Smart Overloading Control
Smart Overloading Control Platform
The intelligent overload control platform mainly consists of a front-end sensing system, a network transmission system, and a back-end management system. It integrates cutting-edge technologies such as IoT, artificial intelligence algorithms, big data mining and analysis, multi-dimensional data modeling, visual recognition, and cloud-edge collaboration. Utilizing multi-dimensional sensor feature data, vehicle data, and road condition data for collaborative and integrated management, it accurately monitors and collects data related to overloaded vehicles 24/7 without disrupting normal road traffic. It provides management departments with situational awareness and decision-making guidance data on people, vehicles, and roads, improving the standardization of overload control enforcement. Its ability to accurately investigate and provide precise services promotes the modernization of comprehensive governance in the transportation industry.
LAYOUT OF EQUIPMENT
SYSTEM COMPOSITION DIAGRAM
INTRODUCTION TO SYSTEM COMPOSITION
The integrated technology-based overload control system consists of non-stop weighing equipment, vehicle external dimension detection equipment, license plate recognition and capture equipment, video surveillance equipment, information dissemination equipment, traffic signs, power supply and lightning protection facilities, non-stop monitoring zones and their ancillary facilities.
High-speed dynamic weighing subsystem
Composed of weighing sensors, detection coils, high-speed dynamic weighing terminals, and other equipment, it automatically detects information such as the vehicle's total weight, axle load, vehicle type, and speed.
License plate recognition subsystem
It consists of a high-definition license plate recognition unit, a light source compensation device, image recognition and detection software, etc., and automatically recognizes vehicle license plates.
Video surveillance subsystem
It consists of a PTZ camera, a hard disk recorder, etc., to realize video recording of the testing process and equipment safety monitoring.
Information publishing subsystem
It consists of a variable information display screen, a controller, etc., to promptly inform overloaded vehicles of their overload information.
Vehicle external dimension detection subsystem
Composed of a laser measurement sensor, control cabinet, and data acquisition unit, it automatically detects the length, width, and height of a vehicle.
Software platform subsystem
It consists of a detection computer, unattended software peripherals, and other equipment. It realizes data synthesis, matching, recording, and storage, and generates statistical data and reports as needed.
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