板形平坦度自动控制系统是板带材冷连轧机过程控制系统的重要组成部分。
Flatness automatic control system is an important part of process control system of sheet or strip continuous cold rolling mill.
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。
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.
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。
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.
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。
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.
板形控制技术是中厚板生产的关键技术和难点技术，密切关系着生产的稳定性、产品质量和主要技经指标。
Being crucial for medium plate production, profile control is of significance in ensuring production steadiness, product quality and the main technical and economic indices.
它的预报精度对厚度和板形控制至关重要。
Its accuracy in force prediction is important for automatic gauge control and profile 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 thermal contour on-line prediction of work rolls is one of the difficult problems in strip shape control.
钢板厚度方向上的温度分布直接影响钢板的性能和板形。
The temperature distribution in the plate along the thickness affects directly the performance and the shape of the plate.
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 control of thin strip and foil flatness, or shape, inevitably requires some degree of modelling.
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。
In this paper, we introduce methods of shape control and application of shape control in cold and hot strip mill.
阐述铝箔轧制中板形缺陷产生的原因和板形控制原理及其方法。
The defect cause of flatness during aluminum foil rolling and controlling principle and methods were introduced in this paper.
阐述铝箔轧制中板形缺陷产生的原因，板形控制的原理及其方法。
The reason of the shape defect during aluminium foil rolling is introduced. The principle and method of sheet shape control are explained.
完成了包括辊型配置和弯辊力自动设定等的板形在线控制工业试验。
The industrial trials of the online shape control models which include roll configuration, and bending force preset calculation were carried out.
为了解决冷轧薄板板形识别问题，采用基于形态学的图像处理方法。
A cold-rolled strip plate-profile recognition method was presented to improve the detection accuracy based on image morphology processing method.
为了进一步检验液压胀形轧辊改善板形的能力，进行了铝板轧制实验。
The aluminum strip rolling experiment is performed in order to test further the capacity of hydraulic bulging roller in improving the strip shape.
模拟结果表明，前后张力不仅具有矫正板形功能，还具有微调板厚作用。
The results show that back and front tension net only possesses the function of controlling sheet shape but also can adjust sheet thickness in the process.
介绍了HC冷轧机板形控制系统、控制模型的建立及板形的控制和调节。
The article introduced the system of shape control, the establishment of control model, the control and adjustment of shape of HC cold rolling mill.
较为详细地叙述了磁弹性板形检测仪的检测原理及其输出信号的处理方法。
The detecting principle of the magnetoelastic plate shape detector and the processing method for its output signals are described in detail.
通过改变轧辊、板带表面的应力分布，来得到理想的带材凸度、板形和厚差。
Optimum profile, shape and thickness difference of strip can be obtained by means of changing stress distribution of load on the surface of strip.
板形识别与板形控制理论及数学建模则是此项技术的理论基础和关键科学问题。
As far as the technique is concerned, theoretical basis and key scientific problem is the theory and mathematic model of shape control.
在中厚钢板轧制过程中，钢板的实时及最终长宽尺寸和板形是非常重要的控制量。
Real time of steel plate and final sizes with long and wide as well as profile are vital controlling quantities in plate rolling.
应用最近建立的解析板形方程推出板形最佳轧制规程和板形板厚协调控制新方法。
The shape optimal rolling schedule and new method of shape and gauge coordination control which inferred from the new built analytic shape equation have been achieved.
作为板形控制的目标，板形目标曲线是闭环反馈式板形控制系统的重要组成部分。
As the target of flatness control, flatness target curve is an important component of the closed loop feedback flatness control system.
在设计、改造板带轧机，以及控制和改善板形时都要对轧机辊系弹性变形进行考虑。
Roll elastic deformation must be considered when plate rolling mill is designed and rebuilt and plate shape is controlled and improved.
HC轧机通过中间辊的轴向移动，可有效地控制工作辊的弯曲：增强板形控制能力。
With axial shift of intermediate roll, the bending of work roll on HC mill can be effectively controlled and the controllability of profile increases.
板形识别与板形控制技术的智能化实现是现代板带轧机控制中的世界前沿性研究课题。
As far as the technique is concerned, the key scientific problem in the world is pattern recognition and the realization of shape intelligent control.
在变包角板形测量系统中，无辊环式板形辊上传感器受力状态与包角大小有直接关系。
In varying wrap Angle flatness measurement system, the value of wrap Angle has a direct influence on the mechanics status of transducers.
动态板形辊(DSR)技术是板形控制的最新成就，是目前比较理想的板形控制技术。
DSR (Dynamic shape Roll) technology is the latest achievements of shape control, in theory it's the ideal shape control technology at present.
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 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.
为了实现UC轧机的板形自动控制，研制了实验室用简易板形检测装置，并进行了实测实验。
In order to realize the automatic shape control of UC mill, the simply constructed shapemeter used in the laboratory wns designed, and the experiment was carried out.
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