Method for quantitative discharge of molten material
AssigneeNippon Steel Corporation
InventorsTakaatsu Nagai, Masayuki Takada, Akira Sato, Mineo Imamura
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AssigneeNippon Steel Corporation
InventorsTakaatsu Nagai, Masayuki Takada, Akira Sato, Mineo Imamura
Estimating the term…
In a method of intermittently charging a molten principal raw material and any supplementary material as needed to provide a specified raw material formulation into a melting furnace and continuously discharging a molten material therefrom, the discharge of the molten material is effected by determining the weight of the tiltable melting furnace, said weight changing with change of the raw materials and discharging of the molten material, computing the rate of change in weight of the molten material with respect to time from the determined weights of said furnace, and tilting said furnace to a position indicated by comparison of said computed rate of change in weight of the molten material with respect to time and the set rate of change in weight of the molten material with respect to time.
In a method for intermittently charging a molten principal raw material and any supplementary material as needed to provide a specified raw material formulation into a melting furnace and continuously discharging a molten material therefrom, the method for quantitative discharge of the molten material comprising determining the weight of the tiltable melting furnace, said weight changing with the discharging of the molten material, computing the rate of change in weight of the molten material with respect to time from the determined weights of said furnace, and tilting said furnace to a position indicated by comparison of said computed rate of change in weight of the molten material with respect to time and the set rate of change in weight of the molten material with respect to time.
Dependencies are inferred from the claim text.