Mobile phone application based self-parking payment and automobile searching method and system

Abstract

The invention discloses a mobile phone application based self-parking payment and automobile searching method and system. The system at least comprises one or more mobile phone user terminals, one or more parking lot control centers and a cloud server which is connected with the mobile phone user terminals and the parking lot control centers, wherein the cloud server is used for acquiring parking information and parking lot path information from the parking lot control center according to parking requests of the mobile phone user terminals and feeding the information back to the mobile phone user terminals, and acquiring corresponding vehicle information and parking space information and path information of the vehicle from the parking lot control center according to vehicle searching requests of the mobile phone user terminals and feeding the information back to the mobile phone user terminals; after the mobile phone user terminals carry out online payment of parking fee according to the vehicle information, the parking lot control center judges and controls release; by using the cloud server as a bridge between the mobile phone user terminals and the parking lot control center, the user can conveniently use the cloud server, and the parking lot control center finally judges and controls release, so that the cloud server is relatively low in load and high in operating speed, and the parking lots are conveniently managed independently.

Description

technical field [0001] The invention relates to a method for self-service parking fee payment and car search based on a mobile phone application and a management system applying the method. Background technique [0002] With the increase of traffic pressure, various fields have begun to study the problem of urban parking, and different cities and regions have gradually used urban parking guidance systems to alleviate parking problems. However, the current parking guidance systems operated in various cities belong to different urban areas, and are independently operated and managed by different companies. There is no information sharing between the systems, and the number of parking lots covered is relatively small, which cannot achieve scale and cluster effects; When the vehicle enters the parking lot, the card is swiped or the license plate is recognized, and the card information or identification content is sent to the server. When the vehicle leaves the parking lot, the p...

AI Technical Summary

Problems solved by technology

However, the current parking guidance systems operated in various cities belong to different urban areas, and are independently operated and managed by different companies. There is no information sharing between the systems, and the number of parking lots covered is relatively small, which cannot achieve scale and cluster effects; When the vehicle enters the parking lot, the card is swiped or the license plate is recognized, and the card information or identification content is sent to the server. When the vehicle leaves the parking lot, the parking time of the vehicle is calculated through the card or license plate recognition result, and then the information is fed back. The staff collect the vehicle parking fee from the car owner. The fee is mainly collected by cash manually. The charging speed is slow, which leads to frequent traffic jams at the entrance and exit of the parking lot. The two-way interaction between the driver and the parking lot operator or manager cannot be achieved, and the management of the parking lot is automated. The degree is low, the cost is high, and accounting loopholes are prone to occur, which is incompatible with the modern network information age

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