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    • 1. 发明专利
    • Method and apparatus for controlling flow of molten steel in mold
    • 用于控制模具中钢的流动的方法和装置
    • JP2013136101A
    • 2013-07-11
    • JP2013040669
    • 2013-03-01
    • Abb Abアーベーベー・アーベー
    • LEHMAN ANDERSHACKL HELMUTERIKSSON JAN-ERIKSJOEDEN OLOF
    • B22D11/11B22D11/111B22D11/115
    • B22D11/115
    • PROBLEM TO BE SOLVED: To provide a method for controlling a flow of molten steel in a mold by applying at least one magnetic field to the molten steel in a continuous slab casting machine.SOLUTION: This is achieved by comprising controlling a molten steel flow velocity on a molten steel bath surface, meniscus 9, to a predetermined molten steel flow velocity by applying a static magnetic field to impart a stabilizing and braking force to a discharge flow from an immersion nozzle 4 when the molten steel flow velocity on the meniscus is higher than a mold powder entrainment critical flow velocity and by controlling the molten steel flow velocity on the meniscus 9 to a range of from an inclusion adherence critical flow velocity or more to a mold powder entrainment critical flow velocity or less by applying a shifting magnetic field 7 to increase the molten steel flow when the molten steel flow velocity on the meniscus 9 is lower than the inclusion adherence critical flow velocity.
    • 要解决的问题:提供一种通过在连续板坯铸造机中向钢水施加至少一个磁场来控制模具中的钢水流动的方法。解决方案:这通过包括控制钢水流速 通过施加静磁场使钢液面上的液面弯液面9达到预定的钢水流速,从而当弯液面上的钢水流速较高时,从浸没喷嘴4向排出流施加稳定和制动力 比模具粉末夹带临界流速,并且通过施加移动磁场7将弯液面9上的钢水流速控制在从夹杂物粘附临界流速或更多到模具粉末夹带临界流速或更小的范围内 当弯液面9上的钢水流速低于夹杂物附着临界流速时,钢水流量增加。
    • 2. 发明申请
    • A METHOD AND DEVICE FOR CONTROLLING STIRRING IN A STRAND
    • 一种控制杆中搅拌的方法和装置
    • WO0202831A3
    • 2002-06-20
    • PCT/SE0101531
    • 2001-07-04
    • ABB ABLEHMAN ANDERSLARSSON PER
    • LEHMAN ANDERSLARSSON PER
    • B22D11/115
    • B22D11/115
    • A method of controlling the flow of molten metal in non-solidified portions of a strand (3) during continuous casting, and a device for application of the method. The device comprises a two-phase or plural-phase stirrer (1) arranged around a mould (6) that is open in opposite ends and that surrounds the strand (3), said stirrer (1) being arranged to generate a moving magnetic field in the melt, and at least one magnetic flow-conducting body (15) being placed between an inner periphery of said stirrer (1) and the outer periphery of the mould (6). In the case of open casting, the magnetic flow-conducting body (15) is positioned in a first position in which it displaces at least a part of the magnetic flow generated by the stirrer (1) in a direction towards the meniscus (17) of the strand (3), and, in the case of closed casting, the magnetic flow-conducting body (15) is positioned in a second position in which it displaces at least a part of the magnetic flow generated by the stirrer (1) away from the meniscus (17) of the strand (3).
    • 一种在连续铸造期间控制铸坯(3)的非凝固部分中的熔融金属流动的方法,以及该方法的应用装置。 该装置包括布置在模具(6)周围的两相或多相搅拌器(1),所述模具(6)在相反两端开口并且围绕所述绞合线(3),所述搅拌器(1)布置成产生移动磁场 并且在所述搅拌器(1)的内周边和所述模具(6)的外周边之间放置至少一个磁导流体(15)。 在开放式铸造的情况下,磁性导流体(15)定位在第一位置,在该第一位置中,其将由搅拌器(1)产生的磁流的至少一部分沿朝向弯月面(17)的方向移位, (3)的磁流的至少一部分,并且在封闭浇铸的情况下,磁导流体(15)定位在第二位置,在该第二位置中,其将由搅拌器(1)产生的磁流的至少一部分移位, 远离线(3)的弯月面(17)。
    • 6. 发明专利
    • SE0002530L
    • 2002-01-06
    • SE0002530
    • 2000-07-05
    • ABB AB
    • LARSSON PERLEHMAN ANDERS
    • B22D11/115
    • A method of controlling the flow of molten metal in non-solidified portions of a strand (3) during continuous casting, and a device for application of the method. The device comprises a two-phase or plural-phase stirrer (1) arranged around a mould (6) that is open in opposite ends and that surrounds the strand (3), said stirrer (1) being arranged to generate a moving magnetic field in the melt, and at least one magnetic flow-conducting body (15) being placed between an inner periphery of said stirrer (1) and the outer periphery of the mould (6). In the case of open casting, the magnetic flow-conducting body (15) is positioned in a first position in which it displaces at least a part of the magnetic flow generated by the stirrer (1) in a direction towards the meniscus (17) of the strand (3), and, in the case of closed casting, the magnetic flow-conducting body (15) is positioned in a second position in which it displaces at least a part of the magnetic flow generated by the stirrer (1) away from the meniscus (17) of the strand (3).