Construction monitoring system and construction monitoring method for cast-in-site bridge supporting system based on BIM

Abstract

The invention relates to a construction monitoring system for a cast-in-site bridge supporting system based on BIM. The construction monitoring system comprises front end monitoring modules, a cloud database, a BIM construction management platform and a terminal user, wherein a plurality of front end monitoring modules are arranged on key position points of the supporting system and transmit information, monitored in real time, about pressure, stress and the like of the supporting system to the cloud database according to a wireless transmission technique; the cloud database analyzes and processes the received data information for the BIM construction management platform to automatically read; the BIM construction management platform analyzes and processes the data of the pressure, the stress and the like of a front end, namely a construction site supporting system and transmits the processed data to the terminal user. The construction monitoring system disclosed by the invention has the characteristics of real-time safe monitoring, automatic early warning report, accurate emergency disposal measures and the like, can realize three-dimensional and picture and text integrated intelligent management for structure quality of an engineering project and monitors the change of site monitoring points in real time anytime and anywhere; the construction monitoring system also has the advantages of simple and visual operation, labor conservation, and high popularization and application value.

Description

technical field [0001] The invention belongs to the field of bridge construction and relates to cast-in-place bridges, in particular to a BIM-based construction monitoring system and method for a cast-in-place bridge support system. Background technique [0002] During the construction of cast-in-place bridges, the overall stability of the support system is the key to ensure the quality of the beam body project and the safety of on-site construction. Therefore, the safety monitoring of the support system of cast-in-place bridges has always been a monitoring difficulty in the field of bridge construction. Since cast-in-place bridges involve multiple processes in construction, and the construction period and environment are relatively complex, especially in the process of preloading, pouring, and tensioning of cast-in-place bridges, the local force of the cast-in-place bridge support system changes. The overall stability of the cast-in-place bridge changes, resulting in plasti...

AI Technical Summary

Problems solved by technology

[0005] How to realize the real-time and accurate monitoring of the construction of cast-in-place bridge support system has not been a good solution

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