Coal mine airspace monitoring
Coal mine airspace monitoring
- inexpensive
- Automatic report generation and delivery
- Early Warning Information Text Messages
- Personalization
System Advantages 
shot
Live View 3D Visualization
Beidou+Multi-source Sensor
Risk stability analysis
Short-range heavy rainfall forecast
Monitoring elements
Working Principle
Horizontal and vertical monitoring is realized by satellite RTK differential technology with real-time accuracy of centimeter level and post-decompute accuracy of millimeter level.
Monitoring equipment
Working Principle
The rain barrel will receive the rainfall into a small bucket, after reaching a certain amount, it will be automatically poured out, and at the same time form the corresponding rainfall record, so that the rainfall process can be measured down.
Monitoring equipment
Working Principle
Through the application of video recording, playback, linkage alarm, monitoring strategy formulation and emergency command for remote monitoring objects, it achieves the dual functions of monitoring and communication, and fully meets the needs of remote monitoring and emergency command.
Monitoring equipment
Working Principle
Linkage with the early warning function module of Kobo's geohazard monitoring cloud platform, sending out early warning signals through sound and light.
Monitoring equipment
system platform
One Map Platform
A single chart synthesizes information from multiple monitoring programs
Monitoring risk analysis
Multi-source data collection and fusion technology, multi-means early warning analysis, customizable reporting services
Monitoring and early warning mobile
WeChat small program and mobile APP multi-channel display monitoring project
Risk Analysis Functional Module
Fact Sheet
Monitoring the overall status of early warning in the region
GIS + 3D Visualization Integration
Beidou + geotechnical, meteorological and other multi-source sensor fusion
warning message
Red, yellow, orange and blue warning information
Comprehensive analysis of the causes of early warning
Leveled Alert Push
SMS, email and other push methods
data analysis
Trend analysis of Beidou, geotechnical monitoring data
Multi-source data correlation analysis
Improved tangent angle analysis
Stability assessment analysis of the monitoring area
Automatic generation of monitoring reports
Automatically generated by the system according to the settings
Daily, weekly, monthly and annual monitoring reports
Short-range weather warning function module
Short-range weather warning function model
High-precision three-dimensional water vapor inversion
Real-time high-precision inversion of three-dimensional water vapor content based on ground-based BeiDou.
Real-time dynamic monitoring of regional grid water vapor content.
short-range weather warning
High-time, high-resolution monitoring of temporal and spatial changes in atmospheric water vapor.
Regional grids for short-range weather forecasting can be realized.
Project Cases
Project BackgroundThe Tangjiahui mine is located in the central part of the Junggar Coal Field, and the terrain is generally high in the north and low in the south, with a general difference of about 80m in relative elevation. The coal mining area is located in the high loess slope, manual measurement and monitoring and its hard and difficult. The automated monitoring of the 61101 first mining face of Tangjiahui Coal Mine is the first use in the Inner Mongolia region, which was completed in June 2015.
Project location: Tangjiahui Coal Mine, Ordos City, Inner Mongolia Autonomous Region
Project cycle: June 2015-June 2018
Monitoring elements:: 1 GNSS reference station and 2 GNSS surface displacement monitoring stations.
Project Background:Pan Yidong Shaft Field is located in Panji District, northwest of Huainan City, Anhui Province, about 13km southeast from Dongshan, center of Huainan City. the north is bounded by the F3 fault, the west is bounded by the No.Ⅲ exploration line, and both the east and south are up to the ground vertical projection line of the contour line of the bottom plate of the 13-1 coal seam-1000m; the mine has an average east-west strike length of nearly 8.0km, and an inclined width of about 4.5km in the north-south direction, with an area of about 36km2. pan Yidong Coal Mine The automated monitoring of the first mining face is the first use in the Huainan region.
Project Location:Pan Yidong Coal Mine, Huainan City, Anhui Province, China
Project cycle:March 2013-March 2015
Monitoring elements:12 BeiDou monitoring stations.
Project Background: The Banji coal mine shaft field is located at the border between Lixin County and Yingshang County, with a length of about 5.3 kilometers from east to west and a width of about 2.5 to 6.7 kilometers from north to south, covering an area of about 30 square kilometers. The area covered by the mining airspace is mostly residential houses and land crops, which has a close impact on the personal and property safety of the villagers. This project is to carry out automated monitoring of surface displacement in the operational airspace of the mining face to the west of the mine.
Project location: Huji Town, Lixin County, Bozhou City, Anhui Province, China
Project cycle: May 2021 to present
Monitoring elements:: 1 GNSS reference station, 8 GNSS surface displacement monitoring stations, 1 rainfall monitoring station
Other solutions
Su Gong Network Security No. 32011202000665
