Data management system for underground building internal equipment

Abstract

The invention discloses a data management system for underground building internal equipment, and the types of monitored and collected original data sources comprise the information of the underground building internal equipment, the information of typical rooms and monitoring point rooms in a project, and the operation data of the project internal equipment. The method comprises the following steps of: constructing a database by taking environmental parameters of monitoring points inside a project, environmental parameters outside the project and position information of personnel inside the project as guidance according to the data characteristics, and mainly dividing a data resource organization structure into a static database and a dynamic database. The underground building internal equipment operation and environment guarantee conditions are mastered more comprehensively and accurately, the operation and maintenance cost is reduced, accurate and efficient operation and maintenance are achieved, and the intelligent management and guarantee level of the underground building internal equipment is improved.

Description

technical field [0001] The invention relates to a data management system, in particular to a data management system for equipment inside an underground building. Background technique [0002] It is known that due to the particularity of the underground space, its internal thermal environment, air quality and light environment must be realized with the help of corresponding underground construction equipment, and more and more equipment is followed by complicated equipment operation and maintenance work. Data architecture is the core of the entire intelligent operation and maintenance. Real-time monitoring of equipment and sensors inside underground buildings generates massive high-frequency sensing data. The collected monitoring data has the characteristics of multiple sources, various types of structures, and rapid growth in data volume. The efficiency of the traditional operation and maintenance method is not high, mainly relying on manual inspection. In order to obtain th...

AI Technical Summary

Problems solved by technology

The efficiency of the traditional operation and maintenance method is not high, mainly relying on manual inspection. In order to obtain the internal equipment information of the whole project more comprehensively and accurately, manage and utilize the collected monitoring data more effectively, so as to optimize and simplify the operation and maintenance work and reduce the cost of operation and maintenance. Difficulty in management, it is necessary to build a standardized and systematic data structure for operation and maintenance of internal equipment in underground buildings

Images