Intelligent centralized management method for parking in multiple areas in parking lot and system

Abstract

The invention discloses an intelligent centralized management method for parking in multiple areas in a parking lot. Through identifying a license plate, determining vehicle permission, notifying a message, sending a gate control command and entering a task scheduler, control management is carried out. The invention also discloses a system applying the method. The system comprises a vehicle information identifying device, a gate manager, a lane manager and a task scheduler, wherein the vehicle information identifying device and the gate manager are respectively electrically connected with thelane manager; the lane manager is internally provided with a lane authority management module, a lane area management module and a controller. The method and the system have the advantages that the information of an area that the vehicle is allowed to enter and the information of the lane identified by the vehicle are subjected to information judgment and match before the entry of the vehicle through a strategy, multiple scenes in the parking lot can use a unified control system for control, data can be counted conveniently, manual flow data comparison is not needed, intelligent control can becarried out, the later maintenance cost is low, indexing is convenient, and the practicability is strong.

Description

technical field [0001] The invention relates to parking lot management equipment, in particular to an intelligent centralized management method and system for parking in multiple areas in a parking lot. Background technique [0002] Residential areas, shopping malls or office buildings in the prior art usually have surface parking lots and underground parking lots at the same time. If the surface parking lots and underground parking lots only allow specific vehicles to enter, and the management side needs to query the underground parking lot and ground parking lot When it comes to the traffic of the field, the existing technology is to install the same management system in the ground parking lot and the underground parking lot, and implement different management strategies, which will increase the maintenance cost in the later period, and the data will be repeatedly entered, and the traffic must be manually compared. The data is extremely inconvenient to use, and there is a ...

AI Technical Summary

Problems solved by technology

[0002] Residential areas, shopping malls or office buildings in the prior art usually have surface parking lots and underground parking lots at the same time. If the surface parking lot and underground parking lot only allow specific vehicles to enter, and the management side needs to query the underground parking lot and ground parking lot When dealing with the traffic of the field, the existing technology is to install the same management system in the ground parking lot and the underground parking lot, and implement different management strategies, which increases the maintenance cost in the later period, and the data is repeatedly entered, and the traffic must be manually compared. data, it is extremely inconvenient to use, and there is a lack of management methods and systems that can manage and control multi-scenario parking lots in a unified manner in the prior art

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