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Object Oriented
Mainly for urban traffic management functional departments, effective supervision of the current rapid growth of the automotive industry. Solve several thorny problems in traffic management:
1: Unable to accurately identify the vehicle’s identity and qualifications;
2: There is an urgent need to establish a traffic monitoring system based on vehicle recognition;
3: The demand for regional transportation charges.
Introduction to the overall plan
This product is based onRFIDThe essence of a technical urban traffic management and service system is to establish a comprehensive vehicle information platform, with the goal of promoting the platformization and servicing of vehicle-related information in public security, transportation and other systems. Using RFID as the basic information collection method can fundamentally Realize the sharing of vehicle-related information resources and improve the informatization level of vehicle management.
value of customer
Realize precise vehicle management
Adopting the dual storage X-RFID chip technology of Kelvin’s global original and independent intellectual property rights, the RFID electronic license plate and the vehicle identity are uniquely bound to establish an RFID Internet of Vehicles system, combined with the existing video surveillance system, for dynamic traffic Management provides more intelligent and real-time technical support. Realize the dynamic automatic identification and management of running vehicles, which can improve the existing static vehicle supervision mode and realize the precision of vehicle management. Through vehicle dynamic monitoring, license plate anti-counterfeiting, bayonet monitoring, hit-and-run vehicle tracing, taxi security management, road network dynamic monitoring, traffic flow analysis and guidance control, vehicle safety management, etc., effectively regulate vehicle use and driving behavior, and restrain vehicle violations Behavior, to provide a safe, efficient and harmonious traffic environment for urban development and people’s lives.
Exploit the potential of urban roads and improve the efficiency of transportation organization
Use the functions of RFID technology to automatically identify and collect dynamic information to dynamically monitor the urban road network to grasp the road traffic conditions in time, especially to accurately grasp the traffic flow status and vehicle distribution of the urban traffic congestion bottleneck sections and intersections, for targeted implementation The macro-guidance of urban traffic flow and the real-time adaptive control of intersections create conditions for rationally adding and transforming traffic control signals, thereby greatly improving traffic quality.
When planning, constructing, and renovating roads, regulating traffic, and formulating relevant policies, cities need a large amount of reliable statistical data as the basis for their decision-making. The traffic history data and various classified statistical quantitative indicators collected through this system are valuable resources for the government and related management departments to make decisions; the information is rich, the classification is detailed, and the extraction is convenient; the government and related management departments can view it as a bird’s eye view without leaving the house. Conveniently and quickly obtain the required traffic statistics information and reference analysis results, so that the decision-making is more scientific, more reasonable, and faster, reducing the economic loss caused by blindness in planning and construction, and maximizing the existing urban traffic The service potential of facilities, adjust the temporal and spatial distribution of traffic demand, improve urban traffic conditions, promote the balance of urban traffic system demand, and improve the management level and operational efficiency of the entire traffic system.
The role of providing vehicle-oriented travel services and industry application services
The huge information platform established by this system can be used by all social units and industries to share motor vehicle information resources, thereby popularizing UHF RFID-based vehicle identification technology to motor vehicle travel services and industry application services (units, community access management; passenger transportation , Rental management, non-parking charges, etc.), to promote the informatization development of related industries.
Overall scheme architecture diagram
The electronic license plate system platform is not only a cross-industry, cross-departmental comprehensive application platform, but also a complex information collection, analysis, and release system. Use RFID vehicle identification technology to collect traffic flow information, and process the information of each subsystem to generate release information that can be identified by the operator, and release it to the release query subsystem. At the same time, it is used for traffic command and dispatch, traffic management, and provides various vehicle information to the public security system platform.
Product core function
Vehicle monitoring subsystem
Using the real-time data collected by the road surface collection points, it is possible to track the driving trajectory of selected vehicles such as a given license plate number and vehicle type, and realize the query of vehicle information through linkage with other subsystems.
Bayonet Monitoring Subsystem
Using the real-time data collected by the road surface collection points, it is possible to perform vehicle analysis, flow collection, automatic number plate recognition, blacklist alarm on the monitored lanes, and record and upload the detection results.
Vehicle hit and escape tracking subsystem
Using the real-time data collected by the road surface collection points can realize the trajectory tracking of the hit-and-run vehicles, and link with the road control subsystem and the automatic traffic light control subsystem to provide support for the tracing.
Traffic Guidance Subsystem
According to the road condition data uploaded by the bayonet monitoring subsystem, the current traffic flow conditions are analyzed, and the optimal driving route is provided for the vehicle through optimized calculation, so as to provide good services for the drivers to drive safely and quickly. This subsystem shares data and information with the comprehensive traffic information release system, and releases various traffic states, accidents, traffic announcements and related information to travelers or vehicle drivers through the release system, thereby effectively guiding the traffic flow, reasonably controlling and Balance the distribution of traffic flow.
License plate anti-counterfeiting subsystem
Using RFID-based electronic license plate technology, the traditional optical identification is upgraded to radio frequency identification, which realizes license plate anti-counterfeiting from the perspective of vehicle license plate recognition. At the same time, it also realizes functions such as tracing of unlicensed vehicles through linkage with the vehicle monitoring subsystem. .
Management Center Subsystem
Comprehensive display of traffic statistics results, intersection traffic flow analysis and prediction results, road network traffic state assessment results, dynamic traffic guidance results, road traffic control results, and the central dispatching command system directly displays a certain time period and a certain time through a GIS graphical interface The overall traffic conditions in the main urban area or selected areas. At the same time, the management function of all subsystems is realized in the management center, including parameter configuration, data backup and recovery, communication between subsystems, and version updates and upgrades.
Taxi (operating vehicle) public security management subsystem
Combine the traffic flow information monitored by the bayonet, road control information, and vehicle driving monitoring information to realize the public security management function of the taxi, including query and statistics related operating certificate information, and monitoring of vehicle permitted areas.
Application effect
(Schematic diagram of electronic license plate comparison)
(Application diagram)
(Schematic diagram of mobile identification base station)
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