System and method for fast positioning alarming position of flash furnace

Abstract

The invention discloses a system and method for fast positioning the alarming position of a flash furnace. A three-dimensional model of the flash furnace and a three-dimensional monitoring module of the three-dimensional model are established, and XYZ coordinates of virtual temperature points corresponding to actual temperature points of the flash furnace one to one are marked on the three-dimensional model of the flash furnace; a database is established and data interaction between the database and the three-dimensional monitoring module as well as between the database and a PLC control module of the flash furnace is established; data of the actual temperature points of the flash furnace are read through the PLC control module and transmitted to the database to be collected, and real-time data, collected by the database, of the actual temperature points are read through the three-dimensional monitoring module and displayed on the virtual temperature points of the three-dimensional model of the flash furnace in a one-to-one correspondence mode; when a certain actual temperature point of the flash furnace breaks down, the corresponding virtual temperature point is visually displayed on the three-dimensional model through the three-dimensional monitoring module, and therefore the corresponding alarming position on the flash furnace can be fast positioned.

Description

technical field [0001] The invention relates to a flash furnace monitoring technology, in particular to a system and method for rapidly locating a flash furnace alarm position. Background technique [0002] The existing flash furnace monitoring system is based on two-dimensional configuration. This technology has matured and is widely used in major metallurgical enterprises and thermal power plants. However, when the temperature measurement points of the flash furnace exceed 500, or when the temperature measurement points are replaced, the two-dimensional configuration exposes inherent defects. The working principle of the two-dimensional configuration is to directly read the value of the temperature measuring point in the furnace through the PLC control module, and then transfer it to the table for plane display. When a situation occurs at a certain temperature point in the flash furnace, the management personnel can know that there is a temperature point in the flash furn...

AI Technical Summary

Problems solved by technology

When a situation occurs at a certain temperature point in the flash furnace, the management personnel can know that there is a temperature point in the flash furnace through the function of the plane display, but the management personnel cannot associate the name of the temperature point with its specific space in the flash furnace Therefore, it is difficult to find the exact location of the damaged temperature point in the furnace, which brings great trouble to monitoring and maintenance work.