Simulation of the Characteristic of Hydraulic Mechanical Continuously Variable Transmission

  29. 液压机械补偿功率回收模型参考模糊神经网络控制

    Model Reference Fuzzy Neural Network Control of Hydraulic Mechanical Compensation Power Recovery

  30. 液压机械空气污染的危害及预防

    Endangering and Preventing of Air Pollution of Hydraulic Machines