Underground pipe network pipeline displacement settlement monitoring method based on wireless sensor technology and cloud monitoring platform

Abstract

The invention discloses an underground pipe network pipeline displacement settlement monitoring method based on a wireless sensor technology and a cloud monitoring platform. The underground pipe network pipeline displacement settlement monitoring method based on the wireless sensor technology comprises the following steps: carrying out detection area division on an underground pipeline; detecting the settlement amount corresponding to each detection section of the underground pipeline; analyzing the settlement state corresponding to each detection section of the underground pipeline; according to the settlement state of each underground pipeline, classifying each detection section of the underground pipeline; analyzing the danger corresponding to the settlement amount of each settlement detection section; detecting environment parameters corresponding to all the non-settling sections; analyzing the environment parameters corresponding to all the non-settling sections; and therefore, the problem that an existing underground pipe network pipeline displacement settlement monitoring method cannot effectively improve the reliability and accuracy of underground pipeline settlement monitoring is solved, and meanwhile, the early warning efficiency of underground pipeline settlement is greatly improved.

Description

technical field [0001] The invention belongs to the technical field of underground pipeline detection, and relates to a method for monitoring displacement and settlement of pipelines in an underground pipeline network based on wireless sensor technology and a cloud monitoring platform. Background technique [0002] With the rapid development of society, more and more cities have also increased their attention to the safety of urban infrastructure. Underground pipelines are an important part of urban infrastructure, and the settlement of underground pipelines has gradually become one of the main safety hazards of underground pipelines. Therefore, it is necessary to monitor the displacement and settlement corresponding to the underground pipeline; [0003] The existing monitoring methods for the displacement and settlement of underground pipelines mainly focus on monitoring the deformation of the soil in the area where the underground pipelines are located and the displacement...

AI Technical Summary

Problems solved by technology

[0003] The existing monitoring methods for the displacement and settlement of underground pipelines mainly focus on monitoring the deformation of the soil in the area where the underground pipelines are located and the displacement in the vertical direction corresponding to the underground pipelines. The settlement state of the underground pipeline is not analyzed evenly and dangerously. Therefore, the existing monitoring method for the displacement and settlement of the underground pipeline network still has certain disadvantages. On the one hand, the existing underground pipeline network displacement settlement The monitoring content of the monitoring method has limitations, and it is impossible to effectively improve the reliability and accuracy of the underground pipeline settlement monitoring. Effectively improve the early warning efficiency of underground pipeline settlement. On the other hand, the existing monitoring methods for the displacement and settlement of underground pipelines cannot effectively improve the monitoring efficiency of ground pipeline settlement and the efficiency of response to ground pipeline hazards.

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