Bridge construction management system and method based on two-dimensional codes and BIM technology

Abstract

The invention relates to a bridge construction management system and method based on two-dimensional codes and a BIM technology. The system includes a two-dimensional code generator, a server, a generation unit of expected construction information, a real-time acquisition unit of construction information, a construction site interaction terminal, a construction monitoring management terminal and a public accessing terminal. The two-dimensional code generator generates the two-dimensional codes of different authorities according to the information input by the generation unit of the expected construction information and the real-time acquisition unit of the construction information, and outputs the two-dimensional codes to the server for storage. The server receives and stores the expected and real-time bridge construction information, and associates the expected and real-time construction information with the two-dimensional codes of the different authorities. The three types of terminals access, through scanning the two-dimensional codes corresponding to authorities thereof, the server to view the bridge construction information. According to the system and method, the BIM technology is utilized to build a bridge construction model, a hierarchical management technology of the two-dimensional codes is used at the same time, differentiated services are presented after personnel of the different authorities scan the codes, the bridge construction management efficiency is improved, and bridge construction quality improvement is promoted.

Description

Technical field: [0001] The invention relates to the field of bridge construction management, in particular to a bridge construction management system and method combining two-dimensional code and BIM technology. Background technique: [0002] At present, BIM (Building Information Modeling) technology has received more and more attention and development in the field of engineering construction in my country. It integrates various relevant information of engineering projects in a digital way, and the completeness, consistency and Relevance is expected to fundamentally solve the problem of information gaps between application systems in various stages of project planning, design, construction, and maintenance management, and realize the full life cycle management of engineering projects, thereby greatly improving the efficiency of engineering construction and maintenance. efficiency and quality. [0003] However, due to various reasons (BIM standard issues, limitations of the s...

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Problems solved by technology

[0003] However, due to various reasons (BIM standard issues, limitations of the software itself, the current engineering system, etc.), BIM technology is far from being widely used in the field of engineering construction, especially in infrastructure fields such as bridges. The actual benefits produced by the technology are far from meeting industry expectations, especially on-site front-line technicians and construction workers, who generally do not understand BIM technology, how to effectively transmit important BIM information to them to help them improve construction quality and reduce operating costs. Risks, and how to apply BIM technology with great value to the actual construction and management of bridge projects under the existing conditions, so as to effectively improve the level and benefits of BIM application in the bridge engineering industry, are placed on the bridge engineering practitioners, Especially an important problem facing technicians

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