Method for tracking hot rolling production management level graphic rolling line material

Abstract

The invention relates to a hot rolling manufacturing management level graphical rolling line material tracking method, which mainly solves the technical problem that a manufacturing manager can not remotely monitor hot rolling line production and equipment status. The method has the technical proposal that the hot rolling manufacturing management level graphical rolling line material tracking method comprises the following steps: a. a rolling line signal tracking step: tracking signal data of the key position from an export of a heating furnace to the end of coiling is collected by a rolling line tracking signal collector, and then is transmitted to a MES by communication software; b. a rolling line signal filtrating step: the received tracking signal is analyzed and treated by a rolling line tracking signal filter, and the efficient tracking signal is stored in a database; c. a rolling line signal monitoring and graphical simulation step: tracking signal change information collected by a rolling line tracking signal monitor is input into a rolling line tracking graphical emulator; a band steel action graph is drawn out in real time at a client of the MES; field actual rolling process is simulated; the position of the band steel and the equipment state of a rolling mill are reflected in real time. The method mainly realizes real time tracking and dynamic mapping a track view on the material position during rolling process on the MES.

Description

Technical field: [0001] The invention relates to a method for tracking materials in a hot-rolling rolling line, in particular to a method for tracking materials in a hot-rolling production management level graphic rolling line. Background technique: [0002] Hot rolling line production is characterized by strong continuity, fast speed, and complex control. The production control is inseparable from the basic automatic control system (L1). Well-known domestic and foreign rolling mills also have process control systems (L2). In order to grasp the information of the production process and the operation of the model, there is generally a tracking diagram of the material rolling process on L2 to track the whole process of strip rolling in real time, so as to make timely adjustments to the production process. The realization of the L2 rolling line material tracking map depends on the tracking signals (position, speed, etc.) from various monitoring instruments on the L1 site. There...

AI Technical Summary

Problems solved by technology

[0006] The object of the present invention is to provide a method for realizing real-time tracking of material position in the rolling process and dynamically drawing a tracking map on the hot-rolling production managem

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