Parking space management method based on parking space 2D code identification

Abstract

The invention discloses a parking space management method based on parking space 2D code identification. The method comprises steps of: scanning a 2D code shown in a vehicle parking space based on anapplet on a mobile terminal or an APP, and generating occupation information of the vehicle parking space; and sending the occupation information of the vehicle parking space to a parking space management system, and requesting to mark a parking space used by a vehicle corresponding to license plate information on a parking lot parking space management map; and marking, by the parking space management system based on the occupation information of the vehicle parking space and geographical position information of the used parking space, the parking space used by the vehicle corresponding to thelicense plate information on the parking lot parking space management map, and sending an occupation marker to the mobile terminal; and charging the vehicle using the parking space of the parking lotby the parking space management system based on the license plate information. Through adoption of the method, the user spends less time in searching the vehicle in the parking lot, the parking lot is managed in a manner of 2D code, and the management cost is saved.

Description

technical field [0001] The invention relates to the technical field of automatic management of parking spaces in parking lots, in particular to a parking space management method based on two-dimensional code identification of parking spaces. Background technique [0002] At present, most of the license plate recognition systems in domestic parking lots are managed by high-definition cameras to detect and identify whether the parking space is occupied, at least through the ground sense coil or infrared induction to sense whether there is a vehicle parked in a certain parking space; and the parking guide is Relying on a series of equipment such as ultrasonic detectors, parking space guides, parking space guidance systems, and parking space display screens; this type of parking space management system is not only expensive, but also expensive. Moreover, the wiring workload is large and the construction is complicated. The failure of the system is prone to occur, and the mainte...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the license plate recognition systems in domestic parking lots are managed by high-definition cameras to detect and identify whether the parking space is occupied, at least through the ground sense coil or infrared induction to sense whether there is a vehicle parked in a certain parking space; and the parking guide is Relying on a series of equipment such as ultrasonic detectors, parking space guides, parking space guidance systems, and parking space display screens; this type of parking space management system is not only expensive, but also expensive

Moreover, the wiring workload is large and the construction is complicated

; System failures are prone to occur, and the maintenance workload is heavy, which also causes difficulties in use

[0003] In the parking lot without the parking lot management system installed, the car owner looks like a headless chicken after entering the venue, looking for a parking space in circles; The troubles; the parking lot without parking space management system not only brings a lot of inconvenience to the car owner to park and find a car, but also to the manager, they don’t know what kind of car is parked in the parking space in the parking lot, and that parking space is occupied. It is confusing; both of the above two situations exist. Scanning the QR code to pay the fee requires searching for the QR code everywhere, which wastes a lot of time.

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