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    • 1. 发明专利
    • Clamping device of bar
    • 酒吧夹紧装置
    • JPS58224007A
    • 1983-12-26
    • JP10783382
    • 1982-06-23
    • Ishikawajima Harima Heavy Ind Co LtdNippon Kokan Kk
    • TAKAHASHI YOSHIOAKITA SHINJI
    • B21B25/02
    • B21B25/02
    • PURPOSE:To obtain a titled device intended to improve the efficiency of an elongation work, by installing a rotary housing in the inside of a supporting outer cylinder of a main frame, and disposing a clamping mechanism to the tip of the housing to automatically clamp or unclamp a mandrel bar. CONSTITUTION:A rotary housing 3 is installed in the inside of a supporting outer cylinder 2 provided to the front part of a movable main frame 1, and a catching head 5 equipped with a wedge guide 6 is fitted to the tip of the housing 3. Said wedge guide 6 advances and retreats by the contraction and extension of a cylinder 12 through a bearing 8, and closes and opens a clamp claw 7 to clamp and unclamp a mandrel bar 15. In a state that the bar is clamped, the bar 15, the claw 7, the wedge 6, an inner ring 8 of the bearing 8, and the housing 3, etc. rotate in one body. When unclamped, the bar 15 is pushed out of a clamp space 16 to the outside of the housing 3 with the aid of a pusher bar 17 by actuating a cylinder 19.
    • 目的:为了获得旨在提高伸长效率的标题装置,通过在主框架的支撑外筒的内侧安装旋转壳体,并且将夹紧机构设置在壳体的顶端以自动夹紧或 松开一个芯棒。 构成:旋转壳体3安装在设置在可动主框架1的前部的支撑外筒2的内侧,并且装配有楔形导向件6的卡扣头5装配到壳体3的尖端。 所述楔形导向件6通过轴承8的气缸12的收缩和伸展而前进和后退,并且闭合并打开夹紧爪7以夹紧和松开芯棒15。在杆被夹紧的状态下,杆15 爪7,楔形件6,轴承8的内圈8和壳体3等在一体内旋转。 当松开时,通过致动气缸19,杆15借助于推杆17从夹紧空间16推出到壳体3的外部。
    • 2. 发明专利
    • Method and device for controlling rolling reduction of mandrel mill
    • 用于控制轧制轧机减少的方法和装置
    • JPS6186020A
    • 1986-05-01
    • JP20889784
    • 1984-10-04
    • Ishikawajima Harima Heavy Ind Co LtdKawasaki Steel Corp
    • IMAE TOSHIOYAMAMOTO KENICHISEKI TAKESHITAKAHASHI YOSHIO
    • B21B17/04B21B37/18B21B37/78
    • B21B37/78B21B17/04B21B2271/02
    • PURPOSE:To reduce the number of holding mandrel bars and thickness deviation by providing an independent rolling reduction device respectively on the right and left of a pair of the upper and lower rolls, also by performing non- symmetrical control with arranging a rolling reduction position detector on each rolling reduction device. CONSTITUTION:A shell is rolled by a pair of rolls 2a and mandrel bar 4 and the thickness of a pipe stock 3 is adjusted by four pieces of hydraulic cylinders 5. The hydraulic cylinder 5 is equipped with a displacement gage 12 to detect the position of a ram 11 and a load cell 8 to measure a rolling load and the respective signal is transmitted to a rolling reduction controlling circuit 21. The roll gap of upper and lower rolls 2a is set with inputting from a computing device 23 incorporating the set program to the circuit 21, which controls the pressure of the cylinder 5 by transmitting a signal to a servo valve 24. In this way four pieces of cylinders 5 are controlled independently and the number of holding mandrel bars 4 together with the thickness deviation can be reduced.
    • 目的:通过分别在一对上下辊的左右两侧设置独立的压下装置来减少保持芯棒的数量和厚度偏差,还可以通过执行不对称控制,布置滚动缩小位置检测器 在每个压下装置上。 构成:壳体由一对辊2a和芯棒4轧制,管坯3的厚度由四个液压缸5调节。液压缸5配备有位移计12,以检测 用于测量轧制载荷的冲头11和测力传感器8,并将各个信号传递到轧制压下控制电路21.上辊2a和下辊2a的辊间隙设置为从包含设定程序的计算装置23输入 电路21通过将信号传递到伺服阀24来控制气缸5的压力。以这种方式独立地控制四个气缸5,并且可以减少保持芯棒4的数量以及厚度偏差。
    • 3. 发明专利
    • Method and equipment for rolling mandrel mill
    • 用于轧制轧机的方法和设备
    • JPS6174719A
    • 1986-04-17
    • JP19794184
    • 1984-09-21
    • Ishikawajima Harima Heavy Ind Co LtdKawasaki Steel Corp
    • KUWANO HIROAKISEKI TAKESHITAKAHASHI YOSHIOIMAE TOSHIOYAMAMOTO KENICHI
    • B21B17/04B21B37/18B21B37/78
    • B21B37/78B21B17/04
    • PURPOSE:To obtain the taper quantity as per the target at the pipe tip rear end in a extension stage and elevating the yield of a finished goods with eliminating the off-gage part of the finished goods in a drawing stage. CONSTITUTION:A rolling load is detected by a load detector 13 and with feeding the signal thereof to a co-efficient computing element 14 the elongation of the mill is found by dividing the rolling load by the mill constant and the signal thereof is fed to a computing element 15, by which the quantity reducing the roll gap is found with adding said elongation to the rolling reduction set value by the computing element 15. The command signal of the computing element 15 is comparatively operated with the output signal of a displacement detector 7 by a comparison calculator 16 and according to the signal thereof a servo valve 10 is driven. The roll gap is then controlled with regulating the quantity of press oil fed to the hydraulic cylinder 5 moving the roll 4 vertically. With said method the elongation of the mill is offset by reducing the roll gap and the taper quantity as per the target is obtd. and with making a uniform thickness from the tip to the rear end of the finished goods of after passing the drawing stage the steel pipe without any off-gage part is obtd.
    • 目的:在延伸阶段获得管尖后端的目标锥度,提高成品的成品率,同时在拉拔阶段消除成品的脱落部分。 构成:负载检测器13检测到轧制载荷,并且通过将其信号馈送到高效计算元件14,通过将轧制负载除以轧机常数得到轧机的伸长率,并将其信号送入 通过计算元件15将减少滚动间隙的数量加到滚动缩小设定值上,计算单元15通过计算单元15计算单元15。运算元件15的指令信号通过位移检测器7的输出信号 通过比较计算器16,根据其信号驱动伺服阀10。 然后通过调节供给到液压缸5的压榨油的量来垂直地移动辊4来控制轧辊间隙。 利用所述方法,通过减少轧辊间隙和根据目标的锥度量来抵消轧机的伸长率。 并且在通过拉伸阶段之后从成品的尖端到后端形成均匀的厚度,而没有任何脱离部件的钢管。
    • 5. 发明专利
    • Continuous press system
    • 连续压力系统
    • JP2004122177A
    • 2004-04-22
    • JP2002289575
    • 2002-10-02
    • Ishikawajima Harima Heavy Ind Co Ltd石川島播磨重工業株式会社
    • NAKAGAWA AKIRAKASE FUMIOSATO KAZUYUKISATO TAKASHISUGIYAMA HITOSHITAKAHASHI YOSHIO
    • B21D26/14B30B13/00B30B15/34
    • PROBLEM TO BE SOLVED: To provide a continuous press system for performing the pressing of even a complicated form by a small number of presses, and pressing aluminum to a predetermined form without any spring-back.
      SOLUTION: A tandem press or a transfer press having a plurality of presses has at least one electromagnetic forming device 10 provided in the press or between the presses. The electromagnetic forming device comprises an electromagnetic forming coil 12 embedded in a lower die 2 or an upper die 3, a first connector 14a which is electrically connected to the coil and provided in the die, a power supply unit 15 installed outside the press, and a second connector 14b which is electrically connected to the power supply unit and automatically connected to a first connector.
      COPYRIGHT: (C)2004,JPO
    • 要解决的问题:提供一种用于通过少量压力机进行甚至复杂形式的压制的连续冲压系统,并且将铝压制成预定形式而没有任何回弹。 解决方案:具有多个压力机的串列压力机或转印压机具有设置在压机中或压力机之间的至少一个电磁成形装置10。 电磁成形装置包括嵌入下模2或上模3中的电磁成形线圈12,与线圈电连接并设置在模具中的第一连接器14a,安装在压机外部的电源单元15,以及 电连接到电源单元并自动连接到第一连接器的第二连接器14b。 版权所有(C)2004,JPO
    • 7. 发明专利
    • Roll used for rolling pipe
    • 滚筒用于滚压管
    • JPS6146305A
    • 1986-03-06
    • JP16697184
    • 1984-08-09
    • Ishikawajima Harima Heavy Ind Co LtdKawasaki Steel Corp
    • FURUKAWA SHOHEITAKAHASHI YOSHIOSEKI TAKESHIIMAE TOSHIOYAMAMOTO KENICHI
    • B21B27/02B21B17/14B21B37/78
    • B21B17/14
    • PURPOSE:To reduce the wall thickness of a pipe in the state of extremely reducing the deviation of wall thickness by specifying the radius of the groove of a roll used for rolling a pipe. CONSTITUTION:The vicinity of the grooved bottom-part A of a roll 4 is formed by a radius R1 with center O1 at the fulcrum, which is smaller than the radius R of a pipe 3, and the vicinity in the 45 deg. direction B is formed by a radius R2 with center O2 at the fulcrum, which is larger than the radius R of pipe 3. And both are connected by R slightly larger than the radius R. Further, the center O1 is located on a straight line X and at the roll 4 side from the center O, and the centers O2, O3 are located on a straight line Y and the opposite side of roll side 4 from the center O.
    • 目的:通过指定用于轧制管道的辊的槽的半径来减小管道壁厚,从而极大地减小壁厚的偏差。 构成:辊4的槽底部A的附近由中心O1在支点处的半径R1形成,该半径R1小于管3的半径R,并且在45度的附近。 方向B由在支点处具有中心O2的半径R2形成,该半径R2大于管3的半径R.并且两者通过略大于半径R的R连接。此外,中心O1位于直线上 X并且在中心O处的辊4侧,并且中心O 2,O 3位于直线Y上,并且辊侧4与中心O的相对侧。
    • 8. 发明专利
    • Transfer feeder
    • 传送器
    • JP2006021212A
    • 2006-01-26
    • JP2004200040
    • 2004-07-07
    • Ishikawajima Harima Heavy Ind Co Ltd石川島播磨重工業株式会社
    • KASE FUMIONAKAGAWA AKIRAONISHI MASARUTAKAHASHI YOSHIOSUGIYAMA HITOSHINAKAJIMA SHINOBU
    • B21D43/05B21D43/18B30B13/00
    • PROBLEM TO BE SOLVED: To provide a transfer feeder for transfer presses which requires small installation space and facilitates planning the layout thereof.
      SOLUTION: The transfer feeder for transfer presses is provided in place of a conventional transfer feeder for transfer presses. The transfer feeder of this invention is provided with: a plurality of panel holding mechanisms for holding a work; a pair of right and left feed bars for supporting the panel holding mechanisms; a plurality of pairs of feed driving mechanisms for moving the feed bars back and forth; and a lift driving mechanisms for moving the feed bars vertically. The feed bar is moved so as to draw a prescribed locus by synchronizing the feed driving mechanisms and the lift driving mechanisms, and each of the plurality of pairs of feed driving mechanisms has a linear motor.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:提供一种需要小的安装空间并有助于规划其布局的转印机的转印进料器。

      解决方案:用于转印压力机的转印进料器代替传统印刷机的常规转印供料器。 本发明的输送机具有:多个保持工件的面板保持机构; 一对用于支撑面板保持机构的左右进给杆; 多对进给驱动机构,用于前后移动进给杆; 以及用于垂直移动进给杆的提升驱动机构。 通过使进给驱动机构和升降驱动机构同步,进给杆移动以便规定规定的轨迹,多对进给驱动机构中的每一对具有线性马达。 版权所有(C)2006,JPO&NCIPI