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    • 4. 发明授权
    • Regulation or control of a fusion process in a three-phase current arc
furnace
    • 在三相电流电弧炉中调节或控制融合过程
    • US6104744A
    • 2000-08-15
    • US381252
    • 1999-09-17
    • Thomas PoppeAlbrecht Sieber
    • Thomas PoppeAlbrecht Sieber
    • F27D11/10H05B7/00H05B7/148H05B7/144
    • F27D11/10H05B7/005H05B7/148Y02P10/256Y02P10/259
    • A method for regulation or control of the melting process in a three-phase arc furnace having at least three electrodes whose height is adjustable individually and independently of one another. Each phase of the three-phase current which feeds the three-phase arc furnace is assigned at least one electrode. The temperature of the three-phase arc furnace is monitored, particularly at points which are at risk of overheating, such as the walls of the three-phase arc furnace in the vicinity of the electrodes. When the three-phase arc furnace reaches a critical temperature in the vicinity of an electrode, the power emission from this electrode is reduced in such a manner that overheating of the three-phase arc furnace is prevented, and in that the power emission from the other electrodes or from some of the other electrodes is increased in such a manner that the total power emission from the electrodes is a maximum at a predetermined voltage.
    • PCT No.PCT / DE98 / 00791 Sec。 371 1999年9月17日第 102(e)1999年9月17日PCT PCT 1998年3月17日PCT公布。 公开号WO98 / 42164 PCT 日期1998年9月24日在具有至少三个电极的三相电弧炉中用于调节或控制熔融过程的方法,其高度可以单独地且彼此独立地调节。 馈送三相电弧炉的三相电流的每个相分配至少一个电极。 监测三相电弧炉的温度,特别是在具有过热风险的点,例如电极附近的三相电弧炉的壁。 当三相电弧炉在电极附近达到临界温度时,来自该电极的功率发射被减小,从而防止了三相电弧炉的过热,并且由于来自 其他电极或一些其它电极的增加使得来自电极的总功率发射在预定电压下达到最大值。