With the rapid development of the country's heavy industry, the demand for transporting overweight and overlength goods has gradually increased. Super-large transport vehicles are characterized by numerous tires, extra length and width, and heavy overload capacity. Driving such vehicles carries certain risks, including many blind spots and the potential for tire blowouts. Once an accident occurs, it may cause significant economic and social impacts. Therefore, it is particularly necessary to strengthen the real-time monitoring of super-large vehicles. ### Industry Pain Points 1. **Non-standard Driving** Strict speed control requirements apply to the transportation of super-heavy trucks. However, some drivers lack a strong sense of responsibility and often engage in irregular driving behaviors such as speeding and fatigue driving, which greatly increase the risk of traffic accidents. Due to the vehicles' large length and width, drivers have significant blind spots, making accidents more likely to occur. 2. **Difficult Tire Monitoring Due to Large Quantity** Overweight vehicles need to carry extremely heavy loads and are generally equipped with numerous tires. Excessively high or low tire pressure can easily lead to load-bearing issues for other tires and even cause blowouts. Real-time tire pressure monitoring and timely early warning are crucial for ensuring vehicle transportation safety. 3. **Need for Real-time Monitoring and Accident Traceability** Remote management centers need to conduct full real-time monitoring of operating vehicles, including location, speed, and tire pressure. In the event of an accident, trajectory query and video playback should be available for retrospective analysis. ### Solution By installing a 4G wireless video intelligent on-board terminal kit on vehicles, high-precision vehicle positioning, real-time audio and video scheduling, real-time vehicle fuel collection, tire pressure detection, blind spot radar detection and early warning can be realized, with data transmitted to the back-end data monitoring cloud platform via 4G. ### Introduction to Featured Functions 1. **Full-process Monitoring** - Real-time video monitoring of vehicles, allowing remote viewing of on-site conditions and historical video data. When the vehicle turns left or right, the in-car display dynamically switches to the corresponding video feed to provide driving assistance for the driver. - Real-time tracking of each vehicle's location and status via high-precision GPS positioning; an alarm is triggered immediately if the vehicle deviates from the preset transportation route, and historical driving trajectories can be retrieved. 2. **Tire Pressure Monitoring** Wireless tire pressure monitoring sensors are installed on all vehicle tires, with data transmitted wirelessly to the on-board terminal. If abnormal tire pressure is detected, alerts are promptly sent to both the driver and the back-end monitoring center. 3. **Safe Driving Assistance System** The AI intelligent camera (ADAS+DSM) integrated in the on-board host intelligently identifies dangerous driver behaviors such as yawning, eye closing, smoking, phone use, drinking, and distracted gazing, and issues reminders to ensure driving safety. It also provides forward collision warning (FCW), headway monitoring warning (HMW), and lane departure warning (LDW). 4. **Vehicle Driving Status Detection** The on-board terminal incorporates a proprietary GSensor algorithm to detect dynamic driving conditions, such as sudden acceleration, sudden deceleration, sharp left/right turns, rollover, and collision, triggering alarms for such events. 5. **Radar Blind Spot Detection System** A blind spot radar audio-visual alarm integrated device can be installed on the vehicle's right side to detect blind spots and issue pedestrian warnings, reducing the risk of traffic accidents during vehicle operation. 6. **Refined Fuel Consumption Management** Transparent display of the entire fuel consumption process, with alarms for abnormal consumption to prevent fuel theft. Reports on fuel consumption per cubic meter and per kilometer can be generated. 7. **Voice Prompt** A TTS voice broadcaster is installed in the vehicle, enabling remote dispatch of real-time scheduling information for on-board playback. Automatic voice alerts are also triggered when vehicle emergencies occur. 8. **Data Statistics** Generation of attendance reports, operation reports, and alarm reports. ### Solution System Topology Diagram