Real-time monitoring system and method for foundation pit settlement of intelligent construction site management and control platform

Abstract

The invention provides a real-time monitoring system for foundation pit settlement of an intelligent construction site management and control platform. The system comprises a foundation pit settlement monitoring terminal and an intelligent construction site management platform which are in communication connection, wherein the intelligent construction site management platform receives and stores real-time detection data information obtained by the foundation pit settlement monitoring terminal, and synchronously uploads the real-time detection data information to a cloud management platform; the foundation pit settlement monitoring terminal comprises a data sensing system, a data acquisition system, a data transmission system and a control analysis system; the data sensing system is used for sensing foundation pit deformation monitoring data in real time, the data acquisition system performs data transmission with the control analysis system through the data transmission system, the control analysis system is wirelessly connected with a database and a server of the intelligent construction site management platform and is used for sending an alarm when the intelligent construction site management platform detects data abnormity. The invention also provides a foundation pit settlement real-time monitoring method of the intelligent construction site management and control platform. The real-time monitoring system and method have the beneficial effects of realizing data sharing and remote real-time monitoring of foundation pits according to actual conditions.

Description

technical field [0001] The invention belongs to the technical field of building construction, and in particular relates to a real-time monitoring system and monitoring method for foundation pit settlement of a smart construction site management and control platform. Background technique [0002] The rapid development of urbanization in my country is facing many severe challenges: shortage of land resources, reduction of green space, explosive growth of urban population, traffic congestion, increase in energy consumption, environmental pollution, rising housing prices and other issues, all of which make vigorous development and utilization of underground Space resources and the expansion of human activity space are becoming more and more urgent. Therefore, the excavation depth of foundation pit engineering is getting deeper and larger, and the technical difficulty is also increasing. [0003] In recent years, many safety accidents have occurred during the construction of some...

AI Technical Summary

Problems solved by technology

[0004] The deep horizontal displacement and vertical settlement of the side wall of the foundation pit are important indicators of the stability of the foundation pit and the underground engineering. Different from the vertical settlement monitoring method, it further reduces the monitoring efficiency and increases the monitoring cost

For the deep horizontal displacement, at present, the inclinometers and inclinometers are mainly used for manual measurement, and the readings are reported, and the data lags significantly; if multiple inclinometers are distributed along the inclinometers, automatic measurement can be realized, but it means Multiple increases in monitoring costs

For the deep vertical displacement, at present, the total station and the level are mainly used for measurement, which also faces the problem of manual measurement data lag or the increase of monitoring costs

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