ratio controller

英 [ˈreɪʃiəʊ kənˈtrəʊlə(r)] 美 [ˈreɪʃioʊ kənˈtroʊlər]

网络  比率控制器; 比例控制器

化学



双语例句

  1. The additional yaw-moment is realized by braking some of the wheels and the wheel slip ratio is regulated by the lower controller.
    附加横摆力矩依靠制动部分车轮实现,并由下层控制器进行车轮滑移率调节。
  2. Automatic flow ratio controller
    自动流量比例控制器
  3. The research on speed ratio control based on sliding model variable structure controller of angular displacement is done.
    对电机控制式无级变速单元完成了基于角位移变结构控制的速比控制方式来实现变速器速比精确控制的研究。
  4. The former takes the minimum fuel consumption rate point in the whole engine operating range as the target, the throttle opening keeps constant, the gear ratio of CVT is adjusted by the controller which is a single parameter control system.
    单纯经济型作业模式以发动机在整个工作范围内的最低燃油消耗率点为目标工作点,油门开度不变,仅控制变速器传动比,为单变量控制系统;
  5. There is an extreme value characteristic between with heating efficiency and ratio of air/ fuel, then a self-optimize fuzzy controller is designed, this has spread the application domain of fuzzy control.
    加热炉热效率与空/燃比之间存在着极值特性,设计了空/燃比自寻优模糊控制器,拓展了模糊控制的应用领域。
  6. The fuzzy self-optimization controller designed for the burning process of annealing furnace based on self-optimization can search automatically the most suitable ratio of oil to air and get better results. This controller is automatic adaptive to the disturbance of uncontrollable factors.
    对退火炉燃烧过程设计了模糊自寻优控制器,采用自寻优控制,自动搜索最佳油/风比,取得了较好的控制效果,且对不可控因素的干扰具有较好的自适应能力。
  7. This method chooses the input signal of TCSC POD controller by the residue ratio method and tunes the controller by compensating the residue phase.
    采用留数比为指标对TCSCPOD控制器输入信号进行选择,采用补偿留数相位的方法对控制器参数进行整定;
  8. The mobility of an generalized eigenvalue may be considered as the ratio of the neighbourhood to which it may be shifted with the controller gain used to effect such a change.
    广义特征值的迁移性就是用控制器增益使系统的特征值迁移到某个邻域的能力。
  9. The algorithm is applied to control the product composition of a CSTB, as main controller of the cascade and ratio control system, to demonstrate the implementation of the digital controller based on the algorithm.
    本文还以混合釜成分串级比值控制系统为例,介绍了实现该控制算法的成分数字调节器的具体方法。
  10. With consideration of the complexity of CVT system, a system with speed ratio feedback is developed, and a fuzzy self-adaptive PID controller is introduced into the ratio control system.
    考虑到CVT传动系统的复杂化,设计了模糊自适应PID控制器,开发了基于速比反馈的速比控制系统。
  11. Enforcing Admission Control Using Admission-Time-Ratio and PI Controller
    基于接纳时间比控制和比例积分调节器的接纳控制机制
  12. Mix Ratio Controller and Error Analysis for Aggregate and Asphalt
    油石比控制及误差分析
  13. The inputs of fuzzy controller are the velocity of slippage and its ratio, the output of fuzzy controller is the control current of the servo valve.
    模糊控制器的输入变量为滑移速度及其变化率,输出变量为伺服阀的控制电流。
  14. In this paper, a new duty ratio control technology using PI controller is presented.
    本文提出了一种使用PI控制器的占空比控制技术。
  15. The anti-skid control strategy based on slip ratio, the structure of the EMA and the controller, the control strategy of Brushless DC machine ( BLDCM) which is the core of the actuator are introduced briefly.
    论文首先简要地阐述了滑移率式防滑控制策略的基本原理,介绍了机电作动机构和数字控制器的基本构成,讨论了机电作动机构的核心&无刷直流电机的工作原理和控制方法。
  16. A ratio controller for both ratio regulation laws is designed.
    结合拖拉机的工作特点,研究了拖拉机无级变速器的最佳经济性和最佳动力性速比调节规律,设计了速比调节控制器。
  17. The synthesized control system with the feedback of the engine throttle and CVT ratio is built. Fuzzy controller and PID controller are designed. The synthesized control effecting of the two control method are compared in simulation.
    建立了具有双变量闭环回路控制的综合控制系统,设计出模糊控制器和PID控制器,最后通过仿真比较了两种控制方法对综合控制效果的影响。
  18. Study on the Air-Fuel Ratio Controller for LPG Engine
    LPG发动机空燃比控制器的研究
  19. Combined with control characteristics of engine air fuel ratio, the CMAC controller which is self adaptive to compensate fuel injection volume is studied.
    结合发动机空燃比的控制特征,研究了一种能自适应补偿喷油量的CMAC控制器。
  20. The simulation result shows that our proposed controller can improve the utilization ratio of green light time and produces lower vehicle delays than the traffic-actuated controller.
    结果表明,该控制器具有学习和泛化能力,可以有效的提高绿灯时间利用率并减少车辆平均延误。
  21. Air-Fuel Ratio Automation Control System Based on Fuzzy Controller
    用模糊控制器实现燃油燃烧配比自动控制系统
  22. Design of Servomotors Ratio Synchronism Controller
    伺服电机柔性比例同步控制器设计
  23. A fuzzy control changeable steering ratio feedback method is described, fuzzy controller of changeable steering ratio and yaw rate feedback factor is designed, simula-tion result shows that effect of two controllers are obvious.
    进而提出了模糊控制的变传动比反馈方法,设计了变传动比模糊控制器与横摆角速度反馈系数模糊控制器,并分别进行了仿真,结果表明2种控制器的效果明显。
  24. The sliding mode controller and the adaptive controller are employed separately to manipulate the methanol flow and water flow. A variable ratio controller with restraint of reforming temperature is designed to manipulate the reforming air flow.
    总体控制策略以本文设计的滑模控制器或自适应控制器来控制甲醇流量和水流量,以重整温度约束的变比值控制器来控制重整空气流量。
  25. Finally, the emphasis is on ratio control, from the aspects of determine of target ratio with different driving cycle, the effect of the changing rate of speed ratio on performance of automotive, design of ratio controller etc..
    论文重点集中在速比控制的问题上,对不同行驶工况下目标速比的确定、速比变化率对汽车性能的影响、速比控制器的设计等问题展开研究。
  26. A ratio controller with temperature restraint combined with the advanced controller is designed to achieve the coordinated control between the inputs and outputs. Finally, achievements obtained from our researches are applied into the actual ATR system.
    本文利用带有温度约束的比值控制方法与前面设计的先进控制器结合实现了两个输入量对两个被控量的协调控制。最后,我们将探索的成果投入到实际的甲醇重整系统上进行检验。
  27. To verify the hypothesis, we examines the relationship between debt ratio and investment group by all samples, the different nature of the ultimate controller, the complexity of the pyramid level.
    为了验证研究假设,我们采用了实证分析的方法,从整体样本、金字塔层级复杂性、不同终极控制人性质视角检验了负债比例和投资的关系。
  28. Carrying out the study of controlling system has great significance on the analysis of the dynamic characteristics of the engine, the subsequent development of air-fuel ratio control system and controller design.
    进行控制对象的研究对分析发动机的动态特性,进行随后的空燃比控制系统的开发和控制器设计具有重要的意义。