Parking space management method and system based on roadside parking

Abstract

The invention relates to the technical field of parking space management, and discloses a parking space management method and system based on roadside parking. The method comprises the steps of transmitting radar waves through a radar detector at an equipment end, and detecting a current parking vehicle; judging whether the current parking vehicle enters or leaves a parking lot according to a parking space timing rule; if the vehicle enters the parking lot, starting a high-definition camera to capture, and uploading a captured photo to a server for license plate information identification; enabling an operation platform to create and push a vehicle order and equipment information to a mobile terminal; and after receiving the information, enabling an inspector to carry out on-site confirmation and reporting maintenance. According to the invention, patrol personnel can be notified at the first time when equipment failure occurs, the equipment is repaired in time, and safety and reliability are realized.

Description

technical field [0001] The invention relates to the technical field of parking space management, in particular to a parking space management method and system based on roadside parking. Background technique [0002] Based on the metered parking system, as the first generation of products, the meter is installed on the roadside, and the roadside toll management is carried out by coin or code scanning. The installation is cumbersome, the toll is cumbersome, the toll ratio is low, and it is not smart enough. [0003] Based on the parking system of geomagnetism + hand-held charging tools, this method is an auxiliary solution for meters to solve toll evasion, that is, after the car owner parks, the geomagnetism judges that there is a car parked, and if there is no payment for 15 minutes, the law enforcement officers will issue a ticket. The disadvantage is that the detection range is not easy to debug; it needs broken road installation; Manual supplementary vehicle information. ...

AI Technical Summary

Problems solved by technology

Disadvantages: Ultrasonic scenarios are serious, and each installation point must be adapted and adjusted, resulting in easy installation and complicated debugging; pure ultrasonic judgments for storage, and when the environment is complex, misjudgments are serious; frequent misjudgments lead to serious battery consumption and frequent battery replacement , the workload of system operation and maintenance personnel doubled; the front-end has no valid license plate screening function, resulting in a lot of invalid images, wasting traffic and background calculations; there is no parking process prompt, causing vehicles to often scratch equipment, resulting in tire wear and user complaints

[0007] The indoor parking solution based on barrier gates is convenient for management and charging. However, there are many suppliers of barrier gates, and it is easy to form an information island. Each vehicle is mainly adapted to the payment method of different parking lots, and it cannot be connected with outdoor parking spaces. There are various management methods for parking spaces. Inconvenience and distress to users

[0008] In the existing technology, the installation and debugging of the existing parking system is complicated; it is susceptible to interference and serious misjudgment; maintenance is difficult; the system has a single charging function, and evidence cannot be pursued, which is prone to disputes; manual re-recording of vehicle information or more manual intervention is required; The accuracy of detection and recognition is low. The parking status of vehicles at the parking lot is relatively complicated. It often happens that the license plate is blocked or the license plate exceeds the shooting range. It is necessary for patrol personnel to keep an eye on the parking lot, which consumes a lot of labor costs.

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