BIM-technology-based track construction system

Abstract

The invention discloses a BIM-technology-based track construction system comprising a field information acquisition module for collecting parameters needed by construction modeling in real time at a construction site, a construction plan module for providing existing GIS geographic information, construction equipment information, construction plan drawing information and construction personnel information, a BIM operation and maintenance server for connecting data obtained by field collection and data stored in the construction plan module and establishing a construction model by using a built-in modeling software platform in the server, a program progress plan tracking system for checking a construction error timely and carrying out correction for optimization, and a mobile terminal for helping the staff receive track construction progress information in real time. With the BIM technology, dynamic model construction of the construction process is realized, so that the management content becomes visible and the capability of controlling the engineering content and progress by the administrator is enhanced. Therefore, the collaboration efficiency of construction participants is improved and the construction progress is accelerated.

Description

technical field [0001] The invention relates to the field of track construction, specifically, a track construction system based on BIM technology. Background technique [0002] The separation of design, construction, and operation in today's rail transit industry and the limitation of information brought about by the use of traditional two-dimensional design and the lack of information in the construction process have brought huge challenges to the operation and maintenance management of rail transit projects after they are completed. The application of BIM technology can effectively solve the problem of information recording and inheritance. BIM builds a 3D architectural model of the project in the design stage, and then enters the civil engineering, mechanical and electrical equipment and other related information of the project during the construction process to create a digital, visualized and integrated system information management that integrates design, construction...

AI Technical Summary

Problems solved by technology

This way of working is not only inefficient, but also the accuracy of the collected data is urgently questionable. It is difficult to count the real-time progress of the project, and it is also difficult to use it as a reference for management personnel to make decisions.

In addition, experienced managers in modern engineering are scarce, and excellent experienced managers are even rarer. How to use a set of software mechanisms to replace on-site construction guidance is a difficult problem that modern engineering needs to solve

Moreover, the traditional construction data is mostly in the form of paper tables, which is not conducive to intuitive display, and lacks the relationship between data and building components, and also lacks visual means for data recording, editing, and push operations.

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