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    • 121. 发明申请
    • EQUIPMENT FOR CONTINUOUSLY ANNEALING STEEL STRIPS
    • 连续退火钢筋设备
    • WO1993024664A1
    • 1993-12-09
    • PCT/JP1993000633
    • 1993-05-13
    • NIPPON STEEL CORPORATIONIKEGAMI, Hiroshi
    • NIPPON STEEL CORPORATION
    • C21D09/56
    • C21D9/563
    • To provide equipment for continuously annealing a steel strip which has been cold-rolled, intended to stably operate an annealing furnace by preventing the slip of bridle rolls and hearth rolls. The diameter D of bridle rolls (2) is set so that a surface pressure p &cir& _ expressed by the equation p=h( sigma 1+ sigma 2)/D becomes not lower than 10 kPa (kilopascal); wherein sigma 1 is unit tension of the portion of a steel strip (1) which is on the upstream side of bridle rolls (2) and hearth rolls (3) in a furnace; sigma 2 unit tension of the portion of the steel strip (1) which is on the downstream side of the rolls (2, 3); h &cir& _ the thickness of the steel strip; and D the diameter of the bridle rolls (2).
    • 为了提供用于连续退火冷轧钢带的设备,旨在通过防止le辊和炉床辊的滑动来稳定地操作退火炉。 张力辊(2)的直径D被设定为使得由等式p = h(sigma1 + sigma2)/ D表示的表面压力p&cir&_不低于10kPa(千帕))。 其中σ1是钢带(1)的一部分的单位张力,所述钢带(1)在炉膛的辊(2)和炉床辊(3)的上游侧; 位于辊子(2,3)下游侧的钢带(1)部分的σ2单位张力; h&cir&_钢带的厚度; 和D的匝卷(2)的直径。
    • 127. 发明申请
    • Adiabatic Roll
    • 绝热卷
    • US20070232471A1
    • 2007-10-04
    • US11597240
    • 2005-04-26
    • Hwa SongKanji Hirakuri
    • Hwa SongKanji Hirakuri
    • F28F5/02
    • F27B9/2469C21D9/0012C21D9/56C21D9/563C22F1/10F27B9/2407F27D3/026
    • The object of this invention is to fit heat-resistant rings and disks around a metal tub shaft without welding so as to assure excellent deformability in accordance with thermal expansion and shrinkage due to changes in temperature. An adiabatic roll of this invention comprises a metal tub shaft (1). A plurality of heat-resistant rings (2) is axially arranged at predetermined intervals between a fixed flange (5) and a movable flange (6) provided on a circumference of the metal tub shaft (1). A plurality of disks (7) is arranged between the heat-resistant rings (2). The heat-resistant rings (2) and the disks (7) are fitted around the metal tub shaft (1) without welding.
    • 本发明的目的是在不焊接的情况下将耐热环和盘安装在金属桶轴周围,以便根据由于温度变化引起的热膨胀和收缩来确保优异的变形能力。 本发明的绝热卷包括金属桶轴(1)。 多个耐热环(2)以设置在金属桶轴(1)的圆周上的固定凸缘(5)和可动凸缘(6)之间的预定间隔轴向布置。 多个盘(7)布置在耐热环(2)之间。 耐热环(2)和盘(7)没有焊接地安装在金属桶轴(1)周围。
    • 128. 发明申请
    • Method of controlling metal strip temperature
    • 控制金属带温度的方法
    • US20030121571A1
    • 2003-07-03
    • US10032689
    • 2001-12-27
    • Helene Lagace
    • C22F001/04
    • C21D11/005C21D9/563C21D9/573C22F1/04
    • The recoiling temperature of a metal strip from a continuous heat treatment line is controlled by continuously passing the metal strip through an accumulator system where it passes around spaced accumulator rolls. While travelling through the accumulator, the metal strip is subjected to ambient cooling air and the length of aluminum strip travelling through the accumulator determines the amount of cooling that takes place. The length of the metal strip in the accumulator is in turn controlled by varying spacing between the accumulator rolls around which the metal strip travels. The spacing is preferably controlled by a programmed controller in response to temperature signals.
    • 来自连续热处理生产线的金属带的冲击温度通过使金属带连续通过蓄能器系统来控制,在该蓄能器系统中,金属带通过间隔开的蓄压辊。 当行进通过蓄能器时,金属带受到环境冷却空气的影响,并且穿过蓄能器的铝带的长度决定了发生的冷却量。 蓄电池中的金属带的长度又由金属带所绕的蓄压器辊之间的变化的间隔来控制。 间隔优选地由编程的控制器响应于温度信号控制。
    • 130. 发明申请
    • Strip guiding device comprising a rotatable construction for changing supporting rolls having cooling means
    • 带引导装置,包括用于改变具有冷却装置的支承辊的可旋转结构
    • US20020022206A1
    • 2002-02-21
    • US09899811
    • 2001-07-06
    • Leo Antonius Ruiter
    • F27D007/00
    • C21D9/563F27B9/2407
    • Strip guiding device for guiding hot metal strip, comprising a frame, a support construction which is accommodated in the frame in such a manner that it can rotate about an axis, drive means for the stepwise rotation of the support construction in the frame, at least two supporting rolls which are rotatably and removably arranged in the support construction, insulating means which are connected to the support construction and are positioned between the supporting rolls, and cooling means for cooling each supporting roll, in which device the cooling means for each supporting roll comprise a cooling body which is connected to the support construction, each cooling body extending in the longitudinal direction of the associated supporting roll, externally delimiting this roll over part of the circumference, and being positioned at a distance from the support roll, each cooling body cooling the associated supporting roll as a result of direct radiation from the said roll.
    • 用于引导热金属带的带引导装置,包括框架,支撑结构,其以围绕轴线旋转的方式容纳在框架中,用于支撑结构在框架中的逐步旋转的驱动装置,至少 两个支撑辊,其可旋转和可拆卸地布置在支撑结构中;绝缘装置,其连接到支撑结构并且位于支撑辊之间;以及冷却装置,用于冷却每个支撑辊,其中每个支撑辊的冷却装置 包括连接到支撑结构的冷却体,每个冷却体在相关联的支撑辊的纵向方向上延伸,从而将该辊外部限定在圆周的一部分上,并且与支撑辊定位成一定距离,每个冷却体 由于从所述辊的直接辐射,冷却相关联的支撑辊。