KR20090005491A - Unification-managing system of a non-man parking center using of a license plate recognition and method of the same - Google Patents

Abstract

An integration managing system of manless parking lot with vehicle number recognition system and method thereof are provided to integrally manage a plurality of parking lots by using a remote server. A parking ticket issuing device(120) is installed in a gate of a parking lot, issues a parking ticket, and transmits the parking ticket information to a communications module(110) by reading information of the parking ticket. A manless account system(130) processes a payment of a parking fare, automatically receives a payment of regular parking ticket, and transmits processing information of the parking fare and regular parking ticket information to the communications module. A breaker(140) includes cameras(71, 72). The camera automatically films a vehicle number. The breaker controls an entrance and an exit according to a control signal of the communications module.

Description

Unification-Managing system of a non-man parking center using of a License Plate Recognition and method of the same}

1 is a schematic diagram schematically showing the configuration of a parking lot management system to which a conventional vehicle number recognition system is added;

Figure 2 is a schematic diagram showing the configuration of an integrated unmanned parking lot management system using a vehicle number recognition system according to an embodiment of the present invention,

Figure 3 is a block diagram showing the configuration of the communication module for each parking lot included in the integrated unmanned parking lot management system using a vehicle number recognition system according to an embodiment of the present invention,

4 is a block diagram showing the configuration of an integrated unmanned parking lot management server provided in the integrated unmanned parking lot management system using a vehicle number recognition system according to an embodiment of the present invention;

5A, 5B, and 5C are flowcharts illustrating a signal flow of an integrated unmanned parking lot management system using a vehicle number recognition system according to an embodiment of the present invention;

6 is a flowchart illustrating a signal flow of an integrated unmanned parking lot management system using a vehicle identification system according to another embodiment of the present invention.

* Description of the symbols for the main parts of the drawings *

71, 72: camera, 110: communication module,

120: parking ticket machine, 130: unmanned payment machine,

140: circuit breaker, 200: integrated unmanned parking management server,

210: Web server.

The present invention relates to an integrated unmanned parking lot management system and method using a vehicle number recognition system, and more particularly includes a unique number for each parking lot in imaging data and settlement data transmitted from each parking lot, and each parking lot breaker for each parking lot. The present invention relates to an integrated unmanned parking lot management system and a method using a vehicle number recognition system for remotely managing a plurality of parking lots by remote integrated server.

As is well known, due to the recent development of information and communication technology, the development of information providing technology that provides real-time information to various subscribers through at least one host server through a remote data communication network is actively underway.

Based on this, in recent years, information selection technology and compression technology are being developed to more easily access peripheral technologies such as cache memory expansion technology to provide accurate information to subscribers more quickly and subscribers' tastes and preferences. It is also spurring the development of various contents and its solutions.

Thanks to the development of such electronic communication technology, the applicant has applied for a parking lot management system to which the following vehicle number recognition system is added. 1 is a schematic diagram showing the configuration of a parking lot management system to which a conventional vehicle number recognition system is added.

Referring to this, the parking lot management system to which the conventional vehicle number recognition system is attached is installed at the entrance of the parking lot and issuing a general parking ticket, the parking ticket issuing machine 20 for reading the general parking ticket information registered as a commuter pass; General parking fee payment processing and regular parking ticket registration request signal generation, the automatic payment of the purchase price of the regular parking ticket, and the parking ticket processing information and general parking ticket information registered as the commuter pass to the manager terminal (10) and processing ; License Plate Recognition (LPR) (hereinafter referred to as "LPR") 70, which is well known; As the LPR 70 and the components, cameras 71 and 72 are installed in the parking lot vehicle entrance and the parking lot vehicle exit to automatically recognize the vehicle number of the vehicle entering and exiting the parking lot.

In addition, the manager terminal 10 which is located in the parking lot, receives the vehicle number information from the LPR (70) and receives the general parking ticket information and parking fee settlement information from the unmanned payment machine (30) includes a departure approval process It is configured.

However, in the conventional parking lot management system, the manager terminal 10 should be configured for each parking lot, and a management agent for monitoring the manager terminal 10 should be arranged for each parking lot, thereby increasing the parking lot management cost due to labor costs. As a result, it acted as a disadvantage to the owner, and in the case of the consumer, the management cost was transferred to the parking cost, which caused the parking cost to increase.

In addition, in the prior art, the vehicle number recognition system (LPR), which is expensive equipment, must be installed in each parking lot, and thus, there is a problem in that it is economically disadvantageous, and this also has a problem of being passed on to the parking lot fee.

The present invention has been made in view of the above-described prior art, and includes a unique number for each parking lot in image data and settlement data transmitted from each parking lot, and remotely integrates a plurality of parking lots by remotely managing each parking lot breaker for each parking lot. The purpose of the present invention is to provide an unmanned parking lot management system and method using an unmanned vehicle identification system that can be managed unattended by a server.

Another object of the present invention is to use the vehicle number recognition system to enable efficient parking data management by automatically moving the data classified by each parking lot to the progress data DB in a stack structure of first in, first out (FIFO) when the set time passes. An integrated unmanned parking lot management system and method are provided.

In order to achieve the above object, according to a preferred embodiment of the present invention, in a parking lot management system comprising a camera, a parking ticket machine, an unmanned payment machine, and a breaker, each parking lot is provided, and ticketing parking information and a regular parking ticket from the parking ticket machine. Receives information, receives image information of the vehicle from the camera, receives general parking ticket information and parking fee settlement information from the unmanned payment machine, and the information is unique to the parking lot at each information event occurrence time (entry / settlement / exit) A communication module for automatically generating a packet with a number, transmitting the packet information to a remote integrated unmanned parking management server, and receiving and controlling a breaker control signal from the integrated unmanned parking management server; Communicate with the communication modules for each of the parking lots to receive vehicle arrival information, vehicle image information, and parking ticketing information in the parking lot, recognize the vehicle number, and receive the bill payment information to classify the information by each parking lot and accumulate it. An unmanned parking lot management system using an unmanned parking lot number management system is provided that stores and receives the vehicle information from the exit camera from the exit camera and controls the breaker of each parking lot remotely. .

Preferably, the integrated unmanned parking lot management server vehicle number recognition system further comprises a web server for receiving the corresponding information through the data communication network when an event situation (entry, settlement, exit) for each parking lot therein; An integrated unmanned parking lot management system is provided.

Preferably, the unmanned unmanned parking lot management server is provided with an unmanned unmanned parking lot management system using a vehicle number recognition system characterized in that it further comprises a plurality of databases for classifying and storing the event information for each parking lot therein. .

Preferably, the event information is an unmanned integrated vehicle using a vehicle number recognition system, characterized in that the information including the parking lot unique number, vehicle image information, parking information, charge settlement information (payment information, commuter pass information), departure information Parking lot management system is provided.

Preferably, the communication module includes a communication processing unit for communicating with the accessory devices in the parking lot and the integrated unmanned parking lot management server therein; A TCP session setting unit for generating a signal for automatically establishing a TCP session with respect to a URI of the integrated unmanned parking lot management server previously stored; A unique number processing unit for assigning a unique number for each parking lot and each accessory device of the parking lot (camera, breaker, parking ticket issuing machine, unmanned payment machine); A data packet generation unit for automatically generating and processing data including the unique number and the image information of the vehicle into a packet; A data storage unit for storing data transmission / reception information and URI information of the integrated unmanned parking lot management server; By the relevant parking lot and each accessory of the parking lot (camera, breaker, parking ticket machine, unmanned payment machine), the information is automatically generated as a packet along with the parking lot unique number at the time of each information event occurrence, and the packet information is managed remotely unmanned parking lot. Integrated unmanned parking lot management using a vehicle number recognition system, characterized in that it comprises a control unit for automatically setting the TCP session to the server for transmission processing, and receives the breaker control signal from the integrated unmanned parking lot management server and transmits it to the breaker A system is provided.

Preferably, the integrated unmanned parking lot management server receives the entry / settlement / exit information, vehicle image information from the communication module of each parking lot therein, a communication processing unit for transmitting and processing the breaker control signal to the communication module; A unique number analysis unit for analyzing a parking lot unique code, a entering / settlement / outgoing unique code included in the packet data received from the communication module of each parking lot; A parking state checking unit for checking a parking state for each parking lot through a parking lot unique number and parking information received from the communication module of each parking lot; A parking fee settlement processing unit for managing a parking fee processing state through a parking lot unique number and fee settlement information received from each communication module of the parking lot; As a means of automatically recognizing the vehicle number, the vehicle number is recognized through the image data of the vehicle number provided from the camera of each parking lot, and a known vehicle number recognition system (LPR) is mounted to display the vehicle number of the vehicle entering and entering the parking lot. A vehicle number recognition unit for automatic recognition; A circuit breaker management unit for capturing vehicle number information for which parking fees are completed and provided through the communication module, and generating a control signal to the exit side breaker of the corresponding parking lot to remotely manage the breaker by parking lot; A commutation ticket management unit for managing commutation parking ticket information for each parking lot and for each vehicle and updating the commutation parking ticket information in association with the parking fee settlement processor; A parking lot information DB for storing parking lot information such as the location of each parking lot and the number of available parking lots; A parking DB for storing the parking lot identification number, the vehicle identification number, and the entrance information in association with each other; A parking fee settlement DB for storing the parking lot identification number, the vehicle identification number, and the charge settlement information in association with each other; A departure DB for recognizing the vehicle number for which the parking fee is completed and storing the departure information of the corresponding vehicle for each parking lot; A commutation ticket DB for storing and updating the commutation parking ticket information for each parking lot and vehicle; By executing the function of the accessory device of the integrated unmanned parking lot management server to process the information by each parking lot, vehicle, event situation (entry / settlement / exit), to recognize the vehicle number, the circuit breaker control signal for exit Provided is an integrated unmanned parking lot management system using a vehicle number recognition system, characterized in that it comprises a control unit for controlling to generate a.

On the other hand, the present invention is a first process of detecting the entrance of the vehicle through the magnetization of the loop; A second process of capturing a vehicle number through a camera provided for each parking lot; A third process of processing the parking ticket by communicating the vehicle image information and the parking ticketing information with the integrated unmanned parking lot management server; A fourth process of controlling a breaker of a corresponding parking lot through a remote control of the integrated unmanned parking lot management server; A fifth step of detecting an input of a parking ticket through an unmanned payment machine and performing charge settlement processing according to the parking ticket; A sixth process of capturing an image of the vehicle to detect a vehicle in the vehicle; There is provided an integrated unmanned parking lot management method using a vehicle number recognition system, comprising a seventh process of processing the discharge by controlling the breaker of the parking lot through the remote control of the integrated unmanned parking lot management server.

Preferably, the third process includes the process of detecting whether the parking ticket issuing machine has entered the parking ticket; If there is no parking ticket, transmitting the captured vehicle image information and parking ticket issuing information to the integrated driverless parking lot management server through a communication module provided for each parking lot and issuing a general parking ticket; The integrated unmanned parking lot management server recognizes the vehicle number through the vehicle image information transmitted from the parking lot; Storing, by the integrated unmanned parking lot management server, corresponding parking ticket issuing information, vehicle number information, and entering information for each parking lot; In the case of a regular parking ticket, transmitting the captured vehicle image information and parking ticket information to the integrated unmanned parking lot management server through a communication module provided for each parking lot; The integrated unmanned parking lot management server recognizes the vehicle number through the vehicle image information transmitted from the parking lot; Storing, by the integrated unmanned parking lot management server, corresponding parking ticket information, vehicle information, and entrance information for each parking lot; The integrated unmanned parking lot management server compares the parking ticket information, the recognized vehicle number information, and the pre-stored vehicle ticket information to determine whether it is a valid regular parking ticket. Parking lot management is provided.

Preferably, the fifth process includes the step of transmitting the unique number of the inserted parking ticket and the unique number of the corresponding parking lot to the integrated unmanned parking lot management server; Determining whether the parking lot is a regular parking ticket by searching the DB by the integrated unmanned parking lot management server; In the case of a commuter pass, the integrated unmanned parking lot management server updating the corresponding commuter pass parking information; If it is not a commuter pass, the process of calculating the general parking fee based on the entrance information; Transmitting, by the integrated unmanned parking lot management server, the screening information to the unmanned payment center; An unmanned parking lot management method using a vehicle number recognition system is provided, wherein the unmanned payment machine transmits payment information to the integrated unmanned parking lot management server.

Preferably, the seventh process includes the step of the integrated unmanned parking lot management server receives the image information of the vehicle captured at the exit of the parking lot to recognize the vehicle number; Determining whether the vehicle is the fare settled by comparing with the DB; If the vehicle is a fee set, the integrated unmanned parking lot management server transmits a control signal to the circuit breaker via the communication module of the corresponding parking lot to open the circuit breaker; The unmanned unmanned parking lot management server, if the fee is not settled, outputting outgoing information to a speaker and a display provided at an exit of the corresponding parking lot; The integrated unmanned parking lot management server is provided with an integrated unmanned parking lot management method using a vehicle number recognition system, characterized in that the process consisting of releasing the TCP session with the communication module of the parking lot.

Preferably, the third, fourth, fifth, seventh process is a process for automatically generating a data packet including a unique number and parking related information, the device unique number of the corresponding parking lot provided by the communication module provided in the parking lot; The communication module automatically establishing a TCP session to an integrated drone window management server; Transmitting, by the communication module, a corresponding data packet to an integrated drone window management server; Analyzing the data packet by the integrated drone window management server; The integrated unmanned parking lot management server is provided with an integrated unmanned parking lot management method using a vehicle number recognition system, characterized in that it comprises a process of classifying and storing the corresponding data for each parking lot.

Preferably, the process of the integrated unmanned parking lot management server determines whether a predetermined time has arrived; Extracting, by the integrated unmanned parking lot management server from the database having a first-in-first-out (FIFO) stack structure when a preset time arrives; The integrated unmanned parking lot management server is provided with a method for managing an integrated unmanned parking lot using a vehicle number recognition system further comprising the step of automatically moving the process data to the progress data DB.

EMBODIMENT OF THE INVENTION Hereinafter, this invention is demonstrated in detail with reference to drawings.

Figure 2 is a schematic diagram showing the configuration of an integrated unmanned parking lot management system using a vehicle number recognition system according to an embodiment of the present invention.

Referring to this, the integrated unmanned parking lot management system using a vehicle identification system according to an embodiment of the present invention includes a unique number for each parking lot in image data and settlement data transmitted from each parking lot, and each parking lot breaker for each parking lot. By remote management, it is a system that can manage multiple parking lots unattended from a remote integrated server.

That is, the integrated unmanned parking lot management system using the vehicle identification system according to an embodiment of the present invention integrates and links the parking lots of the nationwide network, and a plurality of cameras (71, 72: web cameras) and parking ticket machines provided in each parking lot. 120, image data capturing the vehicle number when a specific event (entry, settlement, exit) situation occurs through the communication module 110 that communicates with the unmanned payment device 130, breaker 140, each situation information and parking lot unique By creating an automatic data packet including a number, setting up an automatic TCP session with a URI of a remote server stored in advance, transmitting the corresponding data packet, receiving control signals accordingly, and performing subsequent operations such as driving a breaker. It is a system that can efficiently manage multiple parking lots.

To this end, the integrated unmanned parking lot management system using a vehicle number recognition system according to an embodiment of the present invention, the camera 71, 72, communication module 110, parking ticket machine 120, unmanned payer 130 for each parking lot , Each breaker 140 is configured, the communication with a plurality of parking lot communication module 110 to accumulate and store the event information, vehicle image information, settlement information in each parking lot, breaker 140 of each parking lot Integrated unmanned parking lot management server 200 for remote control is configured.

Looking at each parking lot, the parking ticket issuing machine 120 is installed at the entrance of the parking lot issuing a general parking ticket, reading the general parking ticket information registered as a commuter pass and transmits the parking ticket information to the communication module 110.

In addition, the unmanned payment device 130 is provided to automatically receive the general parking fee payment processing and the purchase price of the regular parking ticket, and transmits the parking ticket fee processing information and the general parking ticket information registered as the commuter pass to the communication module 110.

On the other hand, the cameras 71 and 72 are installed at the entrance and exit of the parking lot to automatically photograph the vehicle number of the vehicle entering and exiting the parking lot, and are respectively installed at the entrance and exit of the parking lot and the communication module. The breaker 140 is configured to open and close the inlet and the outlet by the control signal received from the 110.

In addition, it is located in the parking lot, the parking ticketing machine 120 receives the ticketing parking information and the regular parking ticket information, the camera number information from the camera (71, 72), the general parking ticket information from the unmanned payment machine 130 And receiving parking fee settlement information, and automatically generates the corresponding information as a packet along with the parking lot unique number at the time of each information event occurrence, and transmits the packet information to the remote unmanned parking lot management server 200 and integrates the packet information. It is configured to include a communication module 110 for controlling the opening and closing of the breaker 140 by receiving the breaker control signal from the unmanned parking lot management server 200.

On the other hand, the integrated unmanned parking lot management system using a vehicle number recognition system according to an embodiment of the present invention performs communication with a plurality of communication module 110 for each parking lot to receive the vehicle entrance and parking ticketing information in the parking lot, Recognize the vehicle number based on the image data of the vehicle number, receive the billing information, classify and store the information for each parking lot, and receive the completed vehicle information from the exit camera 72 Integrated unmanned parking lot management server 200 for controlling the breaker 140 of each parking lot is configured.

At this time, the integrated unmanned parking lot management server 200, the web server for receiving the packet data consisting of the corresponding information and parking lot unique number, vehicle number image data when the event situation (entry, settlement, exit) for each parking lot occurs through the data communication network 210 is included, and a plurality of databases 212 and 214 for classifying and storing event information for each parking lot are included.

3 is a block diagram showing the configuration of the communication module for each parking lot included in the integrated unmanned parking lot management system using a vehicle identification system according to an embodiment of the present invention.

Referring to this, the communication module 110 installed in each parking lot receives ticketing parking information and regular parking ticket information from the parking ticket issuing machine 120, receives vehicle number information from the cameras 71 and 72, and receives the unmanned parking. General parking ticket information and parking fee payment information is received from the payment device 130, and automatically generates the corresponding information with a parking lot unique number at the time of each information event occurrence, the packet information of the remote unmanned parking lot management server 200 ) Is a means for transmitting the breaker control signal from the integrated unmanned parking lot management server 200 and transmitting the breaker control signal to the breaker 140.

To this end, the communication module 110 has a communication processing unit 111 for communicating with the accessory devices of the parking lot and the integrated unmanned parking lot management server 200 therein, the integrated unmanned TCP session setting unit 112 for generating a signal for automatically establishing a TCP session for the URI of the parking lot management server 200 is provided.

In addition, the communication module 110 is provided with a unique number processing unit 113 for assigning a unique number for each corresponding parking lot and each accessory device (camera, breaker, parking ticket issuing machine, unmanned payment machine) therein. A data packet generation unit 114 is provided for automatically generating and processing single packet data including data including number and vehicle number image information, and stores data transmission / reception information and URI information of the integrated unmanned parking lot management server 200. The data storage unit 115 is provided.

On the other hand, according to the corresponding parking lot and each accessory device of the parking lot (camera, breaker, parking ticket machine, unmanned payment machine), each occurrence of information event is automatically generated as a packet including the parking lot unique number and the packet information is remotely integrated. The unmanned parking lot management server 200 automatically sets up a TCP session for transmission processing, and receives a breaker control signal from the integrated unmanned parking lot management server 200 and transmits it to the breaker 140. . If image data is transmitted from the cameras 71 and 72 at the time of entering and leaving the vehicle, the packet data includes the image data of the vehicle number in the packet data.

Figure 4 is a block diagram showing the configuration of the integrated unmanned parking lot management server provided in the integrated unmanned parking lot management system using a vehicle number recognition system according to an embodiment of the present invention.

Referring to this, the unmanned unmanned parking lot management server 200 provided in the unmanned unmanned parking lot management system using the vehicle number recognition system according to an embodiment of the present invention includes a communication processing unit 202 therein; Unique number analysis unit 204; A state entering part 206; A parking fee settlement processing unit 208; Vehicle number recognition unit 209; Breaker management unit 210; Commuter pass management unit 212; Parking lot information DB 214a; Entering DB 214b; Parking fee settlement DB 214c; Discharge DB 214d; It is composed of a commuter pass DB 214e and a control unit 216.

First, the communication processing unit 202 is provided with the entry / settlement / outgoing information and vehicle image information from the communication module 110 of each parking lot, and is a means for transmitting and processing a circuit breaker control signal to the corresponding communication module 110. The unique number analysis unit 204 is a means for analyzing the parking lot unique code, entry / settlement / exit unique code contained in the packet data transmitted from the communication module 110 of each parking lot.

The parking state checking unit 206 is a means for checking the parking state for each parking lot through the parking lot unique number and the parking information received from the communication module 110 of each parking lot, and the parking fee settlement processing unit 208 Means for managing the parking fee processing state through the parking lot unique number, the charge settlement information received from the communication module 110 of each parking lot.

The vehicle number recognition unit 209 (LPR) is a means for automatically recognizing the vehicle number, and recognizes the vehicle number through the image data of the vehicle number provided from the cameras 71 and 72 of each parking lot. LPR: License Plate Recognition) (hereinafter referred to as "LPR") is installed and configured to automatically recognize the vehicle number of the vehicle entering and leaving the parking lot.

The breaker management unit 210 captures the vehicle number information of the parking fee is completed and provided through the communication module 110, and generates a control signal to the exit side breaker 140 of the parking lot to remotely manage the breaker for each parking lot. The commuter pass management unit 212 manages the commutation parking ticket information for each parking lot and each vehicle, and updates the commutation parking ticket information in connection with the parking fee settlement processing unit 208.

The parking lot information DB 214a is a database for storing parking lot information such as the location of each parking lot and the number of available parking lots, and the entering DB 214b is a database storing the parking lot identification number, the vehicle identification number, and the entering information in association. The parking fee settlement DB 214c is a database that stores the parking lot unique number, the vehicle unique number, and the fee settlement information in association with the parking fee DB 214d. It is a database for storing each parking lot, and the commuter pass DB (214e) is a database for storing and updating the regular parking ticket information in association with each parking lot, for each vehicle.

On the other hand, the control unit 216 executes the function of the accessory device of the integrated unmanned parking lot management server 200 to process information for each parking lot, for each vehicle, for each event situation (entry / settlement / departure), and the vehicle number It is a means for controlling to recognize, and to generate a circuit breaker control signal for leaving the car.

The function and operation of the integrated unmanned parking lot management system using the vehicle number recognition system according to the first embodiment of the present invention having the above-described configuration will be described in detail with reference to the accompanying drawings.

5A, 5B, and 5C are flowcharts illustrating a signal flow of an integrated unmanned parking lot management system using a vehicle number recognition system according to an embodiment of the present invention.

First, Figure 5a is a flow chart showing a schematic signal flow of the integrated unmanned parking lot management system using a vehicle number recognition system according to an embodiment of the present invention, Figure 5b, 5c is a vehicle according to an embodiment of the present invention This is a flowchart showing the detailed signal flow of the integrated unmanned parking lot management system using the number recognition system.

Referring to Figure 5a, the integrated unmanned parking lot management system using a vehicle identification system according to an embodiment of the present invention is largely the image data capture of the vehicle number, the parking processing through the regular parking ticket and the general parking ticket issuing and the parking processing ( ST-100), the process of transmitting the incoming data to the remote unmanned parking lot management server 200 (ST-200); Parking (ST-300); Parking fee settlement process (ST-400); General parking ticket recognition 600; Commuter Pass Parking Fee Settlement (ST-500), Recognized as Commuter Pass (ST-700); A process of transmitting the payment information to the unmanned parking lot management server 200 (ST-800); Release approval from the unmanned parking lot management server 200 (ST-900); It is carried out with taking out process (ST-1000).

More specifically, referring to FIGS. 5B and 5C, a vehicle is detected through a roof coil (not shown) and cameras 71 and 72 installed at an entrance of a parking lot, image data of the vehicle is captured, and a parking ticket issuing button. When the entrance of the vehicle is detected (ST-1), the cameras 71 and 72 provided in each parking lot capture the vehicle number due to the detection signal (ST-2).

When the vehicle number is captured, the parking ticket issuing machine 120 detects the parking ticket input through the parking ticket reader (ST-3), and when the parking ticket is input, the parking ticket information and the vehicle capture data are transmitted through the communication module 110. The unmanned unmanned parking lot management server 200 is transmitted, and the unmanned unmanned parking lot management server 200 determines whether the parking ticket information and the vehicle information are the parking ticket registered as the regular parking ticket by searching a database (ST-4).

If the parking ticket is not input and the ticketing button is operated, the parking ticket issuing machine 120 issues a ticket for the general parking ticket through the parking ticket issuing unit (ST-6), and the integrated unmanned parking lot management server 200 performs the communication module 110. Opening and closing the circuit breaker 140 through the) process (ST-7).

In more detail, the third, fourth, fifth, and sixth steps may include: detecting whether the parking ticket issuing machine has inserted the parking ticket; If there is no parking ticket, transmitting the captured vehicle image information and parking ticket issuing information to the integrated driverless parking lot management server through a communication module provided for each parking lot and issuing a general parking ticket; The integrated unmanned parking lot management server recognizes the vehicle number through the captured image information, and stores the parking ticket issuing information, vehicle information, and parking information for each parking lot; In the case of a regular parking ticket, transmitting the captured vehicle image information and parking ticket information to the integrated unmanned parking lot management server through a communication module provided for each parking lot; Storing, by the integrated unmanned parking lot management server, corresponding parking ticket information, vehicle information, and entrance information for each parking lot; The integrated unmanned parking lot management server preferably compares the parking ticket information or vehicle information to determine whether it is a valid regular parking ticket.

In addition, when the parking ticket is input and it is determined that the parking ticket is not a regular parking ticket, the parking ticket issuing machine 120 commands the collection of the parking ticket to be collected and processed (ST-5). If it is a regular parking ticket or a general parking ticket registered as regular parking, the integrated unmanned parking lot management server 200 opens the breaker 140 via the communication module 110 to perform a parking process (ST-7). .

In addition, when the occupancy process is completed, the communication module 110 automatically generates packet data including vehicle image information transmitted from the cameras 71 and 72, parking lot unique number, and parking ticket information (ST-8). The communication module 110 automatically establishes a TCP session to the integrated unmanned parking lot management server 200 (ST-9) and transmits and processes the corresponding data packet (ST-10).

Then, the unmanned unmanned parking lot management server 200 interprets the corresponding data packet (ST-11), recognizes the vehicle number through the vehicle image information (ST-12), and event status (charging status) information for each parking lot. And classify and store vehicle information and parking ticket information for each parking lot (ST-13). That is, the integrated unmanned parking lot management server 200, through the corresponding data packet, it is possible to check the vehicle number, parking lot information, parking status information for each parking lot is completed and stored in the database.

At this time, even when transmitting the ticketing ticket information or commuter pass information to the integrated unmanned parking lot management server 200 through the communication module 110 provided for each parking lot automatically generates data packet including the parking lot unique information and TCP session setting It is only natural to do this.

On the other hand, after a particular vehicle is parked, the unmanned payment machine 130 detects whether the user (vehicle holder) who wants to leave the parking ticket is input (ST-14), and reads the unique number of the parking ticket to read the integrated unmanned parking lot. The management server 200 transmits. Then, the integrated unmanned parking lot management server 200 determines whether the parking ticket is a regular parking ticket or a general parking ticket registered as a commuter pass through a database search (ST-15, 16).

If it is not a regular parking ticket, the unmanned payment machine 130 calculates the general parking fee and displays the settlement amount information on the screen (ST-17). In addition, the unmanned payment machine 130 determines whether the payment for the general parking fee is made and performs the withdrawal process (ST-18).

If it is determined that the integrated unmanned parking lot management server 200 is a parking ticket registered as a commuter pass for the general parking ticket inputted to the unmanned payment machine 130, the integrated unmanned parking lot management server 200 determines the valid parking period of the database. The search determines whether the parking ticket is a valid parking ticket (ST-19), and if it is a valid parking ticket, transmits the available parking period information to the unmanned payment machine 130 to output the screen (ST-21).

On the other hand, if the integrated unmanned parking lot management server 200 determines that the parking ticket is registered as a commuter pass, but the parking ticket has exceeded the valid period, and transmits the overtime information to the unmanned payment machine 130 and outputs the screen. Update processing is performed (ST-20).

In this state, when the charge settlement through the unmanned payment device 130 is completed, the communication module 110 automatically generates the packet data including the vehicle information, the parking lot unique number, and the parking ticket information (ST-22). The communication module 110 automatically establishes a TCP session to the integrated unmanned parking lot management server 200 (ST-23) and transmits and processes the corresponding data packet (ST-24).

Then, the integrated unmanned parking lot management server 200 interprets the corresponding data packet (ST-25), and classifies and stores the event status (charge settlement status) information, vehicle information, and parking ticket information for each parking lot by parking lot ( ST-26).

In this state, when the vehicle number is captured from the cameras 71 and 72 provided for each parking lot (ST-27), the communication module 170 transmits the corresponding vehicle image information and the parking lot number information to the integrated unmanned parking lot management server ( And the integrated unmanned parking lot management server 200 receives the vehicle image information and recognizes the vehicle number through the vehicle number recognition unit 209 (ST-28), and the vehicle number is charged. It is determined by comparing the vehicle number (ST-29, 30), if the rate is the vehicle, the integrated unmanned parking lot management server 200 via the communication module 110 of the parking lot, the breaker 140 of the parking lot Transmit an open control signal (ST-32), and cancel the TCP session setup (ST-33).

On the other hand, if the capture vehicle is not a vehicle for which the fee is settled, the integrated unmanned parking lot management server 200 can not be discharged to the speaker and display (not shown) of the parking lot through the communication module 110 of the parking lot. Output the information (ST-31).

The function and operation of the integrated unmanned parking lot management system using the vehicle number recognition system according to another embodiment of the present invention having the above-described configuration will be described in detail with reference to the accompanying drawings.

An integrated unmanned parking lot management system using a vehicle identification system according to another embodiment of the present invention efficiently moves data classified by each parking lot to a progress data DB in a stack structure of first-in first-out (FIFO) when a set time passes. It is a system that enables data management by parking lot.

That is, the integrated unmanned parking lot management system using the vehicle number recognition system according to another embodiment of the present invention provides a structure of DB construction for FIFO (First-In-First) for efficient DB operation of the integrated unmanned parking lot management server 200. By constructing a stack structure, a system for automatically moving a predetermined amount of data to a progress data DB (not shown) at the arrival of the setting time is disclosed.

6 is a flowchart illustrating a signal flow of an integrated unmanned parking lot management system using a vehicle identification system according to another embodiment of the present invention.

First, the integrated unmanned parking lot management server 200 receives the vehicle information, parking ticket information, parking lot information, each event information (entry / charge settlement / exit) from the communication module 110 provided in a plurality of parking lot and accumulated in each database Save it.

In this state, the unmanned unmanned parking lot management server 200 determines whether a preset time has arrived, and the unmanned unmanned parking lot management server 200 has a first-in-first-out (FIFO) stack when a preset time arrives. Extract historical data from a structured database.

In addition, the integrated unmanned parking lot management server 200 automatically moves to the progress data DB (not shown). Therefore, it is possible to efficiently manage the database of the integrated unmanned parking lot management server 200 that manages a plurality of parking lots.

On the other hand, the integrated unmanned parking lot management system and method using a vehicle number recognition system according to an embodiment of the present invention is not limited to the above embodiments, but various modifications can be made without departing from the technical gist of the invention.

As described above, the integrated unmanned parking lot management system and method using a vehicle identification system according to the present invention, the parking lot information, vehicle information, parking lot information, vehicle payment, parking information / parking ticket through a communication module of a plurality of parking lots By managing the information unattended and integrated management from a remote server can reduce the management cost of the parking lot, each camera only has a camera for capturing a vehicle image, LPR for recognizing the vehicle number is a single server in the integrated server By being configured, it is possible to ultimately lower the parking fee, so it is economically advantageous to the consumer and has the advantage of effectively reducing the management cost of the parking lot.

Claims (12)

In the parking lot management system consisting of a camera, a parking ticket machine, an unmanned payment machine, a breaker, It is provided for each parking lot, and receives ticketing parking information and regular parking ticket information from the parking ticket issuing machine, receives image information of the vehicle from the camera, and receives general parking ticket information and parking fee settlement information from the unmanned payment machine, and each information. Automatically generate the information as a packet along with the parking lot unique number at the time of event occurrence (entry / settlement / exit), transmit the packet information to the remote unmanned parking lot management server, and control the breaker from the integrated unmanned parking lot management server A communication module for controlling the opening and closing of the circuit breaker by receiving a signal; Communicate with the communication modules for each of the parking lots to receive vehicle arrival information, vehicle image information, and parking ticketing information in the parking lot, recognize the vehicle number, and receive the bill payment information to classify the information by each parking lot and accumulate it. Integrated unmanned parking lot management system using a vehicle number recognition system, characterized in that consisting of an unmanned unmanned parking lot management server for storing, and receiving the vehicle information from the exit camera received from the exit camera remote control of the breakers of each parking lot. The vehicle according to claim 1, wherein the integrated unmanned parking lot management server further includes a web server for receiving corresponding information through a data communication network when an event situation (entry, settlement, exit) for each parking lot occurs therein. Integrated unmanned parking lot management system using number recognition system. The integrated unmanned parking lot management system of claim 1, wherein the integrated unmanned parking lot management server further includes a plurality of databases for classifying and storing event information for each parking lot therein. . [4] The vehicle number recognition system of claim 3, wherein the event information is information including a parking lot unique number, image information of a vehicle, entrance information, fare settlement information (payment information, commuter pass information), and departure information. Integrated unmanned parking lot management system. The communication module according to claim 1, further comprising: a communication processor configured to communicate with the accessory devices of the parking lot and the integrated unmanned parking lot management server therein; A TCP session setting unit for generating a signal for automatically establishing a TCP session with respect to a URI of the integrated unmanned parking lot management server previously stored; A unique number processing unit for assigning a unique number for each parking lot and each accessory device of the parking lot (camera, breaker, parking ticket issuing machine, unmanned payment machine); A data packet generation unit for automatically generating and processing data including the unique number and the image information of the vehicle into a packet; A data storage unit for storing data transmission / reception information and URI information of the integrated unmanned parking lot management server; By the relevant parking lot and by the attached equipment of the parking lot (camera, breaker, parking ticket machine, unmanned payment machine), at the time of occurrence of each information event, the information is automatically generated as a packet along with the parking lot unique number and the packet information is remotely integrated unmanned parking lot. Integrated unmanned parking lot using a vehicle number recognition system, characterized in that it comprises a control to automatically set up a TCP session to the management server for transmission processing, and receives the breaker control signal from the management server and transmits it to the breaker. Management system. According to claim 1, The integrated unmanned parking lot management server receives the entry / settlement / exit information, vehicle image information from the communication module of each parking lot therein, a communication processing unit for transmitting and processing the breaker control signal to the communication module Wow; A unique number analysis unit for analyzing a parking lot unique code, a entering / settlement / outgoing unique code included in the packet data received from the communication module of each parking lot; A parking state checking unit for checking a parking state for each parking lot through a parking lot unique number and entering information received from the communication module of each parking lot; A parking fee settlement processing unit for managing a parking fee processing state through a parking lot unique number and fee settlement information received from each communication module of the parking lot; As a means of automatically recognizing the vehicle number, the vehicle number is recognized through the image data of the vehicle number provided from the camera of each parking lot, and a known vehicle number recognition system (LPR) is mounted to display the vehicle number of the vehicle entering and entering the parking lot. A vehicle number recognition unit for automatic recognition; A circuit breaker management unit for capturing vehicle number information for which parking fees are completed and provided through the communication module, and generating a control signal to the exit side breaker of the corresponding parking lot to remotely manage the breaker for each parking lot; A commutation ticket management unit for managing commutation parking ticket information for each parking lot and for each vehicle and updating the commutation parking ticket information in association with the parking fee settlement processor; A parking lot information DB for storing parking lot information such as the location of each parking lot and the number of available parking lots; A parking DB for storing the parking lot identification number, the vehicle identification number, and the entrance information in association with each other; A parking fee settlement DB for storing the parking lot identification number, the vehicle identification number, and the charge settlement information in association with each other; A departure DB for recognizing the vehicle number for which the parking fee is completed and storing the departure information of the corresponding vehicle for each parking lot; A commutation ticket DB for storing and updating the commutation parking ticket information for each parking lot and vehicle; By executing the function of the accessory device of the integrated unmanned parking lot management server to process the information by each parking lot, vehicle, event situation (entry / settlement / exit), to recognize the vehicle number, the circuit breaker control signal for exit Integrated unmanned parking lot management system using a vehicle number recognition system, characterized in that it comprises a control unit for controlling to generate a. A first step of detecting entrance of the vehicle through magnetization of the loop; A second process of capturing a vehicle number through a camera provided for each parking lot; A third process of processing the parking ticket by communicating the vehicle image information and the parking ticketing information with the integrated unmanned parking lot management server; A fourth process of controlling a breaker of a corresponding parking lot through a remote control of the integrated unmanned parking lot management server; A fifth step of detecting an input of a parking ticket through an unmanned payment machine and performing charge settlement processing according to the parking ticket; A sixth process of capturing an image of the vehicle to detect a vehicle in the vehicle; And a seventh process of controlling a circuit breaker of a corresponding parking lot through a remote control of the integrated unmanned parking lot management server. 8. The method of claim 7, wherein the third process comprises: a parking ticket issuing machine detecting whether the parking ticket is inserted; If there is no parking ticket, transmitting the captured vehicle image information and parking ticket issuing information to the integrated driverless parking lot management server through a communication module provided for each parking lot and issuing a general parking ticket; The integrated unmanned parking lot management server recognizes the vehicle number through the vehicle image information transmitted from the parking lot; Storing, by the integrated unmanned parking lot management server, corresponding parking ticket issuing information, vehicle number information, and entering information for each parking lot; In the case of a regular parking ticket, transmitting the captured vehicle image information and parking ticket information to the integrated unmanned parking lot management server through a communication module provided for each parking lot; The integrated unmanned parking lot management server recognizes the vehicle number through the vehicle image information transmitted from the parking lot; Storing, by the integrated unmanned parking lot management server, corresponding parking ticket information, vehicle information, and entrance information for each parking lot; The integrated unmanned parking lot management server compares the parking ticket information, the recognized vehicle number information, and the pre-stored vehicle ticket information to determine whether it is a valid regular parking ticket. How to manage your parking lot. The method of claim 7, wherein the fifth process comprises: transmitting the unique number of the inserted parking ticket and the unique number of the corresponding parking lot to the integrated unmanned parking lot management server; Determining whether the parking lot is a regular parking ticket by searching the DB by the integrated unmanned parking lot management server; In the case of a commuter pass, the integrated unmanned parking lot management server updating the corresponding commuter pass parking information; If it is not a commuter pass, the process of calculating the general parking fee based on the entrance information; Transmitting, by the integrated unmanned parking lot management server, the screening information to the unmanned payment center; And the unmanned payment machine transmits the payment information to the integrated unmanned parking lot management server. The method of claim 7, wherein the seventh process comprises: a step of the integrated unmanned parking lot management server receiving image information of the vehicle captured at the exit of the parking lot and recognizing the corresponding vehicle number; Determining whether the vehicle is the fare settled by comparing with the DB; If the vehicle is a fee set, the integrated unmanned parking lot management server transmits a control signal to the circuit breaker via the communication module of the corresponding parking lot to open the circuit breaker; The unmanned unmanned parking lot management server, if the fee is not settled, outputting outgoing information to a speaker and a display provided at an exit of the corresponding parking lot; The unmanned unmanned parking lot management server comprises a process of releasing a TCP session with the communication module of the corresponding parking lot. 8. The method of claim 7, wherein the third, fourth, fifth, seventh steps include: automatically generating, by the communication module provided in the corresponding parking lot, a data packet including a unique number, parking related information, and device unique number of the corresponding parking lot; The communication module automatically establishing a TCP session to an integrated drone window management server; Transmitting, by the communication module, a corresponding data packet to an integrated drone window management server; Analyzing the data packet by the integrated drone window management server; The unmanned unmanned parking lot management method using a vehicle number recognition system, characterized in that each of the step of the unmanned unmanned window management server to classify and store the corresponding data for each parking lot. The method of claim 11, further comprising: determining whether the integrated unmanned parking lot management server has reached a preset time; Extracting, by the integrated unmanned parking lot management server from the database having a first-in-first-out (FIFO) stack structure when a preset time arrives; The unmanned unmanned parking lot management server further comprises the step of automatically moving the process data to the historical data DB, the unmanned unmanned parking lot management method using a vehicle number recognition system.

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