Roadside parking charging management method and system
A technology for on-street parking and charging management, applied in the fields of parking charging management and on-street parking charging management, can solve the problems of identification, waste of manpower and material resources, and easy disputes, so as to improve service quality, reduce operating pressure, and reduce performance requirements. Effect
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Embodiment 1
[0072] The on-street parking charge management method of the present embodiment is realized by a mobile terminal and a server. The mobile terminal adopts an ordinary smart phone and has a camera with more than 2 million pixels. The application program can be downloaded from the Internet and installed to obtain the parking charge terminal system; The operating system used by the above server is win2008, and the database uses oracle11g;
[0073] The method comprises the steps of:
[0074] S1. When the toll collector logs into the parking toll terminal system of the mobile terminal with an account, the time of the mobile terminal and the server are synchronized so that the time of the mobile terminal is consistent with the time of the server;
[0075] S2. When the vehicle enters a roadside parking spot (a roadside parking spot refers to a road section that does not have a fixed charging device such as a meter, as long as temporary parking is allowed, and there are parking spaces ...
Embodiment 2
[0087] The difference between this embodiment and Embodiment 1 is that the method also includes:
[0088] If the toll collector needs to switch over, and there are still vehicles in the roadside parking spot when the shift is over, the mobile terminal will count the information of the remaining vehicles, extract the ID serial numbers corresponding to these vehicle information, and generate a Handover code, another toll collector uses his mobile terminal to scan or input the handover code, and transfers the vehicle information that has not left in the roadside parking spot of the previous toll collector to the mobile terminal of the next toll collector, and continues Subsequent management operations; at the same time, the server records the handover information.
[0089] Regarding the above extraction of the ID serial numbers corresponding to these vehicle information, a handover code is generated, specifically: the data of each vehicle after shooting is distinguished by an ID ...
Embodiment 3
[0091] The difference between this embodiment and Embodiment 1 is that when the vehicle enters the roadside parking spot, steps S3 and S4 will also be executed first, and after the mobile terminal uploads the vehicle information and the toll collector information to the server in step S5, the server Match the license plate number information with the license plate number of the "fake, fake, black" license plate number database server of the public security system. If the license plate is recognized as "fake, fake or black", it is judged that the vehicle is an illegal vehicle, and the server Send an alarm message to the mobile terminal and the traffic safety command center, prompting that an illegal vehicle enters the roadside parking spot, so that the traffic police can enforce the law on the illegal vehicle.
[0092]"Fake, set, and black" cars are respectively fake cars, fake cars, and black cars. Fake cars refer to vehicles that criminals drive on the road by forging false ve...
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