变速控制的英文

• variable speed control

• "变速"英文翻译    change speed; shifting; vari ...
• "控制"英文翻译    control; dominate; regulate; ...
• "变速控制板" 英文翻译 :    change control board
• "变速控制阀" 英文翻译 :    transmission control valve
• "变速控制器" 英文翻译 :    variable speed controller
• "变速控制装置" 英文翻译 :    variable speed control unit
• "变速控制转速调节" 英文翻译 :    variable speed control
• "齿轮变速控制手柄" 英文翻译 :    gear control lever
• "直流发电机电动机变速控制" 英文翻译 :    ward-leonard control
• "直流发电机电动机组变速控制" 英文翻译 :    ward-leonard control
• "超速控制器" 英文翻译 :    overrun brake
• "超转速控制" 英文翻译 :    overspeed control
• "车速控制" 英文翻译 :    vsc vehicle speed control
• "怠速控制" 英文翻译 :    isc idle speed control; lac idle air control; （iac） idle air control
• "怠速控制阀" 英文翻译 :    iacv idle air control valve; idle air control valve
• "等空速控制" 英文翻译 :    constant airspeed control
• "等速控制" 英文翻译 :    constant speed control; constant velocity control; constant-speed control
• "等速控制器" 英文翻译 :    isodromic controller
• "调速控制器" 英文翻译 :    actiyator; actuator governor; speed regulation actuator; speed setting controller; speed setting cylinder
• "定速控制" 英文翻译 :    cc cruise control
• "多速控制器" 英文翻译 :    multispeed controller
• "高速控制器" 英文翻译 :    high eed controller; high-speed controller; hsc high speed controller
• "过失速控制" 英文翻译 :    post stall control
• "航速控制" 英文翻译 :    velocity control
• "恒速控制" 英文翻译 :    constant-velocity control

• Simulation of automatic shift - control on construction vehicle
  工程车辆人工神经网络自动变速控制仿真研究
• The multi - variability fuzzy policy is used in the automatic speed change of city railway train
  摘要介绍了城市轨道列车自动变速控制的一种方法多变量模糊控制。
• In power decentralized system , there are not pump / fan installed in main pipe , but also in branches , using the variable speed control to regulating the flow , valve energy consumption can be reduced or avoided , but the investment is higher and control is complicated
  动力分散系统不但在系统的母管上,而且在各支路上设泵(或风机) ,并实行变速控制以调节流量,可以减少乃至消除调节阀能耗,但投资增大,控制复杂。
• These two controllers are easy to be united and have large functions if they are applied at the same time . there are probabilities to realize more accurate , more complex control to the motor on the situations which are required high precision , high efficiency and full digital control
  两种控制器共同工作，组合方便、功能强大，适合在高精度、高效、宽变速控制的应用场合下，对电机实现精度更高、策略更复杂的控制。
• The controller this paper developed has small volume , different capabilities and is easy to be united . it fits to the circumstance which is required high accuracy , high precision and wide speed adjusting scope . this paper has built up some hardware bases for the later designation
  本论文研制的数字式调速电机控制器体积小、功能灵活、可组合，适合于高精度、高效、宽变速控制的应用场合，为电机控制器的研发奠定了一定的硬件基础。
• The mechanism of znddp additive effect on friction performance was disclosed . ( 5 ) the principle of cvt hydraulic control is studied . a cvt test box , cvt ratio control hydraulic pump station and electric control system based on personal computer ( pc ) were developped
  ( 5 )研究了cvt的液压系统控制原理，研制了cvt的实验变速箱、 cvt变速控制的液压泵站和基于pc机的电控系统，搭建了cvt传动性能实验台，为cvt传动的基础性研究奠定了基础。
• The system is based on chopper constant current drive technique , according to the top level design idea , adopting advanced specical subdivision control integrate circuit and powerful function 80c196kc to organize the system frame , desiging the minimum system of single - chip microcomputer , multifunction i / o interface circuit , relay switch circuit , keyboard and display circuit , multifunction digital setting interface circuit and so on , utilizing the hso and hsi interface circuit which are owned by this single - chip microcomputer exclusively and its powerful command system to realize dual - degree switch control , automation orientation , automatically searching zero position , locking machine when stopping , frequency to set digitally , automatically adjusting speed through changing frequency , swithing subdivision or squarewave control , on the basis of above , the system also have the function of running according to the setting steps and the frequency , voltage and current to display through the led , etc
  系统基于斩波恒流驱动技术，按照顶层设计思想，采用先进的专用细分控制电路和功能强大的80c196kc单片机来组建系统构架，设计了单片机最小系统、多功能i o接口电路、继电器切换电路、键盘显示电路和多功能数字设定接口电路等，利用该单片机独有的hso和hsi接口及其强大的指令系统，实现了双余度混合式步进电动机的余度切换控制、自动定位、零位自动搜索、停机锁定、数字化频率设定、自动调频变速控制、细分方波切换控制，在此基础上，该系统还设有按预置步运行、 led频率电压相电流显示等功能。
• Benefited from the ceaseless development of information technology and control technique , research on grid - connected wind power generation has been in fast progress , with commercial application from several kilowatts up to more than one megawatts per unit , and category of controls from stall type to pitch regulation type up to the state - of - the - art varying speed type
  随着计算机与自动控制技术的飞速发展，风力发电技术的发展极为迅速，其单机容量从最初的数十千瓦级发展到最近进入市场的兆瓦级机组；控制方式从基本的定桨距失速型控制向变桨距控制直到最新的变速控制发展。
• In order to improve transmission efficiency of construction vehicle , and to keep hydraulic torque converter working in high efficient area , authors presented a method of shift - decision using a radial basis function ( rbf ) neural network and using genetic algorithm ( ga ) trains the rbf by optimized shift test data of construction vehicle , and did simulation experiment to validate it
  摘要为了提高工程车辆传动系统效率，保持液力变矩器工作在高效区，提出了基于径向基函数神经网络的工程车辆自动变速控制方法，利用车辆传动试验台换档控制试验的数据作为学习样本，采用遗传算法对径向基网络进行训练，并进行了验证性的仿真试验。

• 变速控制的日语：クィツクニング制御 クィツクニングせいぎょ かへんそくせいぎょ