DICBMCP - Digital Mine - 中感集团

DICBMCP

The Digital Intelligent Coal Bunker Management & Control Platform is a comprehensive safety solution integrating functions such as bunker inspection, intelligent cleaning, and anti-blockage & anti-burst control.

H&Q

Obtained the Achievement Certification of "Application of New Technologies, New Processes and New Equipment in Mines" in Anhui Province in 2025

Safety monitoring and intelligent O&M of various coal bunkers such as underground coal bunkers, surface coal bunkers, and raw coal surge bunkers in coal preparation plants.

Suitable for various underground and surface coal bunker scenarios in coal mines, including production bunkers, surge bunkers, gangue bunkers, etc.

IPP

1. High risks of manual inspection and difficult safety guarantee
Through unmanned bunker inspection and intelligent cleaning operations, it realizes "no personnel entering the bunker, remote control", and fundamentally eliminates safety risks such as suffocation and falling caused by manual entry.

2. Frequent coal bunker blockages affecting continuous production
The platform integrates AI coal flow recognition and intelligent bunker cleaning system, monitors and quickly handles blockage hazards in real time, greatly reduces unplanned shutdowns, and ensures coal turnover and production stability.

3. Single monitoring method and lack of systematic management
Relying on "dual-wave fusion modeling + multi-sensor collaboration", it realizes 3D visualization of coal bunkers, intelligent early warning of hanging wall risks, and full-process digital twin management, improving management transparency and scientific decision-making.

4. High policy compliance requirements, difficult to meet with traditional models
Provide a one-stop digital intelligent coal bunker solution that meets national mine safety policy requirements, helping enterprises realize unmanned and intelligent upgrading, and systematically implement safety management responsibilities.

1. Unmanned Bunker Inspection System
Intelligent inspection robots regularly enter the bunker, equipped with multi-parameter gas sensors, high-definition vision and "dual-wave" radar, to realize all-weather monitoring of the deep environment and structural status of the coal bunker.

2. Collaborative Operation of Intelligent Bunker Cleaning Robots
The platform links intelligent bunker cleaning robots to realize remote unmanned cleaning operations, with cleaning efficiency increased by more than 50%, personnel costs reduced by 70%, and intrinsic safety throughout the operation.

3. High-precision Modeling and Early Warning with Dual-wave Fusion
Fusing LiDAR and millimeter-wave radar data to realize accurate 3D modeling inside the coal bunker under high dust environment, intelligently identify hanging wall and damage, and provide real-time early warning.

4. Full-process Integrated Safety Management & Control
Integrate functions such as AI coal flow foreign object recognition, electronic fence, environmental multi-parameter monitoring, and rapid anti-burst disposal, forming a closed-loop management of monitoring-warning-disposal.

✅3D Virtual Mapping and Remote Visual Monitoring of Coal Bunkers

✅ntelligent Identification and Risk Early Warning of Bunker Hanging Wall

✅AI Coal Flow Foreign Object Recognition and Linked Disposal

✅Electronic Fence for Key Areas and Personnel Proximity Warning

✅Real-time Multi-parameter Monitoring of Bunker Internal Environment (Gas, Temperature, Images, etc.)

✅Remote Operation Scheduling and Control of Intelligent Bunker Cleaning Robots

✅Burst Bunker Risk Identification and Rapid Shutdown Protection

✅Data Fusion Analysis, Continuous Algorithm Optimization and Decision Support

MSO	Windows server 2016
DBP	MySQL
NP	B/S architecture, LAN, WAN
MS	Memory capacity ≥ 32G; Hard disk capacity > 2T Graphics card type: discrete graphics card;;
SSR	≥250ks/s
SPE	＜0.1%
MMR	Diameter 100m, depth 80m
3DEM	±1%
ABRT	≤2S
CP	400万