BIM-based electromechanical pipeline comprehensive specification automatic inspection system

Abstract

The invention discloses a BIM-based electromechanical pipeline comprehensive specification automatic inspection system, which comprises a data management module, an information processing module and aknowledge application module, and is characterized in that the data management module provides basic data support for a system platform; the knowledge application module is used for checking the distance between the MEP professional pipelines through the MEP pipeline topology rule checking module; on the pipeline with the collision problem, the selected MEP pipe comprehensive coordination measureis matched through the MEP pipe comprehensive coordination measure rule application module, the rule checking result is imported into the model, and the rule checking result is displayed in the lightweight model through the MEP pipe comprehensive knowledge base visualization module. According to the system, the phenomenon of information fault between a BIM engineer and precious expert experienceis solved, compared with a traditional working mode depending on the expert experience and a CAD drawing, the working efficiency and the quality level of pipeline comprehensive deepening design can begreatly improved, and the probability of change and rework in the actual construction process is reduced.

Description

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AI Technical Summary

Benefits of technology

This patented describes an improved way of integrating computerized systems (CES) together from different sources like programming languages or data bases. These integrated components help manage complex networks by providing detailed understanding about their structure and relationships. They then allow experts to inspect these connections more efficiently without being exposed to problem areas when building new structures. Overall this improves overall performance and reduces risk while maintaining consistently high standards across various industries such as electric power industry.

Problems solved by technology

The technical problem addressed by this patented method relates to improving the efficiency and accuracy of optimizing MPE pipe networks used in buildings or other structures. Current methods rely heavily upon manual intervention but there may be many different types of collisions involved with each component and fitting within them. Additionally, current solutions only focus on static scenarios without considering soft impact issues like those caused when installing new equipment into an already installed structure. This results in wasted time and effort overlooking potential future improvements made through these techniques.

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