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    • 1. 发明授权
    • Method and apparatus for controlling sheet shape in sheet rolling
    • 用于控制片材轧制中片材形状的方法和装置
    • US06230532B1
    • 2001-05-15
    • US09533550
    • 2000-03-23
    • Takayuki KajiTakushi KagawaHiroshi ShiomiKatsuhiro Takebayashi
    • Takayuki KajiTakushi KagawaHiroshi ShiomiKatsuhiro Takebayashi
    • B21B3728
    • B21B37/28
    • During rolling with a rolling mill, which includes a sheet shape altering device capable of altering a mechanical sheet crown, while the sheet shape altering device is operated correspondingly with a target mechanical sheet crown set value during the dimensional alteration in rolling, the invention enables a stable sheet shape to be achieved, even when the mechanical sheet crown is altered to a large extent during rolling. Specifically, the target mechanical sheet crown set value, during the dimensional alteration in rolling, is previously set based on target mechanical sheet crown set values, before and after the dimensional alteration, prior to start of the dimensional alteration in rolling. The sheet shape altering device is then operated so that an actual mechanical sheet crown, during the dimensional alteration in rolling, is equal to the target mechanical sheet crown set value during the dimensional alteration in rolling.
    • 在使用轧机进行轧制时,其包括能够改变机械板材冠的片材形状改变装置,同时在轧制尺寸变化期间相应地利用目标机械板材凸度设定值来操作片材形状改变装置,本发明使得 即使在轧制过程中机械板材冠部被很大程度地改变,也能够实现稳定的板材形状。 具体而言,在轧制尺寸变更开始之前,在尺寸变更前后,基于目标机械板冠设定值预先设定轧制尺寸变更中的目标机械板凸度设定值。 然后操作片材形状改变装置,使得在轧制尺寸变化期间实际的机械板材冠在轧制尺寸变化期间等于目标机械板材凸度设定值。
    • 2. 发明授权
    • Method for automatic bow adjustment
    • 自动弓调节的方法和布置
    • US06393884B1
    • 2002-05-28
    • US09541258
    • 2000-04-03
    • Peter Ingemar BerntssonJan Olof LarssonJonas Leo Larsson
    • Peter Ingemar BerntssonJan Olof LarssonJonas Leo Larsson
    • B21B3728
    • E06B9/266Y10T29/39Y10T29/53061
    • The present invention relates to a method for automatic bow adjustment for a venetian blind assembly machine, said bow adjustment station comprising rollers (48; 104, 106) for guiding, bending and leveling a strip material (43; 112), and further comprising a forming section (36; 102) where mating concave and convex upper and lower form rollers (50; 108, 110) are arranged for creating a transverse curvature in the strip material, further comprises the steps of: providing leveling through means for offsetting (34; 100, 102) in order to straighten the bow of the strip material (43; 112) within a predetermined deviation on a predetermined length of strip material; measuring the deviation through optical means (146) providing a deviation signal; and adjusting the leveling by said means for offsetting (34; 100) through the deviation signal, if said measured deviation exceeds a predetermined deviation, in order to keep the deviation within said predetermined deviation. In addition, the present invention also relates to an arrangement for automatic bow adjustment for a venetian blind assembly machine. An advantage over prior art is that the bow adjustment is better controlled, the adjustments can be done with an increasing rapidity and a decreased wastage of strip material is obtained.
    • 本发明涉及一种用于百叶窗组装机的自动弓形调节方法,所述弓形调节台包括用于引导,弯曲和调平条带材料(43; 112)的辊(48; 104,106),并且还包括 形成部分(36; 102),其中配置的凹形和凸形上部和下部成形辊(50; 108,110)布置成用于在带状材料中产生横向弯曲,还包括以下步骤:提供通过用于抵消的装置 ; 100,102),以便在预定长度的条带材料上的预定偏差内拉直所述条带材料(43; 112)的弓形; 通过提供偏差信号的光学装置(146)测量偏差; 以及如果所述测量偏差超过预定偏差,则通过所述偏差信号通过所述用于偏移(34; 100)的装置调整所述调平,以便将所述偏差保持在所述预定偏差内。 此外,本发明还涉及一种用于百叶窗组装机的自动弓形调节装置。 与现有技术相比,优点是可以更好地控制弓形调节,可以以越来越高的速度进行调整,并且获得了带材的浪费。
    • 3. 发明授权
    • Flatness control apparatus for a hot rolling mill
    • 用于热轧机的平面度控制装置
    • US06199418B1
    • 2001-03-13
    • US09356710
    • 1999-07-20
    • Tomoyuki Tezuka
    • Tomoyuki Tezuka
    • B21B3728
    • B21B37/28B21B13/023B21B37/38B21B37/40
    • A flatness control apparatus for controlling the flatness of a strip in a hot rolling mill, wherein a strip width meter measures center line error values of the strip. The center line error values are the offsets of the center of the strip from the center of the hot rolling mill line and are positive if the center of the strip is offset toward a drive side of the mill. A flatness meter, installed on the delivery side of the mill, measures flatness of the strip at positions specified by the flatness control apparatus. Based on the center line error values and the flatness measurements, the flatness control apparatus calculates adjustments to be made to a work roll bending apparatus on a final stand in the mill in order to control strip flatness.
    • 一种用于控制热轧机中条带的平面度的平面度控制装置,其中条带宽度计测量条带的中心线误差值。 中心线误差值是钢带中心距热轧轧制线中心的偏移量,如果钢带的中心朝轧机的驱动侧偏移则为正。 安装在轧机出口侧的平坦度计测量由平直度控制装置指定的位置的条带的平整度。 基于中心线误差值和平坦度测量,平坦度控制装置计算对轧机中的最终机架上的工作辊弯曲装置的调整,以控制条带平面度。
    • 4. 发明授权
    • System and a method for measuring and determining flatness
    • 系统和测量和确定平面度的方法
    • US06668626B2
    • 2003-12-30
    • US10083652
    • 2002-02-27
    • Kenneth GrefveJörgen BossonMagnus HallefältLars Jonsson
    • Kenneth GrefveJörgen BossonMagnus HallefältLars Jonsson
    • B21B3728
    • G01N3/08B21B38/02G01L5/045G01N2203/0278G01N2203/0282G01N2203/0676G01N2203/0682
    • A system and a method for measuring and determining flatness of a strip (1) of rolled material. Said system is comprising a measuring roll (2) having a cylindrical central structure (41) having a number of measuring devices for force/pressure registration. Said devices is generating measurement output signals (Upi) depending on the contact between the strip and the measuring roll (2), wherein said measurement output signal (Upi) comprises a force component signal (UFi). Said system also comprises a Flatness Determination Unit (56), said unit being arranged for calculating the flatness (&Dgr;&sgr;1) of the strip based exclusively on signals derived from measurement output signal (Upi) values generated by said measuring devices and information about the values of the width and thickness of the strip (1). The system is continuously determining the Wrap Angle (&agr;) from at least one measurement output signal (Upi) and automatically compensating for a changing Wrap Angle (&agr;). The present invention also provides a computer program product, a computer data signal and a flatness determination signal for accomplishing said objects of the invention.
    • 用于测量和确定轧制材料的带材(1)的平整度的系统和方法。 所述系统包括具有圆柱形中心结构(41)的测量辊(2),所述圆筒形中心结构具有多个用于强制/压力配准的测量装置。 所述装置根据条和测量辊(2)之间的接触产生测量输出信号(Upi),其中所述测量输出信号(Upi)包括力分量信号(UFi)。 所述系统还包括平坦度确定单元(56),所述单元被安排用于仅基于从由所述测量装置生成的测量输出信号(Upi)值得到的信号来计算条带的平坦度(Deltasigma1),以及关于 条(1)的宽度和厚度。 系统从至少一个测量输出信号(Upi)连续地确定包角(alpha),并自动补偿变化的包角(alpha)。 本发明还提供了一种用于实现本发明的所述目的的计算机程序产品,计算机数据信号和平坦度确定信号。
    • 5. 发明授权
    • Apparatus for measuring the strip flatness
    • 用于测量条带平面度的装置
    • US06427507B1
    • 2002-08-06
    • US09786044
    • 2001-02-28
    • Wan-Kee HongJoon-Jeong Yi
    • Wan-Kee HongJoon-Jeong Yi
    • B21B3728
    • B21B38/02
    • The present invention provides an apparatus for measuring flatness of a hot rolled strip based on a contact load of the hot rolled strip to split rolls of a looper in the hot rolling process. The split rolls are assembled in a bracket such that each split roll can be separated from the bracket. A normal-movement control unit for moving the split rolls in the normal direction, and a tangent-movement control unit for moving the split rolls in the tangent direction are porvided at a side of the bracket bearing the split rolls. An impact absorption unit is mounted at a support that is movably connected to the tangent-movement control unit. A pre-pressure application unit is provided at the support to prevent a sensor cap and a load sensor from being released. A heat-shielding ring surrounds the load sensor to prevent the load sensor from being overheated.
    • 本发明提供一种用于在热轧过程中基于热轧带材与弯针的分割辊的接触载荷来测量热轧带材的平整度的装置。 分割辊组装在支架中,使得每个分割辊可以与支架分离。 用于沿正交方向移动分裂辊的正常运动控制单元和用于使切割辊沿切线方向移动的切线运动控制单元在支承分割辊的支架的侧面上进行。 冲击吸收单元安装在可移动地连接到切线运动控制单元的支撑件上。 在所述支撑件处设置预压施加单元以防止传感器盖和负载传感器被释放。 隔热环围绕负载传感器,以防止负载传感器过热。
    • 7. 发明授权
    • Hot-rolling mill with flatness measuring roller
    • 热轧机平面度测量辊
    • US06782726B2
    • 2004-08-31
    • US10149712
    • 2002-06-12
    • Jürgen ArmenatMartin BraunReinhard Irle
    • Jürgen ArmenatMartin BraunReinhard Irle
    • B21B3728
    • B21B39/12B21B38/02
    • The invention relates to a hot rolling mill, with at least one flatness measuring roller, pertaining to at least one rolling bed, arranged before and/or after one of the stands, which influences the settings of at least one of the stands. The aim of the invention is to improve the arrangement of the roller bed working rollers and the flatness measuring roller, such that the flatness measuring roller may be, optionally, either brought into operation, or be withdrawn into a protected position, whereby, in this case, the gap in the rolling bed thus formed can be closed. Said aim is achieved, whereby the flatness measuring roller may be stored, away from its working position, behind a screen and that the rolling bed is completed with at least one retractable working roller.
    • 本发明涉及一种热轧机,其具有至少一个平坦度测量辊,该至少一个平坦度测量辊相对于至少一个滚动床,布置在其中一个支架之前和/或之后,其影响至少一个支架的设置。 本发明的目的是改进辊床加工辊和平坦度测量辊的布置,使得平坦度测量辊可以任选地进入操作中,或者被拉出到受保护的位置,由此在这 如此形成的滚动床的间隙可以闭合。 实现了所述目的,由此平坦度测量辊可以远离其工作位置被存储在筛网后面,并且滚动床用至少一个可缩回的工作辊完成。
    • 8. 发明授权
    • Method and device for controlling flatness
    • US06513358B2
    • 2003-02-04
    • US09742307
    • 2000-12-22
    • Lars JonssonKlaus Meyer
    • Lars JonssonKlaus Meyer
    • B21B3728
    • B21B37/28B21B2001/228
    • A method for controlling flatness of a strip (1) of rolled material rolled to a first flatness target and coiled and that is subsequently uncoiled, and a system which employs the method. Measurements of the flatness of the strip (1) during rolling are compared to both the first flatness target and to a second flatness target, a Mill Flatness Target 2. A flatness target for each of one or more subsequent processes, a Post Rolling Flatness Target (PRFT) and a measured flatness error is used to adapt a control signal for a mill stand (5) to control and regulate the flatness of subsequent production of rolled material of the same specification. The adaption may be made using different statistical techniques including fuzzy logic and neuro-fuzzy logic control methods. In the preferred embodiment, flatness measurements after decoiling are also fed forward to at least one subsequent process 12 and used to adapt control signals to regulate flatness of the current strip in the subsequent process 12. The advantages include that the rolled strip is more flat after decoiling, and that flatness control over the strip in a subsequent process is more accurate.
    • 9. 发明授权
    • Method for the static and dynamic control of the planarity of flat rolled products
    • 静态和动态控制平面轧制产品平面度的方法
    • US06338262B1
    • 2002-01-15
    • US09620583
    • 2000-07-20
    • Estore DoniniPaolo BobigCesare Galletti
    • Estore DoniniPaolo BobigCesare Galletti
    • B21B3728
    • B21B37/28B21B13/023B21B13/142B21B37/42B21B2013/026B21B2013/028B21B2027/022
    • Method to control the planarity of flat products rolled with a rolling stand (10) having a pair of working rolls (11a, 11b), a corresponding pair of back-up rolls (13a, 13b) and at least an intermediate roll (15a) placed between one of said working rolls (11a) and a corresponding back-up roll (13b), axial translation means (16) and first bending means (17) associated with at least one of said working rolls (11a) to translate it axially (WR shifting) and respectively bend it (WR bending), crossing means (19) associated with said intermediate roll (15a) to arrange it with its longitudinal axis (25a) inclined (IR crossing), that is, rotated on a horizontal plane, with respect to the longitudinal axes (21a, 21b, 23a, 23b) of said working rolls (11a, 11b) and of said back-up rolls (13a, 13b), and second bending means (20) associated with said intermediate roll (15a) to bend it with respect to the horizontal plane (IR bending), said method providing a first static setting step, operating selectively at least on WR shifting and on IR crossing, and at least a second dynamic setting step, that is to say, during rolling, operating selectively at least on WR bending and IR bending.
    • 用于控制用具有一对加工辊(11a,11b)的滚动台(10),相应的一对支承辊(13a,13b)和至少中间辊(15a)的滚动台(10)轧制的扁平产品的平面度的方法, 放置在一个所述工作辊(11a)和相应的备用辊(13b)之间,轴向平移装置(16)和与至少一个所述工作辊(11a)相关联的第一弯曲装置(17) (WR移动)并分别弯曲(WR弯曲),与所述中间辊(15a)相关联的交叉装置(19),以使其纵向轴线(25a)倾斜(IR交叉),即在水平面上旋转 相对于所述工作辊(11a,11b)和所述支承辊(13a,13b)的纵轴(21a,21b,23a,23b)和与所述中间辊相关联的第二弯曲装置(20) (15a)使其相对于水平面弯曲(IR弯曲),所述方法提供第一静态设定步骤,操作边缘 至少在WR移位和红外线交叉处,以及至少第二动态设定步骤,也就是说,在滚动期间,至少选择性地至少在WR弯曲和IR弯曲上进行操作。