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    • 81. 发明授权
    • Method of and apparatus for continuously casting and rolling down thin
slabs
    • 连续铸造和轧制薄板坯的方法和设备
    • US5467518A
    • 1995-11-21
    • US135838
    • 1993-10-13
    • Werner Mertens
    • Werner Mertens
    • B21B1/00B21B1/38B21B1/46C21D9/00B21B13/22
    • C21D9/0081B21B1/466Y10T29/49991Y10T29/5184
    • Hot rolled wide strips from a continuously cast strand are rolled down in a pitch line, which includes a rolling train. A separate thin slab is cut off from the cast strand in one of two casting lines arranged on the opposite sides of the pitch line, and is homogenized and brought to a predetermined temperature in an equalizing furnace arranged coaxially with a respective casting line. The thin slab is then transported from the equalizing furnace into a movable furnace part formed as an equalizer, a buffer, or a regenerative furnace part and arrange coaxially with the equalizing furnace. The thin slab is then transported from the respective casting line to the pitch line in a direction opposite to the casting direction by pivoting or sidewise displacing the movable furnace part, after a first reverse of the direction of movement of the separate thin slab. The thin slab is transported after a second reversal of a direction of movement from the regenerative furnace to a holding furnace located downstream of the regenerative furnace, and therefrom to the rolling train for obtaining therein and end product.
    • 来自连续铸造股线的热轧宽带在包括轧制列车的轧制线中滚下。 在布置在节距线的相对侧上的两条浇铸线之一中,从铸造线切割单独的薄板坯,并且在与各个铸造线同轴设置的均质炉中均匀化并达到预定温度。 然后将薄板坯从均化炉输送到形成为均衡器,缓冲器或再生炉部分的可动炉部分中,并与均化炉同轴布置。 然后,在分开的薄板坯的运动方向的第一反向之后,薄板坯通过在可移动炉部件的枢转或侧向移动而沿着与铸造方向相反的方向从相应的铸造线路输送到节流线。 薄板坯在从再生炉转移到位于蓄热式炉的下游的保持炉的第二方向反转之后输送到轧制机组,以获得最终产品。
    • 83. 发明授权
    • Method for leveling sheet metal
    • 平整钣金的方法
    • US5412968A
    • 1995-05-09
    • US237430
    • 1994-05-03
    • Willi Benz
    • Willi Benz
    • B21D1/02
    • B21D1/02
    • A method and apparatus for leveling of metal sheets conveyed through leveling gaps formed by several adjustable upper and lower leveling rollers and adjusted as a function of the sheet cross-section and the nominal sheet strength is disclosed. After initial maximum deformation, the sheets are subsequently repeatedly bent in alternate directions with a greatly diminishing degree of deformation resulting in an improved operational mode if the leveling range of a leveling machine is expanded toward the thicker metal sheets by a smaller quantity of leveling rollers in engagement, and thus a larger roller pitch, in case of sheet thicknesses exceeding the nominal sheet thickness of the leveling range.
    • 公开了一种通过由几个可调节的上下调平辊形成的调平间隙输送的金属板的调平方法和装置,并且根据片材横截面和标称片材强度进行调整。 在初始最大变形之后,片材随后在交替方向上反复弯曲,并且随着变形程度的大大降低而导致改进的操作模式,如果通过较少数量的调平辊将调平机的调平范围扩大到较厚的金属片 在纸张厚度超过平整范围的标称纸张厚度的情况下,更大的辊间距。
    • 86. 发明授权
    • Apparatus for conveying rolled stock wound into coils in the reeling
installation area
    • 将轧制坯料卷绕在卷取安装区域中的线圈的装置
    • US5318276A
    • 1994-06-07
    • US50928
    • 1993-04-21
    • Gunter GrenzMathias Eschweiler
    • Gunter GrenzMathias Eschweiler
    • B21B39/00B21C47/24B65G47/52B65G47/80B65H67/04B65H67/06C21D9/56
    • B65H67/0411B21C47/24B21B2203/42
    • An apparatus for delivery of rolled stock wound into coils, especially of wire from a reel-up device and for transfer of the rolled stock coils onto conveyance arrangements located downstream, wherein the reel-up and conveyance arrangements are installation components of a rolling mill with one or more rolling lines for wire, light or medium section steel, which essentially comprises a furnace installation for the rolling stock used, as well as a breakdown train, intermediate train and, if necessary, a finishing train for the rolling stock. The delivery and transfer apparatus may be provided with a liftable, as well as horizontally displaceable support panel, which can also be swiveled in a carousel-like manner for the wound rolled stock coils and one or more reeling arrangements and one or more conveyance arrangements may be disposed in the peripheral region of the swiveling path of the support panel.
    • 一种用于将轧制坯料卷绕成线圈的设备,特别是卷绕装置的线材,并将轧制的坯料卷绕到位于下游的传送装置上,其中卷取和传送装置是轧机的安装部件, 用于线材,轻型或中型钢的一条或多条轧制线,其基本上包括用于所使用的车辆的炉装置,以及分解列车,中间列车和必要时用于车辆的精整列车。 输送和传送装置可以设置有可抬起的以及可水平移动的支撑面板,其还可以以卷筒状的方式旋转,用于卷绕的卷绕的卷材和一个或多个卷取装置以及一个或多个输送装置 设置在支撑面板的旋转路径的周边区域中。
    • 89. 发明授权
    • Apparatus for replacing pressing dies in upsetting press
    • 用于更换压力机中的压力机的装置
    • US5168744A
    • 1992-12-08
    • US760170
    • 1991-09-16
    • Gerhard Heitze
    • Gerhard Heitze
    • B21B15/00B21J9/06B21J13/08
    • B21J13/085B21B15/0042B21J9/06
    • For replacing pressing dies (7) in an upsetting press (1) used for width reduction of rolled material, such as for reducing slab width in hot rolled wide strip shaping trains, the width reduction is effected by the pressing dies (7) held in die carriers (8). The pressing dies (7) face one another and are located on the opposite sides of the slab. The die carriers (8) are moved in the reduction direction by a drive system (11) and are guided in a horizontal press stand containing stand beams (6). A displacement trolley (19) having a hoisting frame (20) including a hoisting drive (21) with a support mounting (22) on the hoisting frame (20) for receiving a pressing die (7). The apparatus is arranged for completely automatic replacement of the pressing dies (7). In addition, a movable carrier trolley (23) with a least one depositing location (24, 25) for a pressing die is provided for receiving worn pressing dies and for supplying replacement pressing dies.
    • 为了在用于轧制材料的宽度缩小的镦锻压机(1)中更换压模(7),例如用于减少热轧宽带成形列车的板坯宽度,通过压模(7)保持的宽度减小 模具载体(8)。 压模(7)彼此面对并且位于板的相对侧上。 模具托架(8)通过驱动系统(11)在减速方向上移动,并在包含支架梁(6)的水平压架中引导。 一种具有提升架(20)的位移推车(19),其包括在提升架(20)上具有支撑安装件(22)的起重驱动器(21),用于接收压模(7)。 该装置设置成完全自动更换压模(7)。 另外,具有用于压模的至少一个沉积位置(24,25)的可动载物台车(23)被设置用于容纳磨损的压模并供给更换压模。
    • 90. 发明授权
    • Method for coiling strip in reeling installations
    • 卷绕安装条的方法
    • US5149004A
    • 1992-09-22
    • US823049
    • 1992-01-16
    • Peter SudauDieter Rosenthal
    • Peter SudauDieter Rosenthal
    • B65H19/28B21C47/06B65H18/26
    • B65H18/26B65H2301/41376B65H2404/43B65H2404/432
    • A method for controlling the positions of displaceable pressure rollers during the start-up of coiling strips in reeling installations. The method includes raising pressure rollers from a mandrel of the reeling installation before the strip beginning enters and before the next winding is placed. After the strip beginning has passed each pressure roller, the mandrel is moved into a position of operation. The gap between the pressure rollers in operating position and the mandrel is adjusted to at least n times the strip thickness, wherein n is the number of windings of the strip at each pressure roller. A slip-free contact of the strip on the mandrel is effected by spreading segments of the mandrel. Thus, the pressure rollers are moved as closely as possible to the mandrel while not exerting any pressure forces on the mandrel or only the last pressure roller in strip travel direction presses the strip against the mandrel and the remaining pressure rollers place the strip as closely as possible to the mandrel without exerting any pressure forces on the strip and the mandrel.
    • 一种用于在卷取装置中的卷取带启动期间控制可位移压力辊的位置的方法。 该方法包括在带材开始进入之前和放置下一个绕组之前从卷取装置的心轴提升压力辊。 在条带开始通过每个压力辊之后,心轴移动到操作位置。 将操作位置的压力辊和心轴之间的间隙调节至至少n倍于带材厚度,其中n是每个压力辊条带的匝数。 芯棒上的条带的无滑动接触通过扩展心轴的段来实现。 因此,压力辊尽可能接近地移动到心轴上,而不会在心轴上施加任何压力,或者仅在带移动方向上的最后一个压力辊将条压靠在心轴上,并且剩余的压力辊将条带紧密地放置在 可能在心轴上不施加任何压力的心轴。