首页> 外国专利> method for determining a charge time for charging an electric arc furnace with material to be melted, signal processing device, machine readable program code, storage medium and electric arc furnace

method for determining a charge time for charging an electric arc furnace with material to be melted, signal processing device, machine readable program code, storage medium and electric arc furnace

机译:确定用于向电弧炉填充待熔化材料的装料时间的方法,信号处理装置,机器可读程序代码,存储介质和电弧炉

摘要

Method for determining a charge time for charging an electric arc furnace with material to be melted, signal processing device, machine readable program code, storage medium and electric arc furnace. The invention relates to an electric arc furnace, a signal processing device, a storage medium, a machine readable program code and a method for determining a time to charge, in particular recharging, a furnace. electric arc (1) with material to be melted (g), in particular scrap, wherein the electric arc furnace (1) comprises at least one electrode (3a, 3b, 3c) for heating molten material (g) which is disposed within the electric arc furnace (1) by means of an electric arc. detecting a first signal (s) to determine a phase state of an electric arc base on the side of the material to be fused at the base of a detected electrode current (i ~ k ~) by checking whether the first signal (s) exceeds a predetermined limit value for a predetermined minimum duration and ensuring that the charging time is reached at the earliest when the first signal exceeds the predetermined minimum duration limit, a charge-oriented charging time for electric arc furnace operation. It can be determined to reduce energy use, resource use and production time for a production cycle to achieve a tap weight.
机译:确定用于给电弧炉填充待熔化材料的充电时间的方法,信号处理装置,机器可读程序代码,存储介质和电弧炉。电弧炉,信号处理装置,存储介质,机器可读程序代码以及用于确定炉子的装料时间,尤其是给炉子充电的时间的方法技术领域本发明涉及一种电弧炉,信号处理装置,存储介质,机器可读程序代码以及用于确定炉子的装料时间,特别是给炉子充电的时间的方法。带有待熔化材料(g),特别是废料的电弧(1),其中电弧炉(1)包括至少一个用于加热熔融材料(g)的电极(3a,3b,3c),该电极设置在炉内电弧炉(1)借助于电弧。通过检查第一信号是否超过第一信号来确定电弧的相态,该第一信号在待检测的电极电流(i〜k〜)的基础上确定待熔化材料一侧的电弧的相态。在预定的最小持续时间内保持预定的极限值,并确保在第一信号超过预定的最小持续时间极限时最早达到充电时间,即用于电弧炉操作的面向电荷的充电时间。可以确定减少生产周期以达到轻敲重量的能源消耗,资源消耗和生产时间。

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