Comprehensive vehicular access toll collection system

Abstract

The invention relates to the field of vehicular toll collection technology, and discloses a comprehensive vehicular access toll collection system, which comprises a highway card scanning interacting system, a highway card non-inductive interacting system, a parking lot entrance interacting system, a parking lot exit scanning interacting system, a parking lot exit non-inductive interacting system,and a parking lot alarm interacting system; the highway card scanning interacting system and the highway card non-inductive interacting system are applicable to the highway access toll collection; and, the parking lot entrance interacting system, the parking lot exit scanning interacting system, the parking lot exit non-inductive interacting system and the parking lot alarm interacting system areapplicable to the parking lot toll collection system. When the traffic volume of the toll station is large, each car can quickly pass the toll station; the time for passing the highway is greatly reduced, so that the car is more convenient to pass the toll station without waiting; the time for changing cash is saved; and moreover, the payment of the user is quickened, so that the time for stayingin the toll station is saved.

Description

technical field [0001] The invention relates to the technical field of vehicle charging, in particular to a comprehensive vehicle channel charging system. Background technique [0002] The traditional highway toll system is currently divided into manual cash toll collection system (MTC) and electronic non-stop toll collection system (ETC). Manual cash toll collection system (MTC) consists of automatic vehicle classification system (AVC), card reader, display Equipment, automatic railings and computer software systems. The card reader adopts contact or non-contact. When a car enters the MTC lane, the automatic vehicle classification system (AVC) will automatically classify the vehicle information, and then tell the software system which vehicle the vehicle belongs to. According to this information, the software system tells the card reader how much toll should be charged. When the toll collector collects cash and completes the transaction, the software system sends an order t...

AI Technical Summary

Problems solved by technology

[0005] For the current toll collection system on the expressway toll scene, the manual cash toll collection system (MTC) still requires the toll collector to collect cash from the car owner, and people have developed a habit of The habit of going out without cash will cause you to fall into the embarrassment of cashless payment at the toll station, and the manual operation of charging is slow, and when the traffic flow is large, it will lead to large-scale congestion at the exit of the toll station. The cash toll collection system (MTC) has greatly reduced the time for car owners to pass through the expressway. However, many car owners prefer manual cash toll collection due to cumbersome procedures, pre-deposited funds, and low frequency of use. At present, there is an urgent need for a high-speed toll collection that can integrate multiple advantages. system

[0006] For the scene of entering and exiting the parking lot, during the busy period of vehicles entering and exiting, the management method of obtaining cards for entering and exiting vehicles often causes traffic jams, which delays the precious time of car owners. Therefore, a cloud platform system combined with a ground-end system is urgently needed at present. Automatic registration of entry and exit and calculation of parking fees to replace traditional entry and exit card registration, thereby improving the efficiency of entry and exit

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