The thermal contour on-line prediction of work rolls is one of the difficult problems in strip shape control.
实现工作辊热辊形的在线预报是板形控制的难题之一。
The on-line and continuous flatness detection of the hot-rolled strip is one of the most important links in the modern strip shape control system on the hot strip mills.
热轧带钢平坦度的在线连续检测是现代热轧带钢连轧机板形控制系统中重要的环节之一。
In the online strip shape control model during hot rolling, accurate prediction of the comprehensive contour has a direct influence on the accuracy of strip shape control model.
在热轧带钢板形在线控制模型中，综合辊形的计算精度直接影响板形控制模型设定的准确性。
The control of thin strip and foil flatness, or shape, inevitably requires some degree of modelling.
薄带材和箔材的平直度或板形控制必然要求一定程度的模型化。
The shape control technology is the key technology in the modern strip production.
板形控制技术是现代板带生产中的核心技术。
The shape meter is a detecting system fixed on the cold rolling strip mill which detects the strip shape to control product quality of strip and improve economic benefit.
板形仪是安装在冷轧带材轧机上的检测系统，用于检测带材板形，以控制成品带材的质量，提高经济效益。
Based on the important significance of the shape control technology in strip production process, a new shape control method was introduced in strip technology.
针对板形控制技术在板带材生产过程中所起到的重要意义，介绍了一种用板带工艺的方法来进行板形控制的新思想。
The results we obtained prove that the power function curve can not only improve the service life of the backup roll but also benefit the profile and shape control of hot rolled strip.
经试验验证，采用幂函数的辊形优化曲线可提高支撑辊使用寿命，并有利于板凸度和板形控制。
This paper expounds the shape classification of strip, analyzes the reasons why the shape wave occurs on the band steel in the cold rolling mill, and probes into the crown control of the band steel.
叙述了带钢的板形分类，分析了在冷轧厂生产中带钢板产生浪形的原因，探讨了带钢的凸度控制。
In this paper, we introduce methods of shape control and application of shape control in cold and hot strip mill.
本文介绍国外有关板形控制的方法及在冷、热板轧机上的应用。
Flatness is one of key parameters for describing quality of the steel strip shape. It is especially important for the control of the strip shape to measure the strip flatness on-line at the real time.
平坦度是描述带钢板形质量的主要参数之一，平坦度在线测量对于板形控制至关重要。
Short Stroke Control(SSC) is the main method to optimize the shape of strip ends and reduce metal loss in hot roughing, but the traditional broken line SSC model was not effective enongh at Baosteel.
短行程控制是热轧粗轧调宽过程中改善带钢端部形状、减少成材率损失的主要方法，而宝钢某热轧机组采用的传统的折线式短行程控制效果较差。
The roof shape optimization is one of the important means to control the ground pressure. A long strip of exposed roof surface shape can improve productivity of the stope and ensure mining safety.
优化采场顶板暴露面积形状是控制地压的重要手段之一，采用长条形顶板暴露面，能提高采场生产能力和保证回采的安全性。
The calculation results show that in position control mode the effect of transmission shaft weight on strip shape can be ignored;
计算结果表明位置控制模式下主传动轴重量对带钢板形的影响可以忽略；
The automatic control of plate and strip mill can improve plate shape effectively. Some automatic control processes and those application results at home and abroad are briefly described.
采用板带轧机的自动控制技术可有效提高对板形的控制效果。简述了国内外目前所采用的一些自动控制技术及其效果。
Shape set control system is a very important part of the automatic shape control system, and it determines the accuracy of strip head profile and flatness.
板形设定控制系统是整个板形自动控制系统中非常重要的一部分，决定着带钢头部板形的控制精度。
Crown and flatness are the targets of shape control, also are the foundation of the setting and the adjusting of bending forces in hot strip mills.
凸度和平坦度是板形控制的目标，也是对热连轧机工作辊的弯辊力进行设定和调整的基础。
The ability of shape control could be improved by the application of WRS rolls as the downstream stands in the design and renovation of hot strip rolling.
在热带钢连轧机设计及改造中采用WRS辊系作为下游机座可以增强机组的板形调控能力。
The invention relates to plate shape control of cold-rolling strip steels, in particular to a DSR plate shape control method with asymmetrical control performance.
本发明涉及冷轧带钢的板形控制，尤其涉及具有非对称控制性能的DSR板形控制方法。
Roll shifting is an efficient method to control strip shape and crown.
轧辊横移方法是控制板形和板凸度的一种有效手段。
Roll shifting is an efficient method to control strip shape and crown.
轧辊横移方法是控制板形和板凸度的一种有效手段。
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