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    • 73. 发明公开
    • Continuous rolling method of billet and apparatus therefor
    • Verfahren und Vorrichtung zum kontinuierlichen Walzen vonKnüppeln
    • EP0806254A1
    • 1997-11-12
    • EP97107361.4
    • 1997-05-05
    • NKK CORPORATION
    • Matsuo, Giichi, NKK CorporationOkawa, Susumu, NKK Corporation
    • B21B15/00
    • B21B15/0085B21B1/466B21B2001/022B21B2203/42
    • A continuous rolling method comprises 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 (3) and joining the billets having at least double the length of the preceding billet by using the travelling welder (4). A continuous rolling apparatus comprises a stationary flash-butt welder (3), a travelling flash-butt welder (5), a travelling grinding machine (6), an induction heater (7) and a series of continuous rolling mills (8).
    • 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(3)将前一坯料的后端与后一坯料的前端连接,并使用行进焊机将具有至少两倍长度的坯料 (4)。 一种连续轧制设备包括固定式闪光对焊机(3),行走式闪光对焊机(5),行进研磨机(6),感应加热器(7)和一系列连续轧机(8)。
    • 74. 发明公开
    • Apparatus and method for rolling out a series of billets
    • Gerätund Verfahren zum Walzen einer Reihe vonKnüppeln。
    • EP0351904A1
    • 1990-01-24
    • EP89201809.4
    • 1989-07-07
    • HOOGOVENS GROEP B.V.
    • Gerkema, HeinKuenen, Cornelis Anthonius
    • B21B37/00
    • B21B37/005B21B39/006B21B45/004B21B2001/022
    • When rolling out a series of billets one billet (2B) at a time is ejected out of a billet furnace (1) towards a conveyor apparatus (6) which conveys the billet (2B) on towards a first mill stand (4) of a rolling mill train. To improve the throughput of billets, a sensor (3) is provided between the first mill stand (4) and the conveyor apparatus (6) close to the latter. The conveyor apparatus (6) initially has a conveying speed matched to the ejection speed of the billet (2B). The billet (2B) is conveyed at this speed until it is detected by the sensor (3), whereupon the conveying speed of the conveyor apparatus (6) is increased in dependence on signals provided by the sensor (3), and then finally is adjusted to a value which corresponds to the conveying speed of the rolls of the first mill stand (4).
    • 当轧制一系列坯料时,一个坯料(2B)一次从坯料炉(1)中排出到输送设备(6),输送设备(6)将坯料(2B)输送到第一轧机机架(4)上 轧机列车 为了提高坯料的生产量,传感器(3)设置在第一轧机机座(4)和接近后者的传送装置(6)之间。 输送装置(6)最初具有与坯料(2B)的喷射速度相匹配的输送速度。 坯料(2B)以这种速度被输送,直到由传感器(3)检测到,由此输送装置(6)的输送速度根据由传感器(3)提供的信号而增加,然后最终是 调节到对应于第一轧机机架(4)的辊的传送速度的值。