KR102061074B1 - Automatic fee charging method and system using beacon - Google Patents

Abstract

According to embodiments of the present invention, disclosed are an automatic fee charging method using a beacon and a system therefor, wherein the automatic fee charging method is configured to perform, when an app installed in a user terminal detects a beacon signal of a vehicle while a user gets on the vehicle, a getting-on procedure and automatically process a payment, and to automatically perform a getting-off procedure, when the app deviates from a beacon signal range while the user gets off the vehicle. The disclosed system comprises: a beacon terminal installed in a vehicle and configured to transmit a unique beacon signal and to connect a user terminal with a driver terminal; an automatic fee charging server configured to receive installation information by communicating with the driver terminal and process a payment by automatically charging a fee to passengers with respect to a registered vehicle; and a user terminal which is connected, when a certain automatic fee payment app is executed, to the automatic fee charging server to check the balance and process a charging procedure if necessary, which is configured to initiate, when the beacon signal is received from the beacon terminal while a user gets on the vehicle registered to a service, a getting-on procedure to receive information from the driver terminal, subtract a basic fee, upload getting-on information to the automatic fee charging server, and request for a payment, and which is configured to display, when the user gets on the vehicle, travelling information through the automatic fee charging server and the beacon terminal by communicating with the driver terminal and to perform a certain getting-off procedure when deviating from the beacon signal.

Description

Automatic fee charging method and system using beacon}

The present invention relates to a method and system for automatically collecting traffic fare, and more particularly, to a method and system for automatically collecting a fare conveniently using a beacon.

In general, a method of tagging a traffic card when getting on and off a vehicle such as a bus or subway is widely used. The NFC card (Near Field Communication) method is mainly used. Near field communication is mostly used, and the recognition distance of the traffic card is short. In general, a user's traffic card must be within 5cm of the traffic card terminal in the vehicle to be recognized. Therefore, when a person riding a vehicle or the like is carrying luggage or wearing gloves, he or she must use the traffic card at the time of boarding. There is considerable inconvenience in tagging. In this case, there is a delay in the ride since the luggage is placed near the traffic card tag device for a while, and the transportation card is taken out and tagged, or the glove is removed from the traffic card tag device for a while. .

In order to solve the above-mentioned problems, the applicant has been registered as a patent No. 10-1754747 by proposing a fare payment system and method for a vehicle using a beacon. The registered patent uses a beacon, including a traffic card terminal for processing a fare payment of a vehicle, a bidirectional first beacon connected to the traffic card terminal, a second beacon for transmission, and a bidirectional third beacon, without using a traffic card tag. It is to facilitate the use of transportation, such as subway.

By the way, the registered patent is mainly paid by the processing of the transportation card terminal, but in recent years since the smart phone equipped with an app having a payment function is widely used, the payment using the app (App) of the smart phone The scheme can be newly proposed.

An object of the present invention, if the app mounted on the user terminal while riding the vehicle detects the beacon signal of the vehicle performs a procedure to carry out the payment automatically, and when getting out of the beacon signal range when getting off the beacon automatically performs a procedure To provide a method and system for automatic charge collection.

Another object of the present invention is to set the destination through the beacon scan and communication with the bus driver terminal while riding, display the information during the operation to the set destination and at the same time automatic beacon using the beacon that can inform the arrival of the destination and To provide a system.

The system according to the embodiment of the present invention is installed near the driver's seat of the vehicle to display driving information and ride information, and beacons installed in the vehicle to transmit a unique beacon signal, and to connect the user terminal and the driver's seat terminal. The terminal, the driver's seat terminal communication with the installation information is registered, a charge automatic collection server to automatically collect the passenger's fee for the registered vehicle to process the payment, and the predetermined fee automatic payment app is executed, the fee Connect with the automatic collection server, check the balance and process the charging process if necessary, and when the boarding service is registered in the vehicle receives the beacon signal from the beacon terminal, the boarding process is started to receive information from the driver's seat terminal Upload the information to the automatic fare collection server to request payment, and the beacon while boarding And through the end communicating with the driver's station or charge collection server automatically displays the information while driving, fall outside of the beacon signal comprises a user terminal for performing a predetermined process off.

The beacon terminal includes a beacon terminal installed near the boarding door of the vehicle, a getting off beacon terminal installed near the door of the vehicle, the beacon module continuously transmitting a predetermined ID, the user terminal and the driver's seat It may include a Bluetooth module for connecting the terminal in a Bluetooth communication method.

The driver's seat terminal stores communication means for connecting with the automatic charge server, a communication port for connecting the beacon terminal, a GPS module for receiving a GPS signal, vehicle information, route information, and beacon terminal setting information. To set a beacon terminal through the memory port, audio means for generating a predetermined sound or sound, a touch screen for displaying the main screen and driving information or ride information on the screen and receiving a touch, The installation information is registered in the server through the communication means, and when the user terminal is connected through the beacon terminal, the boarding information and the driving information are transmitted. When the payment information is received from the user terminal, the boarding information is displayed through the audio means and the touch screen. And control means for controlling to control.

The method disclosed in an embodiment of the present invention includes the steps of registering, by a server, installation information from a driver's seat terminal installed in a vehicle; When the automatic payment app for the user terminal is executed, synchronizing the balance with the server and processing the charge if necessary; Waiting for a beacon scan while displaying a main screen of a fare automatic payment app, and performing a predetermined riding procedure when a beacon signal is received from the beacon terminal; When the boarding procedure is completed, communicating with the driver's seat terminal and the automatic charge collection server through a beacon terminal to update and display driving information; And scanning a beacon signal and performing a predetermined drop off procedure when the beacon signal is out of the beacon signal.

In the step of performing the boarding procedure, when a beacon signal is received in the vehicle, the automatic fare collection app receives the route number, vehicle number, boarding stop information, basic fare information, etc. from the driver's seat terminal and charges the boarding information after deducting the basic fare. Requesting a payment by transmitting to the automatic collection server, a charge automatic collection server processing the payment, generating transaction details, and the automatic charge collection server transmitting the payment information to the driver's seat terminal and the corresponding user terminal. Steps.

In the step of performing the drop off procedure, if there is no beacon signal after the beacon scanning, the automatic fee payment app checks the additional fee from the latest location information received from the automatic fee collection server or the driver's seat terminal, and an additional fee is generated. Deducting the step, uploading the get off information and the additional charges to the automatic charge server, and after the charges or if there is no additional charges, the automatic charge server to provide the completion information to the driver's seat terminal.

According to an embodiment of the present invention, the fare is automatically settled simply by getting on and off without having to tag cards, such as a bus, such as a bus, etc. Payment can prevent fraudulent riding.

In addition, according to an embodiment of the present invention, when setting a destination, the operation information (current stop information, etc.) to the corresponding destination is displayed in a graphic form so that it is easy to understand, and when the destination arrives or before the arrival, the user is notified in advance to conveniently get off. It can be effective.

1 is a schematic diagram showing the overall configuration of the automatic bus toll collection system utilizing beacons according to an embodiment of the present invention,
2 is a schematic diagram of a bus driver seat terminal shown in FIG. 1;
3 is a block diagram illustrating a beacon terminal illustrated in FIG. 1;
4 is a flowchart illustrating a bus fare automatic collection procedure using a beacon according to an embodiment of the present invention,
5 is a flowchart illustrating an operation procedure of an app according to an embodiment of the present invention;
6 is a flowchart showing a riding process according to an embodiment of the present invention;
7 is a flowchart illustrating a discharging process according to an embodiment of the present invention;
8 is a flowchart showing a charging procedure according to an embodiment of the present invention;
9 is an example of a main screen of an app according to an embodiment of the present invention;
10 is an example of a charging history screen of an app according to an embodiment of the present invention;
11 is an example usage screen of the app according to an embodiment of the present invention,
12 is an example of a ticket screen of an app according to an embodiment of the present invention,
13 is an example of a screen while riding the app according to an embodiment of the present invention,
14 is an example of a main screen of a driver's seat terminal according to an embodiment of the present invention;
15 is an example of a pop-up screen of a driver's seat terminal according to an exemplary embodiment of the present invention.

The technical problem achieved by the present invention and the practice of the present invention will be more clearly understood by preferred embodiments of the present invention described below. The following examples are merely illustrated to illustrate the present invention and are not intended to limit the scope of the present invention.

1 is a schematic diagram showing an overall configuration of a bus fare automatic collection system utilizing a beacon according to an embodiment of the present invention, Figure 2 is a schematic diagram of a bus driver seat terminal shown in Figure 1, Figure 3 is shown in Figure 1 It is a block diagram of the beacon terminal.

Bus fare automatic collection system using beacons according to an embodiment of the present invention, as shown in Figure 1, the bus driver seat terminal 110 is installed in the bus 10, a plurality of beacon terminals 120, the present invention The bus fare payment app 132 according to an embodiment of the present invention includes a plurality of user terminals 130, bus fare automatic collection server 140, and a settlement operator 150 carried by the bus passenger.

Referring to FIG. 1, in a bus 10 to which an embodiment of the present invention is applied, a bus driver's seat terminal 110 is installed near a driver's seat, and a boarding beacon terminal 120-1 is installed near a boarding door of the bus 10. And, the beacon terminal 120-2 and the getting off bell 12 are provided near the getting off door of the bus 10. In addition, a plurality of beacon terminals 120-3 may be additionally installed in the bus 10 to communicate with the user terminal 130B of the passenger on board, in a Bluetooth manner, and three beacon terminals may be provided. In the case of the above installation, it is possible to precisely collect location information of the user terminals in the bus by applying the indoor positioning technology by triangulation.

In the exemplary embodiment of the present invention, the beacon terminal 120 performs all the same configurations and functions or is installed near the boarding door according to the installation position. The terminal 120-2 and the additionally installed inside the bus are referred to as beacon terminals 120-3. The beacon terminal 120 transmits a beacon signal to the user terminal 130 and communicates with the user terminal 130 in a Bluetooth manner, and may be installed in any number according to an operation range or direction.

The bus driver seat terminal 110 and each beacon terminal 120 may be connected in an RS-232C manner, and each beacon terminal 120 transmits a beacon signal including a unique ID and the user terminal 130 and the Bluetooth. The bus driver seat terminal 110 is able to communicate with the bus fare automatic server 140 through the LTE communication network 102.

The user terminal 130 is a wireless mobile terminal such as a smartphone or a tablet possessed by a customer who uses a bus, and the bus fare automatic collecting app 132 according to an embodiment of the present invention is mounted, and the app 132 is provided. It is possible to communicate with the automatic bus toll server 140 through the LTE communication network 102, and to communicate with the beacon terminals 120 installed on the bus 10 in a Bluetooth manner. The user terminal 130 is also equipped with the same app 132 to perform the same function, but the user terminal 130A carried by the passenger on board, the user terminal 130B of the passenger currently on the bus, It may be classified as a user terminal 130C.

The bus fare automatic collection server 140 is connected via the app 132 and the bus driver's seat terminal 110 and the LTE communication network 102 of the user terminal to automatically pay the bus fare of the passenger, and settled with the settlement operator 150 It is designed to handle

In the exemplary embodiment of the present invention, the LTE communication network 102 is described as an example of the wireless communication network, but other wireless communication networks of various known methods such as WiFi may be used.

As shown in FIG. 2, the bus driver's seat terminal 110 installed near the bus driver's seat may include a CPU 111, a memory 112, a touch LCD 113 for displaying an operation state and boarding information, and an RTC 114. ), PMIC 115, GPS 116, buzzer 117 for notifying boarding, etc., a plurality of RS-232C port 118, LTE communication network for connecting with the beacon terminal 120 and the getting off bell 12 The LTE modem 119 is configured to communicate with the server 140 through the 102, sets up the beacon terminal 120, and then registers installation information with the server 140, and displays boarding information while driving.

Referring to Figure 2, LTE modem 119 is a communication means for connecting through the automatic billing server 140 and the LTE communication network 102, RS-232C port 118 is a beacon terminal 120 and get off the bell This is a communication port for connecting (12) by wire. The GPS module 116 receives GPS signals from satellites to provide current location information, and the memory 112 stores vehicle information, route information, beacon terminal setting information, and the like. The buzzer 117 is an audio means for generating a predetermined sound or sound, and the touch LCD 113 is a touch screen for displaying a main screen, driving information, ride information, etc. on a screen and receiving a touch. The CPU 111 executes the installed software to set the beacon terminal 120 through the communication port 118 and register the installation information in the server 140 through the LTE modem 119 to enable automatic charge service. When the user terminal 130 is connected through the beacon terminal 120, the boarding information and the driving information are transmitted, and when the user terminal 130 receives the payment information, the boarding device 120 rides through the buzzer 117 and the touch LCD 113. Control to display the information, and stores the payment information received from the server 140. The Real Time Clock (RTC) 114 provides time information, and the Power Management IC (PMIC) 115 performs a power management function for the mobile processor (CPU).

As shown in FIG. 3, the beacon terminal 120 installed inside the boarding door or the getting off door bus includes a CPU 121, a beacon module 123, a BLE module 124, and an LED that transmit a set unique ID. The beacon module 123 continuously transmits a unique ID to allow the user terminal 130 to receive it, and the BLE module 124 includes the user terminal 130 in which the app 132 is activated. ) To exchange information by communicating with Bluetooth.

Referring to FIG. 3, in an embodiment of the present invention, the beacon module 123 is a Bluetooth beacon such as iBeacon, Alt Beacon, etc., and transmits a unique ID to predetermined frame data in Advertise (Broadcast) mode. The BLE module 124 is a Bluetooth Low Energy module that enables Bluetooth communication using low power in the Bluetooth 4.0 or higher standard. Since the Bluetooth module or the beacon module is a known technology, further description thereof will be omitted.

4 is a flowchart illustrating an automatic bus fare collection procedure using beacons according to an embodiment of the present invention, and FIGS. 9 to 15 are examples of an app and a driver's seat terminal screen according to an embodiment of the present invention.

Referring to FIG. 4, the bus driver seat terminal 110 of the bus to which the embodiment of the present invention is applied is set in the bus fare automatic server 140 through the LTE communication network 102 after setting the beacon terminal 120 installed in the bus. The information is registered (S101, S102). This setup and registration process is performed only when necessary, such as during initial installation or when the power is on.

The beacon terminal 120, which has been set up, continuously transmits the set unique ID according to a predetermined beacon frame, and the driver's seat terminal 110 displays the main screen as shown in FIG. 14 on the touch LCD. In this case, the beacon terminal 120 may be installed by appropriately adjusting the beam operation distance or the beam direction so as to easily detect the passenger boarding or getting off according to the installation position. Referring to FIG. 14, the main screen may display menu items such as main, version, transaction history, setting, installation registration, and the like, GPS, LTE, beacon operation state, route number, vehicle number, and stop information on the main screen. have.

On the other hand, when the fare automatic payment app 132 mounted on the user terminal 130 is executed, the app 132 is communicated with the bus fare automatic collection server 140, if necessary to connect with the server 140 The charging procedure is performed (S103 ~ S105).

If the app 132 detects the beacon signal from the beacon terminal 120 when the bus is boarded, the bus stops from the bus driver's terminal terminal 110 through the Bluetooth module 124 of the beacon terminal 120 and starts a predetermined boarding procedure. After deducting the basic fare by receiving vehicle information, route information, basic fare information, and the like, upload the ride information to the bus fare automatic collection server 140, and accordingly, the server 140 processes the bus fare payment and pays the fee. Information is transmitted to the bus driver seat terminal 110 (S106 to S112).

The bus driver's seat terminal 110 displays the boarding information and the payment information through a pop-up screen as shown in FIG.

After the payment is normally completed, the server 140 issues a ticket and transmits the ticket to the corresponding user terminal 130 when necessary. Accordingly, the user terminal 130 may store and display the ticket as shown in FIG. 12. (S114-S116).

After the boarding procedure is completed, the app 132 enables the user to set a destination according to the passenger's selection, and when the destination is set, the station information is displayed while the boarding information is displayed as shown in FIG. 13 (S117 to S120). . Referring to FIG. 13, the boarding information of the app 132 may display a boarding information such as a route number, a vehicle number, a departure stop, a destination, an estimated amount, and a driving state to a destination station in a graphic form, and set a nearby destination. Upon arrival at the driver's seat terminal 110, the getting off the bell 12 may be activated (S120-1, S120-2).

When the app 132 of the user terminal does not set the destination, as shown in FIG. 9, the app 132 displays the main screen of the app and communicates with the driver's seat terminal 110 through the beacon terminal 120 to display the current stop information. Update is made (S121, S122). Referring to FIG. 9, a menu selection item such as home, charging, usage history, card management, and boarding information is displayed on a part of the main screen, and a card number, balance, final ride history, etc. are displayed on the home screen. When the charging item is selected on the main screen, the charging screen as shown in FIG. 10 is displayed. When the usage history item is selected, the usage history screen as shown in FIG. 11 is displayed. Referring to FIG. 11, a list of usage dates, usage amounts, and remaining balances is displayed on the details of the usage, and when one of the usage history is selected, a detailed usage history screen of the usage history is displayed.

If the automatic fee payment app 132 is terminated before getting off normally, a predetermined penalty procedure is performed, and if the app 132 is normally running, the beacon signal is scanned and the additional fee is deducted after exiting the beacon signal. Generate the get off information of and upload the get off information to the server 140 (S123 ~ S129). The server 140 checks whether the additional fee is added with the uploaded stop information, and if there is an additional fee, processes the payment for the additional fee and notifies the user terminal 130 of the completion of the discharging process, and thus the app 132. Completes the drop off procedure (S129 ~ S132). The penalty procedure may be carried out by processing the penalty flag and re-running the penalty for the maximum fee of the route.

5 is a flowchart illustrating an operation procedure of an automatic payment app according to an embodiment of the present invention.

Referring to FIG. 5, when the app 132 mounted in the user terminal 130 is executed, the app 132 checks the Bluetooth operation and then turns on when the Bluetooth operation is off, and communicates with the bus fare automatic collection server 140 to communicate with the corresponding user terminal ( Synchronize with the balance of 130 (S201 to S203).

Subsequently, while waiting for the beacon scan while displaying the main screen as shown in FIG. 9, when the beacon signal is detected and riding, the remaining balance is less than 5,000 won, and if less than 5,000 won, the charging procedure as shown in FIG. After the process, the procedure during riding as shown in Figure 6 is performed (S204 ~ S208).

Thereafter, if there is a beacon signal while performing the beacon scan, a procedure during boarding to scan the beacon while displaying the main screen is performed, and if there is no beacon signal, a drop off procedure as shown in FIG. 7 is performed (S209 to S213).

6 is a flowchart illustrating a riding process according to an embodiment of the present invention.

Referring to FIG. 6, when a beacon in a vehicle is detected while waiting for a beacon scan while displaying a main screen, the boarding process is processed, a fee is deducted, and transaction details are generated (S301 to S306). And display payment details such as receipts, and display the ride information such as route number, vehicle number, current stop, etc. After selecting whether to get off the stop, select the stop to display the operating stop from the current stop to the destination stop If the stop is not selected, the current stop is displayed (S307 to S311).

7 is a flowchart illustrating a discharging process according to an exemplary embodiment of the present invention.

Referring to FIG. 7, while displaying information while driving, processing a penalty flag when the app is terminated, and when there is no beacon signal after the beacon scan when the bus arrives at the stop, starts the stop procedure and checks whether there is an additional charge (S401 to S408). ). In this case, the app 132 may notify the user of the stop getting to the vibration stop or buzzer when arriving at the stop, or may communicate with the driver's seat terminal 110 to operate the stop bell 12.

If there is an additional fee, the additional fee is subtracted, the transaction history is generated, the transaction history is displayed, the drop off information is displayed, and the location information is collected for 10 minutes (S409 to S413).

8 is a flowchart illustrating a charging procedure according to an embodiment of the present invention.

Referring to FIG. 8, the charging may be divided into an automatic charging procedure that is automatically performed when the app is executed and a manual charging that is charged by selecting a charging menu.

When the automatic charging app (132) to check the balance after less than 5,000 won to complete the charge through the balance transfer, if the balance is not through the account request alarm to change the payment and check the account to complete the charge through the balance transfer (S501 to S507).

In the manual charging, when the charging menu is selected on the main screen, the charging history as shown in FIG. 10 is displayed, the charging request menu is displayed, the payment information is registered, the charging is applied, and the charging is completed (S511 to S515). ). The charge history display may receive an inquiry period and display a breakdown of each period.

In the exemplary embodiment of the present invention, the payment of the bus fare is described as the best example for the convenience of description, but may be applied to the payment of another vehicle or the payment of another service fee.

Although the present invention has been described with reference to one embodiment shown in the drawings, it will be understood by those skilled in the art that various modifications and equivalent other embodiments are possible therefrom.

10: bus 12: get off the bell
102: LTE network 110: bus driver seat terminal
120,120-1,120-2,120-3: Beacon terminal 130,130A, 130B, 130C: user terminal
132: bus fare payment app 140: bus fare automatic collection server
150: settlement operators

Claims (7)

A boarding beacon terminal provided with a beam operating distance or beam direction adjusted to facilitate detecting a passenger's boarding near a boarding door of the vehicle and transmitting a unique beacon signal;
A beaming beacon terminal which is installed with a beam operating distance or beam direction adjusted to facilitate detecting a passenger's disengagement near the discharging door of the vehicle and transmits a unique beacon signal;
Getting off bell to announce getting off;
A driver's seat terminal installed near a driver's seat of the vehicle to register installation information of the riding beacon terminal and the getting off beacon terminal, displaying driving information, riding information, and payment information, and operating the getting off bell according to a request signal;
When the predetermined charge automatic payment app is executed, check the balance and process the charging procedure if necessary, and perform a beacon scan when receiving a beacon signal from the boarding beacon terminal when boarding a service registered vehicle starts the boarding procedure Receiving information from the driver's seat terminal, requesting payment by uploading boarding information, displaying driving information while boarding, and transmitting the request signal to the driver's seat terminal when the vehicle reaches a set destination, requesting the operation of the getting off bell. And a user terminal that performs a predetermined disengagement procedure when the beacon signal of the disembarkation beacon terminal is departed; And
Charges for communicating with the driver's seat terminal to register the installation information, and automatically collects the passenger's fee for the vehicle registered in service with the user terminal to process the payment and provide payment information to the driver's seat terminal and the user terminal. Includes an automatic collection server,
The user terminal is
If the automatic fare automatic payment app is terminated after the boarding procedure is started, the beacon is characterized in that the penalty flag is provided after checking the penalty flag when the automatic automatic fare automatic payment app is executed after processing the penalty flag. Automatic charge collection system. delete The method of claim 1, wherein the riding beacon terminal or the getting off beacon terminal
A beacon module for continuously transmitting a predetermined ID, and a Bluetooth module for connecting the user terminal and the driver's seat terminal in a Bluetooth communication method, automatic billing system utilizing the beacon. According to claim 1, wherein the driver's seat terminal
Communication means for connecting to the automatic charge server;
A communication port for connecting the boarding beacon terminal or the boarding beacon terminal, and the getting off bell;
A GPS module for receiving a GPS signal,
A memory for storing vehicle information, route information, and setting information of the beacon terminal;
Audio means for generating a predetermined sound or sound;
Touch screen for displaying the main screen and driving information or ride information on the screen and receiving a touch,
Set the boarding beacon terminal or the boarding beacon terminal through the communication port, register the installation information in the automatic charge server through the communication means, and transmit the boarding information and driving information when the user terminal is connected, the fee When the billing information is received from the automatic collection server, the automatic billing system using a beacon including a control means for controlling to display the ride information through the audio means and the touch screen. Receiving, by the automatic charge server, installation information from a driver's seat terminal installed in a vehicle;
When the automatic bill payment app of the user terminal is executed, and the charge processing server and the balance after the charge processing if necessary;
Performing a beacon scan while the user terminal displays a main screen of an automatic fare payment app and receives a beacon signal from a riding beacon terminal;
When the boarding procedure is completed, the user terminal communicating with the automatic charge server or the driver's seat terminal to update and display driving information;
When the vehicle arrives near a set destination, operating the driver's seat terminal according to a request of the user terminal;
If the user terminal performs a beacon scan and gets out of the beacon signal of the beacon terminal, performing a predetermined getting off procedure; And
If the automatic payment of the fare payment app is terminated before the user terminal is normally disembarked after the start of the boarding process, processing the penalty flag and checking the penalty flag when re-launching the automatic fare payment app comprising the step of granting a penalty How to collect charges automatically using beacons. The method of claim 5, wherein performing the riding procedure
When the beacon signal of the riding beacon terminal is received, the automatic fare payment app receives a route number, vehicle number, boarding stop information, basic fare information, etc. from the driver's seat terminal, deducts the basic fare and transmits it to the automatic fare collection server. To do that,
The automatic charge server to process the payment deduction sent from the automatic charge billing app, generating a transaction history;
Automatic billing method using the beacon comprising the step of transmitting the payment information to the driver's seat terminal and the corresponding user terminal by the automatic charge server. The method of claim 5, wherein performing the drop off procedure
If there is no beacon signal of the beacon terminal after the beacon scan anymore, the fee automatic payment app checks the additional fee and if the additional fee occurs, the additional fee is subtracted, and the stop information including the additional fee deduction information is automatically Uploading to the collection server,
Billing processing of the additional charge deduction information uploaded by the automatic charge server;
After the deduction of charges or if there is no additional charge, the automatic charge fee collection server using the beacon and the user terminal terminal to provide the completion information, characterized in that the automatic charge collection method using a beacon.

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