Australia Mining Fleet Management System
Australia Mining Fleet Management Solution
In Australian open-pit mining operations, the fleet consists not only of mining trucks but also includes command vehicles, production engineering vehicles, dump trucks, excavators, forklifts, large cranes, and more.
Mining Environment
- The mining site features mixed traffic with various types of vehicles, a high number of vehicles, and personnel, resulting in poor traffic conditions.
- The roads within the mining site are temporary gravel transport roads with a short lifespan, uneven surfaces, and a high risk of driving hazards.
- The high-bench mining method leads to frequent turns with small turning radii and steep ramps.
Mining Truck Structure
- Mining trucks have large load capacities, complex structures, and operate in harsh conditions.
- Blind spots exist on all sides of mining trucks, significantly impacting driving safety and being a direct cause of accidents.
Driving Behavior
- Risky behaviors such as using mobile phones, fatigued driving, smoking, and not wearing seat belts can easily lead to safety incidents.
YUWEI Mining Fleet Management System
The onboard monitoring front-end system consists of an active safety warning system, a 360-degree surround-view system, a standard vehicle-mounted monitoring system, and an onboard terminal. The onboard terminal includes multi-mode satellite navigation positioning, 3G/4G wireless transmission, and other functional modules. All information collected by the front-end sensors is transmitted wirelessly to the management platform, where it is aggregated, processed, and shared.
Active Safety Warning System
This system includes three main components: Driver Behavior Analysis (DBA), Advanced Driver Assistance System (ADAS), and Blind Spot Detection (BSD) for the right side. The core of the system consists of an intelligent driving assistance terminal, a DBA camera, an ADAS camera, and a BSD camera. It enables real-time monitoring and alerts for driver behaviors such as fatigue driving, smoking, using a handheld phone, prolonged distraction, absence from the driver's seat, hands-off driving, and not wearing a seat belt. Additionally, it provides detection and warnings for pedestrians, vehicles, and objects on the right side of the vehicle, as well as collision prevention alerts.
360-Degree Surround-View System
The 360-degree surround-view system addresses blind spot issues by using panoramic image stitching and image balancing algorithms to seamlessly merge four ultra-wide-angle 720p/1080p camera feeds. This system provides complete 360-degree monitoring and recording around the vehicle. The driver can easily assess their surroundings via an in-vehicle display, significantly enhancing situational awareness. This system improves safety during vehicle start-up, turns, parking, overtaking, and obstacle avoidance by eliminating blind spots, extending the field of view, and increasing reaction time to prevent accidents such as scraping, collisions, and rollovers.
Standard Vehicle-Mounted Monitoring
Since intelligent monitoring applications like the 360-degree surround-view system and active safety warning system are installed in fixed positions and cannot provide full coverage of all scenarios, a standard vehicle-mounted video monitoring system is used to complement them. Its primary function is to assist in overall scene reconstruction and monitoring.
Functions:
- Supports GPS/BDS positioning
- Supports remote high-definition vehicle video monitoring
- Driver behavior monitoring and analysis
- Intelligent driving assistance
- Right-side blind spot monitoring
- 360-degree surround-view system
- Alarms and status alerts
- Communication with the control center
- One-touch emergency alarm
By integrating blind spot monitoring and active safety prevention, the system provides comprehensive surveillance of vehicle blind spots, ensuring full awareness of the surrounding environment for safe operation. With intelligent front-end analysis, it transforms passive monitoring into proactive prevention, offering real-time insights, perception, alerts, and data storage for driver behavior and surrounding conditions. This enhances corporate oversight of driver behavior, minimizes safety risks, and improves emergency response efficiency.
