A building monitoring method and system based on artificial intelligence and expert interaction

Abstract

The invention discloses a building monitoring method based on artificial intelligence and expert interaction. S01 uses the monitoring original database to store transfer target data; S02 extracts non-relational data into the memory processing queue according to relational logic; S03 processes the data in the memory processing queue Transform into structured object data with structural properties; S04 use artificial intelligence to process the data according to the rules in the established artificial intelligence basic database to generate object-level values; S05 judge whether the object-level values ​​exceed the preset critical extreme value? If yes, go to S06; if not, go to S07; S06 matches the expert database to give practical significance and follow-up suggestions; S07 stores the received object-level value as object information; S08 provides intuitive data object information to the user. The invention solves the problem of insufficient processing of existing building or house monitoring platforms in data collection, data practical significance, and exceeding a critical value.

Description

technical field [0001] The invention relates to the field of building monitoring, in particular to a novel localized building centralized control acquisition method and system. Background technique [0002] According to the current national and local standards, it is necessary to monitor the completed construction work or existing buildings, and the monitoring requirements for building structures include: [0003] (1) Physical inspection of cast-in-place concrete structures, including strength monitoring, steel protection layer inspection, etc.; [0004] (2) Physical inspection of masonry structures, including monitoring of the fullness of mortar in horizontal mortar joints; [0005] (3) Physical inspection of steel structure installation quality; including welding, grid nodes, column feet and other positions; [0006] (4) Airtightness, watertightness, wind pressure resistance and other properties of the building structure; [0007] (5) Environmental monitoring of buildin...

AI Technical Summary

Problems solved by technology

[0011] Of course, the above-mentioned monitoring results need to be reflected through a certain display method. The existing building monitoring platform mainly includes three major sections: 1. Database, which is used to store the parameters of the inspected object of the building structure collected by the sensor; 2. Data processing The unit is mainly used to extract the value in the database according to the conditions entered by the user; 3. The data display unit is displayed to the user in a combination of curves and values; however, this simple structure cannot be used for different building attributes. It is difficult for users to view it intuitively, and even the same parameters cannot be displayed differently in different structures. For example, the same crack parameters have different meanings in buildings with shear walls, frames, and brick-concrete structures. The obtained data does not give in-depth analysis and professional advice

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