Steelmaking working procedure management system and method

Abstract

The invention discloses a steelmaking working procedure management system and method. The steelmaking working procedure management system comprises a terminal module, a planning module, a Gantt chart module and a data storage module. The method comprises the following steps: adding a production plan; drawing all equipment state diagrams of the production line according to a practical production line equipment situation; plotting current production heat information; calculating the production beginning time and ending time of the heat in each working procedure according to the situation of each production working procedure; and drawing in the state diagrams. The invention can visually, integrally and effectively arrange plans, organize production and transfer production information among all posts, so that steelmaking production is enabled to be accurate and effective, a production process can be clearly, integrally and definitely recorded, a production process monitoring level is improved, production personnel can precisely master a rhythm of production, control production quality and improve a production level.

Description

Technical field [0001] The invention belongs to the technical field of computer applications, and specifically relates to a steelmaking process management system and method. Background technique [0002] At present, in the steelmaking production of iron and steel enterprises, the production planning between the various steelmaking processes is mainly carried out by manual methods. The personnel in the dispatching room manually confirm the end time of each process, and then notify the next process operator to prepare to receive molten steel and perform operations . The operators of each process cannot timely and accurately understand the production schedule and production data information of the upper and lower processes. When the operator needs to know this information, he can only obtain the relevant information by telephone contact with the chief dispatcher or the upper and lower process operators. The main shortcomings of this approach are: the effectiveness of the productio...

AI Technical Summary

Problems solved by technology

The main disadvantages of this approach are: the effectiveness of the production plan arrangement is not high, the production plan manually arranged cannot fully consider the production conditions of all processes, and can only roughly estimate the production time. In actual production, the plan cannot be accurately implemented

Unable to provide accurate and reliable data for production situation analysis

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