Study on Development of Coal Mine Transparent Geology Internet of Things Access System Based on Rule Engine
With the rapid development of intelligent coal mine construction in China and the continuous accumulation of massive geological data,there is a growing need for the construction of a unified,secure,intelligent,and efficient transparent geological platform.Analyzes the access,management,and storage of heterogeneous coal mine geological data using technologies such as Internet of Things(IoT),time series storage,and rule engine.It also develops an IoT access platform for transparent coal mine geology that facilitates protocol access,storage,management,and push services for dynamic data from various sensor devices.The research and development of this platform effectively reduces the cost associated with accessing and managing diverse protocol data sources while enhancing availability,scalability,and real-time accessibility within coal mine systems.In constructing a transparent geological security system at Chahasu coal mine site specifically,this platform significantly improves dynamic data access efficiency by reducing personnel requirements from 5 people per month to 0.5 people per month.Moreover it greatly enhances system operation efficiency while reducing operational maintenance costs resulting in achieving desired construction outcomes.
IoTtime-series storagetransparent geologyrule enginemulti source heterogeneous data
NETL
NSTL
万方数据
