Method and system for swiping card storage and picking up car in vertical circulation three-dimensional garage

Abstract

The invention discloses a method and a system for parking and picking up a car in a vertical circulating stereoscopic garage based on card scanning. On one hand, the method for parking and picking up a car in the vertical circulating stereoscopic garage based on card scanning comprises the steps of a parking step and a car picking-up step, and before the parking step and the car picking-up step, a card scanning step is included; and the method further comprises an empty parking space step for judging whether a parking space is empty and a car always moves to an empty parking space closest to an access of the garage to the access position of the garage when the empty parking space is available. On the other hand, the invention the system for implementing the method. With the method and the system for parking and picking up the car in the vertical circulating stereoscopic garage based on card scanning can realize the parking and picking up self-service operation of the car by the car owner instead of sending an appointed worker to manage the car parking and picking-up processes and have high working efficiency; and the charging and the timing are convenient and easy based on the method and the system.

Description

technical field [0001] The invention relates to a method for storing and picking up a car in a garage, more specifically, to a method and system for swiping a card to store and pick up a car in a vertical circulation three-dimensional garage. Background technique [0002] Motor vehicles, especially cars, are not only used as a means of transportation, but also become one of the important symbols of people's quality of life. Facing the increasing number of motor vehicles, modern parking lots are becoming more and more important components of transportation facilities. Partly, with the busy and continuous development of transportation, people have higher and higher requirements for the intelligent management of their garages, and the convenience and speed of use are the primary factors. [0003] At present, most areas adopt planar parking lots. This kind of parking lot covers a large area, the equipment is complicated to use, there are few effective parking spaces, and the gua...

AI Technical Summary

Problems solved by technology

[0003] At present, most areas adopt planar parking lots. This kind of parking lot covers a large area, the equipment is complicated to use, there are few effective parking spaces, and the guarantee for the safety of personnel and vehicles is poor. Width, turning radius and slope have certain regulations, so what can be used only accounts for a part of the building area; and the three-dimensional garage has received more and more attention due to its superiority in these aspects, but for three-dimensional The intelligent requirements of the type garage are getting higher and higher

The existing garage intelligent management system mainly includes: by installing a counter at the entrance and exit of the parking lot, the electronic system that can display the number of empty parking spaces in real time has been widely used now, but for people, when there are empty cars, they hope Determine the most suitable parking position for the vehicle as soon as possible, but because the size and layout of the parking lot are different, it is impossible to quickly judge the status of the parking space only by manpower

GPS is a mature positioning system, but because GPS relies on satellite signals for positioning, and now a large number of parking lots are built underground, it is difficult to receive satellite signals, and GPS has some accuracy problems in indoor precise positioning. The GPS device is expensive and not suitable for the use of a large number of temporary vehicles in large parking lots

Equally, at present another kind of existing parking management system is mainly to record the quantity and the time of the vehicle entering and leaving the parking lot, and can only manage the overall usage of the entering and exiting of the vehicle and the parking space, and the parking position of the vehicle entering the vehicle, the parking lot The real-time distribution cannot be effectively managed, and manpower is generally required to monitor in the garage, which consumes a lot of manpower and material resources, and there is a problem of low efficiency

[0004] At present, the management method of the three-dimensional garage is to manage the process of accessing the car by a special person. The process of accessing the car cannot realize the self-service work of the car owner, and the functions such as charging and timing are also inconvenient.

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