Steelmaking input-output monitoring system

Abstract

The invention provides a steelmaking input-output monitoring system which comprises a monitoring unit, a data transmission unit, a crown block positioning unit, a weighing metering unit and an actual production collecting unit. The monitoring unit is characterized in that a furnace number of a blooming furnace at the position of a crown block is obtained through an MES, and data collected by the crown block positioning unit, the weighing metering unit and the actual production collecting unit are received, stored and displayed through the data transmission unit. The crown block positioning unit is used for automatically positioning the crown block. The weighing metering unit is used for collecting the weight of materials on the crown block. The actual production collecting unit is used for collecting data of PLCs of site production. By means of the scheme, the crown block can be automatically positioned, the weighed data of the materials on the crown block and the large number of production data in the PLCs on all production lines in an industry network can be automatically obtained, monitoring on input and output in the whole steelmaking process is accordingly achieved, and then the management level of a steel plant can be improved.

Description

technical field [0001] The invention relates to the field of steelmaking monitoring, and particularly designs an RFID-based steelmaking input-output monitoring system. Background technique [0002] Steelmaking is located in the key part of the product production process. The internal process of steelmaking is complex: including important processes such as converter steelmaking, refining, and continuous casting; the outside is connected with ironmaking and steel rolling. In the whole steelmaking production process, the crane is the main carrying equipment of logistics, and it plays a pivotal role. The position change and weight change of the goods hoisted by the crane are closely related to the design and implementation of the process. Moreover, the existing control systems of each production link are in a scattered and independent state. Due to the limitations of technological development and the lack of understanding of managers, many upper computers on site are basically i...

AI Technical Summary

Problems solved by technology

Moreover, the existing control systems of each production link are in a scattered and independent state. Due to the limitations of technological development and the lack of understanding of managers, many upper computers on site are basically in an independent state, and the data distribution is relatively messy, and a unified network has not been formed. , the data cannot be shared, resulting in the collection and statistics of steelmaking data are basically in a semi-manual state, mainly relying on the on-site recorders in each section to manually enter the form and then summarize and report, resulting in incomplete scheduling management, unsmooth process control, low production and consumption levels and Production cost management is not efficient

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