板形控制

  • 网络shape control;flatness control
板形控制板形控制
  1. 浅谈DAVY系统Ⅱ板形控制系统

    Discuss on Sheet Shape Control System for DAVY System ⅱ

  2. 介绍使板形控制更为简单有效的新型PC、CR和MC轧机,着重阐述了它们的控制特点,设备构造及应用状况。

    The PC , CR and MC mill for simpler and more effective plate shape control were introduced , especially , the controlling characteristics , equipment manufacturing and the application .

  3. 单辊倾斜非对称PC轧机板形控制的技术原理

    Technological Principle on Shape Control by Single Declining Roller in Asymmetrical PC Rolling Mill

  4. VC轧辊凸度的形成及其板形控制能力的研究

    Research on the formation of VC roll crown and its shape control capability

  5. SC支撑辊板形控制效果的研究

    A Research on Profile Controlling Function of SC Backup Roll

  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. HC冷轧机的板形控制实践

    Shape control in HC cold rolling mill

  8. 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 .

  9. 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

  10. CVC四辊冷轧机板形控制策略

    Flatness Control Strategy for CVC 4-Hi Cold Rolling Mill

  11. 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 .

  12. 六辊CVC冷轧机板形控制性能研究

    Study of Flatness Control on 6-h CVC Mill

  13. 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 .

  14. 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 .

  15. 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

  16. CVC工作辊磨损和热凸度对轧机板形控制性能的影响

    Influence of Wear and Hot Crown of CVC Work Roll on the Behaviors of Strip Shape Control

  17. WRS轧机板形控制参数的实验研究

    Experimental Research of Profile Controlling Parameters of WRS Mill

  18. 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 .

  19. 本文介绍了通过理论和实验对HC轧机的横向刚度无限大特性和中间辊移动的板形控制功能等一系列问题所做的研究;

    In this paper , the transverse rigidity property and the shape control function of middle rolls shift of HC mill are studied by theory and experiment .

  20. CVC板形控制技术在宝钢热轧厂的应用

    The application of CVC profile control technique in the hot strip rolling mill plant of Shanghai Baoshan Iron & Steel Complex

  21. ASEA冷带板形控制系统

    ASEA Flatness Control System for Cold Strip Mill

  22. LVC工作辊辊型的板形控制性能研究

    Profile Control Capability of LVC Work Roll Contour

  23. 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 .

  24. 为了深入探讨WRS轧机的板形控制能力,采用正交设计的方法在WRS模拟机上进行了弯辊力与工作辊移动量对板凸度与边部减薄控制效果的双因素实验。

    Quadrature-design method is used in this experiment to further study the ability of controling plate shape in the WRS mill .

  25. UC轧机的板形控制系统是一个多变量、强耦合的控制系统,具有惯性及滞后的特点,其中间辊弯辊控制回路的数学模型具有很强的时变性和不确定性。

    The shape control system of Universal Crown rolling mill has the characteristics of inertia and lag , and the mathematical model of its bending intermediate rolls system has strong time-variant property and uncertainty .

  26. 1800mm虚拟轧机板形控制性能

    Shape Control Performance of 1 800 mm Virtual Mills

  27. 综合考虑了DSR技术独特的板形控制机理,以及其空心辊套和分段压块的特殊结构,基于分割模型的影响函数法,建立了DSR平整机辊系变形的理论模型;

    The model was calculated based on influence function method , combining the particular principle of DSR roll and the distribution of the hollow roller and the special structure of briquette .

  28. 液压弯辊是板形控制系统(AFC)最基本的环节,它的动态特性和稳态性能对于整个AFC系统的性能起着至关重要的作用。

    Hydraulic bend roller is the basic segment of AFC system . Its dynamic and static characteristic is important to the whole AFC . For this a neural network IMC strategy is applied .

  29. 介绍了用于板形控制的新型SCR轧辊、DSR板形辊和DCVC轧辊,着重阐述了它们的工作原理及应用情况。

    For more effective plate shape and flatness control , the paper presents SCR roll , DSR roll and DCVC roll , esp their control characteristics and their application .

  30. 基于UC轧机板形控制的原理,提出了一种新的采用正交多项式对冷轧薄带板形检测信号进行辨识和分解的数学模型。

    In this paper , a new mathematical model which uses orthogonal polynomial to identify and decompose the measured signals of thin stirp flatness in cold rolling is given out according to the principle of flatness controlling on UC mill .