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    • 121. 发明授权
    • Method for rolling on-gauge head and tail ends of a workpiece
    • 轧制工件头端和尾端的方法
    • US4998427A
    • 1991-03-12
    • US443697
    • 1989-11-29
    • Robert S. PetersonJohn A. Larsen
    • Robert S. PetersonJohn A. Larsen
    • B21B37/46B21B37/18B21B37/52B21B37/72
    • B21B37/52B21B2273/08B21B2273/10
    • A method for making delivery gauge corrections at low mill speeds during threading and tailing out of a workpiece by varying the interstand tension of the workpiece. The tension between the last two stands is used with a desired tension and the delivery AGC by tension mode of an existing delivery automatic gauge control (AGC) to change the speed of the downstream stands. During the threading and tailing out phases, the delivery AGC by speed is turned off and set to zero. In the full run phase, the interstand regulators are changed to a tension by roll gap mode, and an existing delivery automatic gauge control (AGC) by speed is used to provide a stand speed reference for the downstream stands. In the full run phase, the delivery (AGC) by tension is turned off an set to zero. In the tailing out phase optionally, the tension between each stand is used in a similar manner to provide a speed reference change for each stand immediately downstream from where a tension controller is located.
    • 一种用于通过改变工件的夹层张力来在穿过工件和拖出工件期间以低轧机速度进行输送量规校正的方法。 最后两个支架之间的张力以期望的张力和通过现有输送自动计量控制(AGC)的张力模式的输送AGC被使用以改变下游支架的速度。 在线程和拖尾阶段,速度递送AGC被关闭并设置为零。 在全程运行阶段,通过滚动间隙模式将机架间调节器改变为张力,并且使用现有的通过速度传递的自动量规控制(AGC)为下游机架提供立式速度参考。 在全运行阶段,通过张力传递(AGC)被设置为零。 在拖尾阶段可选地,以相似的方式使用每个支架之间的张力,以便立即在张力控制器所在的下游的每个支架提供速度参考变化。
    • 123. 发明授权
    • Method of controlling inter-stand tension in rolling mills
    • 控制轧机间间张力的方法
    • US4089196A
    • 1978-05-16
    • US781327
    • 1977-03-25
    • Katsuya KondoTomio Yamakawa
    • Katsuya KondoTomio Yamakawa
    • B21B1/18B21B37/00B21B37/48B21B37/52G05D13/62B21B37/06
    • B21B37/52B21B37/48B21B1/18
    • There is disclosed a method of controlling inter-stand tension in rolling mills in which a tension measuring device is provided on each stand. The tension measuring device comprises a pair of load sensing devices provided respectively at the entry and delivery sides of the roll stand. Difference between outputs from the pair of load sensing devices is used as an output value of the tension measuring device. First, while a workpiece is captured by the second stand but is not yet captured by the third stand and when the tension in the workpiece between the first and second stands is consistent with a desired value, the output value from the tension measuring device of the second stand is stored. After the workpiece has been captured by the third stand, the difference between the stored output value and the output value from the tension measuring device of the second stand is used as the measured value of tension. The tension control for the workpiece between the second and third stands is carried out on the basis of the difference between the measured value and a desired value of tension between the second and third stands.
    • 公开了一种控制轧机的机架间张力的方法,其中在每个支架上设置张力测量装置。 张力测量装置包括分别设置在辊架的入口侧和出口侧的一对负载感测装置。 使用来自一对负载感测装置的输出之间的差异作为张力测量装置的输出值。 首先,当工件被第二支架捕获但是尚未被第三支架捕获时,并且当第一和第二支架之间的工件中的张力与期望值一致时,来自张力测量装置的输出值 第二支架被存储。 在第三支架被捕获工件之后,使用来自第二支架的张力测量装置的存储的输出值和输出值之间的差作为张力的测量值。 基于第二和第三机架之间的测量值和期望的张力值之间的差异来进行第二和第三机架之间的工件的张力控制。
    • 125. 发明授权
    • Interstand tension control method and apparatus for tandem rolling mills
    • 串列轧机的台架张力控制方法和装置
    • US3940960A
    • 1976-03-02
    • US541953
    • 1975-01-17
    • Shinya TanifujiYasuo MorookaMasaya Tanuma
    • Shinya TanifujiYasuo MorookaMasaya Tanuma
    • B21B37/48B21B37/00B21B37/52G05D5/02
    • B21B37/52
    • In a tandem rolling mill consisting of at least a first rolling stand and a second rolling stand, the interstand tension is controlled by the steps of detecting the rolling force P.sub.10 and rolling torque G.sub.10 at the first rolling stand after a workpiece is fed into the nip between the rolls of the first rolling stand but before the workpiece is fed into the nip between the rolls of the second rolling stand, storing in a memory the ratio G.sub.10 /P.sub.10 representative of the reference torque arm value for the first rolling stand in a tension-free state, detecting the rolling forces P.sub.1B, P.sub.2B and rolling torques G.sub.1B, G.sub.2B at the respective rolling stands immediately after the workpiece is fed into the nip between the rolls of the second rolling stand, computing the reference torque arm value G.sub.20 /P.sub.20 for the second rolling stand in a tension-free state on the basis of these detected values, and controlling the rolling speed of the first or second rolling stand so that (G.sub.10 /P.sub.10) - (G.sub.1 /P.sub.1) representing the deviation of the torque arm value detected at the first rolling stand in rolling operation from the reference torque arm value G.sub.10 /P.sub.10 stored in the memory is equal to (G.sub.20 /P.sub.20) - (G.sub.2 /P.sub.2) representing the deviation of the torque arm value detected at the second rolling stand in rolling operation from the reference torque arm value G.sub.20 /P.sub.20, whereby the workpiece can be rolled tension-free.
    • 在由至少第一轧制机架和第二轧制机组构成的串联式轧机中,通过在将工件进给到轧辊中之后检测轧制力P10和第一轧制机架的轧制转矩G10的步骤来控制台架张力 在第一轧制机架的辊之间,但是在工件被供给到第二轧制机架的辊之间的辊隙之前,在存储器中存储代表第一轧机机架的参考转矩臂值的张力G10 / P10的张力 在工件被送入第二轧制机架的轧辊之间的辊隙之后立即检测在相应轧制机架处的轧制力P1B,P2B和轧制转矩G1B,G2B,计算参考转矩臂值G20 / P20,以便为 根据这些检测值将第二轧制机架置于无张力状态,并且控制第一轧制机架或第二轧制机架的轧制速度,使得(G10 / P10) - (G1 / P1)代表 滚动操作中的第一轧制机架检测到的转矩臂值与存储在存储器中的基准转矩臂值G10 / P10的偏差等于表示转矩臂偏差的(G20 / P20) - (G2 / P2) 在第二轧制机架中从参考转矩臂值G20 / P20在轧制操作中检测到​​的值,由此可以无张力地轧制工件。