Intelligent maintenance system based on WEB SCADA platform

Abstract

The invention discloses an intelligent maintenance system based on a WEB SCADA platform in the technical field of equipment maintenance; the intelligent maintenance system comprises a Web SCADA architecture and an intelligent maintenance system, the Web SCADA architecture comprises a WEB SCADA website, an SVG (scalable vector graphics) generator and an SVG analyzer, and the Web SCADA architecturefurther comprises an online historical player. The intelligent maintenance system comprises a basic management module, an equipment management module, an operation management module, a monitoring anddiagnosis module, a system setting module and an additional design module. The intelligent maintenance system adopts a fault prediction and diagnosis technology based on a WEB SCADA platform, shortensthe fault diagnosis and equipment maintenance time by detecting the operation condition of port equipment in real time, and effectively reduces the unplanned fault shutdown time.

Description

Technical field[0001]The invention relates to the maintenance of terminal equipment, and more specifically, to an intelligent maintenance system based on a WEB SCADA platform.Background technique[0002]At present, due to the busy wharf business, port lifting equipment is often operated with illness, and repairs are not carried out until the failure occurs. Although the equipment can be regularly repaired and maintained manually, the following problems also exist. Because there is no expected judgment on the probability and severity of the failure, and the professional level of the maintenance personnel is not high, the work efficiency of the port business is seriously affected, and it is difficult to guarantee the effectiveness of the equipment maintenance every time. It is necessary to use the WEB SCADA platform to timely grasp the health status information and performance change trends of port lifting equipment, dynamically arrange port lifting equipment maintenance plans, and redu...

AI Technical Summary

Problems solved by technology

Because there is no expected judgment on the probability and severity of failures and the professional level of maintenance personnel is not high, the work efficiency of port operations is seriously affected, and it is difficult to guarantee the effectiveness of each equipment maintenance

It is necessary to use the WEB SCADA platform to keep abreast of the health status information and performance change trend of the port crane equipment, dynamically arrange the maintenance plan of the port crane equipment, and reduce maintenance costs. However, the local C / S architecture project of the WEB SCADA platform in the prior art adopts a Key deployment, the software system architecture is too old, there is a certain gap with the pure B / S architecture software provided by Internet companies in non-industrial fields, and the page response speed needs to be optimized, and there is a lack of a standard graphics library establishment mode and establishment standard, resulting in It is impossible to intuitively and conveniently apply to the previously built graphics library during engineering production, and there is no unified standard definition for the size and resolution of graphics, which leads to the inability of resources to be reused and effectively utilized, and the large number of engineering deployment servers has caused labor costs It is impossible to accurately and quickly grasp the health status information and performance change trend of port lifting equipment through browser and mobile applications based on the WEB SCADA platform

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