材料放卷，成型过程的输送采用无级调整控制。材料张力稳定、产品成型工整。
Rewinding and molding of products are of step-less speed controller with stable tension and trim molding.
微型计算机控制系统控制脉冲序列的发送，实现振动攻丝中转速、振幅和频率的无级调整。
Micro-computer control system controls the sending of pulse series and realises the change of speed, amplitude and frequency in vibratory tapping.
采用带有综合发动机控制装置的无级变速器对驾驶员要求的传动功率选择发动机工作点许可很大的自由度。
The use of a continuously variable transmission(CVT) with an integrated engine controller allows great freedom of choice of the engine operating point to deliver the power demanded by the driver.
推荐采用CVT换档速度控制的一种算法来改进金属推块无级变速器车辆的燃油经济性。
An algorithm to improve the fuel economy of a metal belt continuously variable transmission (CVT) vehicle by CVT shift speed control is suggested in the paper.
在些基础上，我们开发了SZG - A，它既可无级调速，又能进行恒温控制。
On the basis, we also developed SZG-A. it can carry out steeples speed change and constant temperature control.
给棉罗拉采用调频电机传动，实现无级变速，通过计算机控制与道夫传动同步。
Feed roller is driven by an electronic frequency converter which permits stepless variation of its speed and is controled to be synchronized with doffer by the computer.
速比调节规律是无级变速器控制的主要依据之一，是发挥无级变速器优越传动性能的基础。
Transmission ratio regulation law is one of the basis of continously variable transmission(CVT) control. Based on this, CVT may exert its eminent performance.
提出了无级自动变速器汽车起步控制策略，使汽车在起步过程中，实现了发动机在低速下稳定运行，缩短了起步时间，减少了起步的冲击。
Control strategy involved in this paper, which can make motor stably running at low speed in starting process can decrease initiative time and initiative attack.
复卷线速度无级调控，卷纸膨松度可控制。
Stepless regulates and controls linear velocity of rewinding to materialize regulation fluffy of roll paper.
采用变频器进行电动机控制，将原来只有快、慢两个速度的电动机变成了无级调速；
This paper introduces control of motors by using frequency-transformer, which changes two kinds of speed(faster and slower) into gearless speed regulation.
该播种机由变量控制器控制机械式无级变速器，根据GPS的位置信号，完成处方图设计的播种施肥作业。
It could be accomplished sowing work prescribing by the application maps based on the GPS signal under the control of mechanical variable speed unit.
电子无级变迅自动高温，固能继电器控制，稳定可靠、寿命长、低噪音。
Electronic no-grade timing, automatic constant high temperature, constant energy relay control and it is stabilization and reliable, long life and less noise.
本机的电气控制采用变频无级调速，操作方便、直观，操作面板简洁、明了。
The electric control unit USES variable frequency step-less speed regulation for easy operation, operation panel is simple and clear.
为了研究无级变速汽车的综合控制策略及设计综合控制系统，建立了简化的汽车动态模型。
To study integrated control strategy and design integrated control system of automobile with CVT system, the simple dynamic model of automobile is established in this paper.
这种新型的控制系统具有自动测量、微机控制、液压驱动、无级变速等特点，可以使发动机在最佳温度下工作。
It has the feature of automatic measuring, computer controlling, hydraulic driving, continuous speed variation and so on. It can keep an engine working at around optimal temperature.
本文考虑由于CV T速比变化引起动力系功率损失和惯性转矩推荐了一种集成发动机一无级变速器(CVT)控制算法。
In this paper, an integrated engine continuously variable transmission (CVT) control algorithm is suggested by considering the powertrain loss and the inertia torque due to the CVT ratio change.
该控制系统采用无级变频电机，这是进行简单工作的经典机器。
The control system adopts inverter with step less motor. It is the classical machine for simple working.
采用触摸式控制面版，溶胶温度、出胶流量、出胶温度数字显示，出胶量无级调节。
Adopt the touch control panel, the numerical indication of cement temperature, flow rate and temperature of cement output, and the stepless adjustment of cement output.
通过对汽车空调风机的无级调速系统仿真结果的分析，表明模糊pi控制优于传统的PI控制，证明了该无级调速系统仿真模型的正确性。
The analysis on the simulation results in stepless speed regulating system of automotive air-conditioning fan shows that the fuzzy PI control is better than the conventional PI control.
灵活的控制方式，可作单段速、三段调速、五段调速或无级调速调节风量并附运转/异常指示灯/异常干接点，便于监控；
Flexible control, the motor adjust air flow can be single period of speed , three or five periods of speed. It is also enclosed operation, abnormal indicator and abnormal dry contact for control.
分析汽车电子控制系统中常用的几种控制理论，分析汽车无级变速传动装置(CVT)控制系统的要求和特点。
This paper analyzes several control theories in automobile electronic control system and the demands and characteristics of the control system for car Continuously Variable Transmission (CVT).
提出了无级变速传动的综合控制算法，进行了无级变速传动匹配控制仿真研究及台架试验，试验结果与理论分析结果具有良好的一致性。
The synthetic control algorithm is put forward which has been proved by simulation and experiment, the results of theoretical analysis and experiment are coherent.
文章将介绍利用FANUC的模拟输出模块ADA02B与变频器实现主轴无级调速和主轴的多通道控制功能。
This paper will introduce to apply converter and FANUC Analog output model ADA02B to get stepless speed for spindle and multi-path spindle function.
管线绞车采用阀控比例调速液压驱动、LC控制，实现了卷筒的无级变速和排缆器的协调控制。
The winch adopted valve-controlled proportional speed regulation hydraulic drive and PLC control to realize stepless speed change of the winch drum and coordinating control of the cable layer.
整机由程序控制，变频器无级调速，电器控制部分采用进口元器件。
The machine is controlled by PLC program. Frequency stepless speed control. Electrical parts are imported.
机器轴采用变频无级调速，电热采用电子自动控制装置，操作方便可靠。
The machine adopts an electro self-control device to for heating, and it's convenient and safe.
基于力位置控制方案开发了金属带式无级变速器的控制测试系统。
Based on the control scheme for force and position, a control and testing system of metal V-belt CVT is developed in this paper.
本机的电气控制采用变频无级调速，操作方便、直观，操作面板简洁、明了。
The electric control uses variable frequency step-less speed regulation for easy operation. Operation panel is simple and clear.
采用微电脑控制，LED显示，无级调速。
Contolled by microcomputer, displayed by led, stepless variable speed.
ZCF型生产线工作速度采用电脑控制无级调速，使该生产线运行速度稳定，操作简单。
The operation speed of ZCF production line is stepless computer-controlled to realize the stable operation speed and simple operation of the production line.
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