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Technology-based solutions for overloading and over-limit control using LiDAR systems
2024-04-11
Recently, the General Office of the People's Government of Shanxi Province issued the "Work Plan for Technological Overweight Control at the Source of Road Freight Transportation in Shanxi Province," which sets forth the goal of completing the acceptance inspection of technological overweight control systems at the source of road freight transportation in Shanxi Province by the end of 2024. By the end of 2025, Shanxi Province is expected to have basically established an information management service platform for source-based technological overweight control, thereby creating an integrated digital governance model for overweight control at the source that features horizontal integration, vertical connectivity, intelligent supervision, and precise services.
Overload control plays an important and positive role in protecting road and bridge facilities as well as ensuring traffic safety. The application of technological means helps overload control efforts achieve new breakthroughs.
1. Site upgrade to enable non-stop detection;
2. Use the data collected from axle-load measurements to analyze freight vehicle type data and identify the main routes where heavily loaded vehicles are concentrated.
3. Drive axle identification, utilizing motor vehicle chassis scanning technology to precisely identify weight limits and other relevant standards.
YINTAILI Technology has been deeply engaged in smart transportation for many years and boasts extensive experience and comprehensive solutions in the field of technology-driven overloading control.
Laser Wheel Axle Identifier
The ILS-E30-3 laser wheel-axle identifier can be quickly installed and deployed on one side without damaging the toll booth island. Unlike other wheel-axle identification solutions and technologies, the E30-3 can rapidly identify various types of vehicle axles, accurately determining the vehicle’s type and helping toll stations achieve intelligent management.
Laser axis identifier
The ILS-E30-2 laser axle-type identifier performs real-time, automated 3D scanning of vehicle axles at high-speed entry points. Leveraging the high-speed scanning capabilities of lasers, the device activates a vehicle detection state machine upon detecting a vehicle passing by. When the vehicle’s front end enters the detection zone, the axle-type recognition algorithm is triggered; once the vehicle’s rear end exits the detection zone, the axle recognition algorithm outputs the detection results. Through mathematical modeling, the collected vehicle data is then transmitted to the overload control system or relevant platforms. This product boasts strong anti-interference performance, ensuring accurate data collection even under adverse weather conditions such as rain, snow, fog, ice, and frost, thereby effectively reducing safety risks on highways.
RaiShi All-in-One Vehicle Identifier
It integrates automatic hand-shape recognition, image and video capture, high-precision drive axle detection, and vehicle model identification. It features a built-in drive axle recognition algorithm and vehicle classification technology that are protected by independent intellectual property rights and patents. The system supports three-sided image capture and 5-second video recording, complying with the "Highway Weighing and Inspection Business Specifications and Technical Requirements." It fully meets the requirements for "three-image" capture and video storage of no less than 5 seconds at highway entry points for overloading control.
Ingress Overweight Detection System
The entry-level overlimit detection system is an important component of the modern management system for controlling vehicle overloading. This system can precisely detect information such as the weight, speed, number of axles, number of axle groups, axle type, and length, width, and height dimensions of cargo vehicles.
YINTAILI Technology will continue to focus on smart transportation solutions, contributing to the realization of a safer, more efficient, and more sustainable transportation environment.
Learn more—contact customer service for product inquiries.
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Building 3, Zone 3, Yongfeng Technology Enterprise Accelerator, Haidian District, Beijing Municipality, 2nd Floor
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