Method and device for realizing underground pipeline condition early warning based on network server

Abstract

The invention discloses a method and device for realizing underground pipeline condition early warning based on a network server. The method comprises the following steps that marked reflected light beams which are converged by a laser detector are received based on a wireless transmission terminal, wherein the marked reflection light beams are reflection light beams which are collected and are marked by the laser detector arranged along an optical fiber; the wireless transmission terminal transmits the converged marked reflection light beams to the network server based on a mobile communication base station; after the network server receives the marked reflection light beams, and the marked reflection light beams are classified according to light beam signal types on the basis of mark information to obtain the classified marked reflection light beams; and the network server calls a corresponding analysis model on the basis of the classified marked reflection light beams to carry out pipeline condition analysis, and an analyzed pipeline condition result is pushed to a management user. According to the embodiment of the method, monitoring of the real-time abnormal condition of the underground pipeline condition can be realized, and the place where the abnormal condition occurs to a pipeline can be quickly determined.

Description

technical field [0001] The invention relates to the technical field of underground pipeline monitoring, in particular to a method and device for realizing early warning of underground pipeline status based on a network server. Background technique [0002] With the deepening of the urbanization process, the scale of the urban underground pipe network is also expanding, but a large number of drainage pipes have reached or approached the service life due to the long laying time, and even many pipes have not reached the service life because of aging and leakage , blasting, causing immeasurable pollution accidents to the environment. [0003] However, due to various reasons and technical difficulties, after the failure of the underground pipeline (leakage, blasting, deformation, vibration, etc.), it is impossible to determine the location of the failure of the underground pipeline and the type of failure at the first time, so it cannot be used A network technology means for the...

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Problems solved by technology

[0002] With the deepening of the urbanization process, the scale of the urban underground pipe network is also expanding, but a large number of drainage pipes have reached or approached the service life due to the long laying time, and even many pipes have not reached the service life because of aging and leakage , blasting, causing immeasurable pollution accidents to the environment

[0003] However, due to various reasons and technical difficulties, after the failure of the underground pipeline (leakage, blasting, deformation, vibration, etc.), it is impossible to determine the location of the failure of the underground pipeline and the type of failure at the first time, so it cannot be used A network technology means for the corresponding data collection and predictive fault analysis on the pipeline, and the corresponding predictive fault analysis results are pushed to the display interface of the management user terminal or the mobile terminal bound to the management user at the first time, resulting in the failure of the first Arranging emergency repair technicians for the corresponding fault type in a short time will bring certain troubles to the corresponding municipal departments or users

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