Digital twin factory modeling method and device based on 5G network

Abstract

The invention provides a digital twin factory modeling method and device based on a 5G network. According to the digital twin factory modeling method based on the 5G network, basic configuration is carried out on a factory hierarchical structure, and data detected by a sensor at an actual measuring point of an actual factory is transmitted to an engineering hierarchical structure through the 5G network; and an equipment monitoring picture is drawn according to the configured factory hierarchical structure to complete digital twin factory modeling, and digital twin factory modeling is performed by adopting a factory hierarchical modeling method and data of actual measurement points is simulated into the factory hierarchical structure. And meanwhile, the digital twinning factory is monitored through the monitoring picture so as to know the current actual operation condition of the factory in real time.

Description

Technical field[0001]The present invention belongs to the field of digital chemical plants, and specific to a digital twin factory modeling method and apparatus based on a 5G network.Background technique[0002]At present, most factory management methods are the account management of factory equipment. There is a problem with the decentralization of the equipment, the amount of transmission, the transmission speed, the leakage rate is high, and the transplantability of the factory model cannot be achieved in real time. Therefore, it is impossible to do real-time monitoring of the factory.[0003]The prior art digital chemical plant is more detached from the factory itself to perform data simulation, thereby interacting the most efficient management plan or production plan, and does not complete real-time monitoring of the operating conditions of the factory production line, in the factory When the equipment on the production line is damaged, it will directly lead to the production line....

AI Technical Summary

Problems solved by technology

[0002]At present, most of the factory management methods are ledger management of factory equipment. There are scattered and large amounts of equipment operating data, slow transmission speed, high packet leakage rate and Due to the poor portability of the factory model and other issues, real-time collection and transmission cannot be achieved, so it is also impossible to achieve real-time monitoring of the factory

[0003] However, the digital factory in the existing technology is more about data simulation out of the factory itself, so as to fit the most efficient management plan or production plan, which cannot be completed Real-time monitoring of the operating conditions of the factory's production line, when the equipment on the factory's production line is damaged, it will directly cause the production line to stop production

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