首页> 外国专利> METHOD AND MELT CHANNELS FOR INTERRUPTING AND RESTORING THE MELT STREAM OF IRON AND METAL MELTS IN TAP HOLE CHANNELS OF BLAST FURNACES AND DRAINAGE CHANNELS OF MELT FURNACES

METHOD AND MELT CHANNELS FOR INTERRUPTING AND RESTORING THE MELT STREAM OF IRON AND METAL MELTS IN TAP HOLE CHANNELS OF BLAST FURNACES AND DRAINAGE CHANNELS OF MELT FURNACES

机译:高炉直孔通道和熔体排水通道中断和恢复铁和金属熔体熔体流的方法和熔体通道

摘要

1. A method for interrupting and restoring the molten iron flow and other metals in the channels, in particular blast furnace exhaust channels and waste channels smelting furnace, characterized in that the melt stream in the channel passes to a solid state under the influence of cooling, in which the melt flow is interrupted after complete release of the blast furnace and the solidified melt is melted with reduced melt flow by heating the renewal metal tapping from the blast furnace. ! 2. A method according to claim 1, characterized in that under the action of heat in the exhaust path of the blast furnace or melter drains sealing the channel material starts to melt, so that all the material together with the closure stopper of the solidified extruded out of the channel under the action of internal pressure blast or melting oven. ! 3. A method according to claim 1 or 2, characterized in that, before solidification of the melt in the outlet channel, its outlet is closed. ! 4. A method according to claim 1, characterized in that before the melt solidifies in the flow channel of the melt stream acts, at least one magnetic field with constant polarity, or at least one alternating magnetic field, so that a melt flow induced voltage, resulting in occurrence of eddy currents as a result of interaction between the magnetic field and the eddy currents give rise to forces whose direction is opposite to the direction of melt flow and as a result of which the melt flow rate decreases yl melt flow stops. ! 5. A method of influencing the flow the molten iron and other metals in the Kan
机译:1.一种用于中断和恢复通道,特别是高炉排气通道和废料通道熔炼炉中的铁水流和其他金属的方法,其特征在于,通道中的熔体流在冷却的影响下变成固态。 ,其中高炉完全释放后熔体流动中断,并且通过加热从高炉中取出的新金属,使凝固的熔体以降低的熔体流动熔融。 ! 2.根据权利要求1所述的方法,其特征在于,在高炉或熔化器排水管的排气路径中的热量的作用下,所述通道材料开始熔化,使得所有材料与所述凝固挤出物的封闭塞一起在内部压力鼓风或熔化炉的作用下从通道中流出。 ! 3.根据权利要求1或2所述的方法,其特征在于,在所述熔体在所述出口通道中固化之前,其出口被关闭。 ! 4.根据权利要求1所述的方法,其特征在于,在熔体在熔体流的流动通道中凝固之前,至少一个具有恒定极性的磁场或至少一个交变磁场,使得熔体流动感应电压由于磁场和涡流之间的相互作用,导致产生涡流,从而产生力的方向与熔体流动的方向相反,结果,熔体流动速率降低,熔体流动停止。 ! 5.影响Kan中铁水和其他金属流量的方法

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