MOLTEN IRON TEMPERATURE PREDICTION METHOD FOR BLAST FURNACE, LEARNING METHOD OF MOLTEN IRON TEMPERATURE PREDICTION MODEL FOR BLAST FURNACE, OPERATION METHOD FOR BLAST FURNACE, MOLTEN IRON TEMPERATURE PREDICTION DEVICE FOR BLAST FURNACE, MOLTEN IRON TEMPERATURE PREDICTION SYSTEM, AND TERMINAL DEVICE

Abstract: a molten iron temperature prediction method for a blast furnace executed by a device configured by a computer includes: an image conversion processing step of converting temperature data of a furnace body into a two-dimensional image by an image conversion processing unit included in the computer; and a molten iron temperature prediction processing step of outputting, by a molten iron temperature prediction processing unit included in the computer, a future molten iron temperature by inputting image data output in the image conversion processing step for current temperature data of the furnace body to a molten iron temperature prediction model of which learning is performed using image data output in the image conversion processing step as input data and a molten iron temperature as output data.

Inventor(s): Ryosuke MASUDA, Yoshinari HASHIMOTO, Hiroyuki SHIMAMOTO

CPC Classification: F27D19/00 (Arrangements of controlling devices)

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