Smart city parking management method and smart city parking management system

Abstract

The invention discloses a smart city parking management method and a smart city parking management system. The smart city parking management method comprises the following steps: when a user parks a vehicle, a parking video pile is used to acquire vehicle image information through a camera, and starts to record a parking video; the vehicle type and the license plate number of the vehicle are extracted from the image information; the parking video pile is used for identifying and matching the license plate numbers; timing and charging are started; after parking detection is completed by the parking video pile, all the extracted information is stored in the memory card of the machine; when the vehicle leaves, the user is notified of paying fees by using a two-dimensional code; after the vehicle drives away, the parking video pile is used to store the last monitored photos formally and upload all information of the last parked vehicles to a cloud platform. According to the invention, parking charging efficiency is improved by using the parking video piles, time for users to find parking stalls is reduced by mobile phone terminals, and the parking efficiency is improved. The parking management system provided by the invention is capable of realizing data sharing, facilitating overall planning of urban parking, and promoting construction and development of smart cities.

Description

technical field [0001] The invention relates to the technical field of intelligent parking, in particular to a parking management method and system in a smart city. Background technique [0002] With the continuous development of social economy, most of the parking spaces in cities are seriously in short supply, and the difficulty of parking and driving has become a major problem that plagues urban traffic. According to the experience of Europe and the United States, 30% of the traffic in the main urban area is caused by looking for parking spaces. It takes an average of 20 minutes to find parking spaces in global metropolises. Parking difficulties reduce road capacity and cause traffic jams. [0003] The parking facilities in most cities are insufficient in quantity and poor in quality. Many parking lots lack automatic charging equipment, and the phenomenon of arbitrary charging is serious; the parking guidance system is not perfect, and it is difficult for drivers to park...

AI Technical Summary

Problems solved by technology

Many parking lots lack automatic charging equipment, and the phenomenon of arbitrary charging is serious; the parking guidance system is not perfect, and it is difficult for drivers to park and pick up the car; there is a lack of system functions to facilitate the query of real-time parking information and reservation parking spaces; public roadside parking areas lack effective supervision, and evasion of fees Serious; open parking lots in commercial centers and downtown areas rely on manual charging, difficult charging management, opaque charging, leaking, dripping, and inaccurate timing, etc.

[0004] In the prior art, the intelligent management system of the parking lot is developed based on a single module. The parking charging system, berth guidance system, management control software and functional hardware are mostly isolated in theoretical research and practice, lacking effective system integration and Data sharing; lack of new communication channels based on mobile phone clients under the background of mobile Internet boom

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