servo system control

英 [ˈsɜːvəʊ ˈsɪstəm kənˈtrəʊl] 美 [ˈsɜːrvoʊ ˈsɪstəm kənˈtroʊl]

【计】伺服式运算部件

计算机



双语例句

  1. The equipment composing concludes processing program, numerical system, servo system, assistant control device, feedback system and machine tool.
    其基本组成包括加工程序、数控系统、伺服系统、辅助控制设备、反馈系统及机床本体等。
  2. Robust Control and Performance Analysis for Permanent Magnet Linear Motor Servo System in Numerical Control Machine
    数控机床用直线伺服系统鲁棒控制器设计及性能分析
  3. Servo System 2-DOF Robust Control Based on H_ ∞ Method
    基于H∞方法的伺服系统二自由度鲁棒控制
  4. Design and Simulation of DC Servo System with Computer Control
    计算机控制直流伺服系统设计与仿真
  5. Characteristic Analysis and Correction of Digital Servo System and Fire Control Computer Interface
    数字随动系统与火控计算机接口特性分析及修正
  6. Research on PMSM Servo System and Advanced Control Strategies
    永磁交流伺服系统及其先进控制策略研究
  7. Research on Design and Experiment of Servo System Using Robust Control
    基于鲁棒控制方法的伺服系统设计与实验研究
  8. Dual Linear Motor Servo System Synchronous Control Based on Repetitive Controller
    基于重复控制器的双直线电动机伺服系统同步控制
  9. Studies and designes servo-control module, electric-hydraulic servo-control module and mechanical-electric-hydraulic pressure system of STAR-03W; discusses the control-theory of electric-hydraulic servo system in Numerical Control Bend Pipe machine.
    研究设计了STAR-03W数控系统的伺服运动控制模块、电液伺服控制模块及其机械、电气、液压系统,并探讨了数控弯管机中电液伺服系统的控制理论。
  10. Design on the Hydraulic Pressure Servo System of Electro-hydraulic Control Steamer
    电液调节汽轮机液压伺服系统的设计
  11. During research and reconstruction of servo system, designed control method of feed and main axis, and decided servo controller. At the same time calculated the type selecting for the servomotor and measuring components.
    在伺服系统改造与研究的过程中,设计了进给轴和主轴的控制方式,确定了伺服控制器,同时对伺服电机进行了选型计算;
  12. Learning mechanism of a tree structure neural network and the application of the network in electrohydraulic servo system control
    树形神经网络的学习机理及其在电液伺服系统控制中的应用
  13. Permanent Magnet Linear AC Servo System and its Control
    永磁直线交流伺服系统及其控制
  14. Pneumatic Servo System Control Via Nonlinear H_ ∞ Control and Direct Feedback Linearization
    基于反馈线性化的气压伺服系统非线性H∞控制
  15. A simulating study of pneumatic position servo system with PID control
    气动位置伺服系统PID控制的研究
  16. The servo system ′ s stability analysis based on the Lyapunov stability theory proves that its tracking errors may converge to zero and that the servo system can control the oscillation of flexible load.
    基于Lyapunov稳定性理论的系统稳定性分析,证明系统跟踪误差将收敛至零,同时控制了柔性负载的振动。
  17. The naval gun control system should not only perform basic functions of servo system control, mechanism action control during the course of ammunition ramming, but also perform additional functions of man-machine interaction, fault analysis and location design and so on.
    舰炮控制系统不仅要完成随动系统控制、弹药输送过程中的机构动作控制及数据通信等基本功能,而且还要在此基础上完成人-机交互和故障分析定位等附加功能。
  18. The application of Panasonic's AC servo system and PMAC control block in robots
    松下交流伺服系统与PMAC控制卡在机器人中的应用
  19. Electrohydraulic Servo System& PVT Control for Injection Molding Machines
    注塑机电液伺服系统及PVT控制技术
  20. In this paper the basic ideas and method to design HSIC ( Human Simulation Intelligent Controller) are explored based on the reference [ 1.2]. Design procedures are described for servo system's control. The simulation results for the algorithm of intelligent controller are also given.
    本文在文献〔1,2〕提出的仿人智能控制理论的基础之上,探索了设计其仿人智能控制器的基本思想和方法,并以伺服控制为例阐明了设计的步骤及其仿真实验结果。
  21. Stepping Motor Position Servo System with Fuzzy Control
    模糊控制步进电动机位置伺服系统
  22. Design and Simulation of AC Servo System and Intelligent Control
    交流伺服控制系统的设计仿真与智能控制
  23. The paper presents the basic principle of AC servo system, and presents the function and peculiarity of Panasonic's servo system and PMAC control block. They are used in system of three-dof planar robot.
    介绍交流伺服系统的基本工作原理,介绍了松下交流伺服系统和PMAC控制卡的功能和特性,将他们融合在三关节平面机器人系统中使用。
  24. Dynamic Simulation of Ship-borne Rocket Launcher Motion in Servo System Control
    舰载火箭炮随动系统调炮动力学仿真
  25. Electro-hydraulic Servo System for Position Control of Film Cutting Machine
    薄料分切机位置控制电液伺服系统
  26. In order to meet the demands for high precision and rapid response in short-stroke and high-speed linear reciprocating movement, a high response linear servo system with digital-analogue control was presented based on DSP and linear motor.
    为了满足短行程高速往复直线运动中高精度、快响应的要求,提出了一种基于DSP和直线电机的高响应数模混合式直线伺服系统。
  27. Authors design and study the total structure, cable, servo control system and control algorithm.
    本文对模型系统的总体结构、馈源舱的结构、数字伺服系统和系统的控制算法作了设计与研究。
  28. Considering the parameters variability of the electro-hydraulic velocity servo system, a control method of hydraulic motor velocity in electro-hydraulic servo system is introduced.
    为了提高控制精度、改善系统的静动态特性,针对液压马达速度伺服系统的非线性时变特点,提出了电液速度伺服系统中液压马达速度的控制方法。
  29. This paper presents a simple gain-variable PI controller used for hydraulic servo system control.
    本文提出了一种简单的变增益PI控制器,并应用于液压伺服位置系统的控制。
  30. This research is available for realizing high accuracy hydraulic servo system's position control by adopting the linear control theory.
    该研究对采用线性控制理论实现液压伺服系统的高精度位置跟踪控制有一定的帮助。