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    • 1. 发明授权
    • Apparatus for dry type continuous wire drawing
    • 干式连续拉丝设备
    • US4545227A
    • 1985-10-08
    • US505844
    • 1983-06-20
    • Chuzoh SudohHyoji HagitaMotoo AsakawaHiroshi NagaiKenji Aihara
    • Chuzoh SudohHyoji HagitaMotoo AsakawaHiroshi NagaiKenji Aihara
    • B21C1/00B21C1/02B21C9/00B21C51/00B21C43/04
    • B21C51/00B21C1/02B21C9/00
    • Herein disclosed are dry type continuous wire drawing process and machine which can enhance the productivity by conducting in-line a wire drawing operation including the steps of flaw detection and wire repair. The wire to be drawn is mechanically descaled and is then coated with a lubricant. The wire thus coated is drawn through a drawing die. At the coating step, the wire is first coated with lime powder and then with metallic soap. Thus, the wire is drawn under dry and continuous conditions. After the drawing operation, a flaw in surface of the wire is detected. The surface flaw is located from the running speed or distance of the wire and the detecting instant. The surface flaw located is removed. The resultant wire is wound up. The surface flaw which cannot be removed is marked. An internal defect in the drawn wire is also detected with ultrasonic waves. The internally detected portion is also marked. All of the steps thus far recited and others are conducted in-line.
    • 这里公开的是干式连续拉丝工艺和机器,其可以通过在线进行拉丝操作来提高生产率,包括探伤和线材修复的步骤。 待拉制的线材是机械除锈的,然后用润滑剂涂覆。 这样涂覆的丝线通过拉丝模头拉出。 在涂层步骤中,首先用石灰粉末涂覆金属丝,然后用金属皂涂覆。 因此,在干燥和连续的条件下拉丝。 在绘图操作之后,检测到导线表面的缺陷。 表面缺陷位于线的运行速度或距离以及检测时刻。 去除表面缺陷。 所得到的线被卷起。 标有不能清除的表面缺陷。 拉丝的内部缺陷也用超声波检测。 内部检测到的部分也被标记。 到目前为止所有的步骤和其他步骤是在线进行的。
    • 2. 发明授权
    • Means for supporting rool chocks in a rolling mill
    • 在轧机中支撑轧辊轴承座的方法
    • US4154080A
    • 1979-05-15
    • US843278
    • 1977-10-18
    • Shigenobu SuzukiMotoo Asakawa
    • Shigenobu SuzukiMotoo Asakawa
    • B21B31/24B21B13/02B21B31/02B21B31/20B21B31/32
    • B21B31/02B21B31/20B21B13/02B21B2031/206B21B31/24
    • There is disclosed an apparatus for supporting roll chocks of a work roll in a roll stand housing. This apparatus includes a thrust transmitting head member between the roll chock and a rolling force effecting mechanism such as a screw of a screw down mechanism. The head member has a spherical surface at one end in contact with a mating spherical surface formed at one end of the screw. These spherical surfaces have different radii to make point contact therebetween and to enable rolling contact movement between the head member and the screw in the rocking motion of the roll chock caused by a force in a workpiece generated during a rolling operation, to thereby provide more accurate measurement of tension in the workpiece being rolled by employing force sensing devices acting on the roll chocks. The head member also has inclined surfaces at the other end thereof in registration with mating inclined surfaces formed at one side of the roll chock. The registration of these mating inclined surfaces make it possible to center the roll chock in the roll stand housing.
    • 公开了一种用于在辊架壳体中支撑工作辊的辊轴承座的装置。 该装置包括在滚动轴承座与滚动力作用机构之间的推力传递头部件,例如螺旋式机构的螺杆。 头部构件的一端具有与形成在螺钉的一端处的配合球面接触的球形表面。 这些球形表面具有不同的半径以在其间形成接触点,并且能够在滚动轴承座的摇摆运动中在头部构件和螺杆之间的滚动接触运动,这是由于在滚动操作期间产生的工件中的力引起的,从而提供更准确的 通过使用作用在辊轴承座上的力感测装置来测量被轧制的工件中的张力。 头部构件的另一端还具有与形成在辊轴承座的一侧的配合倾斜表面对准的倾斜表面。 这些配合倾斜表面的对准使得可以将辊轴承座定位在辊架壳体中。
    • 4. 发明授权
    • Rolling mill
    • 轧机
    • US4116028A
    • 1978-09-26
    • US816734
    • 1977-07-18
    • Toyohiko OkamotoYoshisuke MisakaMotoo Asakawa
    • Toyohiko OkamotoYoshisuke MisakaMotoo Asakawa
    • B21B37/48B21C51/00B21B37/06
    • B21B37/48
    • A continuous rolling mill including roll stands arranged in series, each of which has a pair of work rolls and roll chocks for supporting them respectively. One of the roll chocks is mounted on the frame of the roll stand to be movable in a direction parallel to the direction of path of the workpiece. A load sensing rod is provided to contact at its one end with the roll chock and to be thrusted through the roll chock by tensile or compression force occurring when the workpiece is being captured by the pair of rolls. The load sensing rod is hydraulically supported under a predetermined pressure so that the rod is shifted under an excessive load. The movement of the sensing rod is transduced to an electric signal representing the force for control of the mill.
    • 一种连续轧机,其包括串联布置的辊架,每个辊轧机具有一对工作辊和用于支撑它们的辊轴承座。 轧辊轴承座中的一个安装在辊架的框架上,以能够在平行于工件的路径的方向上移动。 设置载荷传感杆,其一端与辊轴承座接触,并且当工件被一对辊捕获时通过拉伸或压缩力推动穿过辊轴承座。 载荷传感杆在预定的压力下被液压支撑,使得杆在过大的载荷下移动。 感测杆的运动被转换成表示用于控制轧机的力的电信号。