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    • 3. 发明授权
    • Plate rolling mill
    • 轧机轧机
    • US06250126B1
    • 2001-06-26
    • US09323028
    • 1999-06-01
    • Kenichi YasudaMitsuo NiheiYukio HiramaYoshio Takakura
    • Kenichi YasudaMitsuo NiheiYukio HiramaYoshio Takakura
    • B21B1314
    • B21B13/145B21B2031/206B21B2203/24
    • The invention intends to always maintain a distance between a hydrostatic pressure bearing and a roll even in a transient state before and after the start of rolling, thereby sufficiently and surely preventing damage of those components upon contact with each other, and to prevent a lowering of yield. In a plate rolling mill comprising upper and lower work rolls, and hydrostatic pressure bearings for supporting barrel portions of idler rolls in a non-contact manner with fluid pressure substantially along the horizontal direction, the idler rolls supporting the work rolls substantially along the horizontal direction, gap restraining rolls are provided to prevent gaps between the hydrostatic pressure bearings and the idler rolls from becoming lower than a predetermined value.
    • 本发明即使在轧制开始前后的过渡状态下也始终保持静压力轴承和辊之间的距离,从而充分且可靠地防止这些部件在彼此接触时的损坏,并且防止 产量。 在包括上下工作辊的平板轧机和用于以基本上沿着水平方向的流体压力非接触的方式支撑惰辊的筒部的静水压力轴承中,基本上沿着水平方向支撑工作辊的惰辊 设置间隙限制辊以防止静水压力轴承和惰辊之间的间隙变得低于预定值。
    • 4. 发明授权
    • Plate rolling mill
    • 轧机轧机
    • US06446477B2
    • 2002-09-10
    • US09837425
    • 2001-04-19
    • Kenichi YasudaMitsuo NiheiYukio HiramaYoshio Takakura
    • Kenichi YasudaMitsuo NiheiYukio HiramaYoshio Takakura
    • B21B2900
    • B21B13/145B21B2031/206B21B2203/24
    • The invention intends to always maintain a distance between a hydrostatic pressure bearing and a roll even in a transient state before and after the start of rolling, thereby sufficiently and surely preventing damage of those components upon contact with each other, and to prevent a lowering of yield. In a plate rolling mill comprising upper and lower work rolls, and hydrostatic pressure bearings for supporting barrel portions of idler rolls in a non-contact manner with fluid pressure substantially along the horizontal direction, the idler rolls supporting the work rolls substantially along the horizontal direction, gap restraining rolls are provided to prevent gaps between the hydrostatic pressure bearings and the idler rolls from becoming lower than a predetermined value.
    • 本发明即使在轧制开始前后的过渡状态下也始终保持静压力轴承和辊之间的距离,从而充分且可靠地防止这些部件在彼此接触时的损坏,并且防止 产量。 在包括上下工作辊的平板轧机和用于以基本上沿着水平方向的流体压力非接触的方式支撑惰辊的筒部的静水压力轴承中,基本上沿着水平方向支撑工作辊的惰辊 设置间隙限制辊以防止静水压力轴承和惰辊之间的间隙变得低于预定值。
    • 5. 发明授权
    • Rolling machine and rolling method
    • 轧机和轧制方法
    • US06151943A
    • 2000-11-28
    • US357854
    • 1999-07-21
    • Mitsuo NiheiMinoru IgariTakehiko SaitoYoshio Takakura
    • Mitsuo NiheiMinoru IgariTakehiko SaitoYoshio Takakura
    • B21B1/22B21B13/00B21B13/02B21B13/14B21B27/10B21B29/00B21B37/00B21B37/28B21B37/38B21B31/07
    • B21B37/28B21B13/023B21B2013/026B21B2013/028B21B2269/04B21B2269/06B21B27/10
    • There are provided a rolling machine and a rolling method in which the strip crown and shape control capability for a narrow-width strip is improved, so that the adequate strip crown and shape control capability for strips of various widths from a narrow width to a larger width can be secured. In the rolling machine, a pair of upper and lower working rolls are supported respectively by a pair of upper and lower intermediate rolls, and the intermediate rolls are supported respectively by a pair of upper and lower reinforcing rolls. The reinforcing rolls have an effective barrel length which is smaller than an effective barrel length of the working rolls and the intermediate rolls, and is larger than a width of a minimum-width strip to be rolled. The intermediate rolls are arranged in such a manner that their axes, disposed respectively in substantially horizontal planes, cross each other, and are crossed relative to the working rolls and the reinforcing rolls. The maximum cross angle of the intermediate rolls are increased and decreased in accordance with the width of the strip.
    • 提供了一种轧制机和轧制方法,其中提高了窄宽带的带材凸度和形状控制能力,使得对于宽度窄的条状物从窄的宽度到较大的宽度的带状凸起和形状控制能力 宽度可以保证。 在轧制机中,一对上下工作辊分别由一对上,下中间辊支承,中间辊分别由一对上下加强辊支承。 加强辊具有有效的筒长度,其小于工作辊和中间辊的有效筒长度,并且大于要轧制的最小宽度带的宽度。 中间辊以这样的方式布置,使得它们的轴线分别设置在大致水平的平面中,并相对于工作辊和加强辊交叉。 根据条的宽度,中间辊的最大交叉角度增加和减小。
    • 9. 发明授权
    • Method of continuously hot-rolling steel pieces
    • 连续热轧钢板的方法
    • US4706871A
    • 1987-11-17
    • US639359
    • 1984-08-10
    • Toshiyuki KajiwaraTomoaki KimuraMitsuo Nihei
    • Toshiyuki KajiwaraTomoaki KimuraMitsuo Nihei
    • B21B1/02B21B1/26B21B15/00B23K13/00B23K31/02
    • B23K13/00B21B15/0085
    • A continuous steel hot-rolling method and apparatus for successively bonding a plurality of steel pieces of a predetermined length and maintained at a high temperature so as to form a continuous train of the steel pieces for roll by a rolling mill. The apparatus includes a holding device for holding a trailing end of a preceding steel piece and a leading end of a succeeding steel piece. A device is provided for shearing the ends of the steel pieces while the ends are held by the holding device. A device heats the sheared trailing end of the preceding steel piece and the sheared leading end of the succeeding steel piece to a predetermined temperature, with a device being provided for driving at least one of the preceding and following steel pieces along a travel path of the steel pieces to press and bond the heated trailing end surface of the preceding steel piece and the heated leading end surface of the succeeding steel piece. A carrier carries all the above devices and is disposed upstream of the rolling mill for movement along the travel path of the steel pieces being bonded.
    • 一种连续钢热轧方法和装置,用于将预定长度的多个钢片连续地接合并保持在高温,以便通过轧机形成用于辊的钢板的连续列。 该装置包括用于保持前一个钢件的后端和后一个钢件的前端的保持装置。 提供了一种用于剪切钢片的端部的装置,同时端部由保持装置保持。 装置将先前的钢片的剪切后端和随后的钢件的剪切的前端加热到预定的温度,其中设置有用于沿着前述钢片的行进路径驱动前一个和后续的钢片中的至少一个 钢片将前一个钢片的加热的后端表面和随后的钢件的加热的前端表面压合并结合。 载体承载所有上述装置,并且设置在轧机的上游,以沿着被粘合的钢片的行进路径移动。