Project Background

Yibin Zhumei Mine is located in mountain‑area of southern Sichuan with large terrain drop. Most transport roads are winding temporary earth‑rock mountain tracks with sharp curves. A large number of dump trucks undertake ore and muck outward transportation. The mine features rainy and foggy climate, bringing difficulties to wiring and power supply. Traditional manual trip‑recording requires heavy on‑site labor, and is prone to missing records under fog and night conditions, together with unregulated manual loopholes. The mine needs an automatic vehicle counting system adapted to rugged mountain mining environment for intelligent ore transportation management.

Project Pain Points

1. Complex alpine mining conditions: steep winding mountain roads, rainy‑foggy humid climate and limited construction conditions.
2. Drawbacks of manual registration: high labor intensity, frequent missing or wrong records at night and in foggy weather.
3. Management loopholes: manual records may cause unregulated vehicle issues with poor data authenticity.
4. No on‑site public display: drivers cannot confirm counting results in real‑time and reconciliation disputes frequently occur.
5. Lack of traceable evidence: no snapshot archives for trip‑dispute investigation.

Solution

Chongqing Jinyun Machinery deployed Mine Vehicle Automatic Counting Robot for Yibin Zhumei Mine. Pole‑mount integrated hardware is installed on main mountain transport road, equipped with high‑brightness outdoor LED display. Trucks pass without stop to finish license‑plate recognition and trip statistics. LED screen shows plate number and real‑time trip sequence. All data is uploaded to cloud management platform. It adapts to mine power‑supply condition with minimal civil reconstruction for rugged mountain roads.

Hardware Advantages

‑ Industrial outdoor hardware, stable 7×24‑hour operation under humid, rainy and foggy mountain environment.

‑ Light‑weight pole‑mount installation with little civil work, fast deployment on temporary mountain tracks without interrupting mining production.

‑ High‑brightness outdoor LED display, clearly visible on rainy and foggy days for transparent on‑site counting presentation.

‑ Integrated fill‑light unit guarantees reliable license‑plate recognition at night and in heavy fog.

Core Software Functions

1. License‑plate recognition & auto accumulating counting: identify plate number and accumulate transport trips automatically, distinguish inbound and outbound direction.
2. Real‑time LED on‑site display: show plate number and trip sequence immediately after vehicle passing to reduce reconciliation conflicts.
3. Snapshot cloud archiving: auto‑capture vehicle photos bound with plate, timestamp and trip data for traceable inquiry.
4. Cloud management platform: remotely check transport records on PC and mobile terminals, auto‑generate statistical reports with data export support.
5. Vehicle whitelist & blacklist for mine access permission control.

On‑site Application Effect

After deployment, ore‑transport trucks finish license‑plate recognition and trip statistics without stopping. LED screen displays plate number and trip information synchronously.
The system completely replaces manual on‑site registration and solves the difficulty of manual counting in foggy nights in alpine mine. Public on‑site display greatly reduces business disputes. All snapshots and trip records are stored in cloud to avoid unregulated manual loopholes.
The equipment runs steadily on steep rainy‑foggy mountain mine and realizes transparent digital management for ore outward transportation.

Customer Benefits

1. Cost reduction: Eliminate on‑site manual attendance and cut mine labor cost.
2. Transparent counting: On‑site LED public display reduces reconciliation disputes.
3. Strong mountain‑site adaptability: Moisture‑fog resistant hardware with simple pole‑mount installation fits steep temporary mountain roads.
4. Full traceability: Cloud‑saved snapshots and trip records serve as valid evidence for disputes.
5. Remote supervision: Managers check mine transport statistics remotely to support production scheduling and accounting.