转速环的英文

• der geschwindigkeitkreis

• "转速"英文翻译    speed; revolution; rotation ...
• "环"英文翻译    ring; hoop
• "调速环" 英文翻译 :    regulating ring; speed ring; speedring
• "高速环" 英文翻译 :    high speed loop; high-speed loop; high-speedloop
• "上速环" 英文翻译 :    upper speed ring
• "增速环" 英文翻译 :    speed ring
• "转速" 英文翻译 :    speed; revolution; rotation rate; speed of revolution; rotating speed; rotational speed◇转速指示器 speed indicator; shaft revolution indicator
• "高倍速环境" 英文翻译 :    high-velocity environments
• "高加速环境" 英文翻译 :    high-acceleration environment
• "高速环境" 英文翻译 :    high-speed environment
• "加速环流" 英文翻译 :    accelerated circulation
• "减阻增速环" 英文翻译 :    anti drag speed ring
• "等速环流润滑" 英文翻译 :    constant circulating oiling
• "高重力加速环境" 英文翻译 :    high gravity environment
• "零重力加速环境" 英文翻译 :    zero gravity environment; zero-gravity
• "泵转速" 英文翻译 :    speed of the pump; speed; pump
• "比转速" 英文翻译 :    specific speed
• "变转速" 英文翻译 :    variable speed
• "超转速" 英文翻译 :    excess revolution; overspeed
• "低转速" 英文翻译 :    slow-speed of revolution
• "飞转速" 英文翻译 :    flank speed
• "角转速" 英文翻译 :    angular speed
• "空转速" 英文翻译 :    idling speed
• "轮转速" 英文翻译 :    wheel eed; wheel speed
• "全转速" 英文翻译 :    full speed

• So it should be chose appropriate controller for the outer speed loop to fulfil the different variable - speed system
  作者认为应该灵活选择适合的转速环调节器来满足不同层次的性能要求的调速系统。
• In chapter 3 the torque ripple minimization algorithm based on torque observation and instant torque control is studied as well as the fuzzy pid controller does
  在分析两种转矩脉动抑制方法局限性基础上，研究了基于转矩观测的瞬时转矩脉动抑制算法以及转速环的模糊pid控制器设计。
• The controller includes two control loops which are outer speed loop ( variable parameter pi adjustment ) and inner current loop ( single - chop current delta - control ) . in order to improve system performances , design of digital control system based on dsp is presented . the proportional parameter and integral parameter can be obtained through the design
  整个系统采用变pi参数转速调节(外环)与单斩电流滞环调节(内环)相结合的双闭环控制方式,为了得到既快速又稳定的恒速系统,本文还给出了基于dsp的双凸极永磁电机数字控制系统的设计方案,通过此设计方案可以得到转速环的比例参数kp和积分参数ki的参考值。
• We discuss the influence on the flux and torque when the multi - voltage space vector is applied on the motor . then the strategy of producing hexagon flux or circle flux is proposed . it is believed that , in order to control the torque optimally in dtc system , the stator current needs to be observed predictably
  论文在阐述异步电动机的直接转矩控制原理的基础上，详细分析了多电压空间矢量对磁链和转矩的影响，给出了六边形磁链和圆形磁链以及定子电流预测的设计方法，提出了一种新的转速环控制方法。
• The software designs of the electrical servo system are completed using position loop , speed loop and current loop adjustment after the hardware designs are presented in details . also the efficiency of traditional pid control in practical actuator control system is compared with that of proportional - fuzzy - pid control . at the end of the paper , all factors to affect system performance are analyzed , and optimization designs are presented
  其次论文在详细介绍舵机控制系统的硬件设计基础上，完成了系统软件设计，并采用了位置环、转速环和电流环的三环控制算法实现了舵机位置伺服功能，对传统pid和比例?模糊? pid控制算法在舵机控制系统中的实际应用效果进行了比较分析。
• Then , as the substitute of the traditional pi controller , neuron adaptive psd controller is used to alternate the velocity loop of dc driver system , , simulation results show that the super - shoot in new system is small and the performance in the way of anti - disturbance and anti - time - varying parameters are higher than the traditional pi controller and robustness of the dc driver system improved greatly , , in addition , through analysis of the character of the neuron adaptive psd controller , the paper presents a neural network self - tuning control method for dc driver system in which the diagonal recurrent neural network is used to identify the plant to calculate the plant ' s sensitivity for psd controllers simulation results indicate that excellent static dynamic target was got with this control method and the performance of the system is improved greatly ,
  然后，应用单神经元自适应psd控制器改造调速系统的转速环，代替传统pi调节方式的转速控制器。仿真表明，新系统在超调、抗负载扰动和参数时变方面性能优于的传统的pi控制方式，系统的鲁棒性增强。在分析单神经元自适应psd控制器特性后，本文提出用对角递归神经网络辩识控制对象，为psd控制器提供灵敏度参数，从而构成一神经网络自校正控制方案。
• A comparative study and simulation of different control schemes , for the brushless motor variable - speed system , is presented . the simulation results show that , with the outer speed loop based on conventional proportional - integral controller , the dynamic performance of the system is not content , while with intelligence controller , the performance improves , and with variable - structure control with sliding mode , the system response influenced slightly by the vary of the system parameters
  本文还对无换向器电动机双闭环调速系统的不同控制方式进行了仿真比较，结果表明：采用常规的pi转速调节器，系统的动态性能不是很好；采用简单的转速环智能控制器，系统的动态性能能得到一定改善；采用转速环滑模变结构控制器，系统的响应特性受系统参数变化的影响较小，具有优异的动态性能。