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    • 1. 发明授权
    • Method of producing seamless steel tubes
    • 生产无缝钢管的方法
    • US07028518B2
    • 2006-04-18
    • US10670193
    • 2003-09-26
    • Kenichi SasakiAkihito Yamane
    • Kenichi SasakiAkihito Yamane
    • B21B17/04B21B37/02
    • B21B37/78B21B17/02B21B17/04B21B17/14B21B38/04B21B2261/04
    • A method of producing a seamless steel tube to enable it to suppress not only the deviations in wall thickness occurring in the direction of reduction in a mandrel mill but also the derivations in thickness occurring at places deviating from the direction of reduction: measuring the wall thicknesses within the circumferential directions of a seamless steel tube 14 rolled in a production line comprising a mandrel mill 11 consisting of a plurality of reduction stands 111 to 115 having reduction rolls disposed in succession with the directions of reduction varied each other, and controlling, separately and individually based on the results of the measurement, the positions of both ends of each axis of the reduction rolls 114, 115 in the final reduction stands of the mandrel mill 11 so that the deviations in wall thickness can be minimized.
    • 一种无缝钢管的制造方法,其不仅能够抑制在芯棒式无缝管轧机的还原方向上产生的壁厚偏差,而且抑制在偏离方向的位置发生的厚度导出:测定壁厚 在包括由具有还原辊的多个还原架11〜11/5组成的芯棒式无缝管轧机11的生产线中轧制的无缝钢管14的圆周方向内 依次减少方向彼此变化,并且基于测量结果分别地和分别地控制压下辊11的每个轴的两端的位置11 5 ,使得壁厚的偏差可以最小化。
    • 2. 发明授权
    • Method of controlling the strip shape and apparatus therefor
    • 控制带材形状的方法及其设备
    • US4633693A
    • 1987-01-06
    • US716766
    • 1985-03-27
    • Akihiro TaharaKatsuya Kondo
    • Akihiro TaharaKatsuya Kondo
    • B21B37/38B21B27/05B21B27/10B21B37/00B21B37/28B21B37/34B21B37/02
    • B21B37/34B21B2027/103B21B2269/02B21B27/05
    • Controlling for obtaining the aimed strip shape using a rolling mill provided with rolls, which are variable in amount of crown by feeding a pressurized oil in the inside. In addition, the rolling mill is provided with right and left pressing-down balancers and roll benders. The strip shape in the width direction of the strip is detected, the detected shape being approximated by a function including terms of the first, second, fourth, sixth or eighth power of a variable, which is a position or a distance in the width direction of the strip, the amount of pressing-down of the right and left pressing-down balancers being adjusted to coincide the term of the first power with the aimed value thereof, the amount of crown of the roll being adjusted to coincide the term of the second power with the aimed value thereof, and a roll bending force being adjusted to coincide the term of the fourth, sixth or eighth power with the aimed value thereof.
    • 通过使用设置有辊的轧机来控制目标条形状,所述辊通过在内部供给加压油而使冠的数量变化。 此外,轧机设有左右压平平衡机和卷弯机。 检测条带的宽度方向上的带状,检测到的形状由包括作为宽度方向的位置或距离的变量的第一,第二,第四,第六或第八功率的项的函数近似 ,将右侧和左侧按压平衡器的按压量调整为将第一功率的项与其目标值相一致,调节辊的表冠量,使其与 其第二功率具有其目标值,并且辊弯曲力被调节以使第四,第六或第八功率的项与其目标值一致。
    • 5. 发明授权
    • Gage control method and system for tandem rolling mills
    • GAND控制方法及系统
    • US3808857A
    • 1974-05-07
    • US29361972
    • 1972-09-29
    • CONNORS J
    • CONNORS J
    • B21B37/18B21B37/16B21B37/02
    • B21B37/16
    • Gage control method and system for tandem rolling mills of the type wherein final output gage is controlled by comparing actual output gage with desired output gage to develop an error signal for controlling the speed of the last stand and, hence, tension in the strip material being rolled between the last two stands. The invention is characterized in that the roll force exerted on the strip by the last stand is maintained constant for all variations in last stand speed, thereby enabling a greater range of strip gage change via the last stand in the tandem mill.
    • 这种类型的串联轧机的量具控制方法和系统,其中通过将实际输出量规与期望的输出量规进行比较来控制最终输出量规,以产生用于控制最后一个支架的速度的误差信号,因此,条带材料中的张力为 在最后两站之间滚动。 本发明的特征在于,通过最后一台机架施加在带材上的滚动力对于最终机架速度的所有变化都保持恒定,从而能够通过串列式轧机中的最后一个支架更换范围。