A tower body deformation real-time monitoring device for a communication tower

Abstract

This invention provides a real-time monitoring device for tower deformation of communication towers, applied in the field of communication tower monitoring technology. The device includes: a sensor array installed at the angle steel splicing points and key stress locations of the tower body; an mounting component equipped with a nut color-coded inspection unit for monitoring nut loosening and an angle steel color-coded inspection unit for monitoring deformation at the angle steel splicing points; a camera for real-time acquisition of color-coded monitoring data from the nut and angle steel color-coded inspection units; and a data acquisition unit for uploading the deformation data from the sensor array and the color-coded monitoring data from the camera to a cloud-based monitoring platform. This invention simultaneously monitors the overall tower deformation tilt angle sensor, local deformation strain sensor, angle steel color-coded inspection units, and nut loosening, enabling multi-dimensional collaborative monitoring and avoiding the limitations of single monitoring methods. It can accurately detect minute deformations and potential loosening issues.

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