Metallurgical quality modeling method based on factory modeling

Abstract

The invention discloses a metallurgical quality modeling method based on factory modeling. The method comprises the following steps of: configuring effective dynamic association, wherein an industrial base formed by a static model serves as a base; decomposing a metallurgical regulation directed to production to production guidance and quality monitoring of a full flow in various aspect, such as a physical factory, a process rule, a quality requirement and the like, in a way of hierarchy through a pre-defined physical factory model and a process model; establishing association relations between the transverse process model and a longitudinal procedure process requirements in a production process, wherein different process requirements exist under different process routes; and determining a set of requirements under the same product catalog, the same standard, the same mark and the same precision requirement under some process through characteristic attributes, namely index and sequence number. The invention discloses a metallurgical quality model generated by the metallurgical quality modeling method based on factory modeling, so the manufacturing process of a metallurgical product is public, controllable and configurable.

Description

technical field [0001] The invention relates to a modeling method, in particular to a metallurgical quality modeling method based on plant modeling. Background technique [0002] In the process of metallurgical manufacturing, the process design of various metallurgical products is the core of the technical quality management of metallurgical enterprises, which runs through all the production methods of products. The traditional metallurgical process management design method of Manufacturing Execution System (MES) is to establish product specifications for ordering user-oriented product catalogs and metallurgical specifications for production-oriented process requirements. The core of metallurgical specifications is the static table of various metallurgical specifications. , the standard requirements involving tolerance, process, quality inspection, quality assurance book, etc. The traditional metallurgical process management usually presents a pile of messy and disordered EX...

AI Technical Summary

Problems solved by technology

The traditional metallurgical process management design method of Manufacturing Execution System (MES) is to establish product specifications for ordering user-oriented product catalogs and metallurgical specifications for production-oriented process requirements. The core of metallurgical specifications is the static table of various metallurgical specifications. , the standard requirements involving tolerance, process, quality inspection, quality assurance book, etc. The traditional metallurgical process management usually presents a pile of messy and disordered EXCEL forms; because the traditional metallurgical process management is static, even if there is A similar management system often lacks a set of global context, stays within the scope of the existing process, and has poor scalability; let alone realize structuring, configuration and visualization from the height of the model, it is difficult Ensure that the raw materials are produced after passing through multiple production areas to produce products with stable quality levels, which meet both standard requirements and special requirements of users

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