KR20200082048A - System for payment of sharing parking lot - Google Patents

Abstract

The present invention relates to a system for paying for a shared parking space. Even if a user is not skilled in an application, it is possible to automatically provide parking space information to a control center server through ARS connection, so that a user-oriented service can be provided and service reliability and convenience can be significantly increased. When a parking space sharing application is operated in an ARS mode, a unique ID transmitted from a parking detector is displayed on a monitor of a mobile terminal, so that the user can provide accurate data to a consultant without any separate operation. When the parking space sharing application is operated in a page mode, application parking start information is automatically transmitted to the control center server without any separate operation, so that simplicity and convenience in use can be further increased. In addition, according to the present invention, payment for a parking fee is made through virtual currency (P-Coin), so that a payment process is made quickly and conveniently. A resident can be provided with profits obtained by providing a parking space, so that active participation in a parking space sharing service can be induced.

Description

System for payment of sharing parking lot}

The present invention relates to a shared parking surface fee payment system that enables quick and accurate payment of parking fees according to parking on a shared parking surface.

Generally, in the case of private houses and villas, the resident-priority parking system that provides resident-priority private parking spaces is provided by each local government. Doing.

However, in recent years, as the number of vehicles increases, parking spaces for vehicles to park are greatly reduced. In the case of dense houses such as apartments, the parking lot is secured to some extent, but in the case of houses and shopping malls, parking space is allocated to residents, so it is difficult to secure an area for outside vehicles to park. Due to the lack of space, complaints are frequently occurring due to parking problems.

In addition, in the case of the private parking surface, depending on the occupation and propensity of the occupant, the time period during which parking is mainly performed is different from each other, and the parking space is unnecessarily wasted when the occupant goes out for a long time.

Accordingly, various studies have been conducted to improve the lack of parking space by providing a private parking surface for non-residents in a time when parking of the private parking surface is not performed.

1 is a block diagram showing an unmanned parking lot operating system for each compartment disclosed in Korean Registered Patent No. 10-1492137 (Invention name: unmanned parking lot operating system and method for each compartment), and FIG. 2 is a perspective view showing a shared terminal of FIG. 1 to be.

The unmanned parking lot operating system (hereinafter referred to as a prior art) 100 for each compartment of FIGS. 1 and 2 includes a sharing terminal 110 installed in a parking area to collect vehicle information.

At the same time, the sharing terminal 110 designates whether or not the zone owner of the parking zone is allowed to use the other person and the allowable time, and displays whether the parking space is available and the available parking time to the general user.

In addition, the sharing terminal 110 is a video recording unit 112 for acquiring the image information of the vehicle entering and exiting the parking area, and when the vehicle enters the parking area, the parking area of the corresponding parking area to emit light of the LED lamp The lighting unit 113 displaying the color of light, the display unit 115 displaying a remaining parking available time in the parking area by counting down and outputting a message regarding parking or illegal parking, and whether or not parking is allowed and allowed Enter the available time and allow the operation of the parking sharing mode, parking mode, and non-parking mode of the sharing terminal. A tag recognition unit 114 that recognizes the RFID tag and releases the parking sharing mode set in the sharing terminal according to the recognized tag information, or transmits the tag information so that the parking possible mode or the parking disabled mode is set, and geomagnetic and pressure Method, distance recognition, metal detection, or two or more of them are installed on the floor in the parking area, recognizes vehicles entering and exiting the parking area, and provides information on whether the current parking area is occupied or not. It consists of a sensor unit 120 for receiving and transmitting to the control unit.

In the prior art 100 configured as described above, the sharing terminal 110 collects and collects information transmitted from the image capturing unit 112, the tag recognition unit 114, and the sensor unit 120, and collects the collected information. Establishment of a database for providing integrated parking information because it is possible to set and release the parking sharing mode, the parking available mode, and the parking impossible mode by distinguishing whether the vehicle entering or exiting the parking area is an area manager or a general user based on the This is easy, and it has the advantage of being able to provide information services utilizing it.

However, in the prior art 100, since the sharing terminal 110 is equipped with an image capturing unit 112, a lighting unit 113, a display unit 115, and the like, and is installed one on each parking surface, installation and operation costs are reduced. It has the disadvantage of increasing excessively.

In addition, since the prior art 100 pays for the parking fee only through the sharing terminal 110, the driver needs to exit the vehicle and access the sharing terminal to perform payment through the interface unit 116 to perform payment. The payment process has a complicated and complicated disadvantage.

The present invention is to solve such a problem, and the problem of the present invention is to provide user-centered service by automatically providing parking start information to the control center server through ARS connection even if the user is not skilled in the application. It is intended to provide a shared parking fee payment system that is not only possible, but can dramatically increase service reliability and convenience.

In addition, another problem of the present invention is that when the parking sharing application (app) operates in the ARS mode, the unique number transmitted from the parking detector is displayed on the screen of the mobile terminal, thereby providing accurate data to the counselor without the user having to perform additional operations. This is to provide a shared parking fee payment system that can be used.

In addition, another problem of the present invention is a shared parking surface that can further enhance the ease of use and convenience by automatically transmitting the app parking start information to the control center server when the parking sharing application operates in page mode, without any additional manipulation. It is intended to provide a payment system.

In addition, another problem of the present invention is that when the control center server receives the parking start information from any one of the parking detector, the parking sharing application, and the ARS, it performs a verification (discrimination) process to determine whether the parking is correctly performed, thereby accurately sharing the parking. It is intended to provide a shared parking fee payment system that can provide information to a user.

In addition, another problem of the present invention is that the parking fee is paid through a virtual currency (P-Coin), so that the payment process is quickly and conveniently performed, and the parking sharing service is provided by providing profits (incentives) for providing parking spaces to residents. The purpose of the present invention is to provide a shared parking fee payment system that can induce active participation.

The solving means of the present invention for solving the above problems is a parking detector installed on a shared parking surface to detect a vehicle, and to transmit a parking start information to a detector including a unique number and detection information registered when the vehicle is detected; A repeater that receives the parking start information from the parking detector and transmits it to the outside; A control center server that receives and stores parking start information from the repeater; A parking sharing application is installed and includes a mobile terminal that receives parking start information from the parking detector when adjacent to the shared parking surface, and the parking sharing application is received when receiving parking start information from the parking detector. A page mode operation unit for generating app parking start information including an app unique ID, phone number, and vehicle number previously registered in the parking surface unique number and detection information of the parking start information of the detector; Further comprising a control unit for transmitting the app parking start information generated by the page mode operation unit to the control center server through the mobile terminal, the control center server receives the detection parking start information from the repeater or the parking sharing application When receiving the parking start information from the app, it extracts the unique number of the parking surface of the received parking start information, and then determines whether other parking start information with the unique number extracted during the critical time is received, and if the unique extracted during the critical time When other parking start information having a number is received, the parking start information is stored in a database server, and if other parking start information having a unique number extracted during a critical time is not received, data indicating that an unexpected situation has occurred with the manager's mobile terminal Is to send.

In addition, in the present invention, if the vehicle is not detected in the state where the vehicle is detected, the parking end information including the unique number and detection information (undetected) is transmitted to the repeater, and the control center server transmits the repeater to the repeater. When the parking end information is transmitted from the parking detector, it is preferable to calculate the parking fee using the parking start time and the parking end time, and then perform the parking fee payment in conjunction with the corresponding parking sharing application.

In addition, in the present invention, the parking sharing application includes an ARS mode operating unit operated according to a user's request, and when the ARS mode operating unit receives the detector parking start information from the parking detector, automatically activates the call module of the portable terminal. Connect the phone to the phone number of the customer center of the registered control center server, and at the same time, expose the unique number of the parking surface sent to the monitor of the mobile terminal, and the customer center's agent will call the phone number. After registering the ARS parking start information matching the number and the vehicle number to the control center server, and when the control center server receives the ARS parking start information from the counselor, after extracting the unique number of the parking surface of the registered ARS parking start information, It is determined whether the parking start information of the probe having the unique number extracted during the critical time is received, and if the parking start information of the probe with the unique number extracted during the critical time is received, the corresponding parking start information is stored in the database server. If parking parking information having a unique number extracted during the time is not received, it is preferable to transmit data indicating that an unexpected situation has occurred to the manager's mobile terminal.

In addition, in the present invention, when the parking fee is paid through a virtual currency, and the control center server makes a parking fee payment, the profit is calculated by applying a preset return rate to the parking fee, and then the calculated profit is shared. It is desirable to pay to residents of the parking side.

According to the present invention having the above-described problems and solutions, even when the user is not skilled in the application, it is possible to automatically provide parking start information to the control center server through the ARS connection, so that user-centered service can be provided and service reliability and Convenience can be dramatically improved.

In addition, according to the present invention, when the parking sharing application (app) operates in the ARS mode, the unique number transmitted from the parking detector is displayed on the screen of the mobile terminal, so that the user can provide accurate data to the agent without any additional manipulation. do.

In addition, according to the present invention, when the parking sharing application is operated in the page mode, the application parking start information is automatically transmitted to the control center server without additional manipulation, thereby further simplifying the convenience and convenience of use.

In addition, according to the present invention, when the control center server receives the parking start information from any one of the parking detector, the parking sharing application, and the ARS, it performs a verification (determination) process of whether the parking is correctly performed, thereby providing the correct parking sharing information to the user. Can provide.

In addition, according to the present invention, the payment process is quickly and conveniently performed as the parking fee is made through a virtual currency (P-Coin), and provides a profit (incentive) for providing a parking surface to residents to actively participate in the parking sharing service. Can be induced.

1 is a block diagram showing an unmanned parking lot operating system for each compartment disclosed in Korean Patent No. 10-1492137 (Invention name: unmanned parking lot operating system and method for each compartment).
FIG. 2 is a perspective view showing the shared terminal of FIG. 1.
3 is a block diagram showing a shared parking fee payment system according to an embodiment of the present invention.
4 is a block diagram showing the mobile terminal of FIG. 3.
5 is a block diagram illustrating the parking sharing application of FIG. 3.
6 is a block diagram showing the page mode operation unit of FIG. 5.
7 is a block diagram illustrating an ARS mode operation unit of FIG. 5.
8 is a block diagram showing the control center server of FIG. 3.
9 is a block diagram illustrating the database server of FIG. 8.

Hereinafter, an embodiment of the present invention will be described with reference to the accompanying drawings.

3 is a block diagram showing a shared parking fee payment system according to an embodiment of the present invention.

The shared parking surface fee payment system 1, which is an embodiment of the present invention, selects one of various processing methods for parking start notification, parking end notification, and parking fee payment when a user parks a vehicle on the shared parking surface (P). By being configured as such, it is possible to flexibly respond to various environments of the shared parking surface P, and at the same time, payment of the shared parking surface P is made simply and accurately.

In addition, the shared parking fee payment system 1, as shown in Figure 3, the control center server 3, a mobile terminal (4), parking sharing application (5), parking detector (9), repeater (7) , Communication network 10, a local area network 20, a telephone communication network 21.

The communication network 10 provides a data movement path between the control center server 3, the repeater 7, and the portable terminal 4, and specifically, a wired/wireless network network such as a wide area network (WAN), a mobile communication network, 3G , 4G, 5G, LTE, and the like.

The local area network 20 supports data communication between the repeater 7 and the parking detector 9, and specifically, Wi-Fi, Bluetooth, Zig-bee, 3G, 4G , 5G, LTE, and the like.

The parking detector 9 is installed on the shared parking surface P to detect a vehicle on the shared parking surface P.

Also, the parking detector 9 transmits the parking start information of the detector including the unique number of the parking surface and the detection information to the repeater 7 when the vehicle is detected by storing the unique number of the corresponding shared parking surface P. At this time, when the repeater 7 receives the parking start information of the detector from the parking detector 9, it transmits it to the control center server 3.

In addition, when the vehicle is detected, the parking detector 9 uses the parking start application information of the mobile terminal 4 connected through the short-range communication network 20 to the parking start information of the detector, including the unique number and whether to detect the government (detection). Send it out. At this time, when the parking sharing application 5 receives the sensor parking start information from the parking detector 9, it generates the app parking start information by matching the unique ID and detection information of the parking surface of the received parking start information with the unique ID of the app. To the control center server 3.

In addition, if the vehicle is not detected in the state in which the vehicle is detected, the parking detector 9 transmits the parking end information including the unique number of the parking surface and the detection information to the repeater 7 to the repeater 7.

At this time, although not shown in the drawing, the parking detector 9 includes an RFID receiver and at the same time, an RFID tag is stored in the vehicle of the occupant and configured to determine whether the vehicle is a occupant vehicle or not when the vehicle is detected by the parking detector 9. It can be, and the identification technology and method using the RFID is a commonly used technology, so a detailed description thereof will be omitted.

The portable terminal 4 is a terminal possessed by a vehicle driver or a resident, and is a terminal that supports connection with the communication network 10 and the local area network 20. Specifically, the mobile terminal 4 may include a smartphone, a tablet PC, a laptop, a PDA, and the like. Can.

In addition, a parking sharing application 5 is installed in the mobile terminal 4.

The parking sharing application (5) is an application program, software (Software) that is installed on the mobile terminal (4) to request data from the control center server (3) or receive response data to provide parking payment service to users. ) Or an Application.

In addition, the parking sharing application 5 is operated in a page mode and an ARS mode according to a user's selection. At this time, when the first mode is selected, the parking sharing application 5 automatically reloads to the corresponding mode when there is no request from the user.

In addition, in the page sharing mode, when the page mode receives the parking start information from the parking detector 9 through the local area network 20 in the page mode, the transmitted device is unique to the parking surface number and detection information of the parking start information. App parking start information matching ID, pre-registered phone number and pre-registered vehicle number is transmitted to the control center server 3.

In addition, the parking sharing application 5 receives the parking end confirmation data from the control center server 3 when the vehicle leaves the corresponding shared parking surface P in the page mode, and works in conjunction with the control center server 3 Pay the parking fee. At this time, it is natural that payment of the parking fee can be made in various known ways such as virtual currency (P-Coin), micro-payment, card, transfer, etc. In detail, through the virtual currency provided by the parking sharing application (5). Performing payment can increase the convenience of use.

In addition, in the ARS mode, when the parking sharing application 5 receives the parking start information from the parking detector 9 through the short-range communication network 20 in the ARS mode, it automatically activates the call module (not shown) of the portable terminal 4. The telephone number is connected to the customer number of the customer center of the previously registered control center server 3 through the telephone communication network 21, and the unique number transmitted to the monitor of the mobile terminal 4 is exposed. At this time, when the user connects to the control center server 3 by telephone, ARS parking start information including the unique number exposed on the monitor, his/her phone number and vehicle number is transmitted by voice, and the control center server 3 transmits the ARS. The ARS parking start information provided by the user is stored in the database, and the parking start information of the vehicle is generated and stored on the shared parking surface based on the data provided.

At this time, a signboard displaying the telephone number of the customer center of the control center server 3 may be installed on the corresponding parking surface, and it is preferable to allow a user to directly call through the signboard.

In addition, in the ARS mode, the parking sharing application 5 is able to receive a call from the customer center of the control center server 3 and perform payment through an agent when the vehicle deviates from the corresponding shared parking surface P.

In addition, the parking sharing application 5 receives a virtual map interface from the control center server 3 and displays it on the monitor of the mobile terminal 4. In this case, the virtual map interface is a graphical user interface (GUI) or a user experience (UX) in which a virtual map corresponding to the location and shape of the actual shared parking surfaces is displayed.

Since the virtual map interface is a technology commonly used in parking lot sharing systems and parking lot sharing applications, detailed description will be omitted.

When the repeater 7 receives the probe parking start information or the probe parking end information from the parking detector 9 through the local area network 20, the control center receives the parking start information or the probe parking end information received through the communication network 10. Transfer to server 3.

The control center server (3) manages and controls the parking detector (9), repeater (7) and parking sharing application (5).

In addition, the control center server 3 presets and stores the location and unique number of each shared parking surface.

In addition, the control center server 3 generates and updates the parking status information of each parking surface using the parking start information received from the repeater 7 and utilizes and references the generated and updated parking status information to reference the virtual map interface. Produces At this time, the control center server 3 provides a virtual map interface of an area adjacent to the current location or search location of the parking sharing application 5 at the request of the parking sharing application 5, and this virtual map interface is used in the parking management application. Since it is a commonly used technique, detailed description will be omitted.

In addition, the control center server 3 receives the parking start information from the parking detector 9 through the repeater 7 and receives the parking start information from the parking sharing application 5. At this time, the control center server 3 receives ARS parking start information from the user through ARS through the customer center.

At this time, the control center server 3 receives the parking start information from the parking detector 9 through the repeater 7, extracts the unique number of the parking surface of the received parking start information, and then corresponds to the extracted unique number. The app searches for whether parking start information or ARS parking start information has been received, and if app parking start information or ARS parking start information is received, it is finally determined that parking has been made on the corresponding parking surface. The unique ID, phone number, and vehicle number are matched and stored, and if the app parking start information or ARS parking start information is not received, it is determined that an unexpected situation has occurred, and the inspection request data including the location information is determined by the administrator's terminal. send.

In addition, the control center server 3 receives the ARS parking start information through the ARS of the app parking start information or the corresponding mobile terminal 4 from the parking sharing application 5, and the received app parking start information or ARS parking start information. After extracting the parking lot identification number, the detector detects whether parking detection information corresponding to the extracted identification number has been received from the parking detector 9, and if the detector parking start information is received, the parking is completed on the corresponding parking surface. Discriminates and stores the parking number unique number, detection information, app unique ID, phone number and vehicle number, and if the detector does not receive parking start information, it determines that an unexpected situation has occurred and sends the location information to the manager's terminal. It transmits the inspection request data.

In addition, the control center server (3) receives the parking end data from the parking detector (9) through the repeater (7), determines that parking on the corresponding parking surface is completed, and uses the parking start time and the parking end time to pay the parking fee. Calculate and pay the calculated parking fee through the corresponding parking sharing application (5) or ARS.

At this time, payment of the parking fee can be made in various known ways such as cryptocurrency (P-Coin), micro payment, card, and transfer.

In addition, when the parking fee payment is made, the control center server 3 calculates a profit applied to the paid parking fee and applies the preset yield, and then pays the calculated profit to residents of the corresponding shared parking surface. At this time, it is preferable that the resident is paid in virtual currency (P-Coin) through the parking sharing application (5).

4 is a block diagram showing the mobile terminal of FIG. 3.

The mobile terminal 4 of the present invention, as shown in FIG. 4, a memory 41 for storing files and data such as a parking sharing application 5 and a graphical user interface provided by the parking payment application 5 ( GUI) or display means 42 on which user experiences (UX, User Experiences) are displayed, a local area communication module 43 that connects to the local area network 20 and transmits and receives data to and from the parking detector 9, and a communication network ( 10) The communication module 44 that transmits and receives data to and from the control center server 3, the control module 45 in charge of the operating system (OS) of the mobile terminal 4, and the current location from the GPS satellite. The receiving GPS module 46, the application management module 47 interworking with the parking sharing application 5 of FIGS. 5 to 7 to be described later, and the call module 48 for performing a call through the telephone communication network 21. Is done.

5 is a block diagram illustrating the parking sharing application of FIG. 3.

As shown in FIG. 5, the parking sharing application 5 is installed on the mobile terminal 4 and provides a shared parking surface P and payment service in connection with the parking detector 9 and the control center server 3 It is an application program, software, or application.

In addition, the parking sharing application 5, as shown in Figure 5, the control unit 50, the data input and output unit 51, the interface processing unit 53, the page mode operating unit 55, ARS mode operating unit 57, payment processing unit (59).

The control unit 50 is an operating system (O.S) of the parking sharing application 5, and controls and controls the control targets 51, 53, 55, 57, and 59.

In addition, when the page mode is selected by the user through the graphical user interface (GUI) provided to the first user, the control unit 50 then drives the page mode operating unit 55, but when the user selects the ARS mode, the ARS mode operating unit 57 Drive.

In addition, when the parking end confirmation data is transmitted from the control center server 3 through the mobile terminal 4, the control unit 50 drives the payment processing unit 59 and includes parking fees from the control center server 3 later. When the parking fee payment request data is transmitted, the received parking fee is input to the payment processing unit 59 to make payment.

In addition, when receiving the parking start information of the detector through the short-range communication module 43 of the portable terminal 4, the control unit 50 inputs the received parking start information to the page mode operating unit 55 or the ARS mode operating unit 57. do.

The data input/output unit 51 inputs and outputs data to and from the portable terminal 4.

The interface processing unit 52 displays a previously produced graphic user interface (GUI) or user experience (UX) on the monitor of the mobile terminal 4 and processes the operation according to a user's request (command), and then results Data is provided to the user through a corresponding graphical user interface.

In addition, when the parking sharing application 5 is executed, the interface processing unit 52 provides a user with a graphical user interface for selecting a page mode or an ARS mode from the user.

6 is a block diagram showing the page mode operation unit of FIG. 5.

As shown in FIG. 6, the page mode operating unit 55 activates the short-range activation module 551 that activates the short-range communication module 43 of the mobile terminal 4 when driving, and the parking detector through the mobile terminal 4 ( 9) Match the unique ID and vehicle number of the pre-registered app to the unique number and detection information of the parking start information input through the input module 553 and the input module 553 that receives the parking start information received from the detector. It consists of an app parking start information generating module 555 to generate the app parking start information.

At this time, when the app parking start information is generated by the app parking start information generation module 555, the controller 50 controls the mobile terminal 4 so that the generated app parking start information is transmitted to the control center server 3.

7 is a block diagram illustrating an ARS mode operation unit of FIG. 5.

As shown in FIG. 7, the ARS mode operating unit 57 parks through the second short-range activation module 571 that activates the short-range communication module 43 of the mobile terminal 4 when driven, and the mobile terminal 4. To the customer center of the control center server 3 previously registered by controlling the second input module 573 to receive the parking start information received from the detector 9 and the call module 48 of the mobile terminal 4 The call management module 575 for connecting the telephone and the unique number of the parking start information entered through the second input module 573 are popped up and pushed to the display means 42 which is the monitor of the mobile terminal 4 It consists of a unique number display module 577 to expose.

The payment processing unit 59 of FIG. 5 is driven under the control of the control unit 50 when receiving parking end confirmation data from the control center server 3, and when a parking fee is input, it is parked in connection with the control center server 3 Make sure that payment is made. At this time, since the parking fee payment method is a commonly used technology, a detailed description will be omitted.

8 is a block diagram showing the control center server of FIG. 3, and FIG. 9 is a block diagram showing the database server of FIG.

8, the control center server 3, the control unit 30, the database server 31, the communication interface unit 32, the interface management unit 33, ARS input and registration unit 34, parking start It consists of a final discrimination unit 35, a parking end confirmation data generation unit 36, a parking fee calculation unit 37, a payment management unit 38, and other service units 39.

The control unit 3 is an operating system (OS) of the control center server 3, and the control targets 31, (32), (33), (34), (35), (36), (37), ( 38) and (39) are managed and controlled.

In addition, the control unit 30 is temporarily stored in the database server 31, when receiving the parking start information from the repeater 7 through the communication interface 32.

In addition, the control unit 30 temporarily stores the application parking start information from the parking sharing application 5 through the communication interface unit 32 in the database server 31.

In addition, when the ARS information is generated by the ARS input and registration unit 34, the control unit 30 temporarily stores the generated ARS information in the database server 31.

As shown in FIG. 9, the database server 31 includes a parking lot DB server 321 in which parking lot DBs are stored, a resident DB server 322 in which information related to residents is stored, and information related to general members is stored. It consists of a general member DB server 323 and a fee settlement DB server 324 in which procedures, methods, and cryptocurrency (P-Coin) information related to fee settlement are stored.

The communication interface 32 transmits and receives data to and from the repeater 7 and the parking sharing application 5.

The interface management unit 33 manages and controls the parking sharing application 5.

The ARS input and registration unit 34 receives the ARS parking start information including the unique number, its own phone number, and the vehicle number received by the agent through the call with the driver through the call with the driver, and the entered ARS parking The start information is temporarily stored in the database server 31.

When the parking start final discrimination unit 35 receives the sensor parking start information from the repeater 7 through the communication interface unit 32, extracts the parking surface unique number of the received detector parking start information, and then the database server 31 Search for whether app parking start information or ARS parking start information is temporarily stored for a critical time, and if app parking start information or ARS parking start information is searched, it is finally determined that parking has been made on the corresponding parking surface. Match the unique number, detection information, app unique ID, phone number, and vehicle number and store them in the database server 31. If the app parking start information or ARS parking start information is not searched, the administrator determines that an unexpected situation has occurred. Sends the inspection request data including the location information to the terminal of the.

In addition, the parking start final determination unit 35 receives the app parking start information from the parking sharing application 5 through the communication interface unit 32, or when the ARS parking start information is registered by the ARS input and registration unit 34, After extracting the parking number identification number of the corresponding app parking start information or ARS parking start information, the database server 31 is searched to detect whether the parking start information for the detector is temporarily stored for a critical time, and if the parking start information for the detector is searched If it is, it is finally determined that parking has been made on the corresponding parking surface and matches the unique number of the parking surface, the detection information, the unique ID of the app, the phone number, and the vehicle number and stores it in the database server 31. When it is determined that an unexpected situation has occurred, the inspection request data including the corresponding location information is transmitted to the terminal of the administrator.

The parking fee calculation unit 37 is driven when the detector parking end information is transmitted from the repeater 7 through the communication interface 32 and generates parking end confirmation data.

At this time, the generated parking end confirmation data is transmitted to the corresponding parking sharing application 5 under the control of the control unit 30.

The parking fee calculation unit 37 is driven when the parking end confirmation data is transmitted to the corresponding parking sharing application 5 by the parking end confirmation data generation unit 36, the parking fee per unit time set in advance, and the parking of the corresponding vehicle The parking fee is calculated using the start time and the parking end time.

When the corresponding parking sharing application 5 is operated in the page mode, the payment management unit 38 is connected to the payment processing unit 57 of the parking sharing application 5 to calculate the parking fee calculated by the parking fee calculation unit 37. Make payments.

At this time, various known methods such as virtual currency (P-Coin), micro payment, card, and transfer can be applied.

The other service unit 38 manages overall services provided by the common parking lot sharing system.

As described above, the shared parking surface fee payment system 1, which is an embodiment of the present invention, provides a user-oriented service by automatically providing parking start information to the control center server through the ARS connection even when the user is not skilled in the application. In addition to this, it is possible to dramatically improve service reliability and convenience.

In addition, according to the present invention, the shared parking fee payment system 1 also displays a unique number received from the parking detector on the monitor of the mobile terminal when the parking sharing application operates in the ARS mode. Even if you do, you will be able to provide accurate data to the agent.

In addition, the shared parking surface fee payment system (1) of the present invention further increases the ease of use and convenience by automatically transmitting the app parking start information to the control center server even when the parking sharing application operates in page mode, without any additional manipulation. Can be.

In addition, the shared parking surface fee payment system (1) of the present invention, when the control center server receives the parking start information from one of the parking detector, the parking sharing application, and the ARS, the verification (determination) process of whether the parking is made correctly By performing it, it is possible to provide accurate parking sharing information to the user.

In addition, in the shared parking surface fee payment system 1 of the present invention, the parking fee is made through a virtual currency (P-Coin), so that the payment process is quickly and conveniently performed, and parking is provided by providing profits according to the provision of the parking surface to residents. It can induce active participation of shared services.

1: Shared parking fee payment system 3: Control center server 4: Mobile terminal
5: parking sharing application 7: repeater 10: communication network
20: short-range communication network 21: telephone communication network 30: control unit
31: database server 32: communication interface
33: Interface management department
34: ARS input and registration unit 35: Final parking start determination unit
36: parking end confirmation data generation unit 37: parking rate calculation unit
38: Payment management department 39: Other service department
50: control unit 51: data input and output unit
52: interface processing unit 53: page mode operation unit
54: ARS mode operation unit 55: Payment processing unit

Claims (4)

A parking detector installed on a shared parking surface to detect the vehicle, and to transmit the parking start information to the outside including a unique ID and detection information registered when the vehicle is detected;
A repeater that receives the parking start information from the parking detector and transmits it to the outside;
A control center server that receives and stores parking start information from the repeater;
A parking sharing application is installed, and includes a mobile terminal that receives parking start information from the parking detector when adjacent to the shared parking surface,
The parking sharing application
When receiving the parking start information from the parking detector, a page for generating the parking start information for the app including the unique ID, phone number, and vehicle number registered in the unique ID and detection information of the parking surface of the received parking start information. Mode operation unit;
Further comprising a control unit for transmitting the app parking start information generated by the page mode operation unit to the control center server through the mobile terminal,
The control center server
When the parking start information of the detector is transmitted from the repeater or when the app parking start information is transmitted from the parking sharing application, after extracting the unique ID of the parking surface of the received parking start information, other parking starts having the unique ID extracted during the critical time If it is determined whether the information is received, if other parking start information having the unique ID extracted during the critical time is received, the parking start information is stored in the database server, and if other parking start information having the unique ID extracted during the critical time is received. A shared parking fee payment system characterized by transmitting data indicating that an unexpected situation has occurred to the manager's mobile terminal if it is not received. The method according to claim 1, wherein the parking detector
If the vehicle is not detected while the vehicle is detected, the parking end information including the unique ID and the detection information (not detected) is transmitted to the repeater,
The control center server
When receiving the parking end information from the parking detector through the repeater, the parking fee is calculated using the parking start time and the parking end time, and the parking fee payment is performed in conjunction with the corresponding parking sharing application. Parking fee payment system. The method according to claim 2, wherein the parking sharing application includes an ARS mode operating unit operated according to a user's request,
The ARS mode operating unit
Upon receiving the parking start information from the parking detector, it automatically activates the mobile terminal's call module to connect the phone to the customer number of the customer center of the registered control center server, and at the same time, the parking received on the monitor of the mobile terminal. If you expose the unique ID,
The agent of the customer center registers the ARS parking start information matching the unique ID, phone number, and vehicle number sent through the telephone to the control center server,
The control center server
When the ARS parking start information is registered from the counselor, after extracting the unique ID of the parking surface of the registered ARS parking start information, it is determined whether the parking start information of the detector with the unique ID extracted during the critical time is received and extracted during the critical time When the parking start information of the probe with the unique ID is received, the parking start information is stored in the database server. If the parking start information with the unique ID extracted during the critical time is not received, an unexpected situation occurs with the administrator's mobile terminal. Shared parking surface fee payment system, characterized in that for transmitting the data indicating that did. The method according to claim 3, wherein the parking fee is paid through a virtual currency,
When the parking center payment is made, the control center server calculates a profit by applying a preset return rate to the parking fee, and then pays the calculated profit to residents of the shared parking surface.

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