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    • 12. 发明授权
    • Method and apparatus for producing cut to length bars in a steel mill
    • 用于在钢厂中生产切割长度条的方法和设备
    • US08215145B2
    • 2012-07-10
    • US12771058
    • 2010-04-30
    • David Teng Pong
    • David Teng Pong
    • B21F11/00B21B1/00
    • B23D36/0016B21B2015/0014B23D36/0033
    • A method and apparatus for producing steel bars that are cut to length in response to a customer order. The method includes producing a continuous length of steel bar from a rolling mill, cutting the continuous length of steel bar into successive segments, each representing a multiple of the length of the bar of the customer order, cutting the segments in in-line cold shears first into two times the length of the bar of the customer order and then in half into lengths equal to the length of the bar of the customer order while maintaining the production of the continuous length of steel bar produced by the rolling mill, and bundling the bars of the length of the customer order for discharge from the mill.
    • 一种用于生产钢棒的方法和装置,其根据客户订单被切割成长度。 该方法包括从轧机生产连续长度的钢筋,将钢筋的连续长度切割成连续的段,每个段代表客户订单的条的长度的倍数,切割在线冷剪切段 首先是客户订单的长度的两倍,然后在保持生产由轧机​​生产的钢筋的连续长度的同时保持等于客户订单的长度的长度,并将其捆扎 从工厂排出的客户订单长度的条形码。
    • 13. 发明授权
    • Billet cut-off control
    • 坯料切断控制
    • US5109740A
    • 1992-05-05
    • US616341
    • 1990-11-21
    • Michael T. KohnJohn F. Pearson
    • Michael T. KohnJohn F. Pearson
    • B21D43/28B23D33/00B23D36/00
    • B21D43/28B23D33/003B23D36/0016Y10T83/041Y10T83/283Y10T83/531Y10T83/533Y10T83/543
    • Metal billets are cut from heated logs emerging from a furnace by a shearing system controlled by information detected as the logs emerge from the furnace. Detection in this position eliminates the variations inherently present in the length of the logs resulting from temperature gradients within the furnace, and from a length of time the logs are subject to these gradients. The advancing end of an isolated log is sensed by an electric eye, and the interface between one log and the following log is detected by an eddy current device. The data from these sensing devices is supplied to a computer, which controls the shearing operation so that billets can be cut with a minimum of waste. The billets can be of two segments, and the equipment establishes cutting operations that produce the combined billet length, regardless of the position of the interface between the logs.
    • 金属坯料由从炉子出来的加热木材切割,通过由从炉中出现的原木检测到的信息控制的剪切系统切割。 在该位置的检测消除了由炉内温度梯度引起的原木长度以及原木经受这些梯度的时间长度内存在的变化。 孤立的日志的前进端由电眼感测,一个日志和下一个日志之间的界面由涡流装置检测。 来自这些感测装置的数据被提供给计算机,该计算机控制剪切操作,使得能够以最少的废料切割坯料。 钢坯可以是两个部分,并且设备建立产生组合坯料长度的切割操作,而与原木之间的界面的位置无关。
    • 18. 发明授权
    • Positioner and cutting apparatus
    • 定位器和切割装置
    • US06813982B1
    • 2004-11-09
    • US10340151
    • 2003-01-10
    • Ashok ShahRichard Frank Blum
    • Ashok ShahRichard Frank Blum
    • B26D526
    • B23D21/00B23D33/02B23D36/0016Y10T83/0538Y10T83/6544Y10T83/6566Y10T83/6571Y10T83/6657Y10T83/739
    • A computerized positioning and cutting apparatus and method for automatically cutting structures to predetermined lengths with a minimum amount of scrap for a given project. The apparatus includes a frame and a positioning trough supported by the frame. A magazine is mounted to the frame, which is sized to receive uncut lengths of structure to be selectively fed to the positioning trough. A drive system is mounted to the frame and connected to a positioning system for positioning the uncut structures in the trough. A cutter is mounted on the frame to cut the structures as the positioning system feeds the structures through the trough. A controller having an associated computer system is in electrical communication with the drive system and the cutter. The computer system calculates the optimum number of cuts per a predetermined uncut length of structure to produce a minimum amount of waste structure for the project.
    • 一种计算机化的定位和切割装置和方法,用于以给定项目的最小量的废料自动地将结构切割成预定长度。 该装置包括由框架支撑的框架和定位槽。 盒子被安装到框架上,其尺寸被设计成接收未切割的结构长度以被选择性地馈送到定位槽。 驱动系统安装到框架并连接到定位系统,用于将未切割结构定位在槽中。 当定位系统通过槽提供结构时,切割器安装在框架上以切割结构。 具有相关联的计算机系统的控制器与驱动系统和切割器电连通。 计算机系统计算每个预定未切割长度的结构的最佳切割次数,以产生用于该项目的最小量的废物结构。