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    • 1. 发明授权
    • Process for suppressing the influence of roll eccentricities
    • 抑制辊偏心的影响的方法
    • US5647237A
    • 1997-07-15
    • US508641
    • 1995-07-28
    • Clemens JungkunzSiegbert SteidlDietrich WohldAndre BerghsHans-Peter Troendle
    • Clemens JungkunzSiegbert SteidlDietrich WohldAndre BerghsHans-Peter Troendle
    • B21B37/18B21B37/66
    • B21B37/66
    • In a previous process, the influence of roll eccentricities on the output thickness of the rolled material in a roll stand is suppressed by simulating the output signal of an oscillator and supplying this value to a position or thickness control for the roll stand, where the frequency of the output signal is set according to the roll rotation speed. In the process according to the invention, the amplitude and phase of the output signal are set so that the exit thickness of the rolled material is measured with a measuring delay in relation to the thickness reduction in the roll gap. A difference signal is generated from the delayed roll screw-down signal and a measured thickness signal multiplied by the sum of one and the quotient of the rigidity of the rolled material and the roll stand. The output signal of the oscillator is corrected according to the difference between the output signal and the difference signal. The output signal is phase shifted by the amount of measurement delay for a forward slip.
    • 在之前的处理中,通过模拟振荡器的输出信号并将该值提供给辊架的位置或厚度控制来抑制辊偏心度对辊架中轧制材料的输出厚度的影响,其中频率 的输出信号根据滚动转速设定。 在根据本发明的方法中,输出信号的振幅和相位被设定为使得轧制材料的出口厚度以相对于辊间隙的厚度减小的测量延迟来测量。 从延迟的卷筒旋转信号和测量的厚度信号乘以轧制材料和轧辊机架的刚度的乘积乘以1的乘积产生差分信号。 振荡器的输出信号根据输出信号与差分信号的差异进行校正。 输出信号相移到前进滑差的测量延迟量。
    • 4. 发明授权
    • Process controlling method and device
    • 过程控制方法和装置
    • US6098060A
    • 2000-08-01
    • US913503
    • 1997-11-04
    • Hao YuanAndre Berghs
    • Hao YuanAndre Berghs
    • B21B37/28G05B13/02G06E1/00
    • B21B37/28G05B13/027
    • For controlling a process, manipulated variables for a plurality of actuators that act on the process are calculated in a control device from measured values for output quantities of the process.To optimize the control of the process by control device (7), the actuator efficiencies (w.sub.11, . . . w.sub.nm) that describe the dependence of the changes in the output quantities (dy.sub.1, . . . , dy.sub.m) on the changes in the manipulated variables (du.sub.1, . . . , du.sub.n) for each actuator are learned in a neural network (10) and sent to the control device (7) to improve the calculation of the manipulated variables (u.sub.1, . . . , u.sub.n)
    • PCT No.PCT / DE95 / 00366 Sec。 371日期1997年11月4日 102(e)日期1997年11月4日PCT 1995年3月16日PCT PCT。 WO96 / 28770 PCT公开号 日期1996年9月19日为了控制过程,在控制装置中根据处理的输出量的测量值计算作用于过程的多个致动器的操纵变量。 为了优化控制装置(7)对过程的控制,描述了输出量(dy1,...,dym)上变化的依赖关系的致动器效率(w11,...,wnm) 在神经网络(10)中学习用于每个致动器的操纵变量(du1,...,dun),并将其发送到控制装置(7)以改进操纵变量(u1,...,un)的计算,
    • 5. 发明授权
    • Method and device for pre-setting the planeness of a roller strip
    • 预先设定滚筒条的平整度的方法和装置
    • US06438443B1
    • 2002-08-20
    • US09381725
    • 1999-09-24
    • Andre BerghsHao Yuan
    • Andre BerghsHao Yuan
    • G06F1900
    • B21B37/28
    • A method of presetting the roll nip profile of a roll stand for rolling a rolled strip is provided. The roll nip profile is influenced by output values for the roll nip profile and the tensile stress distribution being set over the roll nip profile. The output values for the roll nip profile is determined by using a roll nip profile model which calculates the roll nip profile. The calculated roll nip profile or an equivalent quantity is linked to a correction value, in particular by addition or multiplication, to form a corrected calculated roll nip profile, so that the roll nip profile model is adapted to the actual roll nip profile of the roll stand by using the correction value.
    • 提供了一种用于轧制轧制带材的轧辊机架的辊压区域轮廓的预设方法。 轧辊压区轮廓受到轧辊压区轮廓的输出值的影响,并且拉伸应力分布设置在辊压区轮廓上。 通过使用计算轧辊压区轮廓的轧辊辊隙轮廓模型来确定轧辊辊隙轮廓的输出值。 计算出的辊隙轮廓或等效量与校正值相关联,特别是通过加法或乘法,以形成校正的计算的辊压区轮廓,使得辊辊隙轮廓模型适应辊的实际辊压区轮廓 立即使用校正值。