Industrial automation maintenance method and system based on edge and cloud fusion

Abstract

The invention relates to the field of industrial intelligent control, in particular to an edge and cloud fusion industrial automation maintenance method and system. According to the edge and cloud fusion industrial automation maintenance method, an integrated development environment of the cloud is displayed to an electrical engineer through a human-computer interface, and after the electrical engineer changes configuration of corresponding automation engineering or edge equipment, the corresponding edge equipment is searched and positioned through an Internet of Things platform; a request is sent to equipment installed on the edge equipment, and a processing program on the edge equipment receives the request, performs corresponding processing on the equipment and feeds back a processing result to the cloud server. The method is realized through cooperation of the cloud and the edge device. The process of manually carrying the storage medium to the field for maintenance and debugging is omitted, the problem solving efficiency is greatly improved, and the customer satisfaction is enhanced.

Description

technical field [0001] The present invention relates to the field of industrial intelligent control, in particular to an industrial automation maintenance method and system integrating edge and cloud. Background technique [0002] At present, in the field of industrial control (including the field of intelligent control and human-computer interaction), unless there is a problem with the hardware itself, after the installation and commissioning of the equipment is completed, most of the problems that occur at the edge (that is, the industrial site) can be resolved through the automation running on the equipment. It can be done by changing the configuration file of the project or edge device, but this process now requires the electrical engineer's computer to modify the project or configuration in the desktop development environment, and then manually go to the industrial site to modify the device. Make changes to implement. [0003] However, it often takes time and cost to m...

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Problems solved by technology

[0003] However, it often takes time and cost to manually go to and from the industrial site to set up the operation. What's more, some equipment is located in a harsh environment, or the road is far away, or the installation location of the equipment is not suitable for people to approach, etc., through It is very inconvenient to operate manually in front of the equipment, and it cannot be operated on a large scale. It is difficult for customers to accept the solution speed of problems with high real-time requirements, and the cost of maintenance is also very high.

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