Stereoscopic parking equipment management method based on fingerprint identification

Abstract

The invention discloses a three-dimensional parking equipment management method based on fingerprint identification. The equipment management method includes the following steps: S1 installs an application service program APP on a mobile client; S20 the user issues a parking instruction on the APP; S30 the APP transfers the parking The parking instruction is sent to the server, and the server returns a list of free parking spaces for the user to reserve / select; S40 enters the parking fingerprint at the fingerprint collection place at the entrance of the three-dimensional parking equipment; Timed charging; S60 users leave the three-dimensional parking equipment, the detection unit detects that there is no car in the parking space, and the timing ends; S70 APP calculates the fee according to the three-dimensional parking equipment rate and timing length selected by the user, and the user pays the parking fee through a third-party payment method. After success, the access control device opens the channel to let the vehicle pass. The invention creates a parking platform to integrate urban three-dimensional parking equipment resources, so that the utilization rate of parking spaces of the existing three-dimensional parking equipment is effectively improved.

Description

technical field [0001] The invention relates to a three-dimensional parking equipment management method based on fingerprint identification, which belongs to the technical field of urban intelligent internet of things. Background technique [0002] Our country has become a big car consumption country, but what follows is the problem of road congestion and disorderly parking in major cities. The roads are congested, Beijing and other first-tier cities have introduced relevant car purchase restriction policies and national official car use policies, but in addition to the improvement of relevant laws by the state, the support of three-dimensional parking equipment must also keep up with the disorderly parking of vehicles. Due to limited land capacity and insufficient parking spaces, the social problems caused by parking are becoming more and more serious. [0003] First of all, most of the three-dimensional parking equipment is currently under manual management. The managemen...

AI Technical Summary

Problems solved by technology

[0003] First of all, most of the three-dimensional parking equipment is currently under manual management. The management personnel control the opening of the entrance and exit gates and charge fees. The management costs are relatively high. Knowing that it is impossible to provide information to nearby car owners who are looking for parking spaces in real time, resulting in low utilization of parking spaces and high parking fees

Secondly, some three-dimensional parking equipment uses RFID radio frequency identification technology to realize unmanned management, but this kind of three-dimensional parking equipment can only be used for fixed users who have purchased RFID cards, and because active RFID cards are used, they need to be replaced every two or three years Check the battery or RFID card. If the RFID card is replaced, the system data must be changed again. The cost is relatively high, and the three-dimensional parking equipment cannot be fully used, resulting in a waste of resources.

Furthermore, when using a parking card to park, the parking card must be used to pick up the car, resulting in multiple people sharing the vehicle or the company's office shared vehicle, and there is a problem of repeated exchange of parking cards

Finally, the three-dimensional parking equipment is often large in scale, and the three-dimensional parking equipment will save space by lifting, lowering, and transferring the parking surface, making it difficult for users to find their own car.

Images