Intelligent marker post management system and operation method thereof

Abstract

The invention discloses an intelligent marker post management system and an operation method thereof. Each marker post main body is internally provided with a communication module, a field identification module, a camera, a sound-light alarm and a sensing detection system, wherein the communication module in at least one marker post main body is in communication connection with a remote managementterminal; a radar detector, an infrared detector, a video control device, a vibration sensor and a sound sensor of the sensing detection system are used for sensing and detecting data of an environment around the marker post main body in real time; and the data is transmitted to a management platform or a mobile phone APP software system immediately by communication when a preset boundary value is reached. The excavation construction operation in a pipeline position range can be actively discovered; the early warning is carried out on the operation construction which possibly causes damage; the field sound-light warning is carried out in time; the discovered information can be wirelessly transmitted to the related management platform; relevant personnel are notified to carry out safety management on the site; the position and the state of an intelligent marker post can be displayed in a pipeline drawing by scanning a two-dimensional code; and the requirements of intelligent managementcontrol and intelligent city construction are met.

Description

Technical field [0001] The invention relates to an intelligent sign pile management system and an operating method thereof. Background technique [0002] In urban construction, marker piles are generally buried in the ground above various underground pipeline positions to identify underground pipelines such as gas, oil, tap water pipelines, electricity, and communication optical cables. Traditional marker piles can only identify the location alone and can only On-site personnel play the role of marking and warning. They cannot monitor and warn on-site construction operations on-site or remotely. They can promptly discover ongoing or upcoming excavation construction operations that endanger underground pipeline networks and lines, often when pipelines or communication lines are damaged. Most of the accidents have occurred, causing irreparable losses to national property and human lives. In order to proactively prevent damage to underground pipelines by machinery and personnel, and...

AI Technical Summary

Problems solved by technology

[0002] In urban construction, marking piles are generally buried on the ground above various underground pipeline positions to mark underground pipelines such as gas, oil, water pipelines, electric power, and communication optical cables. The on-site personnel play the role of marking and warning, and cannot monitor and warn the on-site construction operations through the site or remotely, and timely discover the ongoing or upcoming excavation construction operations that endanger the underground pipe network and lines, often when the pipelines or communication lines are damaged. Most of the accidents have already occurred, causing irreparable losses to national property and people’s lives. In order to actively prevent machinery and personnel from damaging underground pipelines and adapt to the needs of smart city construction, underground pipeline networks and intelligent management of underground communication lines, The invention of smart signposts is particularly important

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