A road and bridge engineering equipment safety monitoring system and method based on BIM + GIS modeling

Abstract

The invention belongs to the technical field of digital management, and relates to a road and bridge engineering equipment safety monitoring system and method based on BIM + GIS modeling. The safety monitoring system comprises a BIM server, a geographical information system, an engineering equipment management system and a road and bridge engineering construction information management platform. The BIM server obtains the structure information of the engineering equipment and builds the BIM model. The GIS is connected with the BIM server, and the BIM model data is imported into the GIS by GIStechnology, and is then transmitted to the information management platform of road and bridge engineering construction for display. The engineering equipment management system and the GIS are in remote communication; the information management platform of highway and bridge engineering construction is connected with the equipment management system of the institute. The invention can realize the real-time display of the monitoring state of the engineering equipment, the three-dimensional control of the engineering equipment and the spatial response of the fault maintenance of the engineering equipment, so that the equipment management is ordered and feasible, and the intelligent and efficient safety monitoring management is achieved.

Description

technical field [0001] The invention belongs to the technical field of digital management, and in particular relates to a safety monitoring system and method for road and bridge engineering equipment based on BIM+GIS modeling. Background technique [0002] Construction engineering equipment mainly includes hoisting machinery, elevators, electric boxes, bulldozers, excavators, etc. Among them, hoisting machinery and elevators are special equipment, and safety monitoring of engineering equipment is an important part of ensuring the safety of engineering and personnel in engineering construction. Work. At present, there is a safety monitoring platform for special equipment, which can realize functions such as map reading, real-time monitoring, early warning, electronic files, and control. certain special equipment. In addition to these special equipment in engineering construction, there are many other equipment that need to be monitored and managed. General engineering equip...

AI Technical Summary

Problems solved by technology

In addition to these special equipment in engineering construction, there are many other equipment that need to be monitored and managed. General engineering equipment safety monitoring is mainly realized through manual timing inspection and the formation of paper or electronic files. This method is relatively extensive and the integration level is not high. , the structure is loose, and all engineering equipment cannot be managed uniformly, and the management efficiency is not high

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