Open area vehicle information identification method and parking system

Abstract

The invention relates to a vehicle information identification method. The method comprises the steps of acquiring occupation triggering signals of sensing equipment related to one or more parking spaces, and recording triggered parking space identifiers and triggering time points; periodically scanning the vehicle identification information within the effective distance through a radio system, andrecording the newly scanned vehicle identification information near the occupation triggering time point; and associating the newly scanned vehicle identification information with the parking space identifier triggered by the occupied space. The invention further relates to a parking system which comprises a radio system, one or more sensing devices and a background processing system networked with the radio system and the sensing devices and is used for implementing the information identification method. Automatic matching of parking spaces and vehicle identification information is realizedthrough radio, and unattended operation and automatic charging of an open parking lot are realized.

Description

technical field [0001] The invention relates to a vehicle identification method and system for an open area. Furthermore, the invention relates to a parking system utilizing said method. Background technique [0002] With the popularity of ETC in recent years, more than 90% of vehicles are equipped with ETC, and the management department is vigorously promoting the application of ETC in residential areas, tourist attractions and urban roadside parking scenes. In the management of closed parking lots, there have been cases of integrating the ETC system into the entrance and exit management system of the parking lot, but for open parking environments, such as roadside parking, parking in tourist attractions without entrance and exit management, etc., there is no use of radio systems such as ETC realizes the unattended parking solution. In addition, roadside parking currently has a camera solution and a geomagnetic vehicle detector solution. The camera solution uses the came...

AI Technical Summary

Problems solved by technology

The camera solution uses the camera to identify the license plate of the vehicle and the process of entering the vehicle to judge the parking action and duration, which is very costly and difficult to promote; the geomagnetic vehicle detector solution uses sensors to judge the occupancy of parking spaces, because the license plate cannot be recognized, and it is not effective for fee evasion. Supervision

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