Management system and method for parking lot

Abstract

The invention discloses a management system for a parking lot. The system comprises an automobile stopper, a main control computer and a long-distance wireless read-write subsystem, wherein the long-distance wireless read-write subsystem comprises a long-distance wireless reader-writer which is connected with the main control computer, a certain distance away from the automobile stopper and positioned at the front end of the automobile stopper; after reading a long-distance radio frequency signal and an infrared signal, the long-distance wireless reader-writer transmits the signals to the main control computer; and the main control computer judges and determines whether to control startup of the automobile stopper according to the long-distance radio frequency signal and the infrared signal. The system can improve the management efficiency, reliability and safety of the parking lot.

Description

technical field [0001] The invention relates to the field of automation control, in particular to a parking lot management system and a management method thereof. Background technique [0002] At present, most of the parking lot management systems on the market adopt the short-distance card reading method, and the car owner must stop and swipe the card before passing through, which brings inconvenience to the car owner, and the traffic efficiency is low; although some parking lot management systems also use long-distance reading However, due to the non-directionality of the existing card reader, when the distance between the exit and the entrance is relatively close, it is easy to read the wrong card when entering and exiting the vehicle; in addition, in some parking lots with large traffic, especially during rush hour During the period, the vehicles line up tightly, and the cards of the vehicles behind may be read out in advance, resulting in misreading; if the distance bet...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the parking lot management systems on the market adopt the short-distance card reading method, and the car owner must stop and swipe the card before passing through, which brings inconvenience to the car owner, and the traffic efficiency is low; although some parking lot management systems also use long-distance reading However, due to the non-directionality of the existing card reader, when the distance between the exit and the entrance is relatively close, it is easy to read the wrong card when entering and exiting the vehicle; in addition, in some parking lots with large traffic, especially during rush hour During the period, the vehicles line up tightly, and the cards of the vehicles behind may be read out in advance, resulting in misreading; if the distance between the exit and the entrance is relatively short, there will also be problems of misreading by the exit equipment into the vehicle, or misreading by the entrance equipment to leave the vehicle

[0003] All of the above situations will cause confusion in the management of the parking lot, and even paralyze the management of the parking lot and make it unusable.

[0004] In addition, in the existing all-in-one card management system, the parking card needs to be integrated with access control, attendance, and charging systems. Considering the cost and convenience of use, the existing access control and attendance systems generally use short-distance card reading. If the field adopts long-distance cards, it is impossible to realize the real multi-system one-card universal

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