Structural stand column inclination monitoring method and system based on fitting inversion and storage medium

Abstract

The invention discloses a structural stand column inclination monitoring method and system based on fitting inversion and a storage medium. According to the scheme, the method includes: arranging a plurality of measurement points on a bus of a to-be-measured structural stand column along a certain distance; monitoring the inclination angle variation of the measurement point in real time; and calculating an inclined lateral displacement curve of the to-be-measured structure stand column based on the monitored data, and determining the column top displacement according to the inclined lateral displacement curve. The scheme provided by the invention is simple to operate, very high in calculation efficiency and capable of achieving automatic real-time monitoring; meanwhile, the scheme has no requirements for field conditions including sight line transparency, environment reference points and the like, and the technical problems that traditional deflection measurement has high requirementsfor instruments, calculation and environment are effectively solved.

Description

technical field [0001] The invention relates to an engineering monitoring technology, in particular to a monitoring technology for the inclination of a structural column. Background technique [0002] During the building construction process, the real-time and accurate measurement of the inclination of the structural column is particularly important for the monitoring of the construction process and the health monitoring of the operation stage. [0003] At present, the monitoring and measurement technology for the inclination of structural columns is generally based on deflection measurement technology. However, the traditional deflection measurement technology has high requirements for instruments, calculations, and environment in the actual application process, which greatly affects its practicability. [0004] On this basis, people have also provided multiple schemes for the monitoring and measurement of the inclination of the structural column, such as: the Chinese paten...

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Problems solved by technology

[0008] As can be seen from the above-mentioned existing schemes, although the 1-3 schemes all disclose devices or tool methods for measuring inclination, these schemes all require manual on-site operation, and cannot automatically monitor the inclination data of the column in real time; moreover, the monitoring data cannot be guaranteed accuracy

The fourth plan mentioned the Internet of Things networking of the tilt monitoring device, but this method only realizes data collection and transmission, and the data of each sensor is independent of each other. There is no further calculation and evaluation method for the tilt curve of the column, and the accuracy of the final monitoring data cannot be guaranteed. and targeted

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