Information management method and system based on electromechanical integrated BIM (building information model)

Abstract

The invention discloses an information management method and system based on an electromechanical integrated BIM (building information model). According to the method, a comprehensive deepening graph is modeled by utilizing three-dimensional graphics software so as to generate three-dimensional models, and the generated three-dimensional models are exported as VRP (virtue reality platform) model data to constitute basic model data; the VRP model data is directly imported into a VRP editor, parameters and positions of corresponding parts and components in the model, structural information of applicable places, electromechanical comprehensive deepening planar graphs and correspondence documents during deepening process are input, and links with corresponding three-dimensional models are established; the three-dimensional models are displayed via a man-machine interaction device, and information or documents in a database is displayed in a switched manner according to the links; and meanwhile, the parameters of the parts and components, and the positions of scenes of real-time pictures are checked through a navigator. The invention further provides an information management system based on the electromechanical integrated BIM, which can be applied to an overall project implementation phase by various construction design units, and has the characteristics of interactivity, visualization, informatization, parameterization, flexibility and confidentiality.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows companies with specialist software tools like AutoCAD to easily access their data from different sources while keeping them organized around its own infrastructure. It also includes features that allow remote user interaction during navigating within an online virtual world called ACGI's Unified Geometry Model System (UGMS) database. Overall, this innovation makes accessing and utilizing complex geometric structures more accessible by anyone who has no technical knowledge about these platforms.

Problems solved by technology

This technical problem addressed by this patented describes challenges during building projects that require understanding their status beforehand or prioritizing important tasks for efficient performance. These issues include difficulty in managing complex constructions involving multiple components like pipe lines, collisions among different types of devices, and material preparation processes. Additionally, current methods have limitations in accurately monitoring construction progress over time, making it hard to identify any potential weaknesses within these works.

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