对采用微分几何方法设计永磁同步电机转速控制器的可行性进行了研究。
The feasibility of designing controller for control permanent-magnet synchronous motor speed is proposed by using differential geometry theory.
提出了基于神经元的用于感应电机矢量控制的自适应磁链和转速控制器。
The adaptive flux controller and speed controller based on neuron are presented for the induction motor vector control.
本文还介绍了利用遗传算法搜索PID转速控制器最优参数的方法，并给出了实验结果。
The genetic arithmetic was used to optimize the parameters of the speed PID controller. At last the experimental result was given.
为提高异步电机转速环的动态性能，提出一种新型的有速度传感器的转速控制器设计方案。
A new speed controller with sensor feedback was developed to improve the speed control of induction motors.
针对液压伺服马达的参数不确定性以及负载转矩脉动等问题，提出了一种鲁棒转速控制器的设计方法。
A design method of a robust rotational velocity controller of water hydraulic servomotor was presented for the uncertain parameters and the load fluctuation.
介绍电动自行车电机的设计特点，提出一种确定电机额定转速及功率的方法，提供电机及控制器的设计参数。
The thesis introduces design peculiarity of motor bike, and puts forth a method to define rated speed and power to provide design parameter for the motor and controller.
本文提出一种智能PI控制器，并用作交流调速系统的转速调节器。
This paper presents an intelligent PI controller, which is applied in the speed controller of AC drive system.
控制器对无刷直流电动机的转速控制至关重要，因此研究无刷直流电机的控制策略十分重要。
A good controller is crucial to speed control of brushless DC motor, so it is important for brushless DC motor to find out a good control method.
在上述基础上，本文设计了一个具有机端电压反馈和转速偏差反馈的双环非线性PID控制器。
Based on forenamed knowledge, the paper designs a double-loop NPID excitation controller, which has parallel feedback of voltage and error of rotate-speed.
该控制器包括非线性后推控制器和用来估计转速的转速观测器。
This controller consists of nonlinear backstepping controllers and a velocity observer to achieve the purpose of speed following.
这时只需各道电机保持过渡过程结束时的转速运行，采用单神经元pid控制器。
In the process every motor just need to hold its velocity, so we use single neural PID controller.
此控制器根据电机在不同转速下的输出信号，经过数字处理，提供给电机适当的电流和频率，使之达到超静音，同时使电机能发挥最大的转矩和最高的效率，从而使电机动力强劲。
The controller processes the motor output signal digitally, and provides suitable current and frequency to the motor to make it silent and efficient, hence enhance the power of the motor.
控制装置设有机组集控装置、励磁机交流励磁装置、发电机助磁装 置、发电机转速传感器和风机制动控制器；
The control equipment includes centralized control device for set, AC field system of exciter, device for assisting magnetism (DAM), speed sensor of generator, and braking controller for blower fan.
本实用新型涉及的摩托车限速装置，包括发动机转速传感器（1）、摩托车车速传感器（2）及点火控制器；
The utility model relates to a motorcycle speed-limiting device, comprising an engine revolution speed transducer (1), a driving speed transducer (2) and an ignition controller.
一种减小曲轴转速变动的系统，包括控制器、制动装置和控制模块。
A system to reduce rotational speed variations of a crankshaft includes a controller, a braking device, and a control module.
控制器的参考转速是风速的函数，它的选择随风力状况的变化而变化，目的是为了获取最大风能。
The speed reference for the controller is a function of the wind speed and is chosen to ensure maximum energy capture from the wind for varying wind conditions.
设计的模糊控制器以电机的转速偏差及转速偏差率为输入，输出量用于控制斩波调速时的导通角。
The fuzzy logic controller designed in this study determines the required angular used in the DC chopper control based on motor speed error and its change.
旨在说明直流无刷电机控制器对电动机转速控制以及换相控制的实现方法和技术优势。
The main purpose is to illustrate the solution and technology advantages of DC brushless controller, in account of rotational speed control and phasing rotation control function.
采用可编程控制器调节电机转速实现消防供水系统压力的自动控制。
By adjusting the rotational speed of motor, it can control the pressure of fire fighting watering system automatically with PLC.
采用数字信号处理器（DSP）控制器，设计了具有电压前馈和电流截止负反馈的转速闭环弱磁调速系统。
The speed adjusting system with field weakening with voltage feedforward, current closed negative feedback and speed closed loop was designed by adopting digital signal processor (DSP).
对于控制系统，建立了传感器、节距调节器、转速PI控制器、转矩PI控制器、节距PI控制器等的数学模型。
To the control system, The mathematics model of transducers, blade actuator, PI controller to rotate speed, PI controller to the torque, PI controller to the blade angle are established.
控制器(52)使电动机在目标旋转速度开动。
A controller (52) actuates the motor at the target rotational speed.
我部主要生产制动单元、制动电阻、力矩电机控制器、变频器面板延长电缆、转速表、计数器。
I mainly produce braking unit, braking resistor, torque motor controller, inverter panel extension cables, tachometer, counters.
利用可编程序控制器脉冲输出指令控制步进电机的转速、方向和移动距离，从而实现精确定位。
PLC used Pulse Output Function to control the stepper motor speed, direction and distance of movement, accordingly realizing the purpose of exact orientation.
通过计算发电机转速和无功补偿节点电压变化量对各控制器参数的轨迹灵敏度，获得目标函数对各控制器参数的梯度，以便于用共轭梯度法寻找最优解。
Trajectory sensitivity approach is used to assess the gradient of the PSS and SVC parameters on the objective function and then conjugate gradient approach is applied to find the optimum solution.
介绍了异步电动机矢量控制系统神经网络速度控制器的设计方法；同时提出了将开环直接计算与模型参考自适应方法相结合的神经网络混合转速辨识模型。
And a new hybrid speed identification method is also proposed, which based on the neural network, combines the open loop estimator and the instantaneous reactive power model reference adaptive system.
在此基础上，对转速环电流环双环控制系统进行了控制器结构选择与参数设计。
Controller structure is chosen and parameters are designed for double-loop controlling system based on the model.
旋转编码器转换成机械和工业PC输入成电子信号，控制器可处理的计数器，转速表，可编程逻辑。
Rotary encoders convert a mechanical input into electrical signals, which can be processed by counters, tachometers, programmable logic controllers and industrial PCs.
仿真结果表明，它优于常规的PID控制器，对测功机恒扭矩和恒转速的控制取得了良好的控制效果。
The simulation results show the feasibility and effectiveness of the method in nonlinear automotive suspension control system and the method is superior to PID method on the response characteristic.
仿真结果表明，它优于常规的PID控制器，对测功机恒扭矩和恒转速的控制取得了良好的控制效果。
The simulation results show the feasibility and effectiveness of the method in nonlinear automotive suspension control system and the method is superior to PID method on the response characteristic.
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