Self-service parking charging system for straight and inclined parking spaces

Abstract

The invention discloses a self-service parking charging system for straight and inclined parking spaces. The self-service parking charging system is characterized in that a camera is arranged in the middle of the bottom part of each parking space, is opposite to an entrance / exit channel of the parking space, is provided with a unique equipment number and is matched with the corresponding parking space, and the camera is provided with a wireless module and can be connected with a remote server through a wireless network; and the remote server has a license plate recognition function and a parking space charging management method. The parking space charging management method comprises the following steps that: the camera collects a parking space image fi every fixed time T, and sends the parking space image fi to the remote server; when a vehicle is driven into the parking space, the remote server identifies a license plate number P0, and stores the license plate number P0, the parking time ti and the parking space image fi; when the vehicle is parked in the parking space, the remote server recognizes the license plate number P0 of the vehicle, and saves the current time tk and a parking space image fk; and after the vehicle is driven out of the parking space, the remote server recognizes that the parking space is empty or recognizes different license plate numbers, calculates the parking fee q=(tk-ti)*r, and then carries out associated account fee deduction.

Description

technical field [0001] The invention relates to a self-service parking charging system for straight and oblique parking spaces, and belongs to the technical field of intelligent transportation. Background technique [0002] For closed parking lots and parking garages, the gates for vehicles to enter and exit are concentrated and single, and the management of parking charges is also very simple and convenient. However, widespread scattered parking spaces, such as on-street parking spaces, are very difficult to manage and need to be managed by toll collectors. There are three main difficulties in this work: first, the outdoor working environment is harsh, no matter it is windy, rainy, or severe cold and hot, you must stick to your post; second, a single toll collector is responsible for a relatively large distribution of parking spaces. The 3rd, can not detect in time that vehicle parks into or drives out parking space, causes billing inaccurately, even can't billing. Conten...

AI Technical Summary

Problems solved by technology

[0002] For closed parking lots and parking garages, the gates for vehicles to enter and exit are centralized and single, and the management of parking charges is also very simple and convenient. However, widely distributed parking spaces, such as on-street parking spaces, are very difficult to manage and need to be managed by toll collectors

There are three main difficulties in this work: first, the outdoor working environment is harsh, no matter it is windy, rainy, or severe cold and hot, you must stick to your post; second, a single toll collector is responsible for a relatively large distribution of parking spaces. It is often impossible to take care of it; third, it cannot be detected in time that the vehicle is parked or driven out of the parking space, resulting in inaccurate billing, or even billing

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