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    • 4. 发明授权
    • Method of operating a rolling mill stand of a rolling mill train
    • 运行轧机列车的轧机机架的方法
    • US6164110A
    • 2000-12-26
    • US433415
    • 1999-11-04
    • Jurgen Seidel
    • Jurgen Seidel
    • B21B27/10B21B37/00B21B37/28B21B37/32B21B27/06
    • B21B37/32B21B2027/103
    • A method of operating a rolling mill stand of a rolling mill train and including upper and lower rolls having opposite roll edges, with the method including, rolling, in the rolling stand, a first metal strip having a first strip width, thereafter, after a rolling pause, rolling, in the rolling stand, a second metal strip having a second strip width, subjecting the rolls, during the rolling the first and second metal strip, to action of a cooling medium, and interrupting cooling of the rolls, at least in a contact region of the rolls with the second metal strip during rolling of the same, for a time period within the rolling pause between rolling of the first and second strips.
    • 一种操作轧机机组的轧机机架的方法,包括具有相对轧辊边缘的上辊和下辊,该方法包括在轧制机架中轧制具有第一带宽度的第一金属带,之后在 轧制停止,在轧制机架中滚动,具有第二带宽的第二金属带,在轧制第一和第二金属带期间对辊进行冷却介质的作用,并且至少中断辊的冷却 在第一和第二条带的滚动之间的滚动暂停期间的一段时间内,在与第二金属带的轧制期间的辊的接触区域中。
    • 6. 发明申请
    • Device and Method for Producing a Metal Strip by Continuous Casting
    • 通过连续铸造生产金属带的装置和方法
    • US20090139681A1
    • 2009-06-04
    • US12227556
    • 2007-05-23
    • Jurgen SeidelPeter SudauJurgen MerzMatthias Kipping
    • Jurgen SeidelPeter SudauJurgen MerzMatthias Kipping
    • B22D11/126
    • B22D11/12
    • The invention relates to a device for producing a metal strip (1) by continuous casting, using a casting machine (2) in which a slab (3), preferably a thin slab, is cast. At least one milling machine (4) is arranged in the direction of transport (F) of the slab (3) behind the casting machine (2). At least one surface of the slab (3), preferably two surfaces which are opposite to each other, can be milled in said milling device. According to the invention, in order to keep the temperature loss to a minimum when the slab is machined and/or processed, at least one milling cutter (5, 6) of the milling machine (4), preferably the entire milling machine (4), is arranged in a displaceable machine in the direction (Q) perpendicular to the direction of transport (F) of the slab (3). The invention also relates to a method for producing a metal strip.
    • 本发明涉及一种使用铸造机(2)通过连续铸造制造金属带(1)的装置,其中铸造板坯(3),优选薄板坯。 至少一个铣床(4)沿铸造机器(2)后面的板坯(3)的运输方向(F)布置。 板坯(3)的至少一个表面,优选地彼此相对的两个表面可以在所述铣削装置中铣削。 根据本发明,为了在将板坯加工和/或加工时将温度损失保持在最小值,铣床(4)的至少一个铣刀(5,6),优选整个铣床(4) )沿垂直于板坯(3)的运输方向(F)的方向(Q)布置在可移动的机器中。 本发明还涉及一种生产金属条的方法。
    • 7. 发明申请
    • Method for shaping a roll cleaning brush, and a cleaning brush shaped according to the method
    • 滚筒清洁刷成型方法以及根据该方法成型的清洁刷
    • US20070033751A1
    • 2007-02-15
    • US10565225
    • 2004-06-23
    • Hartmut HofJurgen Seidel
    • Hartmut HofJurgen Seidel
    • A47L25/00
    • B21B28/04A46B13/001A46B2200/3093
    • The invention relates to a method for shaping a roll cleaning brush (1), particularly for working rolls, for use in metal and, in particular, aluminum hot strip mills, comprising a brush lining (2). The inventive brush also comprises a supporting base body (3), which is mounted at one end and which is provided with the brush covering (2) attached thereto, said brush covering being pressed against the roll (4) with a settable force or defined insertion depth in order to have a cleaning effect. In order to achieve a uniform contact pressure, the shape of the cleaning brush (1) or of the brush covering (2) is matched according to the shape of the roll (4) whereby setting, between the roll and the brush covering or cleaning brush, a contact pressure that is as uniform as possible over the entire surface length of the roll. The invention also relates to a correspondingly contoured cleaning brush (1).
    • 本发明涉及一种用于成型用于金属的特别是用于工作辊的辊清洁刷(1)的方法,特别是包括刷衬(2)的铝热轧带钢。 本发明的刷子还包括支撑基体(3),其安装在一端并且设置有附接到其上的刷子覆盖物(2),所述刷子覆盖物以可固定的力或限定的方式压靠在辊(4)上 插入深度以达到清洁效果。 为了获得均匀的接触压力,清洁刷(1)或刷子(2)的形状根据辊(4)的形状匹配,从而在辊和刷子的覆盖或清洁之间进行设置 刷子,在辊的整个表面长度上尽可能均匀的接触压力。 本发明还涉及相应轮廓的清洁刷(1)。
    • 8. 发明授权
    • Combined drive for a four-or-six-high rolling stand and an operating method for the same
    • 用于四或六高轧机的组合式驱动装置及其操作方法
    • US07086264B2
    • 2006-08-08
    • US10381169
    • 2001-09-12
    • Jurgen SeidelGunter KneppeWaldemar Wolpert
    • Jurgen SeidelGunter KneppeWaldemar Wolpert
    • B21B31/08B21B35/00
    • B21B35/06B21B13/001B21B27/00B21B31/10B21B35/12B21B35/14B21B2013/025B21B2013/028
    • A roll stand has upper and lower rotatable working rolls defining a nip that pinches a workpiece strip and upper and lower vertically spaced rotatable backing rolls vertically flanking and engaging the working rolls. A drive includes a motor, upper and lower backing-roll outputs drivable by the motor, and upper and lower working-roll outputs also drivable by the motor. Respective upper and lower backing-roll and working-roll releasable connections are provided between the outputs and the respective rolls. When the working rolls are of large diameter, the backing-roll connections are released to disconnect the backing rolls from the drive and the working-roll connections are engaged to connect the working rolls to the drive and, when the working rolls are of small diameter, the working-roll connections are released to disconnect the working rolls from the drive and the backing-roll connections are engaged to connect the backing rolls to the drive.
    • 辊架具有上和下可旋转工作辊,其限定夹紧工件条的辊隙,并且上下垂直间隔的可旋转背衬辊垂直侧面并与工作辊接合。 驱动器包括电动机,可由电动机驱动的上下背板输出,以及也可由电动机驱动的上下工作辊输出。 在输出和相应的辊之间提供各自的上,下支承辊和工作辊可释放的连接。 当工作辊具有大直径时,释放背衬辊连接以将背衬辊与驱动器断开,并且工作辊连接件被接合以将工作辊连接到驱动器,并且当工作辊的直径小时 ,工作辊连接被释放以将工作辊与驱动器断开连接,并且将背衬辊连接件接合以将支承辊连接到驱动器。
    • 9. 发明授权
    • Rolling mill stand with axially slidable rolls
    • 轧机机架可轴向滑动
    • US4881396A
    • 1989-11-21
    • US180141
    • 1988-04-11
    • Jurgen SeidelDieter RosenthalJurgen Klockner
    • Jurgen SeidelDieter RosenthalJurgen Klockner
    • B21B31/18B21B13/14B21B27/02B21B29/00
    • B21B13/142
    • A rolling mill stand with work rolls which are supported as necessary by back-up rolls or by intermediate and back-up rolls. The rolls are axially slidable relative to each other. The bodies of the rolls are provided with alternatingly concavely and convexly shaped contours in such a way that the rolls supplement each other in at least one axial position of the rolls so that no gap exists between the rolls. Corrections of the roll gap between a pair of rolls can be carried out by relative axial displacement of the rolls. The contours of the rolls have in the neutral position thereof, in addition to a maximum inclination in the middle, maximum inclinations of the circumferential lines on both sides of the middle of the circumferential surfaces of the rolls in longitudinal direction of the rolls in which roll gap profile changes are to be effected.
    • 具有工作辊的轧机机架,其根据需要通过后备辊或中间辊和后备辊支撑。 辊可相对于彼此轴向滑动。 辊的主体具有交替的凹形和凸形轮廓,使得辊在辊的至少一个轴向位置彼此补充,使得辊之间不存在间隙。 一对辊之间的辊间隙的校正可以通过辊的相对轴向位移来进行。 辊的轮廓除了中间的最大倾斜之外还处于其中性位置,在辊的纵向方向上的辊的圆周表面的中间两侧的周向线的最大倾角在辊中 间隙分布变化将被实现。
    • 10. 发明授权
    • Method of influencing the strip contour in the edge region of a rolled
strip
    • 影响轧制带材边缘区域带材轮廓的方法
    • US5943896A
    • 1999-08-31
    • US74127
    • 1998-05-07
    • Dieter RosenthalJurgen Seidel
    • Dieter RosenthalJurgen Seidel
    • B21B13/14B21B27/02B21B37/40B21B39/20
    • B21B13/142B21B27/02B21B37/40
    • A method of influencing the strip contour in the edge region of a rolled strip in which by superimposing a conventional CVC contour the harmful side effect of a unilaterally narrowing roll on the body portion of the roll gap is compensated. Special CVC rolls are used as work rolls for influencing the strip contour in the edge areas. The special CVC roll for influencing the strip contour in the edge area is a roll with a profile, which, starting from a tapered end, has the steadily changing diameter differences of a continuously variable crown, which, in accordance with the invention, is profiled in axial direction in such a way that during its axial displacement the resulting undesirable component of the effect of the conical taper, i.e., the change of the elastic behavior of the roll set, is compensated, wherein this occurs especially to such an extent that additional conventional adjusting measures, such as redistribution of the rolling force or roll bending, are sufficient for maintaining the desired geometry of the roll gap over a wide range of a rolling schedule.
    • 影响轧制带材的边缘区域中的带状轮廓的方法被补偿,其中通过将常规CVC轮廓叠加在辊间隙的主体部分上的单侧变窄的辊的有害的副作用被补偿。 特殊的CVC辊用作工作辊,用于影响边缘区域的带状轮廓。 用于影响边缘区域中的带状轮廓的特殊CVC辊是具有轮廓的卷,其从锥形端开始具有连续可变的凸度的稳定变化的直径差,根据本发明, 在轴向方向上,使得在其轴向位移期间,补偿了圆锥形锥形效应(即,辊组的弹性特性变化)所产生的不期望的部件,其中这尤其发生在附加 常规的调节措施,例如轧制力或辊弯曲的再分配,足以在轧制程序的宽范围内保持轧辊间隙的期望几何形状。