Underground pipeline channel external damage prevention early warning device and linkage alarm method

Abstract

The invention discloses an underground pipeline channel external damage prevention early warning device and a linkage alarm method, the underground pipeline channel external damage prevention early warning device comprises an external damage prevention ground nail, an intelligent warning pile and a panoramic monitoring camera, antennas are connected in the external damage prevention ground nail, the intelligent warning pile and the panoramic monitoring camera, and the external damage prevention ground nail, the intelligent warning pile and the panoramic monitoring camera are connected with a center console through the antennas. According to the underground pipeline channel external damage prevention early warning and linkage alarm method provided by the invention, through networking of the external damage prevention ground nails, the intelligent warning piles and the panoramic monitoring cameras, an alarm can be given for illegal construction, and meanwhile, accurate positioning and trends of drainage, communication, gas, underground pipelines and cables can be obtained; the panoramic monitoring camera adopts a high-definition cradle head and is linked with the damage prevention ground nail and the intelligent warning pile equipment except for abnormal detection, photographing and video recording are carried out in real time, and the panoramic monitoring camera is powered by solar energy and a storage battery, so that the service life of the product is guaranteed.

Description

technical field [0001] The invention relates to the field of an anti-breakage early warning device for an underground pipeline channel and a linkage alarm, in particular to an anti-breakage early warning device for an underground pipeline channel and a linkage alarm method. Background technique [0002] With the development of the city, the construction of urban underground pipeline network is increasing year by year. Due to external construction and mechanical operation, damage to underground pipelines occurs from time to time. Early warning and positioning of external damage hazards, so that the management department can respond to accidents. [0003] The current routine inspection cannot meet the monitoring of the entire section of the municipal pipeline and provide all-round protection. Manual patrol inspection cannot guarantee 24-hour uninterrupted patrol, there are a lot of blank time periods, excessive manual use and cumbersome management and other disadvantages. La...

AI Technical Summary

Problems solved by technology

[0003] The current routine inspection cannot meet the monitoring of the entire section of the municipal pipeline and provide all-round protection

Manual inspection cannot guarantee 24-hour uninterrupted patrol, there are a lot of blank time periods, excessive manual use and cumbersome management and other disadvantages

Large-scale mechanical equipment and blind construction used in road construction may cause varying degrees of damage to underground pipelines

[0004] In the existing technology, distributed optical fiber sensing technology is generally used to predict accidents such as natural disasters and third-party damage. However, distributed optical fibers are expensive and need to be laid along underground pipelines for long distances, which is prone to breakpoints. However, According to the principle of distributed optical fiber, when the number of breakpoints increases, it will affect the angle of light reflection, which will greatly affect the measurement accuracy. Therefore, in terms of construction, distributed optical fiber is also very difficult, especially for mountainous areas. More terrain, its accuracy will be greatly reduced

[0005] However, the existing early warning equipment only has a single early warning, which cannot be used for real-time video shooting and warning of the surrounding images of the early warning, and cannot be alarmed in time.

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