Automatic integration railway slope monitoring system

Abstract

The present invention discloses an automatic integration railway slope monitoring system. The system comprises a remote transmission module for data timing transmission and monitoring, the remote transmission module is connected with a moisture monitoring module configured to measure moisture changing information, a soil pressure monitoring module configured to measure soil pressure in a soil body, a meteorology monitoring module configured to measure meteorology information and a deformation monitoring module configured to measure deformation, the moisture monitoring module comprises a surface layer soil body module and a deep layer soil body module, and the deformation monitoring module comprises a slope monitoring module and a settlement monitoring module. The automatic integration railway slope monitoring system can perform comprehensive monitoring of deep layer soil body moisture changing, surface layer soil body moisture changing, deep displacement changing, surface displacement deformation and meteorology information at the slope; and the automatic integration railway slope monitoring system can realize wireless transmission of monitoring data and ensure the data continuity, is more convenient and rapid than human-generated data and accurately measures the soil pressure changing condition in the slope.

Description

technical field [0001] The invention belongs to a monitoring system, in particular to an automatic comprehensive railway slope monitoring system. Background technique [0002] Due to the influence of its complex geological conditions, slope stability has always been the focus of geotechnical engineering. With the rapid development of the national economy, human engineering activities must become more frequent and larger in scale. At the same time, as the options for engineering sites are decreasing, engineering design will face more complex geological conditions to a certain extent. Therefore, more consideration should be given to the influence of the geological conditions of the slope on its stability and its changing trend when designing the slope. [0003] For a long time, the fields of engineering geology and rock and soil mechanics have done a lot of research work on slope stability, but it is still difficult to find the theory and method for accurate evaluation. The...

AI Technical Summary

Problems solved by technology

[0008] 1. The existing slope monitoring system is not comprehensive, and most of them are only deformation monitoring, ignoring soil pressure and microclimate monitoring

[0009] 2. Most of the existing slope deformation monitoring is horizontal monitoring, ignoring vertical monitoring, and the monitoring position is single, which cannot fully reflect the slope displacement

[0010] 3. Most of the existing slope monitoring is manual monitoring, which is labor-intensive

[0011] 4. The monitoring data is not continuous and cannot be measured around the clock

[0012] 5. The earth pressure measurement in the slope is inaccurate, and there is no fixed support point

Images