研究中厚板生产中板形预报与板形控制。
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.
社会的需求促进了板形控制技术的飞速发展。
The demand advanced the development of technique of control to strip flatness and profile.
概述了板形控制原理。
板形控制技术是现代板带生产中的核心技术。
The shape control technology is the key technology in the modern strip production.
对热轧而言，辊型是实现板形控制的重要条件。
For hot rolling, roll profile is the important condition of realizing shape control.
分析了这些先进的高精度厚度和板形控制的关系。
It has analyzed the relationships of these advanced control technologies of high-precision thickness and shape.
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.
目前应用于平整机的板形控制手段较冷轧来说相对落后。
Current shape control means applied to temper mill is backward compared with cold-rolled.
为了进一步提高板形，各种新的板形控制技术不断涌现。
For the further improve of shape, a variety of shape control technology have been developed.
板形控制是铝带轧制过程中重要环节，直接影响产品质量。
The sheet shape control system is important in the rolling it affects the quality of product directly.
介绍了一种新的板形控制技术—动态板形辊板形控制技术。
This paper introduces a new technique-dynamic Shape Roller technique for flatness control.
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.
自动板形控制系统包括板形控制软件、硬件及网络配置和检测仪表。
Automatic profile and flatness control system is composed of shape control software, hardware and network configuration and measuring instrument.
冷轧带钢成品具有较高的板形控制精度，完全满足高精度板形控制的要求。
Strip profile was effectively controlled and was met the need of following processing.
对于缺少弯辊等装置的中板轧机，压下负荷分配是一种重要的板形控制手段。
The load distribution of draft is a key factor in shape control for plate mills where roll bending system or roll shifting system has not been equipped.
为此，作者研究一种基于人工神经网络技术的超薄快速铸轧过程板形控制方案。
In this paper, flat control system based on neural network for thin gauge high speed roll casting process is introduced.
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.
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.
本文通过冷却强化、板形控制等机理研究，论述中厚板淬火控冷装备技术的进展。
Progression of the quenching and control-cooling equipment technology of plate is discussed in the paper through the mechanism study on enhancing cooling, plate shape controlling and etc.
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.
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.
板形调控功效是板形控制技术的核心所在，也是板形自动控制系统模型设计的主要依据。
Controlling efficiency is the essence of shape technology, meanwhile is the basis of AFC system model.
本发明可与各种板形控制方式结合，组成板形综合控制系统，对各种板形缺陷加以调整。
Furthermore, the invention can be combined with various plate shape control modes to form a plate shape comprehensive control system which can regulate the defects of various plate shapes.
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。
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.
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。
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.
认为60年代以四辊轧机为主体的连轧技术是靠板形控制装备和计算机控制系统而进步的。
It is showed that the development of continuous rolling technology which based on 4-high rolling mill in the 1960s is depended on the shape control equipment and computer control system.
应用推荐