Intelligent production scheme for finishing off-line procedure of medium plate

Abstract

The invention discloses an intelligent production scheme for a finishing off-line procedure of a medium plate, and relates to the technical field of steel production. Off-line production equipment can be connected with a secondary system and an MES through the intelligent production scheme for the finishing off-line procedure of the medium plate, so that production data can reach a site station through the MES, and errors caused by manual input are avoided; the MES can directly receive equipment data after the procedure is completed, so that the data is real-time and accurate; finally, the intelligent production process of data communication is realized in the flame cutting area, the problems of short size, wrong number, steel plate loss and the like are greatly reduced, the productivity can be effectively improved, and the logistics efficiency is improved; a shearing line also needs to run through a second level, so that comprehensive data tracking is realized, steel plate warehousing and in-place flow direction accuracy is improved, logistics is smooth and shortest, and a good foundation is laid for warehouse management informatization of a finished product warehouse.

Description

technical field [0001] The invention relates to the technical field of iron and steel production, in particular to an intelligent production scheme for the off-line process of medium and heavy plate finishing. Background technique [0002] It is more difficult to achieve intelligence in the medium and heavy plate industry in the off-line cutting production process of steel plates. This production process is characterized by the separation of equipment from the main production process control system, and the proportion of manual participation is relatively large. The existing off-line area of ​​the finishing workshop of the wide and heavy plate factory includes 4 cross-areas, accounting for one-third of the plant area. The equipment includes 6 flame cutting machines, 1 plasma cutting machine, 2 sets of surface-side stamping machines, 13 large-scale equipment, including 2 slow-cooling pits, 1 slow-cooling bench, and 1 CNC grinding machine, are separated from the production sys...

AI Technical Summary

Problems solved by technology

The monthly cutting production of the wide and thick plate factory has reached more than 50,000 tons, and the number of steel plates cut per month exceeds 10,000. The transshipment, cutting and marking of tens of thousands of times are all manually tracked, and the steel plate information is manually entered into the corresponding equipment. The risk of quality problems such as mistakes is very high, which also restricts the improvement of production efficiency

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