Oil and gas pipeline supervision system based on unmanned aerial vehicle aerial photography

Abstract

The invention discloses an oil and gas pipeline supervision system based on unmanned aerial vehicle aerial photography. The oil and gas pipeline supervision system comprises an unmanned aerial vehicle data access module, a geographic information system management module, a real-time monitoring module, a data analysis module, a high-definition image-based abnormity identification and analysis module, a historical inspection data comparison and analysis module, a multi-level multi-user cooperative operation module, an authority distribution module and other functional modules. WebGIS, the Internet of Things and a target detection and recognition technology are introduced into the system. The unmanned aerial vehicle is associated with the Internet and the GIS, and the real-time track and the monitoring video of the unmanned aerial vehicle are transmitted back to the client, so that the visualization of on-site inspection is ensured; through the Internet of Things technology, multi-unmanned aerial vehicle segmented monitoring and centralized data management are realized, so that inspection is more comprehensive, and the efficiency is higher; by means of the target detection and recognition technology, the situation that vehicles, geological disasters and the like damage pipelines can be quickly recognized, workers can take countermeasures on illegal pressure occupation, geological disasters and the like of the pipelines in time, and unnecessary disasters are reduced.

Description

technical field [0001] The invention relates to an oil and gas pipeline supervision system based on drone aerial photography, and relates to related fields such as 4G data transmission mode, WebGIS technology leading the way, Internet of Things technology, live video server development field, and target detection and recognition technology. Background technique [0002] With the development of the economy, countries have an increasing demand for energy. In recent years, the construction of China's oil and gas pipeline projects has been steadily advancing. The oil and gas pipelines have a wide range of layout, large spans, and extremely high requirements for safety. Daily maintenance has always been the focus and difficulty in this field. The traditional method of detecting oil and gas pipeline leakage is often through the method of detectors and human patrols, relying on manpower, heavy workload, and difficult conditions, especially the inspection of oil and gas pipelines in...

AI Technical Summary

Problems solved by technology

The system effectively solves the problems of low pipeline inspection efficiency, incompleteness, and inability to share data. Therefore, the research and development of the oil and gas pipeline supervision system based on drone aerial photography is a novel, feasible, and valuable project invention.

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