Expressway barrier-free toll collection system based on 5G Internet of Vehicles technology

Abstract

The invention relates to an expressway barrier-free toll collection system based on 5G Internet of Vehicles technology. The system comprises a vehicle-mounted positioning communication device and an expressway base station system, the vehicle-mounted positioning communication device is composed of a satellite positioning module, a 5G signal module, a data storage device, a loudspeaker, a central processing unit and the like, and the device is placed in a vehicle and records the driving track and position of the vehicle; the expressway base station system is composed of a toll station 5G base station, a vehicle identification instrument, a plurality of portal frame 5G base stations and the like, and each 5G base station releases a 5G signal and is connected with the vehicle-mounted positioning communication device through the 5G signal. When the vehicle enters the entrance of an expressway toll station, the positioning module positions and records the entering position, each portal frame vehicle identification instrument along the expressway section verifies the vehicle information in real time, forms fee deduction information when the vehicle enters the exit of the expressway tollstation, a user binds payment software, a fee is automatically deducted according to a payment protocol, and if fee deduction is not successful, the user scan codes to pay in an unlimited time, the working efficiency of the expressway toll station is improved, and the congestion phenomenon of expressway ports is reduced.

Description

technical field [0001] The present invention relates to the technical field of charging at high-speed toll stations, in particular to a high-speed charging system based on 5G Internet of Vehicles technology. Background technique [0002] Publication number: CN207148922U, utility model name: Automobile high-speed toll collection system based on the Internet of Things, discloses an automobile high-speed toll collection system based on the Internet of Things, including a toll booth, the bottom of the toll booth is fixedly connected with a base, and a part of the toll booth The middle part of the side is movably connected with a railing, one side of the toll booth is fixedly connected with a protection box, and the inside of the protection box is respectively fixedly connected with a data comparator, a data memory and a central processing unit, and the front surface of the toll booth is provided with The window is fixedly connected with an invoice printer. This high-speed toll c...

AI Technical Summary

Problems solved by technology

[0005] With the increasing number of private cars, high-speed toll stations will be extremely congested during rush hours and holidays. Most of the high-speed toll collection methods use manual toll collection or ETC electronic non-stop toll collection system. The manual toll collection method is cumbersome to operate. The processing time is long, and the ETC barrier has a certain failure rate, which often cannot be recognized normally, which increases the burden on the staff

In the existing public technology, the vehicle needs to pass the toll station at a low speed, or needs to stop and wait, which greatly reduces the working efficiency of the high-speed toll station

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