Building construction monitoring system and monitoring method thereof

Abstract

The invention is suitable for the technical field of a building and provides a building construction monitoring system and a monitoring method thereof. The building construction monitoring system comprises a sensor unit, a vertical displacement measuring unit, a plurality of collection units and a host, wherein the sensor unit is arranged on a target monitoring floor, composed of a plurality of temperature sensors and a plurality of strain sensors and used for measuring the temperature load and strain of a building structure; the vertical displacement measuring unit is arranged on the target monitoring floor and used for measuring the integral vertical displacement of the building structure; the plurality of collection units are arranged on the target monitoring floor, connected with the sensor unit and the vertical displacement measuring unit and used for collecting the measurement data of the sensor unit and the vertical displacement measuring unit; and the host is used for outputting the measurement data collected by the collection units. The building construction monitoring system can continuously monitor in real time on line, the structure safety in the construction process is evaluated by a monitoring result, the monitoring personnel can correspondingly regulate the construction deviation according to the monitoring result, and the construction precision of the structure is guaranteed to satisfy the specification requirement.

Description

technical field [0001] The invention belongs to the technical field of construction, and in particular relates to a construction monitoring system and a monitoring method thereof. Background technique [0002] The current building construction monitoring is mostly used for bridges, tunnels, and long-span structures, but there is less construction monitoring for super high-rise buildings. Sensors are deployed at the site for monitoring, and the collected data information is stored in the cache, and the data is read out from the cache manually using external devices on a regular basis before analysis. [0003] The above construction monitoring methods have the following deficiencies: [0004] First, due to the limitation of building scale and construction period, the construction monitoring period of super high-rise buildings in the past was short, and only local components were monitored, with relatively few monitoring points, and the data lacked integrity and representative...

AI Technical Summary

Problems solved by technology

[0004] First, due to the limitation of building scale and construction period, the construction monitoring cycle of super high-rise buildings in the past was short, and only local components were monitored. There were relatively few monitoring points, and the data lacked integrity and representativeness.

[0005] Second, manual regular off-line monitoring is used, and its monitoring content and monitoring efficiency cannot meet the needs of real-time online continuous monitoring, and it is impossible to obtain timely and comprehensive response information during the structural construction process, resulting in low monitoring efficiency and inability to timely and comprehensively obtain structural information. The response information during the construction process cannot guide the construction of super high-rise buildings very well

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