System Overview

The intelligent monitoring system for mine water prevention and control revolves around key technical aspects such as investigation of hidden geological factors causing disasters, identification of water source types, prediction of water inflow volume, and monitoring of incubation conditions. It relies on geophysical, geochemical, and drilling techniques to construct a comprehensive intelligent perception system for mine water prevention and control, achieving full collection of water related data. The system provides a multi-source heterogeneous data fusion platform, which can achieve information resource sharing with other professional systems such as production auxiliary systems, comprehensive automatic control systems, video surveillance systems, and information publishing systems. On the basis of the Zhihui Rongtong Mine Water Prevention and Control Big Data Warehouse On top of this, the system introduces artificial intelligence technology, 3D visualization technology, and adopts a geological model and data dual wheel drive mechanism. Based on the water bearing structure of the mine roof and floor, as well as the old empty water model, it realizes the prediction of water inrush from the coal seam floor, rapid identification of water sources, analysis of water rich properties of aquifers, and constructs a transparent earth model for mine water prevention and control. It comprehensively supports the prediction and analysis of geological factors causing mine water disasters, disaster prevention scheduling decisions, and optimization of escape routes for personnel involved in disasters. This plan is jointly developed by Wuhan Xinfeng Optoelectronics Co., Ltd. and Wuhan Dida Huarui Measurement and Control Technology Co., Ltd.

System Architecture

system function

Comprehensive online monitoring:Complete collection of hydrogeological information, online monitoring of drilling, geophysical, and hydrological data, seamless integration of dynamic and static data with 4D-GIS.

Scheduling decision support:Effective screening of factors causing water disasters, automatic identification and precise control of water disasters, and visual command and dispatch of emergency disaster avoidance and response.

0A Office Assistance:Web、PC、 Three in one mobile device, providing comprehensive assistance in security, production, and operation, with a one-stop single sign on for multiple systems.

System features:

One Network: Build a mining water information perception and transmission network based on the Internet of Things, organically integrate mining exploration monitoring and water related perception, and construct a comprehensive monitoring network for mining water related factors.

One image: Establish a comprehensive information "one image" that integrates mining auxiliary systems, integrated self-control systems, video surveillance and other subsystems to achieve the integration of mining water information.

One center: Establish a data center that supports the application of new generation mining water related business, suitable for big data storage and processing, carry out deep development and application of information, and achieve information aggregation.

One platform: Based on the concept of cloud computing, build a software and hardware environment for system operation, construct a platform resource manager, and form a business development and operation support environment based on a unified technical architecture.

One ledger: Establish relevant ledgers for mining geology, hydrology, drainage systems, and geophysical exploration results.

One standard: Establish a unified mine water related information management and control standard system, and achieve the organic integration of standard business systems.

One system: Establish a complete set of rules and regulations around the needs of mine water hazard prevention and water environment supervision.