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    • 1. 发明授权
    • Apparatus for continuously rolling steel billets
    • 钢坯连续轧制设备
    • US06386420B2
    • 2002-05-14
    • US09848036
    • 2001-05-03
    • Giichi MatsuoSusumu OkawaKoji Okushima
    • Giichi MatsuoSusumu OkawaKoji Okushima
    • B23K3700
    • B21B37/005B21B1/18B21B15/0085B21B39/006B21B2273/20B21B2275/04B21B2275/06B23K11/04
    • A plurality of materials are rolled in an upstream stand. While the transfer speed of a succeeding material and the front end position thereof are detected, the transfer speed and the rear end position of a preceding material are detected by a measuring roll. The transfer speed of the succeeding material is controlled by adjusting at least the drive speed of the pinch rolls so that the front end of the succeeding material contacts the rear end of the preceding material at a specified position in a travelling welder. The rear end of the preceding material is joined with the front end of the succeeding material by flash-butt welding using the travelling welder to form a continuous material while letting the travelling welder move at a speed synchronous with the transfer speed of the continuous material. The welded portion on the continuous material is ground and/or cut to remove burrs therefrom. After removing the burrs, the continuous material is continuously rolled by a down-stream stand.
    • 多个材料在上游支架中滚动。 在检测到后续材料的传送速度和其前端位置的同时,通过测量辊检测前一材料的传送速度和后端位置。 通过至少调整夹送辊的驱动速度来控制后续材料的传送速度,使得后续材料的前端在行进焊机的指定位置处接触前一材料的后端。 前述材料的后端通过使用移动焊接机的对接焊接而与后续材料的前端连接以形成连续材料,同时让行进焊接机以与连续材料的传送速度同步的速度移动。 将连续材料上的焊接部分研磨和/或切割以除去毛边。 在除去毛刺之后,连续材料通过下游支架连续滚动。
    • 2. 发明授权
    • Apparatus for continuous rolling by welding the rolled materials at an intermediate stage of a rolling line
    • 用于通过在轧制线的中间阶段焊接轧制材料来连续轧制的装置
    • US06273324B1
    • 2001-08-14
    • US09511086
    • 2000-02-23
    • Giichi MatsuoSusumu OkawaKoji Okushima
    • Giichi MatsuoSusumu OkawaKoji Okushima
    • B23K3110
    • B21B37/005B21B1/18B21B15/0085B21B39/006B21B2273/20B21B2275/04B21B2275/06B23K11/04
    • A plurality of materials are rolled in an upstream stand. While the transfer speed of a succeeding material and the front end position thereof are detected, the transfer speed and the rear end position of a preceding material are detected by a measuring roll. The transfer speed of the succeeding material is controlled by adjusting at least the drive speed of the pinch rolls so that the front end of the succeeding material contacts the rear end of the preceding material at a specified position in a travelling welder. The rear end of the preceding material is joined with the front end of the succeeding material by flash-butt welding using the travelling welder to form a continuous material while letting the travelling welder move at a speed synchronous with the transfer speed of the continuous material. The welded portion on the continuous material is ground and/or cut to remove burr therefrom. After removing the burr, the continuous material is continuously rolled by a down-stream stand.
    • 多个材料在上游支架中滚动。 在检测到后续材料的传送速度和其前端位置的同时,通过测量辊检测前一材料的传送速度和后端位置。 通过至少调整夹送辊的驱动速度来控制后续材料的传送速度,使得后续材料的前端在行进焊机的指定位置处接触前一材料的后端。 前述材料的后端通过使用移动焊接机的对接焊接而与后续材料的前端连接以形成连续材料,同时让行进焊接机以与连续材料的传送速度同步的速度移动。 连续材料上的焊接部分被研磨和/或切割,以从中除去毛刺。 除去毛刺后,连续材料通过下游支架连续卷起。
    • 4. 发明授权
    • Method and apparatus for removing burrs from joined billets in a
continuous rolling process
    • 在连续轧制过程中从连接的坯料上去除毛刺的方法和装置
    • US5709585A
    • 1998-01-20
    • US703396
    • 1996-08-26
    • Giichi MatsuoNobuyoshi HamuraSusumu OkawaHidenori AnaiAkira SakaiSoichi AoyamaKoji OkushimaYuki SugawaraBunnosuke UshiodaYuji Watanabe
    • Giichi MatsuoNobuyoshi HamuraSusumu OkawaHidenori AnaiAkira SakaiSoichi AoyamaKoji OkushimaYuki SugawaraBunnosuke UshiodaYuji Watanabe
    • B21B1/02B21B1/04B21B1/46B21B15/00B24B5/38B24B49/00B24B51/00
    • B21B15/0085B24B5/38B21B1/04B21B1/466B21B2001/022
    • A method for removing burrs in a continuous rolling process including the steps of joining the rear end of a preceding billet with the front end of a succeeding billet using a flash butt welding method while both billets are moving, and grinding a burr on the welded part of the joined portion using a plurality of grinders while the billets are moving and while rotating the grinders and moving the grinders synchronously with the travelling speed of the billets. A grinding machine for continuously rolling a round billet includes a travelling body shuttling along the direction of movement of the round billet, a turret ring rotatably supported by the travelling body, and a plurality of grinding devices arranged in a movable manner within a radius of the turret ring, wherein the grinding devices include grinders which are set at a tilted angle relative to the center axis of the rotatable turret ring. A grinding machine for continuously rolling a rectangular billet includes a travelling body moving along a moving direction of the rectangular billet, two pairs of grinding devices located at a front side and a rear side, respectively, of the travelling body and having grinders which rotate on a plane facing the rectangular billet and along a longitudinal direction of the rectangular billet, a moving device for moving the grinding devices in a right angle direction relative to the rectangular billet, and a device for moving the grinders to come close to and apart from the rectangular billet.
    • 一种在连续轧制过程中去除毛刺的方法,包括以下步骤:当两个坯料移动时,使用闪光对接焊接方式将前一坯料的后端与后续坯料的前端接合,并且在焊接部分上研磨毛刺 在坯料移动的同时使用多个研磨机,同时使研磨机旋转并与坯料的行进速度同步地移动研磨机。 用于连续轧制圆钢坯的研磨机包括沿着圆坯的运动方向穿梭的行进体,由行进体可旋转地支撑的转台环,以及以可移动的方式在该半圆形的半径范围内布置的多个研磨装置 转台环,其中所述研磨装置包括相对于所述可旋转转盘环的中心轴线倾斜设置的磨床。 用于连续轧制矩形坯料的研磨机包括沿着矩形坯料的移动方向移动的行进体,分别位于行进体的前侧和后侧的两对研磨装置,并且具有旋转的研磨机 面向矩形坯料并且沿着矩形坯料的纵向方向的平面,用于使研磨装置相对于矩形坯料沿直角方向移动的移动装置,以及用于使研磨机移动以接近和离开的装置 矩形坯料。
    • 7. 发明授权
    • Flash butt welding device
    • 闪光对接焊装置
    • US6107594A
    • 2000-08-22
    • US194846
    • 1998-12-04
    • Giichi MatsuoSusumu OkawaHiroshi Fujii
    • Giichi MatsuoSusumu OkawaHiroshi Fujii
    • B23K11/04B23K11/24B23K9/00
    • B23K11/046B23K2201/28
    • A flash-butt welder having a stationary head 41 and a moving head 42, a pair of electrodes 45a, 45b, and 46a, 46b arranged to each of the stationary and moving heads, respectively, wherein power source transformers 12 through 16 are located at the stationary head 41 side, four bus bars 21 through 24 connecting the power source transformers 12 through 16 with the electrodes 45a, 45, 46a, and 46b are arranged at symmetrical positions surrounding a billet 10, while the bus bars, 22 and 24 as half of the number are connected to the electrodes 46a and 46b at the moving head 42 side.
    • PCT No.PCT / JP98 / 01612 Sec。 371 1998年12月4日第 102(e)日期1998年12月4日PCT提交1998年4月8日PCT公布。 公开号WO98 / 46390 日期1998年10月22日一种具有固定头41和移动头42的闪光对焊机,分别布置到每个固定头和移动头的一对电极45a,45b和46a,46b,其中电源变压器12 通过16位于固定头41侧,将电源变压器12至16与电极45a,45,46a和46b连接的四个母线21至24布置在围绕坯料10的对称位置,而母线 ,22和24,因为数量的一半在移动头42侧连接到电极46a和46b。
    • 10. 发明授权
    • Continuous rolling method of billet and apparatus therefor
    • 坯料及其设备的连续轧制方法
    • US5957367A
    • 1999-09-28
    • US848313
    • 1997-04-30
    • Giichi MatsuoSusumu Okawa
    • Giichi MatsuoSusumu Okawa
    • B21B1/02B21B1/46B21B15/00B23K37/00B21B1/24
    • B21B15/0085B21B1/466B21B2001/022B21B2203/42
    • A continuous rolling method includes the steps of: flash-butt welding a rear end of a preceding billet with a front end of a succeeding billet; grinding the welded portion to remove a burr on the welded portion; heating the continuous billet; and rolling the continuous billet through a series of rolling mills. The flash-butt welding step includes joining the rear end of the preceding billet with the front end of the succeeding billet by using the stationary welder and joining the billets having at least double the length of the preceding billet by using the travelling welder. A continuous rolling apparatus includes a stationary flash-butt welder, a travelling flash-butt welder, a travelling grinding machine, an induction heater and a series of continuous rolling mills.
    • 连续轧制方法包括以下步骤:将先前坯料的后端与后续坯料的前端进行对接焊接; 研磨焊接部分以去除焊接部分上的毛刺; 加热连续坯料; 并通过一系列轧机轧制连续坯料。 闪光焊接步骤包括通过使用固定式焊机将前一坯料的后端与后一坯料的前端连接,并且通过使用行进焊接机将具有至少两倍长度的坯料连接在一起。 连续轧制设备包括固定式闪光对焊机,行走式闪光焊机,行走式磨床,感应加热器和一系列连轧机。