ZIGBEE-based parking lot intelligent monitoring and guiding system

Abstract

The invention discloses a ZIGBEE-based parking lot intelligent monitoring and guiding system. The system is realized based on mobile phone client APPs of car owners and comprises an inlet and outlet monitoring apparatus of a ZIGBEE module, and an intelligent monitoring and NFC apparatus. The inlet and outlet monitoring apparatus is used for detecting and recording vehicles going into and out of a parking lot. The intelligent monitoring and NFC apparatus is used for monitoring state information of each parking place in the parking lot, can perform early warning monitoring on such situations of a fire hazard, a flood and the like at the same time and positions the parking places. The inlet and outlet monitoring apparatus is in wireless communication connection with the intelligent monitoring and NFC apparatus. The system provided by the invention is simple in structure, can improve management of the parking lot for the vehicles going into and out of the parking lot, at the same time and ensures safety of the vehicles of the car owners, thereby being suitable for any parking lots.

Description

technical field [0001] The invention belongs to the monitoring field of a parking lot, in particular to a ZIGBEE-based intelligent monitoring and guidance system for a parking lot. Background technique [0002] At present, with the continuous development of my country's economy, the number of car ownership continues to increase. The continuous increase of vehicles directly causes the trouble of parking vehicles, the tight parking spaces, and the difficulty of picking up cars are all the consequences of the continuous increase of vehicles. Through the RFID card settlement at the entrance and exit, and now the more advanced entrance and exit photo identification system, but with the improvement of people's requirements for parking lot management, the current parking lot management system still has the following problems: [0003] (1) It is difficult for the car owner to find an empty parking space, and the system has no function of guiding the car owner to park: the tradition...

AI Technical Summary

Problems solved by technology

[0003] (1) It is difficult for the car owner to find an empty parking space, and the system has no function of guiding the car owner to park: the traditional parking lot system cannot guide the vehicle to find an empty parking space accurately and quickly. It wastes the owner's time and may also cause traffic congestion in the parking lot;

[0004] (2) It is difficult for the parking lot management system to dynamically update the status of the parking space: the parking lot management system in the prior art cannot timely feed back to the server or the administrator when the status of the parking space changes. The state reading device is set up, which also uses wired connection, which is easily limited by distance and the line is easy to be damaged, and the dynamic adaptability is poor;

[0005] (3) Poor interaction: During the parking process, the car owner only passively looks for a parking space, and lacks interactive means or methods when encountering problems, resulting in low efficiency in dealing with problems;

[0006] (4) Poor security: If the parking lot encounters a flood or fire, the management personnel of the parking lot cannot notify the car owner at the first time, and unnecessary losses will be caused due to untimely rescue;

[0007] (5) Difficulty for owners of large parking lots to find a car: Due to the large area of ​​a large parking lot, it is difficult for car owners to find a car when they are about to leave. The lack of fast and accurate guidance delays the time of car owners and makes the efficiency of car owners extremely low.

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