Building information integration platform based on BIM technology

Abstract

The invention discloses a building information integration platform based on a BIM technology. A construction process can be simulated before construction, so that the building condition is predictedin advance, the design quality is improved, the construction process is simulated, and the construction scheme is optimized; in the construction process, the construction quality is monitored throughthe BIM technology, quality related problems are found and solved in time, and the building quality is effectively improved; visualization of the construction progress and visualization of the investment cost are achieved through the BIM, timely and accurate investment data are obtained timely and rapidly, the manufacturing cost is effectively controlled, and the investment risk is reduced; a BIMthree-dimensional visual model is used as a carrier of all information of a building, the communication efficiency and decision quality among all units are effectively improved, and after completion,the BIM three-dimensional visual model is used as important basic data of a subsequent owner operation and maintenance stage to realize traceability of information and responsibility.

Description

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AI Technical Summary

Benefits of technology

This patented system helps create better ways to integrate different types of materials into buildings more efficiently while also providing realistic simulation capabilities that help identify problems earlier on. It uses various sensors like cameras or radar to gather relevant details about each material being used together from multiple angles around its surface. These simulations provide valuable insights when needed without having actual measurements taken at any time after they are done. They allow managers to monitor these systems accurately and quickly overall, making them useful tools for planning future projects with improved accuracy and reducing risk factors associated therewith.

Problems solved by technology

The technical problem addressed in this patented text relates how to efficiently manage large scale constructions during their lifespan without requiring excessive manpower or manually checking each stage's status accurately when issues arise due to lacking timely feedback from supervisor workers.

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