Silo comprehensive monitoring system based on BIM (Building Information Modeling)

Abstract

The invention relates to a silo comprehensive monitoring system based on BIM (Building Information Modeling), which comprises a silo BIM three-dimensional model, silo health monitoring equipment, silosafety monitoring equipment, a silo safety monitoring system, a silo safety control system and a silo comprehensive monitoring system platform. The silo comprehensive monitoring system disclosed by the invention reflects two-dimensional information of the silo health monitoring equipment and the silo safety monitoring equipment in a silo BIM three-dimensional model, is more visual and specific and is stereoscopic in equipment information; meanwhile, the silo comprehensive monitoring system is convenient for management of personnel and the equipment, operation and maintenance efficiency is improved, and touring and maintenance cost is reduced; by arranging the silo BIM three-dimensional model, arrangement of the silo health monitoring equipment and the silo safety monitoring equipment is optimized, cost is saved, visual intelligent management is implemented and reference is provided for overhauling; and the silo health monitoring equipment and the silo safety monitoring equipment are combined with the silo safety monitoring system to form a comprehensive management platform so as to implement three-dimensional stereoscopic monitoring of the silo comprehensive monitoring system.

Description

technical field [0001] The invention relates to the technical field of silo monitoring, in particular to a BIM-based comprehensive silo monitoring system. Background technique [0002] As a kind of storage equipment, silos are mainly used for coal storage, grain storage, etc. At present, domestic coal yard silos mainly adopt concrete structures, which have high strength, high rigidity, and good durability, and are widely used in modern civil engineering. Silo monitoring refers to silo structural monitoring on the one hand and silo safety monitoring on the other hand. [0003] As the strength increases, the brittleness of concrete increases significantly, and the immature configuration process may also lead to unstable strength. More and more methods such as optical fiber monitoring sensors embedded in concrete buildings and structures, GPS positioning technology, etc. are applied to concrete. Structural health monitoring. [0004] As an important industrial raw material a...

AI Technical Summary

Problems solved by technology

[0006] The traditional silo monitoring system has the problems of poor remote monitoring performance and three-dimensional equipment information, and the efficiency and level of silo monitoring are not ideal. It is inconvenient to manage personnel and equipment, reduces operation and maintenance efficiency, and increases inspection and maintenance costs.

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