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Intrinsically safe LiDAR camera for real-time coal volume detection on conveyor belts, fusing LiDAR scan data with image processing for reliable load monitoring.
The Intrinsically Safe Mining LiDAR Camera is used for real-time detection and monitoring of coal volume. It scans the conveyed coal profile with LiDAR and sends the scan data to the camera's image-processing module for fused analysis, with mining intrinsically safe explosion protection.
Accurate knowledge of coal volume on a conveyor belt is valuable for production control, but conventional volume measurement methods are intrusive and difficult to install underground. The Intrinsically Safe Mining LiDAR Camera solves this with a non-contact approach: it is mainly used for real-time detection and monitoring of coal volume on conveyor systems.
The camera scans the conveyed coal profile with LiDAR, capturing the three-dimensional shape of the material on the belt. The scan data is sent to the camera's image-processing module, where it is fused with image information for combined analysis. This fusion gives a reliable estimate of coal volume and load distribution, even under the varying lighting and dusty conditions typical of underground transport.
With mining intrinsically safe explosion protection, the camera can be installed directly above belt lines in hazardous underground areas. Real-time coal-volume information supports belt load monitoring, better speed control for energy efficiency, and accurate production accounting — all from a single, safe, non-contact sensing device.
| Parameter | Value |
|---|---|
| Sensing Technology | LiDAR scanning + image fusion |
| Function | Real-time coal volume detection and monitoring |
| Explosion Protection | Mining intrinsically safe |
| Installation | Above conveyor belt lines |
| Application | Underground coal transport |
Conveyor coal-volume monitoring, belt load management, underground production accounting, and intelligent coal transport.
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The company is a provider of complete solutions for mine rail transportation dispatching systems and intelligent mine signal control and safety dispatching.
