One-sided high-slope shallow digging weak protection dynamic monitoring system and monitoring method thereof

Abstract

The invention provides a one-sided high-slope shallow digging weak protection dynamic monitoring system and a monitoring method thereof. The system comprises a monitoring platform and a remote monitoring platform. The monitoring platform comprises an information monitoring unit, an information correction unit, an information comparison unit and a storage unit. The remote monitoring platform comprises an interaction unit and a transceiving unit. The information correction unit is used for acquiring a first parameter group of observation points acquired by the information monitoring unit and correcting the first parameter group. The storage unit is used for storing the first parameter group, a second parameter group generated by the information correction unit and a preset parameter table. The information comparison unit is used for comparing the second parameter group and the preset parameter table. The information transceiving unit is used for acquiring data signals output by the monitoring platform. The interaction unit sends the preset parameter table to the storage unit through the information transceiving unit. According to the invention, the system and the method are advantaged by high monitoring precision, high monitoring timeliness and ability of achieving remote monitoring.

Description

technical field [0001] The invention relates to the field of building technology, in particular to a dynamic monitoring system for shallow excavation and weak protection of single-sided high slope and a monitoring method for the new dynamic monitoring system for shallow excavation and weak protection of single-side high slope. Background technique [0002] With the continuous development of the construction industry, in terms of slope engineering monitoring technology, the past simple tape tool for monitoring has gradually transitioned to the use of monitoring instruments for monitoring, making the slope monitoring gradually develop towards automation, high precision and remote monitoring. . [0003] In the early days, due to the limitations of monitoring instruments and monitoring levels, the monitoring of slopes could only be based on macro-geological empirical observation methods, that is, mainly based on manual observations of surface changes, groundwater changes, and su...

AI Technical Summary

Problems solved by technology

[0004] However, most of the above-mentioned slope monitoring methods need to be combined with manual observation, data collection, and later data comparison and analysis, which cannot realize real-time early prediction of geological disasters caused by slope displacement, and according to statistical results It shows that 50% of slope geological hazards occur in a very short period of time, resulting in the inability to protect the slope in time

Moreover, most of the existing monitoring methods are on-site monitoring, and the presence of monitoring personnel is required during monitoring, so there are many changes in monitoring.

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