Technical Analysis and Application of Edge Box (JFB7725) for Source Overload Management
Publish Time: 2024-06-17
With the rapid development of the transportation industry, the problem of vehicle overloading has become increasingly prominent, which has become an important factor affecting road traffic safety and the service life of highway facilities. In order to effectively curb the phenomenon of overloading and improve the level of road safety management, the edge box of source overloading management (JFB7725) came into being. In this paper, the technical composition and working principle of JFB7725 and its application in the management of overloading and overloading are introduced in detail. 
Technical composition The Source Overload Management Edge Box (JFB7725) consists of the following modules: Weighing control module: It is responsible for real-time monitoring of the weight of vehicles passing through the stuck point to ensure the accuracy and real-time of the data. License plate recognition module: capture the vehicle license plate information through the high-definition camera to achieve fast and accurate license plate recognition. Axle identification module: identify the number, size and other information of the axle of the vehicle, and provide an important basis for overloading judgment. Information release module: release relevant information to the driver through LED display and other means according to the overloading situation of the vehicle, and guide the driver to drive legally. The gate control module is linked with the weighing control module to intercept the overloaded vehicles and prevent them from continuing to run. AI human identification module: use artificial intelligence technology to identify the driver's identity and provide the basis for tracing the responsibility of overloading. AI vehicle motion behavior and posture analysis module: through video analysis technology, real-time analysis of vehicle trajectory and posture is carried out to provide auxiliary information for overload judgment. Intelligent acousto-optic control module: automatically trigger the acousto-optic alarm device to remind managers and drivers to pay attention according to the overload situation of the vehicle. Micro-card monitoring module: special monitoring of mini-vehicles to ensure their safety during transportation. Hyperdata synthesis and transmission module: synthesize the data collected by each module and transmit it to the monitoring platform of the management department in real time through the network. How it works Source Overload Management Edge Box (JFB7725) integrates multiple functional modules to realize automatic analysis, synthesis and pairing of vehicle information and driver information at all entry and exit monitoring points. When the vehicle passes the stuck point, the weighing control module first weighs it and transmits the data to the system core. The license plate recognition module and the axle recognition module work at the same time to recognize the license plate information and the axle information of the vehicle. The AI human identity recognition module and the AI vehicle motion behavior and posture analysis module analyze the driver identity and the vehicle motion state. The information release module releases relevant information to the driver according to the overloading condition of the vehicle. The road gate control module intercepts the over-limited and over-loaded vehicles according to the system instruction. And finally, the hyper-data synthesizing and transmitting module uploads the synthesized paired data and the device heartbeat signal data to a monitoring platform of a management department in real time. Application effect The edge box (JFB7725) of source overload management plays an important role in overload management. Through real-time monitoring and automatic analysis of vehicle information and driver information, the occurrence of overload is effectively curbed. At the same time, the equipment also improves the level of road safety management and reduces the occurrence of traffic accidents. In addition, by uploading real-time data to the monitoring platform of the management department, the remote monitoring and management of overloaded vehicles are realized, and the management efficiency is improved. 
As an advanced traffic management equipment, the edge box (JFB7725) of source overload management plays an important role in overload management. By integrating multiple functional modules and adopting advanced technical means, the equipment realizes the functions of automatic analysis, synthesis, pairing and real-time uploading of vehicle information and driver information to the monitoring platform of the management department. In the future, with the continuous development and improvement of technology, the equipment will play a more important role in traffic management.
