Perpendicularity and horizontal displacement intelligent monitoring system

Abstract

The invention relates to a perpendicularity and horizontal displacement intelligent monitoring system. The system comprises a monitoring host and a receiving system; the receiving system is a mobile device APP; the monitoring host comprises a plumb pointer, a grating dial, a laser ranging system, an absolute gravity height measurement system, a horizontal bubble, an electronic instrument panel and a solar cell; the monitoring host is provided with a transmission device used for transmitting signals and data with the receiving system; the transmission device comprises a 5G signal transmission receiving device and a Bluetooth device; the receiving system receives signals of the monitoring host through the transmission device and calculates and displays deviation conditions through an internal data processing system, so as to provide accurate and rapid early warning information for engineering monitoring. Compared with the prior art, the system achieves rapid, accurate, real-time and intelligent monitoring, reduces manual operation, and well solves the limitation of unfavorable monitoring conditions in the prior art.

Description

technical field [0001] The invention relates to the technical field of construction engineering, in particular to an intelligent monitoring system for verticality and horizontal displacement. Background technique [0002] In high-rise buildings, deep foundation pits, high slopes, tower cranes and other dangerous projects, it is usually necessary to monitor various verticality, horizontal displacement, and deep displacement of soil. At present, theodolite is usually used in the engineering monitoring process. , Plumb instrument, total station and other large complex and heavy instruments, these equipment require a lot of manual operation during the monitoring process, and the monitoring conditions are unfavorable, the measurement speed is slow, the measurement accuracy is not accurate enough, and the monitoring data needs manual checking and calculation, which cannot realize intelligence monitoring and therefore needs to be improved. Contents of the invention [0003] The ...

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Problems solved by technology

[0002] In high-rise buildings, deep foundation pits, high slopes, tower cranes and other dangerous projects, it is usually necessary to monitor various verticality, horizontal displacement, and deep displacement of soil. At present, theodolite is usually used in the engineering monitoring process. , Plumb instrument, total station and other large complex and heavy instruments, these equipment require a lot of manual operation during the monitoring process, and the monitoring conditions are unfavorable, the measurement speed is slow, the measurement accuracy is not accurate enough, and the monitoring data needs manual checking and calculation, which cannot realize intelligence monitoring, so improvements are needed

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