板形

  • 网络shape;plate;FLATNESS;AFC
板形板形
  1. GE板形模型的功能及应用

    Function and Application of the GE Shape Model

  2. 双UCM平整机组板形参数在线设定技术

    Technology of Online Setting Shape Parameter in Double Frame UCM Tempers

  3. PC轧机高精度板形设定系统

    High precision profile setup system of a PC mill

  4. 板形仪控制技术在ZR轧机上的应用

    The control technology of stressometer measuring roll apply on ZR mill

  5. 然后,建立PC轧机板形板凸度控制模型,对PC轧机板形控制特性进行分析。

    Then , establish the PC mill shape and crown control model , analyzing the shape control features of the PC mill .

  6. HC轧机板形控制参数预设定的研究

    Study on Profile Control Parameter Predetermine of HC Rolling Mill

  7. 基于Hopfield神经网络的板形预测控制模型

    The flatness predictive control model based on Hopfield Neural Networks

  8. 用Hough变换提取钢板板形特征;

    Shape Shadow Third selected features by Hough transform ;

  9. HC轧机板形板凸度控制策略的研究

    Shape and profile control strategy for HC Mill

  10. HC冷轧机的板形控制实践

    Shape control in HC cold rolling mill

  11. 特别是在AGC系统的广泛采用后,就使得板形控制这一问题变得更加日益突出。

    Especially , profile control becomes more and more important with the abroad application of AGC system .

  12. 攀钢冷轧厂HC轧机板形控制优化

    Strip shape control and optimization of HC mill of Panzhihua Iron and Steel ( Group ) Company

  13. 最后,应用RBF神经网络进行板形板厚的综合控制,建立了双输入、双输出的控制系统;

    The last the shape and gauge are controlled synthesize by the RBF neural network , a two-input and two-output system is built .

  14. CVC四辊冷轧机板形控制策略

    Flatness Control Strategy for CVC 4-Hi Cold Rolling Mill

  15. 针对UC轧机提出了一种新的全局板形控制方法,即前馈串级复合控制方法。

    A new global shape control method , compound feedforward cascade control method , is presented for UC rolling mill .

  16. 六辊CVC冷轧机板形控制性能研究

    Study of Flatness Control on 6-h CVC Mill

  17. 介绍了VC辊(VariableCrownRoll)的结构、原理、特点,以及它在宽幅铝箔轧机上应用,对铝箔板形控制的影响及作用。

    The paper introduces the VC roll ( variable crown roll ) structure , principle , feature , and affect on aluminium foil shape control for wide aluminium foil mill .

  18. 浅谈DAVY系统Ⅱ板形控制系统

    Discuss on Sheet Shape Control System for DAVY System ⅱ

  19. HC轧机采用中间辊轴向窜动技术,使轧机的横向刚度显著增加,提高了板形控制能力。

    By the technique of intermediate roll shifting , the HC-mill 's gap stiffness and the shape control ability is improved significantly .

  20. HC轧机板形控制机能的理论与实验研究&HC轧机板形控制机能研究之二

    Theory and Experiment Study on the Shape Control Function of HC Mill & The Second Study on Shape Control Function of HC Mill

  21. WRS轧机工作辊磨损计算及板形调控分析

    WRS mill work roll wear calculation and analyses for shape control

  22. 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 .

  23. WRS轧机是一种板形调控能力较强的新型轧机。

    WRS mill is a new kind rolling mill of high capacity for flatness control .

  24. 厚度控制系统特别是AGC系统对中厚板板形的开环控制有一定影响,特别是刚度偏小的轧机在轧制宽薄中厚板时容易出现边浪。

    The gauge control system especial AGC system can deteriorate open loop control of plate shape especially when the mill rigidity is small , making edge wave of rolling plate .

  25. 板形参数方程和p-C图

    Shape Parameter Equation and p - C Figure

  26. 但由于轧制工艺的复杂性,AFC系统控制参数存在不确定性,要建立精确的数学模型比较困难,采用智能技术为轧机板形自动控制提供了一条有效途径。

    However , as the complexity of the process rolling , the AFC system control parameters remain uncertain . It is difficult to build an exact mathematic model .

  27. UCM冷连轧机组基于机理模型的板形与板凸度在线综合控制技术中厚板轧制平面形状控制的有限元模拟研究

    Mechanics-based Shape and Strip Crown On-line Synthesis Control Technique of Five Stands UCM Cold Tandem Mill Finite-Element Simulation of Plan View Pattern Control during Plate Rolling Process

  28. 工作辊在线磨辊(ORG)技术,就是基于实现自由规程轧制和提高轧机板形控制能力要求发展起来的一项新技术。

    The on-line grinding technology of work roll is a new technology developed for realizing the rolling of free standing order and improving the shape control capability of mill .

  29. 试验表明,在大初始偏差下,该算法比传统AGC控制算法的批量轧制合格率提高5%~10%,并减少了AGC投入后对板形的影响。

    It has proved in practice that in large initial thickness error condition the lot rolling qualified rate increase 5 % ~ 10 % and the influence to flatness after AGC putting in work is reduced .

  30. 由于DSR的结构特点,使其在板形质量、厚度精度、成本消耗、投资费用等方面较传统轧机有明显的优越性。

    Because of DSR structure characteristics , the new mill has significant advantages over the conventional one in sheet shape quality , thickness accuracy , cost consumption , sum of investment , etc.