Intelligent equipment failure cloud processing method and system

Abstract

The invention discloses an intelligent equipment failure cloud processing method and an intelligent equipment failure cloud processing system. The intelligent equipment failure cloud processing method comprises the steps of: interconnecting intelligent equipment distributed in different regions with a remote monitoring management system through a cloud platform, and transmitting failure information of the intelligent equipment to the remote monitoring management system which the intelligent equipment belongs to; determining a corresponding failure processing method by the remote monitoring management system, and sending a self-processing command to the cloud platform; and returning the self-processing command to the corresponding intelligent equipment through the cloud platform, so that the intelligent equipment can perform automatic adjustment according to the self-processing command. Therefore, the remote monitoring management system can perform fault diagnosis and processing on the intelligent equipment distributed in different regions ad belong to different fields at the same time, and the maintenance cost is reduced; and since the intelligent equipment is not directly connected with the remote monitoring management system, the same remote monitoring management system can be composed of a plurality of servers distributed in different regions, and the remote monitoring management system can have multiple backups and has the advantages of powerful execution capability, rapid fault processing and significant improvement in processing efficiency.

Description

technical field [0001] The invention relates to a cloud processing technology for the Internet of Things, in particular to a fault cloud processing technology for intelligent equipment. Background technique [0002] Industrial control equipment is used in more and more industries. When the industrial control equipment fails, there is no simple, intuitive, real-time method for finding or displaying the fault in the prior art. [0003] Once the industrial control equipment fails, it is necessary to notify the maintenance personnel to go to the fault site to temporarily check the fault information and diagnose the cause of the fault. For complex situations, the maintenance personnel also need to fill in the fault information into the corresponding industrial system, and then the system will transfer it to the corresponding responsible person. person, and then the person in charge diagnoses the cause of the failure, so there are the following problems: [0004] 1. It may be tha...

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Problems solved by technology

[0004] 1. It may be that the temporarily checked fault information is inconsistent with the previously generated fault information, resulting in a misjudgment of the cause of the fault, or even the failure to troubleshoot the real fault, and when serious faults such as crashes, kernel crashes, and infinite loops occur in industrial control equipment, unable to diagnose

As a result, the maintenance difficulty of industrial control equipment is increased, and the use efficiency of industrial control equipment is reduced.

[0005] 2. Many industrial systems, such as oil and gas management and control systems, cover a wide range and are located in remote locations. They rely solely on manual fault diagnosis and repair, which has long repair cycles, poor timeliness, low efficiency, high cost, and low accuracy. shortcoming

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