Self-guided parking method and system

Abstract

The invention discloses a self-guided parking method and system. According to the method, a user is identified through an identification camera; information is transmitted to a database, so that the database outputs parking space information and a planned route; an application server transmits received database information to an user APP end and a parking lot indicator light controller; the user APP end converts signals into image-text information for guiding the user, and transmits the position of the user to the light controller; and the light controller controls guiding lights to guide theuser; and therefore, self-guided parking can be realized. The system comprises a user APP end, an application server, a database, an identification camera, a light controller and guiding lights, wherein the application server is connected with the APP end, the database and the light controller, and the identification camera is connected with the database. With the self-guided parking method and system of the invention adopted, a vehicle entering a parking lot can be positioned and guided, and a parking space can be found for the vehicle; automatic timing can be realized; the congestion problemof the parking lot can be solved; the labors of the parking lot can be reduced; and parking efficiency can be improved.

Description

technical field [0001] The invention relates to the field of the Internet, in particular to a self-guided parking method and system. Background technique [0002] At present, with the development of my country's economy, the number of motor vehicles in my country, especially private cars, is increasing rapidly, while the number of parking spaces in cities is very limited, so that it is difficult to find a parking space, and the random parking behavior of some car owners has seriously affected the normal Traffic order, urban parking difficulties are becoming more and more serious. Due to the limitation of urban space and site, the development of urban parking lots has become saturated. At present, urban parking lot management systems have been widely used, but they are mostly aimed at large closed parking lots. To collect parking fees, when encountering temporary parking without a card, manual charging is still required. Some parking systems use license plate image recognitio...

AI Technical Summary

Problems solved by technology

Due to the limitation of urban space and site, the development of urban parking lots has become saturated. At present, urban parking lot management systems have been widely used, but they are mostly aimed at large closed parking lots. To collect parking fees, when encountering temporary parking without a card, manual charging is still required. Some parking systems use license plate image recognition technology, which can only realize the function of recording vehicles entering and leaving. Manual payment is still required, and the charging efficiency is relatively low. Low, and in a large parking lot, due to the large number of parking spaces, it is often difficult for cars to find a space after entering. In addition, the route of the parking lot is complicated, which may easily cause vehicle congestion and affect parking efficiency.

Therefore, the existing parking system has the disadvantages that the time charging efficiency is not high, it is difficult for vehicles to find a place after entering the parking lot, and it is easy to cause congestion in the parking lot