SOA-based oil and gas equipment maintenance management system and working method

Abstract

The invention relates to an SOA-based oil and gas equipment maintenance management system and a working method. The system comprises an internet of things application component, SOA middleware and equipment, wherein the equipment comprises traditional equipment and DPWS equipment, the SOA middleware comprises a business service layer, a service management layer, an equipment service layer, an information extraction module, and an event collaborative interaction module. Functions of internet of things terminal equipment are used as services through the SOA-based SOA middleware, and the heterogeneous technological details are blocked. An equipment service dynamic discovery and service lifecycle management function is designed for the SOA middleware, so as to enable the SOA middleware to adapt to the dynamic characteristic of the internet of things terminal. Complex business service functions are realized by combining services. Further, an event-driven service collaboration mechanism is added to the basic SOA structure, thereby improving the cooperative sensing capability of each service unit of the internet of things. The SOA-based oil and gas equipment maintenance management systemand the working method of the system are used for informationization and intelligence of maintenance of the oil and gas production equipment.

Description

technical field [0001] This application relates to the technical field of using the Internet of Things to serve oilfields, and in particular to an SOA-based oil and gas equipment maintenance management system and working method. Background technique [0002] Smart oilfield is the need of oilfield informatization construction and the future of oilfield development. Oilfield enterprises are highly technology-intensive industries. At this stage, Internet of Things technology represented by high-intensity computing and massive information storage has been gradually applied to oil and gas development and production processes, and has become the mainstream direction of smart oilfield construction at home and abroad. However, in the whole process of oil and gas production, such as oil field and transportation management, all links are closely interdependent and relatively independent, and the information and intelligent construction of equipment and control in each production link ...

AI Technical Summary

Problems solved by technology

Most of the existing perception services are still at the level of information collection and communication, and do not have the functions of computing and terminal control, so they cannot complete information collaborative processing around the same target task

In addition, because the existing perception services do not have terminal control, intelligent information exchange cannot be carried out between IoT terminals, and it is impossible to solve the problems of cross-system and cross-platform realization of complementary and comprehensive processing of perception information.

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