KR101556934B1 - Smart parking control system using a mobile phone - Google Patents

Abstract

The present invention relates to a smart parking system using a mobile phone and a method thereof, capable of generating access information for access to the smart parking system, simplifying a customer authentication process by automatically processing customer authentication based on the information, and allowing a customer to easily confirm a parking position, and therefore, allowing the customer to more conveniently use the parking lot. The system includes a parking control part recognizing a vehicle number of an entering vehicle, managing vehicles entering the parking lot by generating entry information, and managing payment and vehicles leaving the parking lot; a parking inducing part inducing the entering vehicle to a parking position, and generating and managing the parking position information when the entering vehicle is parked; and a smart parking management part authenticating the customer through a vehicle image when the customer is connected by being interlinked with the parking control part and the parking inducing part, generating and transmitting an access address for access to the smart parking system to the user terminal based on the authentication information, and automatically authenticating the customer when the user terminal requests access through the access address.

Description

[0001] Smart parking control system using a mobile phone [0002]

The present invention relates to a smart parking system using a mobile phone. More particularly, the present invention relates to a smart parking system which generates a connection address for accessing a smart parking system as authentication information and automatically processes a customer authentication based on the generated access address, And more particularly, to a smart parking system using a mobile phone that allows a customer to easily use the parking lot by making it easy to confirm the parking position.

A parking control system (or parking system) is used to efficiently manage the entrance, parking, and departure of the vehicle from the parking lot.

The general parking control system focuses on automation such as license plate shooting and recognition, parking time entry, parking time, and settlement, so parking information can be identified only in a limited range through a parking lot manager or kiosk, Parking location confirmation and quick settlement by mobile banking are insufficient.

Patent Literature 1 to Patent Document 4 disclose techniques proposed in the past for improving the disadvantages of such a general parking control system and for more prompt and convenient parking control.

The prior art disclosed in Patent Document 1 is a system for controlling parking by interlocking with a smartphone using a QR code (Quick Response code). The QR code installed in a parking lot is photographed using a smart phone, And a parking control system that can confirm the position of the vehicle and the state of the vehicle in real time using the parking management application of the parking control system.

The conventional technology disclosed in Patent Document 2 tracks in real time automatically the information of the entrance and exit of the entrance road and the passage as well as the entrance or departure of the parking area in the predetermined area, that is, the parking lot partition line of the roadside or the outdoor parking lot, And provides an unattended parking control system that enables more efficient and quick control in case of a problem vehicle.

In the prior art disclosed in Patent Document 3, parking and discount data are transmitted to a mobile communication terminal through NFC, so that a process of paying a parking ticket and a discount coupon can be easily performed. When a parking control application installed in a mobile communication terminal is requested And displays the transferred parking and discount vouchers on the mobile communication terminal. In addition, by calculating and displaying the discounted parking rates according to the parking time in real time, the vehicle visitor can recognize the parking fees and discounts charged to him / her in real time. In addition, when departing from the parking lot, the fare settling terminal automatically receives the parking and discount data from the mobile communication terminal through NFC and calculates the parking fee. The calculated parking fee is charged by credit card, mobile phone charge, prepaid and postpaid traffic card And the like, so that payment can be quickly and conveniently performed.

The prior art disclosed in Patent Document 4 is a system for searching the position of a vehicle parked in a parking lot. The system searches for a registered license plate of a vehicle installed at a plurality of locations, A plurality of vehicle registration number recognizing devices for recognizing and transmitting the registration number of the vehicle and the photographing time information of the vehicle from the photographed image, a vehicle registration number and photographing time information transmitted from the vehicle registration number recognizing device, A system management unit for storing location information corresponding to identification information of the recognition apparatus as search data for the vehicle, a system management unit for transmitting a vehicle registration number input from the user to the system management unit, And receives corresponding location information retrieved from existing stored search data, It includes searching the terminal for outputting the position information as the position information of the vehicle parking. Such a vehicle location search system enables a user to quickly, easily, and conveniently find his / her own vehicle parked somewhere in a large parking lot.

Korea Registered Patent Registration No. 10-1207464 (Registered on November 27, 2012) Korean Patent Publication No. 2001-0088909 (published on September 29, 2001) Korean Patent Laid-Open Publication No. 10-2013-0012039 (published on January 31, 2013) Registration of Korea Utility Model Registration No. 20-0409649 (Registered Feb. 17, 2006)

However, the above-described related arts have a drawback in that there is no customer authentication procedure using a mobile phone, although it is possible to check a parking position or a parking position using a personal mobile phone such as a smart phone or a mobile communication terminal.

In particular, in the conventional technology disclosed in Patent Document 1, a customer executes an app of a smart phone, inputs a car number, and authenticates the car owner through a smart phone number and a car number. Therefore, To be executed.

In addition, although the conventional techniques can confirm the position of the registered car (customer), there is a disadvantage in that it is not possible to provide a method of searching the vehicle.

SUMMARY OF THE INVENTION Accordingly, the present invention has been made to solve the above-mentioned problems occurring in the prior art, and it is an object of the present invention to provide a smart parking system, The present invention provides a smart parking system using a mobile phone and a method thereof, which simplify the authentication procedure and enable the customer to easily check the parking position, thereby making it possible for the customer to use the parking lot more conveniently.

Another object of the present invention is to provide a route for a customer to find a parking vehicle at a current location by confirming the location of the customer vehicle through the smart parking system and requesting the route to be provided, A smart parking system using a mobile phone and a method thereof are provided.

In order to achieve the above object, a smart parking system using a cellular phone according to the present invention includes a parking control unit for recognizing a car number of a parking lot entering vehicle, generating entrance information, managing entrance, and managing settlement and departure; A parking induction unit for guiding a parking position of the vehicle to be introduced and generating and managing parking position information when parking the entrance vehicle; A parking control unit, and the parking guidance unit to authenticate a customer through a vehicle image at the time of customer connection, generate an access address for accessing the smart parking system based on the authentication information, transmit the access address to the user terminal, A smart parking management unit for automatically authenticating a customer when access is requested through an address; The smart card management unit accesses a customer authentication site operated by the smart parking management unit to authenticate the customer, and after the customer is authenticated, using the connection address transmitted from the smart parking management unit, And a user terminal that is informed of the settlement and route information.

The parking control unit may include an entering vehicle number recognizer that recognizes the vehicle number of the parking lot entering vehicle; An advance vehicle number recognizer that recognizes the vehicle number of the parking lot advance vehicle; An incentive adjustment / exit adjustment / advance adjustment; And a parking control server for managing the entrance information and exit information in association with the entrance vehicle number recognizer, the advance vehicle number recognizer, the incentive adjuster, the exit adjuster and the pre-adjuster, and managing the parking charge settlement.

The parking guidance unit may include a parking position verifier for confirming a parking position of the parking vehicle; And a parking guidance server for managing the position information of the parking vehicle and the image of the parking vehicle in association with the parking position verifier and for deriving the parking position of the parking vehicle.

The smart parking management unit may include a parking control unit connection module for acquiring entrance information in association with the parking control unit; A parking induction module connection module for acquiring parking position information in association with the parking induction portion; When the user terminal accesses the customer authentication site, the vehicle image of the customer is extracted from the entry information based on the vehicle number input at the time of requesting the customer authentication, displayed on the web browser of the user terminal, Generates an Onetime URL to access the smart parking system based on the generated key value, and transmits the generated connection address to the mobile phone number through a text message or a push alarm An authentication information generating module,

Wherein the entry information includes at least one of a vehicle number, an entry date and time, and general / periodic vehicle information, and the parking position information includes at least one of a vehicle number, a parking time and a parking space information.

The smart parking management module may further include a customer authentication module for automatically performing a customer authentication through the OnetimeURL without separately performing a customer authentication when a connection is requested through the OnetimeURL from the user terminal.

The smart parking management unit accesses the user terminal through the OnetimeURL, and if the route guidance for the parking location is requested, the smart parking management unit inputs the current location, recognizes the user location based on the current location, A route guidance module for automatically recognizing the user's location using the information, generating a route based on the recognized user location and the parked vehicle parking position, and displaying the generated route on the web browser of the user terminal And further comprising:

In order to achieve the above object, a smart parking system using a cellular phone according to the present invention recognizes a car number of a parking lot entering vehicle, generates entrance information, manages entrance, manages settlement and departure, A parking control / guidance unit for generating parking position information of the entrance vehicle and generating and managing parking position information when parking the entrance vehicle; A controller for generating a connection address for accessing the smart parking system based on the authentication information and transmitting the access address to the user terminal in cooperation with the parking controller / A smart parking management unit for automatically authenticating a customer when a connection request is made; A customer authentication site operated by the smart parking management unit to perform customer authentication, and after the customer is authenticated, using the connection address transmitted from the smart parking management unit, interlocking with the parking control / guidance unit, And a user terminal for receiving route information.

The smart parking management unit may include a parking control / guidance unit connection module for acquiring entrance information and parking position information in association with the parking control / guidance unit; When the user terminal accesses the customer authentication site, the vehicle image of the customer is extracted from the entry information based on the vehicle number input at the time of requesting the customer authentication, the entry information is displayed on the web browser of the user terminal, When the number is inputted, the key is generated by using the entrance information, the connection address for accessing the smart parking system is generated as OnetimeURL based on the generated key value, and the generated connection address is transmitted to the mobile phone The authentication information generating module comprising:

Wherein the entry information includes at least one of a vehicle number, an entry date and time, and general / periodic vehicle information, and the parking position information includes at least one of a vehicle number, a parking time and a parking space information.

The smart parking management module may include a customer authentication module for automatically performing a customer authentication through the OnetimeURL without separately performing a customer authentication when access is requested through the Onetime URL from the user terminal. After accessing from the user terminal through the OnetimeURL, when a route guidance for a parking position is requested, a current position is inputted, and the user is recognized based on the current position inputted or automatically using the position information of the user terminal Further comprising a route guidance module for recognizing the user location, generating a route based on the recognized user location, the parked vehicle parking position, and displaying the generated route on the web browser of the user terminal do.

According to another aspect of the present invention, there is provided a smart parking method using a mobile phone, the smart parking method including: (a) generating and storing entry information based on a car number of a car entry vehicle acquired from a car number recognizer; (b) generating and storing parking position information upon completion of parking of the vehicle; (c) When the customer requests authentication through the customer authentication site, the vehicle image of the customer vehicle is extracted based on the vehicle number inputted by the customer and displayed on the web browser of the user terminal, and based on the mobile phone number input by the customer Generating and storing authentication information; (d) transmitting the authentication information generated in step (c) to the user terminal; (e) automatically authenticating a customer if the customer requests access using the user terminal based on the authentication information; (f) transmitting the parking position information of the customer's vehicle to the user terminal when the authenticated customer requests the parking position confirmation; (g) if the authenticated customer requests the settlement, guiding the parking fee, calculating the parking fee according to the parking fee settling procedure, and storing the settled information.

The smart parking method using the mobile phone according to the present invention further comprises: (h) generating a route to the customer's vehicle based on the location information of the current customer when the authenticated customer requests route guidance, Wherein the route includes route information that allows the user to conveniently navigate from the customer's location to the customer's vehicle.

According to the present invention, a connection address that can be connected to the smart parking system is generated based on authentication information, and when a customer attempts to access based on the connection address, the customer authentication is automatically performed to improve the security, There are advantages to be able to.

In addition, according to the present invention, it is possible for the customer to easily check the parking position, thereby making it easier for the customer to use the parking lot.

In addition, according to the present invention, when a customer confirms the position of the customer's vehicle through the smart parking system and requests the route provision, a path for getting the parked vehicle at the current position is provided so that the customer can easily find the parked vehicle There are also advantages.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an overall configuration diagram of a first embodiment of a smart parking system using a mobile phone according to the present invention;
FIG. 2 is a block diagram of a specific embodiment of the smart parking management unit of FIG. 1,
FIG. 3 is an overall configuration diagram of a second embodiment of a smart parking system using a mobile phone according to the present invention,
FIG. 4 is a flowchart illustrating a smart parking method using a mobile phone according to the present invention;
5A to 5I are diagrams illustrating a screen configuration when a customer uses a smart parking system using a user terminal in the present invention.

BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, a smart parking management system using a mobile phone according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

The smart parking system of the present invention includes a parking control unit as a parking control system, a smart parking management unit for realizing smart parking in conjunction with a parking guidance unit as a parking induction system, and a smart parking management unit, A smart parking management unit for implementing smart parking in cooperation with a parking control / guidance unit, which is a parking control / guidance system that integrally performs a parking control and parking guidance in a single device, And a smart parking system according to a second embodiment, which is implemented as a user terminal that connects with a smart parking management unit via a network to check their own parking situation.

For convenience of explanation and understanding of the contents, the first embodiment smart parking system and the second embodiment smart parking system will be separately described below.

≪ Embodiment 1 >

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an overall configuration diagram of a first embodiment of a smart parking system using a mobile phone according to a preferred embodiment of the present invention; FIG.

The smart parking system using the mobile phone according to the present invention includes a parking control unit 110, a parking inducement unit 120, a smart parking management unit 130, a network 200, a user terminal 300 and a PG (Payment Gateway) .

Here, it is preferable that the parking control unit 110, the parking inducement unit 120, and the smart parking management unit 130 transmit and receive data via Ethernet.

The parking control unit 110 recognizes the car number of the parking lot entering vehicle, generates the entrance information, manages the entrance, and manages the settlement and departure.

The parking control unit 110 includes an entering vehicle number recognizer 111 for recognizing the vehicle number of the parking lot entering vehicle; An advance vehicle number recognizer 115 for recognizing the vehicle number of the parking lot advance vehicle; An attractee adjuster 114, an exit adjuster 113, and a pre-adjuster 112 for calculating a parking fee; The entrance information and the departure information are managed in association with the entry number recognizer 111, the entry number recognizer 115, the lucky adjuster 114, the exit adjuster 113 and the pre-adjuster 112, And a parking control server 116 that manages the parking lot.

The entering vehicle number recognizer 111 recognizes the vehicle number of the vehicle entering the parking lot, and transmits the recognized vehicle number information to the parking control server 116 via the Ethernet. For this purpose, the entering vehicle number recognizer 111 preferably includes a camera for photographing the license plate of the vehicle, and a recognition device for recognizing the vehicle number using the character recognition method from the license plate image photographed by the camera.

The pre-setter 112 is installed at a predetermined position of the parking lot, and plays a role of adjusting the parking fee in advance before departing using the vehicle owned by the customer.

The exit vehicle number recognizer 115 is installed at the exit of the parking lot and generates exit information at the time of departure to deliver the information to the parking control server 116. The exit air counter 113 adjusts the parking fee, And transmits the generated information to the parking control server 116 via the Ethernet. The configuration and operation of the advancing vehicle number recognizer 115 are the same as those of the entering vehicle number recognizer 111. [ And, the exit adjuster 113 may be implemented by incorporating the advanced vehicle number recognizer 115.

The attractee adjuster 114 refers to a settler used by the parking person in charge to contact the customer directly and to settle the parking charge. It is preferable that the attractee adjuster 114 uses a conventional personal computer (PC).

The parking induction unit 120 induces a parking position of the vehicle to be introduced, generates parking position information when parking the entrance vehicle, and transmits the generated parking position information to the smart parking management unit 130.

The parking guidance unit 120 includes a parking position determining unit 122, an ultrasonic parking position determining unit 121, and a parking induction server 123.

The parking position verifier 122 confirms the completion of the parking of the vehicle when the vehicle is parked due to the entry of the car on the parking surface, photographs the parked vehicle on the parking surface, And transmits the completed information to the parking induction server 123 via the Ethernet. In addition, the ultrasonic parking position determiner 121 transmits the ultrasonic wave to a specific position on the parking surface, receives ultrasonic waves reflected from a specific position on the parking surface, confirms whether the vehicle exists on the parking surface, And transmits it to the parking induction server 123 via Ethernet.

The parking induction server 123 manages the position information of the parking vehicle and the image of the parking vehicle in association with the parking position confirmer 122 and the ultrasonic parking position locator 121, It serves as a guide. Preferably, the guidance of the parking position of the parked vehicle provides parking position information using a display device.

The smart parking management unit 130 interlocks with the parking control unit 110 and the parking inducement unit 120 to authenticate a customer through a vehicle image at the time of customer connection, And transmits the generated authentication information to the user terminal 300, and automatically authenticates the user when requesting access from the user terminal 300 through the access address.

As shown in FIG. 2, the smart parking management unit 130 includes a parking control unit connection module 131 for acquiring entrance information in association with the parking control unit 110; A parking guide connection module 132 for acquiring parking position information in association with the parking guidance unit 120; When the user terminal 300 accesses the customer authentication site, the vehicle image of the customer is extracted from the entry information based on the vehicle number input at the time of requesting the customer authentication, displayed on the web browser of the user terminal 300, Generates a key using the entry information, generates an Onetime URL to access the smart parking system based on the generated key value, and transmits the generated connection address as a text message or And an authentication information generation module 134 that transmits the authentication information to the mobile phone number through a push alarm.

Here, the entering information may include at least one of a vehicle number, a time of entry and a regular / regular vehicle information, and the parking position information may include at least one of a vehicle number, a parking time and a parking space information.

In addition, the smart parking management unit 130 may include a customer authentication module 133 for automatically performing a customer authentication through the Onetime URL, if the connection is requested through the OnetimeURL from the user terminal 300, without separately performing customer authentication. If the route guide to the parking position is requested after the connection from the user terminal 300 through the OnetimeURL, the current location is input and the user's location is recognized based on the current location, A route for generating a route based on the recognized user position and the parked vehicle parking position and displaying the generated route on the web browser of the user terminal 300, And may further include a guidance module 135.

The network 200 transmits and receives data between a user terminal and a smart parking system. The network 200 may be implemented by various communication networks such as the Internet, a local area wireless communication network, a public communication network, and a mobile communication network. In the present invention, it is assumed that a communication network is implemented on the Internet for convenience of explanation.

The user terminal 300 refers to a device used by a user to perform customer authentication through communication with the smart parking system, perform location confirmation of a parked vehicle, settle a parking charge, and guide a route. The user terminal 300 may be implemented as a mobile phone such as a smart phone, a notebook computer, a personal digital assistant, or a personal computer capable of accessing the Internet. In the present invention, a mobile phone such as a smart phone is used for convenience of explanation.

The PG 400 means a system used for settlement.

The operation of the smart parking system using the mobile phone according to the first preferred embodiment of the present invention will now be described.

First, when the customer enters the parking lot provided with the smart parking system, the car number recognizer 111 of the parking control unit 110 installed at the entrance side photographs the number plate of the customer's car through the camera, A character is extracted from the photographed license plate image, and the extracted character is recognized. Then, the recognized car number information is transmitted to the parking control server 116 through the Ethernet, and the gate is opened to allow the incoming vehicle to enter the parking lot. This means that the customer does not have to do anything to get into the parking lot (for example, pick a parking card, etc.).

When the car number information is transmitted, the parking control server 116 generates and stores parking lot entrance information by adding the car number, the entrance date and time, and the general / regular car information, and implements parking control based on the entrance information.

Next, the customer moves the customer's vehicle, and parks his / her own vehicle on the parking surface of the parking lot based on the guidance information guided by the parking inducement unit 120. When the customer's vehicle is parked on the parking surface, the driver recognizes the parking through the ultrasonic sensor 121, captures the customer's vehicle using the camera at the parking position recognizer 122, recognizes the car number through recognition of the car number, A car number, a car image, and parking information to the parking induction server 123 via Ethernet.

The parking induction server 123 generates the parking position information by adding the vehicle number, the vehicle image and the parking surface information (parking position information) and the parking time information, and stores the generated parking position information.

The customer who has completed the parking operation accesses the customer authentication site previously registered on the Internet in the smart parking system using the user terminal 300 in order to confirm the parking vehicle or provide necessary information. As a method of accessing the customer authentication site using the user terminal 300, there is a method of accessing the smart parking system through NFC communication, accessing the smart parking system through the QR code, System, or access the smart parking system through the URL of the customer authentication site. And accesses the customer authentication site through the customer authentication URL information using various connection methods as described above.

When the customer is connected to the customer authentication site, the navigation screen as shown in FIG. 5A is displayed on the web browser of the user terminal 300. The customer enters the vehicle number into the input window for inputting the vehicle number (assuming that only four digits are used for convenience) in the customer authentication screen (UI) displayed as shown in FIG. 5B for parking authorization.

When the vehicle number is inputted, the authentication information generation module 134 of the smart parking management unit 130 searches the stored vehicle information in cooperation with the parking control unit 110, and obtains vehicle information corresponding to the vehicle number inputted by the customer . If the vehicle information corresponding to the vehicle number inputted by the customer is present as a search result, the intruder vehicle image of the customer is extracted and displayed on the screen. The customer checks the vehicle image displayed on the screen, and if the vehicle is correct, presses the OK button on the screen as shown in FIG. 5C. When the confirmation button is pressed, the authentication information generation module 134 displays a screen as shown in FIG. 5D for inputting the mobile phone number for authentication, and the customer inputs the mobile phone number for authentication in the mobile phone number input window. At this time, the customer may agree to collect and recycle personal information as needed. When the customer agrees to collect and recycle the personal information, the customer generates a text message (SMS) or push alarm for authenticating the customer immediately without a procedure for authentication of the customer at the next visit to the parking lot, . These text messages or push alarms allow the customer to be authenticated immediately upon the next parking visit.

On the other hand, the client authentication-after-authentication information generation module 134 generates and stores an authentication key using the entry information (vehicle number, entrance date and time, etc.). Then, the customer generates an OnetimeURL as a connection address for accessing the smart parking system for the parking fee settlement, the parking position confirmation, the parking lot information and the convenience function utilization, route guidance, and the like through the generated key value. Here, OnetimeURL is a URL generated based on the authentication key. The generated OnetimeURL is transmitted to the user terminal 300 through a text message (SMS) or a push alarm to the mobile phone number registered in advance by the user.

Thereafter, the customer presses the OnetimeURL, which is transmitted in a text message or push alarm, in order to access the smart parking system on the move or inside or outside the parking lot to confirm or process necessary information.

When the user terminal 300 is accessed through the OnetimeURL, the customer authentication module 133 of the smart parking management unit 130 performs customer authentication without performing a separate authentication processing procedure. For example, the OnetimeURL is a URL generated based on an authentication key, and therefore, itself is authentication information. Therefore, there is no need to perform a separate authentication procedure.

When the customer authentication is completed, the user terminal 300 displays the main screen as shown in FIG. 5E.

This screen allows the customer to select the desired function. For example, when the parking position checking function is selected, the smart parking management unit 130 extracts the position information of the parked vehicle in cooperation with the parking inducement unit 120, and transmits the position information of the extracted vehicle to the web browser of the user terminal 300 . FIG. 5F is an example of a parking position confirmation screen, which can display a vehicle number, a parking position, a parking position image, and the like.

If the selected function is the settlement function, the parking control unit 110 interlocks with the parking control unit 110 to settle the parking fee on the screen as shown in FIGS. 5G to 5I. Here, the customer can settle the parking charge regardless of the place in the parking lot or outside the parking lot. You can choose discounts, discounts on cars, mobile settlement, etc. when you pay for parking charges.

Meanwhile, as another feature of the present invention, the customer can be provided with route guidance from the current location to the parking lot. Generally, in a large mall with a large number of department stores, marts, and movie theaters, parking lots are often large-sized. In this case, if the customer does not memorize the location where the vehicle is parked in advance, it may take a lot of inconvenience and time to find the vehicle in the future. In addition, even when the parking position of the vehicle is memorized, it may take a long time to find the parking position of the vehicle if the parking lot is divided into several floors and several spaces instead of one space.

In order to solve this problem, in the present invention, when the customer selects the route providing function, the route guidance module 135 generates a route from the route guidance module 135 to the parking vehicle location based on the local location information of the user terminal. Here, if the location information agrees with the location information provision in advance, the user terminal searches for the location information through the GPS, and transmits the detected current location information to the smart parking management unit 130. Then, the route guidance module 135 generates the route to the location information and the vehicle parking position. If the user does not agree to provide location information in advance, a method of inputting the current location information may be used. For example, the customer enters information on the current location via the keypad. The location information may be information that can distinguish the current location. For example, it can be input in various ways such as front gate, department store, shopping mall, underground 2F, 1F, 2F. For such information, the input location is recognized through character recognition or the like, and the location of the user terminal is searched by searching the map of the corresponding building. When the location search is completed, a route is generated in the same manner as described above. Then, the generated path information is displayed on the web browser of the user terminal, and the path is guided. Here, it is preferable that the route information is provided in a direction in which the position of the parking vehicle can be found most conveniently and quickly at the current position. Therefore, the customer can easily find his / her own vehicle even when he / she knows only his / her vehicle location.

When the customer completes the settlement of the parking fee of the vehicle, the parking control server 116 manages the departure information by interlocking with the advancing vehicle number checker 115 and the exit adjuster 113 from the parking control server 116. For example, when an exit image is recognized, it is checked whether or not the parking fee has been settled by interlocking with the exit adjuster 113. As a result of this confirmation, the parking fee has been settled, and within a predetermined departure time (for example, The time can be set arbitrarily), the gate is opened to allow the vehicle to exit. The parking fee is settled here, but if it is outside the designated departure time (more than 10 minutes after the settled fare has been settled), the parking fee for the last hour must be settled. If the parking fee is not settled in advance, the parking fee should be settled through the user terminal. When the settlement is made, the gate is opened to allow the departure to take place.

≪ Embodiment 2 >

3 is an overall system configuration diagram of a second embodiment of a smart parking system using a cellular phone according to the present invention.

The second embodiment of the smart parking system using the mobile phone according to the present invention recognizes the car number of the parking lot entering vehicle, generates the entrance information, manages the entrance, manages the settlement and departure, An integrated operation management unit 140 for generating and managing parking position information when parking an entrance vehicle; The integrated operation management unit 140 interlocks with the integrated operation management unit 140 to authenticate a customer through a vehicle image at the time of a customer connection, generates an access address for accessing the smart parking system based on the authentication information, and transmits the access address to the user terminal 300, A smart parking management unit 130 for automatically authenticating a customer when a connection request is made via the connection address from the smart card 300; The smart card management unit 130 accesses the customer authentication site to perform the customer authentication, and after the customer authentication, in cooperation with the integrated operation management unit 140 using the connection address transmitted from the smart parking management unit 130 And a user terminal 300 for receiving the parking position confirmation / parking charge settlement and route information.

The integrated operation management unit 140 includes an entrance vehicle number recognizer 141 for recognizing the vehicle number of the parking lot entry vehicle; An advance vehicle number recognizer 145 for recognizing the vehicle number of the parking lot advance vehicle; An attractee adjuster 144, an exit adjuster 143, and a pre-adjuster 142, which settle the parking fee; When the vehicle enters the parking space and the parking is completed, the completion of the parking of the vehicle is confirmed, the image of the parked vehicle is photographed on the parking surface, the parking information is combined with the photographed vehicle information to generate the parking completion information, A parking position determiner 147 for delivering to the parking controller / guidance server 148; And transmits ultrasonic waves to a specific position on the parking surface, receives ultrasonic waves reflected from a specific position on the parking surface, confirms whether a vehicle exists on the parking surface, and transmits the vehicle detection signal to the parking control / An ultrasonic parking position determiner 146 for transmitting the ultrasonic parking position determiner 146; The entrance vehicle number recognizer 141, the advance vehicle number recognizer 145, the manned adjuster 144, the exit adjuster 143, the pre-setter 142, the parking position determiner 147, and the ultrasonic parking position determiner And a parking control / guidance server 148 that manages entrance information and outgoing information, manages parking charge settlement, and guides parking.

The entrance vehicle number recognizer 141 recognizes the vehicle number of the vehicle entering the parking lot, and transmits the recognized vehicle number information to the parking control / guidance server 148 via the Ethernet. For this purpose, the entering vehicle number recognizer 141 preferably includes a camera for photographing the license plate of the vehicle, and a recognition device for recognizing the vehicle number using the character recognition method from the license plate image photographed by the camera.

The pre-setter 142 is installed at a predetermined position of the parking lot, and plays a role of adjusting the parking fee in advance before departing using the vehicle owned by the customer.

The exit vehicle number recognizer 145 is installed at the exit of the parking lot and generates exit information at the time of departure to deliver the information to the parking controller / guidance server 148. The exit counter 143 adjusts the parking fee And generates and transmits settlement information to the parking control / induction server 148 via the Ethernet. Here, the configuration and operation of the advancing vehicle number recognizer 145 are the same as those of the entering vehicle number recognizer 141 described above. And, the exit settling device 143 may be implemented by incorporating the advanced vehicle number recognizer 145.

The attractee adjuster 144 refers to a settler used by the parking person in charge to contact the customer directly and to settle the parking fee. It is preferable that the attractee adjuster 144 uses a conventional personal computer (PC).

The parking position checker 147 checks the completion of parking of the vehicle when the vehicle is parked due to the entry of the vehicle on the parking surface, photographs the parked vehicle on the parking surface, adds the parking information and the photographed vehicle information And transmits the completed information to the parking control / guidance server 148 via the Ethernet. In addition, the ultrasonic parking position determiner 146 transmits the ultrasonic wave to a specific position on the parking surface, receives ultrasonic waves reflected from a specific position on the parking surface, confirms whether the vehicle exists on the parking surface, To the parking control / guidance server 148 via Ethernet.

In addition, the parking controller / guidance server 148 manages the position information of the parking vehicle and the image of the parking vehicle in cooperation with the parking position determiner 147 and the ultrasonic parking position determiner 146, It serves to guide the position. Preferably, the guidance of the parking position of the parked vehicle provides parking position information using a display device.

The smart parking management unit 130 operates in cooperation with the integrated operation management unit 140 to authenticate a customer through a vehicle image at the time of customer connection, generates an access address for accessing the smart parking system based on the authentication information, And automatically performs a customer authentication upon requesting access from the user terminal 300 through the connection address.

2, the parking control unit connection module 131 and the parking guidance unit connection module 130 constitute a parking controller / guide unit connection module, and other configurations and actions are the same as those of FIG. 2 .

The network 200 transmits and receives data between a user terminal and a smart parking system. The network 200 may be implemented by various communication networks such as the Internet, a local area wireless communication network, a public communication network, and a mobile communication network. In the present invention, it is assumed that a communication network is implemented on the Internet for convenience of explanation.

The user terminal 300 refers to a device used by a user to perform customer authentication through communication with the smart parking system, perform location confirmation of a parked vehicle, settle a parking charge, and guide a route. The user terminal 300 may be implemented as a mobile phone such as a smart phone, a notebook computer, a personal digital assistant, or a personal computer capable of accessing the Internet. In the present invention, a mobile phone such as a smart phone is used for convenience of explanation.

The PG 400 means a system used for settlement.

The operation of the smart parking system using the mobile phone according to the second preferred embodiment of the present invention will now be described.

First, when the customer enters the parking lot in which the smart parking system is installed, the car number recognizer 141 of the integrated operation management unit 140 installed at the entrance side photographs the number plate of the customer's car through the camera, A character is extracted from the photographed license plate image, and the extracted character is recognized. Then, the recognized car number information is transmitted to the parking control / guidance server 148 via Ethernet, and the gate is opened to allow the entering vehicle to enter the parking lot. This means that the customer does not have to do anything to get into the parking lot (for example, pick a parking card, etc.).

When the car number information is transmitted, the parking control / guiding server 148 generates and stores parking lot entrance information by adding the car number, the entrance date and time, and the general / regular car information, etc., and implements parking control based on the entrance information do.

Next, the customer moves his / her vehicle and parks his or her vehicle on the parking surface of the parking lot based on the guidance information guided by the parking control / guidance server 148. When the customer's vehicle is parked on the parking surface, the driver recognizes the parking through the ultrasonic sensor 121. The parking position recognizer 147 photographs the customer's vehicle using the camera, recognizes the vehicle number by recognizing the vehicle number, And transmits the recognized vehicle number, the vehicle image, and the parking information to the parking control / guidance server 148 via Ethernet.

The parking controller / guidance server 148 generates parking position information by combining the vehicle number, the vehicle image and the parking information (parking position information) and the parking time information, and stores the generated parking position information.

The customer who has completed the parking operation accesses the customer authentication site previously registered on the Internet in the smart parking system using the user terminal 300 in order to confirm the parking vehicle or provide necessary information. As a method of accessing the customer authentication site using the user terminal 300, there is a method of accessing the smart parking system through NFC communication, accessing the smart parking system through the QR code, System, or access the smart parking system through the URL of the customer authentication site. And accesses the customer authentication site through the customer authentication URL information using various connection methods as described above.

When the customer is connected to the customer authentication site, the navigation screen as shown in FIG. 5A is displayed on the web browser of the user terminal 300. The customer enters the vehicle number into the input window for inputting the vehicle number (assuming that only four digits are used for convenience) in the customer authentication screen (UI) displayed as shown in FIG. 5B for parking authorization.

When the vehicle number is input, the authentication information generation module 134 of the smart parking management unit 130 searches the stored vehicle information in cooperation with the integrated operation management unit 140, and obtains vehicle information corresponding to the vehicle number input by the customer . If the vehicle information corresponding to the vehicle number inputted by the customer is present as a search result, the intruder vehicle image of the customer is extracted and displayed on the screen. The customer checks the vehicle image displayed on the screen, and if the vehicle is correct, presses the OK button on the screen as shown in FIG. 5C. When the confirmation button is pressed, the authentication information generation module 134 displays a screen as shown in FIG. 5D for inputting the mobile phone number for authentication, and the customer inputs the mobile phone number for authentication in the mobile phone number input window. At this time, the customer may agree to collect and recycle personal information as needed. When the customer agrees to collect and recycle the personal information, the customer generates a text message (SMS) or push alarm for authenticating the customer immediately without a procedure for authentication of the customer at the next visit to the parking lot, . These text messages or push alarms allow the customer to be authenticated immediately upon the next parking visit.

On the other hand, the client authentication-after-authentication information generation module 134 generates and stores an authentication key using the entry information (vehicle number, entrance date and time, etc.). Then, the customer generates an OnetimeURL as a connection address for accessing the smart parking system for the parking fee settlement, the parking position confirmation, the parking lot information and the convenience function utilization, route guidance, and the like through the generated key value. Here, OnetimeURL is a URL generated based on the authentication key. The generated OnetimeURL is transmitted to the user terminal 300 through a text message (SMS) or a push alarm to the mobile phone number registered in advance by the user.

Thereafter, the customer presses the OnetimeURL, which is transmitted in a text message or push alarm, in order to access the smart parking system on the move or inside or outside the parking lot to confirm or process necessary information.

When the user terminal 300 is accessed through the OnetimeURL, the customer authentication module 133 of the smart parking management unit 130 performs customer authentication without performing a separate authentication processing procedure. For example, the OnetimeURL is a URL generated based on an authentication key, and therefore, itself is authentication information. Therefore, there is no need to perform a separate authentication procedure.

When the customer authentication is completed, the user terminal 300 displays the main screen as shown in FIG. 5E.

This screen allows the customer to select the desired function. For example, if the parking position confirmation function is selected, the smart parking management unit 130 extracts the position information of the parked vehicle in cooperation with the integrated operation management unit 140, and outputs the extracted position information of the vehicle to the web browser Lt; / RTI > FIG. 5F is an example of a parking position confirmation screen, which can display a vehicle number, a parking position, a parking position image, and the like.

If the selected function is the settlement function, the integrated operation management unit 140 interlocks with the screen of FIG. 5G to FIG. 5I to settle the parking fee. Here, the customer can settle the parking charge regardless of the place in the parking lot or outside the parking lot. You can choose discounts, discounts on cars, mobile settlement, etc. when you pay for parking charges.

Meanwhile, as another feature of the present invention, the customer can be provided with route guidance from the current location to the parking lot. Generally, in a large mall with a large number of department stores, marts, and movie theaters, parking lots are often large-sized. In this case, if the customer does not memorize the location where the vehicle is parked in advance, it may take a lot of inconvenience and time to find the vehicle in the future. In addition, even when the parking position of the vehicle is memorized, it may take a long time to find the parking position of the vehicle if the parking lot is divided into several floors and several spaces instead of one space.

In order to solve this problem, in the present invention, when the customer selects the route providing function, the route guidance module 135 generates a route from the route guidance module 135 to the parking vehicle location based on the local location information of the user terminal. Here, if the location information agrees with the location information provision in advance, the user terminal searches for the location information through the GPS, and transmits the detected current location information to the smart parking management unit 130. Then, the route guidance module 135 generates the route to the location information and the vehicle parking position. If the user does not agree to provide location information in advance, a method of inputting the current location information may be used. For example, the customer enters information on the current location via the keypad. The location information may be information that can distinguish the current location. For example, it can be input in various ways such as front gate, department store, shopping mall, underground 2F, 1F, 2F. For such information, the input location is recognized through character recognition or the like, and the location of the user terminal is searched by searching the map of the corresponding building. When the location search is completed, a route is generated in the same manner as described above. Then, the generated path information is displayed on the web browser of the user terminal, and the path is guided. Here, it is preferable that the route information is provided in a direction in which the position of the parking vehicle can be found most conveniently and quickly at the current position. Therefore, the customer can easily find his / her own vehicle even when he / she knows only his / her vehicle location.

When the customer is out of the vehicle in the state that the settlement of the parking fee of the vehicle is completed, the parking control / induction server 148 interlocks with the advanced vehicle number checker 145 and the exit counter 143 to manage the departure information do. For example, when an exit image is recognized, the exit number is interlocked with the exit number adjuster 143 to check whether the parking fee has been settled. As a result of the confirmation, the parking fee has been settled, and within a predetermined departure time (for example, The time can be set arbitrarily), the gate is opened to allow the vehicle to exit. The parking fee is settled here, but if it is outside the designated departure time (more than 10 minutes after the settled fare has been settled), the parking fee for the last hour must be settled. If the parking fee is not settled in advance, the parking fee should be settled through the user terminal. When the settlement is made, the gate is opened to allow the departure to take place.

FIG. 4 is a flowchart illustrating a smart parking control method using a mobile phone according to the present invention. FIG. 4 (a) is a flowchart illustrating a method of generating and storing entry information based on a car number of a parking lot entry vehicle obtained from an entry car number recognizer ); (b) generating and storing parking information when parking of the vehicle is completed (S105 to S106); (c) When the customer requests authentication through the customer authentication site, the vehicle image of the customer vehicle is extracted based on the vehicle number inputted by the customer and displayed on the web browser of the user terminal, and based on the mobile phone number input by the customer Generating and storing authentication information (S107 to S109); (d) transmitting the authentication information generated in the step (c) to the user terminal (S110); (e) automatically authenticating the customer (S111 to S112) if the customer requests access using the user terminal based on the authentication information; (f) transmitting parking position information of the customer's vehicle to the user terminal when the authenticated customer requests the parking position confirmation (S113 to S114); (g) a step (S117 to S119) of guiding the parking fee if the authenticated customer requests the settlement, calculating the parking fee according to the parking fee settlement procedure, and storing the normal information; (h) generating a route to the customer's vehicle based on the location information of the current customer when the authenticated customer requests route guidance, and displaying the route on the web browser of the user terminal (S115 to S116).

The smart parking method using the mobile phone according to the preferred embodiment of the present invention will be described in detail as follows. The smart parking method using the mobile phone according to the present invention is equally applied to the first embodiment of the present invention shown in FIG. 1 and the second embodiment of the present invention configured in FIG. For convenience of explanation, it is explained that the smart parking system using the mobile phone configured in Fig. 1 is used.

First, when it is detected that the vehicle enters the parking lot in the smart parking system as in step S101, the license plate recognizer 111 installed at the entrance side of the vehicle captures license plates of the customer's vehicle through the camera in step S102. Extracts the characters from the license plate images photographed through the apparatus, and recognizes the extracted characters. Then, the entrance information is generated and stored based on the car number information recognized in step S104, and the gate is opened so that the entrance vehicle enters the parking lot. This means that the customer does not have to do anything to get into the parking lot (for example, pick a parking card, etc.). It is preferable that the entry information is generated by adding the vehicle number, the input date and time, and the general / periodic vehicle information.

Next, in step S105, when the customer parks the customer vehicle on the parking surface of the parking lot, the parking vehicle is recognized through the ultrasonic sensor 121, and in step S106, the parking position recognizer 106 The vehicle number is recognized through recognition of the vehicle number, and parking position information is generated and stored based on the recognized vehicle number, vehicle image, and parking information.

The customer who has completed the parking operation accesses the customer authentication site registered in advance on the Internet in the smart parking control system by using the user terminal 300 in order to confirm the parking vehicle or provide necessary information. As a method of accessing the customer authentication site using the user terminal 300, there is a method of accessing the smart parking control system through NFC communication, accessing the smart parking control system through the QR code, or directly inputting the site address Access to the smart parking control system, or access to the smart parking control system through the URL of the customer authentication site. And accesses the customer authentication site through the customer authentication URL information using various connection methods as described above.

When the customer is connected to the customer authentication site in step S107, the navigation screen as shown in Fig. 4A is displayed on the web browser of the user terminal 300. Fig. The customer enters the vehicle number into the input window for inputting the vehicle number (assuming that only four digits are used for convenience) in the customer authentication screen (UI) displayed as shown in FIG. 4B in step S108 for parking authorization.

When the vehicle number is input, the authentication information generation module 134 searches the vehicle information to find whether there is vehicle information corresponding to the vehicle number inputted by the customer. If the vehicle information corresponding to the vehicle number inputted by the customer is present as a search result, an intruding vehicle image is extracted and displayed on the screen. The customer checks the vehicle image displayed on the screen, and if the vehicle is correct, presses the OK button on the screen as shown in FIG. 5C. When the confirmation button is pressed, the authentication information generation module 134 displays a screen as shown in FIG. 5D for inputting the mobile phone number for authentication, and the customer inputs the mobile phone number for authentication in the mobile phone number input window. At this time, the customer may agree to collect and recycle personal information as needed. When the customer agrees to collect and recycle the personal information, the customer generates a text message (SMS) or push alarm for authenticating the customer immediately without a procedure for authentication of the customer at the next visit to the parking lot, . These text messages or push alarms allow the customer to be authenticated immediately upon the next parking visit.

On the other hand, in step S109 after the customer authentication, the authentication information generation module 134 generates and stores an authentication key using the entrance information (car number, entrance date and time, etc.). Then, a connection address for accessing the smart parking system is generated as OnetimeURL so that the customer can receive parking service, parking position confirmation, parking lot information and convenience function utilization, route guidance, etc. through the generated key value. Here, OnetimeURL is a URL generated based on the authentication key. The OnetimeURL generated in step S110 is transmitted to the user terminal 300 through a text message (SMS) or a push alarm to the mobile phone number registered in advance by the user.

Then, the customer presses the OnetimeURL transmitted in the text message or the push alarm in step S111 in order to access the smart subject control system on the way of moving or inside or outside the car to check or process necessary information.

In step S112, when the user terminal 300 is accessed through the OnetimeURL, the customer authentication module 133 performs customer authentication without performing a separate authentication processing procedure. For example, the OnetimeURL is a URL generated based on an authentication key, and therefore, itself is authentication information. Therefore, there is no need to perform a separate authentication procedure.

When the customer authentication is completed, the user terminal 300 displays the main screen as shown in FIG. 5E.

This screen allows the customer to select the desired function.

For example, if the parking position confirmation function is selected as in step S113, the position information of the parked vehicle is extracted in step S114, and the position information of the extracted vehicle is displayed on the web browser of the user terminal 300. [ FIG. 5F is an example of a parking position confirmation screen, which can display a vehicle number, a parking position, a parking position image, and the like.

If the selected function is the settlement function as in step S117, the parking charge settlement module 125 in step S118 calculates the parking charge through the screen as shown in FIGS. 5G to 5I. Here, the customer can settle the parking charge regardless of the place in the parking lot or outside the parking lot. You can choose discount, car discount, mobile settlement etc. when you pay the parking charge. When the parking fee settlement is completed, the settlement information is stored in step S119. The information on the stored parking charge is used for future departure.

Meanwhile, as another feature of the present invention, the customer can be provided with route guidance from the current location to the parking lot. Generally, in a large mall with a large number of department stores, marts, and movie theaters, parking lots are often large-sized. In this case, if the customer does not memorize the location where the vehicle is parked in advance, it may take a lot of inconvenience and time to find the vehicle in the future. In addition, even when the parking position of the vehicle is memorized, it may take a long time to find the parking position of the vehicle if the parking lot is divided into several floors and several spaces instead of one space.

In order to solve this problem, in the present invention, when the customer selects the route providing function as in step S115, the route from the route guidance module 135 to the parking vehicle location on the basis of the local location information of the user terminal in step S116 . Here, if the user agrees to provide the location information in advance, the user terminal searches for the location information through the GPS and transmits the detected current location information to the parking controller 112. Then, the route guidance module 135 generates the route to the location information and the vehicle parking position. If the user does not agree to provide location information in advance, a method of inputting the current location information may be used. For example, the customer enters information on the current location via the keypad. The location information may be information that can distinguish the current location. For example, it can be input in various ways such as front gate, department store, shopping mall, underground 2F, 1F, 2F. For such information, the input location is recognized through character recognition or the like, and the location of the user terminal is searched by searching the map of the corresponding building. When the location search is completed, a route is generated in the same manner as described above. Then, the generated path information is displayed on the web browser of the user terminal, and the path is guided. Here, it is preferable that the route information is provided in a direction in which the position of the parking vehicle can be found most conveniently and quickly at the current position. Therefore, the customer can easily find his / her own vehicle even when he / she knows only his / her vehicle location.

In addition, when the customer completes the settlement of the parking fee, when the customer departs, the exit information is interlocked with the exit adjuster 113 and the advance adjuster 112 to manage the exit information. For example, when an exit image is recognized, it is checked whether or not the parking fee has been settled by interlocking with the exit adjuster 113. As a result of this confirmation, the parking fee has been settled, and within a predetermined departure time (for example, The time can be set arbitrarily), the gate is opened to allow the vehicle to exit. The parking fee is settled here, but if it is outside the designated departure time (more than 10 minutes after the settled fare has been settled), the parking fee for the last hour must be settled. If the parking fee is not settled in advance, the parking fee should be settled through the user terminal. Then, when the settlement is made, the gate is opened and the exit is made.

As described above, according to the present invention, an access address for accessing the smart parking system is generated as OnetimeURL based on the entrance information, and when a customer accesses the smart parking system, Authentication. This simplifies the process for customer certification. By providing a variety of services requested by the customer, the customer can conveniently use the parking lot through the smart parking system.

Although the present invention has been described in detail with reference to the above embodiments, it is needless to say that the present invention is not limited to the above-described embodiments, and various modifications may be made without departing from the spirit of the present invention.

The present invention is effectively applied to a technique for conveniently performing parking position confirmation, customer authentication, and parking fee adjustment in a parking lot.

110: Parking control unit
111: Entry vehicle number recognizer
112:
113:
114:
115: Entry vehicle number recognizer
116: Parking control server
120:
122: Parking position checker
123: parking induction server
130: Smart Parking Manager
131: Parking control unit connection module
132: parking induction connection module
133: Customer authentication module
134: authentication information generation module
135: Path guide module
300: User terminal

Claims (8)

A parking control unit for recognizing the vehicle number of the parking lot entering vehicle, generating the entering information, managing the entrance, and managing the settlement and departure; A parking induction unit for guiding a parking position of the vehicle to be introduced and generating and managing parking position information when parking the entrance vehicle; A parking control unit, and the parking guidance unit to authenticate a customer through a vehicle image at the time of customer connection, generate an access address for accessing the smart parking system based on the authentication information, transmit the access address to the user terminal, A smart parking management unit for automatically authenticating a customer when access is requested through an address; And a smart card management unit for managing the smart card using the smart card management unit and the smart card management unit, And a user terminal for receiving the fare settling and route information,
The smart parking management unit includes a parking control unit connection module for acquiring entrance information in association with the parking control unit; A parking induction module connection module for acquiring parking position information in association with the parking induction portion; When the user terminal accesses the customer authentication site, the customer's vehicle image is extracted from the entry information based on the vehicle number input at the time of requesting the customer authentication, and the customer authentication is performed. When the mobile phone number is inputted through the user terminal, Generating an access address for accessing the smart parking system on the basis of the generated key value as an OnetimeURL and transmitting the generated access address to the mobile phone number through a text message or a push alarm, ; And a customer authentication module for automatically performing a customer authentication through the OnetimeURL without separately performing a customer authentication if the connection is requested through the OnetimeURL from the user terminal,
Wherein the entry information includes at least one of a vehicle number, an entry date and time, and general / periodic vehicle information,
Wherein the parking position information includes at least one of a vehicle number, a parking time and a parking space information,
When the customer agrees to collect and recycle the personal information through the user terminal, the authentication information generation module generates a text message (SMS) or a push alarm And transmits it to the inputted mobile number,
The smart parking management unit accesses the user terminal through the OnetimeURL, and if the route guide to the parking position is requested, inputs the current location, recognizes the user location based on the inputted current location, And a route guidance module that automatically recognizes the user's location using the navigation device, generates a route based on the recognized user location and the parked vehicle parking position, and displays the generated route on the web browser of the user terminal In addition,
Wherein the parking control unit recognizes a vehicle number of the parking lot entering vehicle; An advance vehicle number recognizer that recognizes the vehicle number of the parking lot advance vehicle; An incentive settler, an exit settler and an advance settler that settles the parking charge; And a parking control server for managing entrance information and outgoing information in association with the entrance vehicle number recognizer, the advance vehicle number recognizer, the manpower adjuster, the exit adjuster and the pre-adjuster,
The entry vehicle number recognizer recognizes the vehicle number of the vehicle entering the parking lot, and transmits the recognized vehicle number information to the parking control server through Ethernet,
The entry vehicle number recognizer includes a camera for photographing a license plate of a vehicle, and a recognition device for recognizing a vehicle number using a character recognition method from a license plate image photographed by a camera,
The pre-setter is installed at a predetermined position of the parking lot, and charges the parking fee in advance before departing using the vehicle owned by the customer,
The exit vehicle number recognizer is installed at an exit of a parking lot, generates exit information at the time of departure and transmits the information to the parking control server, the exit air conditioner calculates a parking charge, generates a settling information, Server,
Wherein the parking guidance unit includes a parking position checker for guiding a parking position of the vehicle to be introduced, generating parking position information when parking the entrance vehicle, and transmitting the generated parking position information to the smart parking management unit,
The parking position checker confirms the completion of parking of the vehicle when the vehicle enters the parking space and the parking is completed, captures an image of the parked vehicle on the parking surface, and generates parking completion information by summing the parking surface information and the photographed vehicle information The smart parking system using a mobile phone.
delete delete The control unit recognizes the vehicle number of the parking lot entering vehicle, generates the entering information, manages the entrance, manages the settlement and departure, derives the parking position of the entering vehicle, and generates and manages the parking position information when parking the entering vehicle Integrated Operations Management; The integrated operation management unit operates in conjunction with the integrated operation management unit to authenticate a customer through a vehicle image when a customer accesses the terminal, generates an access address for accessing the smart parking system based on the authentication information and transmits the access address to the user terminal, A smart parking management unit for automatically authenticating a customer upon request; And a customer authentication site operated by the smart parking management unit to perform customer authentication, and after the customer is authenticated, using the connection address transmitted from the smart parking management unit, interlocking with the integrated operation management unit, And a user terminal for receiving the route information,
Wherein the smart parking management unit comprises: a parking control / guidance unit connection module for acquiring entrance information and parking position information in association with the parking control / guidance unit; When the user terminal accesses the customer authentication site, the customer's vehicle image is extracted from the entry information based on the vehicle number input at the time of requesting the customer authentication, and the customer authentication is performed. When the mobile phone number is inputted through the user terminal, Generating an access address for accessing the smart parking system on the basis of the generated key value as an OnetimeURL and transmitting the generated access address to the mobile phone number through a text message or a push alarm, ; And a customer authentication module for automatically performing a customer authentication through the OnetimeURL without separately performing a customer authentication if the connection is requested through the OnetimeURL from the user terminal,
Wherein the entry information includes at least one of a vehicle number, an entry date and time, and general / periodic vehicle information,
Wherein the parking position information includes at least one of a vehicle number, a parking time and a parking space information,
When the customer agrees to collect and recycle the personal information through the user terminal, the authentication information generation module generates a text message (SMS) or a push alarm And transmits it to the inputted mobile number,
The smart parking management unit accesses the user terminal through the OnetimeURL, and if the route guide to the parking position is requested, inputs the current location, recognizes the user location based on the inputted current location, And a route guidance module that automatically recognizes the user's location using the navigation device, generates a route based on the recognized user location and the parked vehicle parking position, and displays the generated route on the web browser of the user terminal In addition,
The integrated operation management unit recognizes an entry number of the parking lot entering vehicle; An advance vehicle number recognizer that recognizes the vehicle number of the parking lot advance vehicle; An incentive settler, an exit settler and an advance settler that settles the parking charge; And a parking control server for managing entrance information and outgoing information in association with the entrance vehicle number recognizer, the advance vehicle number recognizer, the manpower adjuster, the exit adjuster and the pre-adjuster,
The entry vehicle number recognizer recognizes the vehicle number of the vehicle entering the parking lot, and transmits the recognized vehicle number information to the parking control server through Ethernet,
The entry vehicle number recognizer includes a camera for photographing a license plate of a vehicle, and a recognition device for recognizing a vehicle number using a character recognition method from a license plate image photographed by a camera,
The pre-setter is installed at a predetermined position of the parking lot, and charges the parking fee in advance before departing using the vehicle owned by the customer,
The exit vehicle number recognizer is installed at an exit of a parking lot, generates exit information at the time of departure and transmits the information to the parking control server, the exit air conditioner calculates a parking charge, generates a settling information, Server,
Wherein the integrated operation management unit includes a parking position checker for guiding a parking position of a vehicle to be accessed, generating parking position information when parking the entrance vehicle, and transmitting the generated parking position information to the smart parking management unit,
The parking position checker confirms the completion of parking of the vehicle when the vehicle enters the parking space and the parking is completed, captures an image of the parked vehicle on the parking surface, and generates parking completion information by summing the parking surface information and the photographed vehicle information The smart parking system using a mobile phone. delete delete delete delete

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