Data acquisition and transmission equipment system and predictive diagnosis and edge calculation method

Abstract

The invention discloses a data acquisition and transmission equipment system and a predictive diagnosis and edge calculation method, and mainly relates to the field of embedded Internet-of-Things equipment software design and application. The system comprises a network center subsystem, a data center subsystem and a driving center subsystem, the network center subsystem comprises a message routing module, the data center subsystem comprises a data management module, a predictive diagnosis module, an edge calculation module and an equipment cluster module, and the driving center subsystem comprises an equipment driving module and a network driving module. The system has the beneficial effects that analysis and judgment are performed through equipment related technical parameter data, the working condition field of equipment maintenance time and fault occurrence time is predicted, data analysis is performed through combination of predictive diagnosis, edge calculation and a cloud platform, an expert diagnosis library of enterprise equipment is formed, the equipment operation and maintenance cost of enterprises is reduced, the service life of the equipment is prolonged while the operation and maintenance efficiency of the equipment is improved, and the production efficiency of enterprises is improved.

Description

technical field [0001] The invention relates to the field of software design and application of embedded IoT equipment, in particular to a data collection and transmission equipment system, predictive diagnosis, and edge computing methods. Background technique [0002] The Industrial Internet is not a simple network, but a brand-new industrial ecosystem that integrates and interconnects numerous industrial devices to improve resource allocation and production efficiency. [0003] The Industrial Internet provides strong data support for the manufacturing and maintenance of enterprises. The traditional industrial manufacturing and maintenance methods can be basically divided into remedial maintenance and preventive maintenance. Repairing maintenance refers to repairing after equipment failure. This kind of maintenance has a serious impact on the production plan, and secondly, the spare parts and labor costs required for emergency repairs, and the cost of professional maintenan...

AI Technical Summary

Problems solved by technology

Corrective maintenance refers to repairs after equipment failures. This kind of maintenance has a serious impact on the production plan, and second, the spare parts and labor costs required for emergency repairs, and the cost of professional maintenance teams are high; preventive maintenance is It refers to planned regular equipment maintenance and parts replacement, including maintenance, regular inspection, regular function testing, regular overhaul, regular replacement, etc. During the regular maintenance period, it is necessary to shut down the equipment for overall inspection and maintenance, which takes a long time and is inefficient , and most rely on experience, which will bring new failure risks

Images