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    • 2. 发明授权
    • Apparatus and method for continuous casting of steel
    • 钢的连铸设备及方法
    • US5375648A
    • 1994-12-27
    • US116138
    • 1993-09-02
    • Akira IdogawaNagayasu BesshoKenichi SorimachiTetsuya FujiiToshikazu Sakuraya
    • Akira IdogawaNagayasu BesshoKenichi SorimachiTetsuya FujiiToshikazu Sakuraya
    • B22D11/11B22D27/02
    • B22D11/11
    • An apparatus and method for continuous casting steel. A vertical continuous-casting mold consists of a pair of long side frames and a pair of short side frames formed of a metal having low electrical conductivity. An immersion nozzle supplies molten steel to the mold. An induction heating coil surrounded by a backup frame surrounds the vertical continuous-casting mold. The induction heating coil induction-heats the surface of the molten steel and neighboring portions thereof. The apparatus meets the following conditions;.xi..sup.2 =.sigma..sub.1 /.sigma..sub.2 .ltoreq.4 1/10.ltoreq. .eta.=(2.mu. .sub.0 .multidot..sigma..sub.2 .multidot..omega.).sup.0.5 .multidot.d.ltoreq. 10where .xi. designates the ratio of electrical conductivity of the mold and the molten steel.sigma..sub.1 designates the electrical conductivity of the mold.sigma..sub.2 designates the electrical conductivity of the molten steel.mu..sub.0 designates the permeability in a vacuumd designates the thickness of the mold.omega. designates the pulsatance of the electromagnetic wave.eta. designates the ratio of the penetration depth of the magnetic field to the molten steel to the mold thickness.
    • 连铸钢的设备和方法。 垂直连铸铸模由一对长边框架和一对由导电性低的金属构成的短边框架构成。 浸入式喷嘴将钢水提供给模具。 由支撑框架包围的感应加热线圈围绕垂直连铸铸模。 感应加热线圈感应加热钢水的表面及其相邻部分。 仪器符合以下条件; xi 2 = sigma 1 / sigma 2
    • 9. 发明授权
    • Method and apparatus for continuous casting of metals
    • 连续铸造金属的方法和装置
    • US06712124B1
    • 2004-03-30
    • US09714161
    • 2000-11-17
    • Hiroshi YamaneNagayasu BesshoYuji MikiShuji TakeuchiTadasu Kirihara
    • Hiroshi YamaneNagayasu BesshoYuji MikiShuji TakeuchiTadasu Kirihara
    • B22D11049
    • B22D11/115
    • During continuous casting of metals, a non-moving, vibrating magnetic field is applied to a molten metal in a casting mold to impose only vibration on the molten metal. This continuous casting method can produce a cast slab much less susceptible to flux entrainment, capture of bubbles and non-metal inclusions near the surface of the molten metal, and surface segregation. The magnetic field is preferably produced by arranging electromagnets in an opposing relation on both sides of the mold to lie side by side in the direction of longitudinal width of the mold, and supplying a single-phase AC current to each coil. The single-phase AC current preferably has frequency of 0.10 to 60 Hz. A static magnetic field can be applied intermittently in the direction of thickness of a cast slab. This technique can produce a cast slab substantially free from the flux entrainment and the surface segregation. Preferably, the static magnetic field is intermittently applied under setting of an on-time t1=0.10 to 30 seconds and an off-time t0=0.10 to 30 seconds. Also, the static magnetic field is preferably applied to the surface of the molten metal.
    • 在连续铸造金属的过程中,将非移动的振动磁场施加到铸模中的熔融金属上,以在熔融金属上施加振动。 这种连续铸造方法可以产生不易熔融夹带,在熔融金属表面附近捕获气泡和非金属夹杂物以及表面偏析的铸坯。 磁场优选通过在模具的两侧上以相对的关系布置电磁体,以沿模具的纵向宽度方向并排放置,并且向每个线圈提供单相交流电流来产生。 单相交流电流的频率优选为0.10〜60Hz。 静态磁场可以在铸坯的厚度方向间歇地施加。 这种技术可以产生基本上没有助焊剂夹带和表面分离的铸坯。 优选地,在导通时间t1 = 0.10〜30秒,关断时间t0 = 0.10〜30秒的设定下,静态施加磁场。 此外,静态磁场优选地施加到熔融金属的表面。
    • 10. 发明授权
    • Method and apparatus for continuous casting of metals
    • 连续铸造金属的方法和装置
    • US07628196B2
    • 2009-12-08
    • US10766910
    • 2004-01-30
    • Hiroshi YamaneNagayasu BesshoYuji MikiShuji TakeuchiTadasu Kirihara
    • Hiroshi YamaneNagayasu BesshoYuji MikiShuji TakeuchiTadasu Kirihara
    • B22D11/00B22D27/02
    • B22D11/115
    • During continuous casting of metals, a non-moving, vibrating magnetic field is applied to a molten metal in a casting mold to impose only vibration on the molten metal. This continuous casting method can produce a cast slab much less susceptible to flux entrainment, capture of bubbles and non-metal inclusions near the surface of the molten metal, and surface segregation. The magnetic field is preferably produced by arranging electromagnets in an opposing relation on both sides of the mold to lie side by side in the direction of longitudinal width of the mold, and supplying a single-phase AC current to each coil. The single-phase AC current preferably has frequency of 0.10 to 60 Hz. A static magnetic field can be applied intermittently in the direction of thickness of a cast slab. This technique can produce a cast slab substantially free from the flux entrainment and the surface segregation. Preferably, the static magnetic field is intermittently applied under setting of an on-time t1=0.10 to 30 seconds and an off-time t0=0.10 to 30 seconds. Also, the static magnetic field is preferably applied to the surface of the molten metal.
    • 在连续铸造金属的过程中,将非移动的振动磁场施加到铸模中的熔融金属上,以在熔融金属上施加振动。 这种连续铸造方法可以产生不易熔融夹带,在熔融金属表面附近捕获气泡和非金属夹杂物以及表面偏析的铸坯。 磁场优选通过在模具的两侧上以相对的关系布置电磁体,以沿模具的纵向宽度方向并排放置,并且向每个线圈提供单相交流电流来产生。 单相交流电流的频率优选为0.10〜60Hz。 静态磁场可以在铸坯的厚度方向间歇地施加。 这种技术可以产生基本上没有助焊剂夹带和表面分离的铸坯。 优选地,在导通时间t1 = 0.10〜30秒,关断时间t0 = 0.10〜30秒的设定下,静态施加磁场。 此外,静态磁场优选地施加到熔融金属的表面。