This system adopts BeiDou automated monitoring method to monitor the surface displacement of the monitoring area for automated deformation monitoring, and its working principle is as follows: each BeiDou monitoring point and reference point receiver receives BeiDou signals in real time and sends them to the control center in real time through the data communication network, and the BeiDou data processing software of the server of the control center decodes the three-dimensional coordinates of each monitoring point, and the data analysis module acquires the three-dimensional coordinates of each monitoring point and compares them with the initial coordinates to obtain the amount of change of the monitoring point. The data analysis module acquires the three-dimensional coordinates of each monitoring point and compares them with the initial coordinates to obtain the amount of change of the monitoring point, and at the same time, the analysis software alarms according to the pre-set warning value.
Inclinometer is suitable for long-term installation in concrete dams, panel dams, earth and stone dams and other hydraulic buildings, and industrial and civil buildings, roads, bridges, tunnels, roadbeds, civil pits and other measurements of the amount of change in its tilt, easy to realize the automation of the collection of measurement data.
Seepage manometer is suitable for long-term buried in the hydraulic structures or other concrete structures and soil, measuring the structure or soil inside the infiltration (pore) water pressure, and can be synchronized to measure the temperature of the buried point.
Surface strain gauges are suitable for long-term deployment on the surface of hydraulic structures or other structures to measure the amount of strain on the surface of the structure, and can be synchronized to measure the temperature at the deployment point.
Buried strain gauges are suitable for long-term burial in hydraulic structures or other concrete structures to measure the amount of strain inside the structure, and can be synchronized to measure the temperature at the burial point.
Fixed inclinometer body is made of high-strength corrosion-resistant high-quality stainless steel material. It is suitable for measuring the vertical displacement of structures such as pits, earth and stone dams, panel dams, rocky slopes, earth embankments and roadbeds, etc. The instrument can be used repeatedly with the inclinometer tube.
Anchor cable force gauge is suitable for long-term monitoring of the anchorage status of prestressing of hydraulic structures and other concrete structures, rock slopes, bridges, etc., and synchronized measurement of the temperature at the point of burial.
The axial force meter is a vibrating string load cell with the advantages of high resolving power, strong anti-interference performance, sensitive response to concentrated load, reliable measurement value and good stability, etc. It is capable of long-term measurement of the foundation reaction force on the superstructure, the axial force on the steel support and the load during the static pile test, and it can synchronize with the measurement of the temperature of the buried point.
A single chart synthesizes information from multiple monitoring programs
Multi-source data collection and fusion technology, multi-means early warning analysis, customizable reporting services
WeChat small program and mobile APP multi-channel display monitoring project, support inspection data entry, flexible operation
Monitoring the overall status of early warning in the region
GIS + 3D Visualization Integration
Beidou + geotechnical, meteorological and other multi-source sensor fusion
Red, yellow, orange and blue warning information
Comprehensive analysis of the causes of early warning
Leveled Alert Push
SMS, email and other push methods
Trend analysis of Beidou, geotechnical monitoring data
Multi-source data correlation analysis
Stability assessment analysis of the monitoring area
Automatically generated by the system according to the settings
Daily, weekly, monthly and annual monitoring reports