Intelligent manufacturing laboratory management system

Abstract

The invention discloses an intelligent manufacturing experiment platform management system, which comprises a basic data management module, an inventory management module, an order management module,a production process management module, an equipment management module and a quality management module, and is characterized in that the basic data management module comprises user management, warehouse location definition, production process route formulation and inventory early warning quantity setting; the inventory management module is used for executing warehouse-in and warehouse-out and inventory early warning operation according to the product and raw material warehouse-in and warehouse-out plan, recording material warehouse-in and warehouse-out information and updating inventory; the order management module is used for executing production order management; the production process management module is used for tracking a production process; the equipment management module is used for recording equipment use and maintenance conditions; the quality management module is used for recording and counting whether the product quality information is qualified in the production process and displaying the product quality information in a chart mode. According to the system, informatization and intellectualization of the manufacturing process of the experimental platform are realized.

Description

technical field [0001] The invention belongs to information management technology, in particular to an intelligent manufacturing laboratory management system. Background technique [0002] Traditional manufacturing laboratories usually focus on a certain link of manufacturing, and the degree of automation of the production process is not high. This kind of laboratory structure and system design mainly has the following problems: First, the laboratory only involves the practice of one manufacturing process, which does not reflect the continuity of the entire manufacturing process well, and requires teaching and research personnel to provide mechanical guidance on the operation process. The laboratory teaching carried out in this way is not only time-consuming and laborious, but also the follow-up response is not strong. Secondly, the lack of good communication between the various equipment in the laboratory is likely to cause the production information to lag. However, some...

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Problems solved by technology

[0002] Traditional manufacturing laboratories usually focus on a certain link of manufacturing, and the degree of automation of the production process is not high

This kind of laboratory structure and system design mainly has the following problems: First, the laboratory only involves the practice of one manufacturing process, which does not reflect the continuity of the entire manufacturing process well, and requires teaching and research personnel to provide mechanical guidance on the operation process. Laboratory teaching in this way is not only time-consuming and labor-intensive, but also the follow-up response is not strong

Secondly, the lack of good communication between the various equipment in the laboratory is likely to cause the production information to lag

Then, for some useful production data, it cannot be displayed digitally

Finally, not having a good maintenance plan for lab equipment

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