KR20080002407A - System and method for electronic ticket in highpass based on wireless internet - Google Patents

Abstract

A system and a method for electronic ticket in HIGHPASS based on wireless internet are provided to collect tickets of the HIGHPASS by using the electronic ticket without decreasing the speed of a vehicle. According to a method for electronic ticket in HIGHPASS based on wireless internet, subscriber key information for electronic ticket authentication and vehicle information are transmitted through wireless internet, and electronic ticket service entry standby mode starts by checking electronic ticket user authentication from a wireless internet server. The entry to the electronic ticket service region is guided to a user. Electronic ticket request information is transmitted to an electronic ticket server. The result of issuing the requested electronic ticket is informed. Electronic ticket service entry is checked to the user. Payment result for the electronic ticket toll of the issued electronic ticket is informed to the user through a wireless base station of an exit toll gate of the HIGHPASS.

Description

Wireless Internet based toll road electronic ticket service method {System and Method for Electronic Ticket in Highpass based on Wireless Internet}

1 is a configuration diagram of an embodiment of an electronic ticket service system for a wireless Internet based toll road according to the present invention;

2 is a flowchart illustrating a method for authenticating that a UICC and a vehicle-mounted terminal are authenticated as a legitimate electronic ticket user by accessing a wireless Internet subscriber DB according to the present invention;

3 is a flowchart illustrating a method for receiving an electronic ticket by accessing an electronic ticket subscriber DB when the on-vehicle terminal enters an open toll gate according to the present invention;

4 is a flowchart illustrating a method for receiving an electronic ticket by accessing an electronic ticket subscriber DB when the on-vehicle terminal enters the closed toll gate according to the present invention;

FIG. 5 is a flow chart of an embodiment of a method for receiving a charge settlement and a receipt by accessing an electronic ticket subscriber DB when the on-vehicle terminal advances to a closed toll gate according to the present invention; FIG.

6 is a flow chart of an embodiment of a process for issuing an electronic ticket by the electronic ticket server according to the present invention and processing up to settlement in the case of an open toll gate;

7 is a flowchart illustrating a procedure for receiving an electronic receipt according to an automatic fee settlement after using an electronic ticket by connecting the vehicle-mounted terminal according to the present invention to the electronic ticket charging unit.

* Explanation of symbols on the main parts of the drawing

110: wireless base station 120: wireless Internet server

121: wireless Internet subscriber DB 122: wireless Internet billing department

130: cyber money server 140: electronic ticket server

141: e-ticket subscriber DB 142: e-ticket billing

The present invention relates to an electronic ticket service method for a wireless Internet-based toll road, and more particularly, in a wireless terminal mounted on a vehicle passing through a toll road, electronic ticket request information is transmitted according to an electronic ticket guide signal that is multicasted. The ticket is issued, and the electronic ticket server transmits the electronic ticket guidance signal in advance through the wireless base station at the entry / exit toll gate and issues the electronic ticket according to the electronic ticket request information transmitted from the terminal for loading the toll road. The present invention relates to an electronic ticket system for a wireless Internet-based toll road and a method thereof, which enables to settle a toll road fee using an e-ticket without reducing the speed of entry and exit.

Background Art [0002] An electronic toll collection (ETC) system according to a conventional toll road uses a dedicated short range communication (DSRC) using a wireless or infrared method. In order to settle charges using such dedicated communication, a vehicle must first be equipped with a dedicated vehicle mounter at a designated location of the vehicle, and a gantry communicating with the vehicle mounter must be installed at the charge settlement station.

In addition, in order for the onboard vehicle to receive a radio signal (or infrared signal) transmitted from the gantry when the vehicle travels through the toll road and passes the automatic toll settlement station, the gantry and the terminal devices installed in the vehicle are in a line of sight Should be placed).

In addition, the distance for recognizing the onboard vehicle is also limited to a short distance of about 10m, there is a problem that can not recognize the terminal installed in the vehicle when the vehicle travels at a certain speed, as it takes a considerable time to recognize the onboard vehicle. . Therefore, when the vehicle passes the fare settlement, it must travel below a certain speed along the lane where the DSRC gantry is installed.

At this time, the onboard vehicle should be connected to the card is charged with the amount required for billing. If the balance remaining on the card is insufficient to settle the fare when passing through the automatic fare clearing station, it shall be settled at the designated place for the insufficient amount within a certain period after passing through the clearing place. In addition, there is an inconvenience in that card charging must be performed at a designated place.

Conventional technologies include automatic charging collection technology using a portable terminal, automatic toll collection using a portable mobile terminal, and a vehicle payload technology using an IC card embedded in a mobile terminal as a payment means. Hereinafter, a brief description of the prior art and the problems thereof are as follows.

First, Korean Patent Laid-Open Publication No. 2003-0033324 relates to an automatic billing technology using a conventional portable terminal, to solve the inconvenience of an existing onboard vehicle using a portable telephone terminal. However, such a prior art has to mount a non-universal IC card in a portable telephone terminal and pay expensive mobile communication fees. In addition, there was a safety problem because the user must press the button of the mobile phone directly at the rate checkout and reduce the speed of the vehicle.

Another Patent No. 10-0399434 is a road toll automatic collection device and method technology using a portable mobile terminal, which is to improve the location tracking function and mobile phone network. However, such a prior art must have a location tracking function such as GPS in the mobile terminal, and also the user has to press the button to reveal the toll processing intention, so there is a problem of safety concerns and vehicle speed reduction.

Another conventional Patent Publication No. 10-2005-0118982 is a vehicle-mounted technology using an IC card embedded in a mobile terminal as a payment means, which is to solve the inconvenience by using an IC card embedded in the mobile terminal. . However, such a prior art must be equipped with an IC card in the mobile terminal, and there is also a problem in that an RF antenna for contactless communication is embedded.

The present invention has been proposed to solve the above problems, in a wireless terminal mounted on a vehicle passing through a toll road, an electronic ticket is issued by transmitting electronic ticket request information according to an electronic ticket guidance signal that is multicasted, and an electronic ticket server. In order to reduce the speed of entering and exiting toll roads, the electronic ticket guidance signal is transmitted in advance through the wireless base station on the entry / exit toll gate and the electronic ticket issuance is issued according to the electronic ticket request information transmitted from the terminal for the toll road vehicle. It is an object of the present invention to provide an electronic ticket system for a wireless Internet-based toll road and a method thereof, which can be used to settle a toll road fee without using an electronic ticket.

Other objects and advantages of the present invention can be understood by the following description, and will be more clearly understood by the embodiments of the present invention. It will also be appreciated that the objects and advantages of the present invention may be realized by the means and combinations thereof indicated in the claims.

In order to achieve the above object, the present invention provides an electronic ticket service method applied to a vehicle-mounted terminal in an electronic ticket service system for a toll road based on a wireless internet, and includes electronic key authentication subscriber key information and vehicle information. A step of transmitting to the electronic ticket service entry standby mode by transmitting the transmission via the wireless Internet and confirming the electronic ticket use authentication from the wireless Internet server side; An electronic ticket service entry step of guiding a user to enter the electronic ticket service region while entering the electronic ticket service region in the entry standby mode; Electronic ticket request information for transmitting the electronic ticket request information for issuing the requested electronic ticket to the electronic ticket server through the wireless base station based on the entrance of the toll gate according to the request for using the electronic ticket from the user. Transmitting step; An electronic ticket result notification step of being notified of a result of issuing the requested electronic ticket; An electronic ticket service entry step of checking whether the user enters the electronic ticket service; And a settlement result notifying step of notifying the user of the settlement result of the electronic ticket fee of the issued electronic ticket through the wireless base station of the exit toll gate side of the toll road in response to the electronic ticket service entry request from the user. do.

Meanwhile, the present invention provides an electronic ticket service method applied to an electronic ticket server in an electronic ticket service system for a toll road based on a wireless internet, wherein the wireless base station based on a toll road side from a vehicle-mounted terminal Receiving electronic ticket request information through the electronic ticket request information; Issuing an electronic ticket according to the received electronic ticket request information and issuing an electronic ticket issuing result to the vehicle-mounted terminal; An electronic ticket fee calculation step of calculating an electronic ticket fee corresponding to the issued electronic ticket; And an electronic ticket fee settlement step of storing the settlement result by calculating the calculated electronic ticket fee.

The present invention can be issued an electronic ticket to settle the fee without reducing the speed even during high-speed movement when the vehicle is used toll road, it is possible to prepaid or postpaid charge settlement according to the use of the toll road. In addition, the present invention is applied to both open and closed toll gates, and to prevent illegal use of the terminal device through this selection function.

The above objects, features and advantages will become more apparent from the following detailed description taken in conjunction with the accompanying drawings, whereby those skilled in the art may easily implement the technical idea of the present invention. There will be. In addition, in describing the present invention, when it is determined that the detailed description of the known technology related to the present invention may unnecessarily obscure the gist of the present invention, the detailed description thereof will be omitted. Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a configuration diagram of an embodiment of an electronic ticket service system for a wireless Internet based toll road according to the present invention.

As shown in FIG. 1, the wireless internet based toll road electronic ticket service system includes a wireless base station 110 having an electronic ticket processing function, a wireless internet server 120, a cyber money server 130, and an electronic ticket server ( 140).

The wireless internet server 120 includes a wireless internet subscriber DB 121 and a wireless internet charging unit 122. The electronic ticket server 140 includes an electronic ticket subscriber DB 141, the electronic ticket charging unit 142.

Although the vehicle-mounted terminal is not shown in the figure, it is mounted on the vehicle 100 and is used when a user having the vehicle-mounted terminal wants to settle a fee according to a toll road using an electronic ticket.

Although not shown in the drawing, the UICC (Universal IC Card) is connected to a vehicle-mounted terminal, and a key value for authenticating whether the user is a valid user when using an electronic ticket using the vehicle information and the vehicle-mounted terminal. This contains. In addition, the vehicle-mounted terminal cannot calculate the usage fee for toll roads of vehicles other than the registered vehicle. The vehicle-mounted terminal is equipped with a UICC can read and use this information.

2 is a flowchart illustrating a method for authenticating that a UICC and an on-vehicle terminal are authenticated as a legitimate electronic ticket user by accessing a wireless Internet subscriber DB according to the present invention.

First, the vehicle user turns on the vehicle-mounted terminal equipped with the UICC and presses the electronic ticket button to activate the electronic ticket program (202). Then, the vehicle-mounted terminal accesses the wireless Internet through basic authentication information for accessing the wireless Internet of the UICC, and accesses the wireless Internet subscriber DB 121 connected to the Internet to inquire about electronic ticket usage (204). ). That is, the vehicle-mounted terminal transmits the authentication key value and the vehicle information in the UICC to the wireless Internet subscriber DB 121 to check whether the electronic ticket is available (206).

At this time, if the on-vehicle terminal is an on-vehicle terminal that can use the electronic ticket, the authentication result confirmed from the wireless Internet subscriber DB 121 informs the user that the electronic ticket can be used (208). In addition, the vehicle-mounted terminal is switched to the entry standby mode for using the electronic ticket.

If the on-vehicle terminal is verified as a result of the wireless Internet subscriber DB 121, if the electronic ticket is not available to display the user can not use the electronic ticket (212).

When the vehicle 100 prepared in the entry standby mode for using the electronic ticket enters the toll road, the vehicle 100 passes through the wireless base station 110 having the electronic ticket processing function installed at an appropriate distance in front of the toll gate. do. Here, the appropriate distance in front of the toll gate toll road means a proper distance in front of the user to be guided to enter the electronic ticket service and use the electronic ticket service.

At this time, the wireless base station 110 is periodically multicasting the entrance guide signal to the vehicle-mounted terminal waiting to use the electronic ticket. The vehicle 100 receiving the entrance guide signal for the electronic ticket service follows the procedure of FIG. 3 if the received signal is the entrance guide signal of the open toll gate, and follows the procedure of FIG. 4 if the entrance guide signal of the closed toll gate. . Hereinafter, the procedure of FIGS. 3 and 4 will be described.

3 is a flowchart illustrating a method for receiving an electronic ticket by accessing an electronic ticket subscriber DB when the on-vehicle terminal enters an open toll gate according to the present invention. In brief, in the case of an open toll road, a vehicle-mounted terminal that receives an open access guide signal through multicasting from the wireless base station 110 enters an open toll road using an electronic ticket to the user, and the name of the toll gate. At step 306, the user notifies the toll fee and waits for the user to use the electronic ticket. However, in the case of a closed toll road, the user is notified of the toll fee.

In the entry standby mode 302, the vehicle-mounted terminal checks whether the multicasting open entry guide signal is received through the radio base station 110 while entering the electronic ticket service area (304). When the vehicle-mounted terminal receives the open access guide signal, the vehicle-mounted terminal notifies the user of the entrance to the toll road using the electronic ticket (306), and maintains the access standby mode 302 when the open access guide signal is not received.

If the electronic ticket request information from the user 308 is entered into the toll road, the vehicle and authentication information, which is electronic ticket request information for issuing the electronic ticket requested through the wireless base station based on the wireless Internet of the toll gate, is obtained from the electronic ticket server. In step 140, the electronic ticket is attempted to be issued (310).

In this case, the user may request the electronic ticket service use in two ways.

First, if the touch screen or button of the vehicle-mounted terminal is selected by mapping yes and no to yes, the agreement is treated as a consent, and no is rejected.

Second, voice recognition is used to reduce the risk of device operation while driving. Most portable vehicle-mounted terminals have a microphone device for a call purpose, through which a simple level of voice recognition software can be installed on the vehicle-mounted terminal to determine whether a user speaks yes and no.

On the other hand, the electronic ticket server 140 confirms the success of the issuance of the requested electronic ticket (312) notifies the vehicle-mounted terminal of the issuance result of the electronic ticket.

If the e-ticket issuance is successful in the "312" process, the user is notified of the e-ticket issuance result and the entry into the e-ticket-only lane (314).

If the electronic ticket issuance fails in step "312", the user is notified to enter the toll gate for the general vehicle (316). The toll gate is manually handled and processed at the general toll gate (318).

On the other hand, when receiving the same toll gate guidance signal as the process "314" and "316" proceeds separately (320), and maintains the entry standby mode (322).

4 is a flowchart illustrating a method for receiving an electronic ticket by accessing an electronic ticket subscriber DB when the on-vehicle terminal enters the closed toll gate according to the present invention.

In the entry standby mode 402, the vehicle-mounted terminal checks whether the multicasting closed entry guide signal is received through the radio base station 110 while entering the electronic ticket service area (404). When the vehicle-mounted terminal receives the closed access guide signal, it notifies the user of the entry of the toll road using the electronic ticket (406), and maintains the entry standby mode (402) when the closed access guide signal is not received. do.

If the electronic ticket request request 408 from the user enters the closed toll road, the vehicle and the authentication information, which are electronic ticket request information for issuing the electronic ticket requested through the wireless base station based on the wireless Internet of the toll gate, The ticket server 140 transmits to the ticket server 140 and attempts to issue an electronic ticket (410).

In this case, the user may request the electronic ticket service use in two ways.

First, if the touch screen or button of the vehicle-mounted terminal is selected by mapping yes and no to yes, the agreement is treated as a consent, and no is rejected.

Second, voice recognition is used to reduce the risk of device operation while driving. Most portable vehicle-mounted terminals have a microphone device for a call purpose, through which a simple level of voice recognition software can be installed on the vehicle-mounted terminal to determine whether a user speaks yes and no.

Meanwhile, the electronic ticket server 140 confirms whether the issuance of the requested electronic ticket is successful (412) and notifies the vehicle-mounted terminal of the issuance result of the electronic ticket.

If the electronic ticket issuing is successful in step 412, the user is notified of the electronic ticket issuing result and the entry into the electronic ticket-only lane, and the issued electronic ticket is stored in the terminal (414). In addition, the on-vehicle terminal switches and maintains the entry standby mode to the advance standby mode (416).

If the electronic ticket issuance fails in step 412, the user is informed to enter the toll gate for the general vehicle (418). The ticket is manually issued at the general toll gate (420).

On the other hand, when receiving the same toll gate guidance signal as the process "414" and "420" proceeds separately (422), and maintains the entry standby mode (424).

FIG. 5 is a flowchart illustrating a method for accessing an electronic ticket subscriber DB and issuing a fee settlement and a receipt when the vehicle-mounted terminal advances to a closed toll gate according to the present invention.

Looking at the case in which the vehicle 100 that has issued the electronic ticket in the closed toll gate processes the charge for the electronic ticket while leaving the toll road after entering the toll road while entering the toll mode.

A wireless base station 110 having an electronic ticket processing function located at a predetermined distance in front of a closed exit toll gate of a toll road is provided with a vehicle-mounted terminal in an entry standby mode 502 that receives an electronic ticket passing through a toll gate. Informing the end of the toll road, and using the electronic ticket vehicle lane to deliver the information to induce to leave the toll road to multicasting, and request to pay the fare.

The on-vehicle terminal checks the reception of the multicasting closed exit guidance signal (504). If the multicasting closed exit guidance signal is not received, the exit standby mode is maintained (502).

The on-vehicle terminal notified of the exit of the closed toll road from the wireless base station 110 having the electronic ticket processing function notifies the user of the end of the toll road (506), and checks again whether the toll gate is the desired toll gate of the user. (508). If the user does not want the exit toll gate, the exit standby mode is maintained.

In this case as well, the user may have two intentions.

First, if the touch screen or button of the vehicle-mounted terminal is selected by mapping yes and no to yes, the agreement is treated as a consent, and no is rejected. Second, voice recognition is used to reduce the risk of device operation while driving.

On the other hand, if the user does not agree to the electronic ticket fee settled back to the advance standby mode, if agreed, the vehicle-mounted terminal delivers the electronic ticket to the electronic ticket billing unit 142 and requests the payment of the fee and receipt ( 510).

Then, it is checked whether the receipt is successful (512). If the payment is successfully settled and the receipt is issued, the user is notified of the result and notified of the entry to the electronic ticket lane (514). In case of failure due to the problem of the billing system, the mobile vehicle is notified to advance to the toll gate (516) and the toll gate is settled manually at the general toll gate (518). After the charge settlement procedure, the on-vehicle terminal enters the entry standby mode (520).

FIG. 6 is a flowchart illustrating an embodiment of a process for issuing an electronic ticket by the electronic ticket server according to the present invention and processing up to settlement in the case of an open toll gate.

When the user agrees to issue the electronic ticket, the on-vehicle terminal accesses the electronic ticket subscriber DB 141 according to the procedure of FIG. 6 and is authenticated through the in-vehicle terminal UICC and the wireless Internet subscriber DB 121. The authentication information, the vehicle information, the user information, the toll gate information, etc. are transmitted to the electronic ticket subscriber DB 141 (602).

Then, the electronic ticket subscriber DB 141 stores user information, authentication information, vehicle information, and toll gate information to manage that the current user has passed the toll gate, and issues an electronic ticket containing its own unique number to the terminal (604). . If the e-ticket issuance process is successful, the user is notified of the result. In addition, the user is notified of entering the lane for exclusive use of the electronic ticket.

If the open toll gate 606 issues an electronic ticket to the terminal, the toll gate toll information and the electronic ticket corresponding to the vehicle information are immediately transmitted to the electronic ticket charging unit 142 to request settlement (608). If it is not an open toll gate, the exit toll mode is maintained to settle the electronic ticket fee at the exit toll gate.

On the other hand, when the user refuses to use the electronic ticket or when the electronic ticket issuing process has failed, the on-vehicle terminal notifies the user to enter the toll gate for a general vehicle. Since the wireless base station 110 according to the present invention is placed at an appropriate distance in front of the toll gate, the user may enter the general toll gate without a problem even when the electronic ticket issuance fails.

In addition, since the multicasting in the wireless base station 110 is repeated at regular intervals, the toll gate code of the once-processed guide signal is stored in the storage device in the on-vehicle terminal and the repeated guide signal of the same toll gate base station is stored within a predetermined time. In response to the guide signal of the other toll gate, it is switched to the entry standby mode in the open type and the exit standby mode in the closed type.

When the electronic ticket is issued at the open toll gate, the fee is settled and the electronic receipt is issued through the procedure of FIG. 6 described above. When the electronic ticket is issued at the closed toll gate, the vehicle is driven on the toll road while maintaining the entry standby mode. do.

7 is a flowchart illustrating a procedure for receiving an electronic receipt according to automatic charge settlement after using an electronic ticket by accessing the electronic ticket charging unit according to the present invention.

First, the on-vehicle terminal connects to the electronic ticket charging unit 142 and transmits the electronic ticket and toll gate information to request a payment settlement (702).

Then, the electronic ticket billing unit 142 calculates toll charges through electronic ticket information, vehicle information, toll gate information, etc. related to the corresponding electronic ticket of the electronic ticket subscriber DB 141 for automatic settlement and is operated in a prepaid manner. The cyber money server 130 requests a bill settlement (704).

The cyber money server 130 is settled by subtracting the e-ticket fee calculated from the charged cyber money when the e-ticket fee is charged in advance (706) and if the balance for the result of the billing is sufficient (708). Issuing an electronic receipt for the settled electronic ticket fee, the electronic ticket server 140 is to pass the issued electronic receipt to the vehicle-mounted terminal (710).

If the cyber money system 400 lacks the pre-charged amount of charge (708), the electronic money bill for the use of the toll road cannot be settled and the unpaid balance remains, but the post-pay through the wireless Internet server 120 In order to process the payment process, the wireless internet server 120 is connected to the vehicle-mounted terminal to receive authentication information, vehicle information, toll gate issuing electronic ticket information (location), and electronic ticket issuing information. Request 712.

As described above, the method of the present invention may be implemented as a program and stored in a recording medium (CD-ROM, RAM, ROM, floppy disk, hard disk, magneto-optical disk, etc.) in a computer-readable form. Since this process can be easily implemented by those skilled in the art will not be described in more detail.

The present invention described above is capable of various substitutions, modifications, and changes without departing from the technical spirit of the present invention for those skilled in the art to which the present invention pertains. It is not limited by the drawings.

In the present invention as described above, the wireless terminal mounted on the vehicle passing through the toll road receives the electronic ticket by transmitting the electronic ticket request information according to the electronic ticket guidance signal that is multicasted, and the entry / exit toll gate side in the electronic ticket server. Post-payment problem and toll road caused by using the existing electronic payment system by transmitting the electronic ticket guidance signal through the wireless base station in advance and issuing the electronic ticket according to the electronic ticket request information transmitted from the terminal for the toll road vehicle. It can solve the problem of reducing the speed of entry and exit, and the issue of agreeing or denying the issuance of electronic tickets while minimizing the safety obstacles. It is effective.

In addition, the present invention, the electronic ticket server has an effect that can reduce the bottleneck of the road caused by the use of the existing system, the immediate processing of the toll road fee and the postpay process impossible and reduce the complaints of the user due to system failure.

Claims (12)

An electronic ticket service method applied to a vehicle-mounted terminal in an electronic ticket service system for a toll road based on a wireless internet, An entry waiting step of transmitting subscriber key information and vehicle information for electronic ticket authentication through the wireless Internet, and confirming the electronic ticket use authentication from the wireless internet server, and switching to the electronic ticket service entry standby mode; An electronic ticket service entry step of guiding a user to enter the electronic ticket service region while entering the electronic ticket service region in the entry standby mode; Electronic ticket request information for transmitting the electronic ticket request information for issuing the requested electronic ticket to the electronic ticket server through the wireless base station based on the entrance of the toll gate according to the request for using the electronic ticket from the user. Transmitting step; An electronic ticket result notification step of being notified of a result of issuing the requested electronic ticket; An electronic ticket service entry step of checking whether the user enters the electronic ticket service; And The settlement result notification step of notifying the user of the settlement result of the electronic ticket fee of the issued electronic ticket through the wireless base station at the exit toll gate side of the toll road according to the request for entering the electronic ticket service from the user. Electronic ticket service method applied to a vehicle-mounted terminal in a wireless Internet-based toll-based electronic ticket service system comprising a. The method of claim 1, The electronic ticket service entry step, Wireless Internet-based toll road electronic ticket service system, characterized in that the entry of the electronic ticket service area by receiving an entrance guide signal that is periodically multicasted from the wireless base station based on the toll gate side entrance to the toll road Electronic ticket service method applied to a vehicle-mounted terminal in. The method of claim 2, The wireless base station based on the wireless Internet, Wireless Internet-based toll road electronic ticket service system, characterized in that the entry of the electronic ticket service area by receiving an entrance guide signal that is periodically multicasted from the wireless base station based on the toll gate side entrance to the toll road Electronic ticket service method applied to a vehicle-mounted terminal in. The method according to any one of claims 1 to 3, The electronic ticket service entry step, When the entrance guide signal is an open access guide signal, the toll gate information to be notified of the entry of the electronic ticket service on the open toll road and the toll information of the open toll road are guided, and the entrance guide signal is a closed entry guide. The electronic ticket service method applied to the on-vehicle terminal in the wireless internet based toll road electronic ticket service system, characterized in that the signal is notified of the entry of the electronic ticket service to the closed toll road when the signal is received. . The method of claim 4, wherein The electronic ticket request information, An electronic ticket service method applied to a vehicle-mounted terminal in a wireless internet based toll-based electronic ticket service system comprising the electronic ticket authentication information, vehicle information, user information, and toll gate information. The method of claim 5, The electronic ticket request information transmission step, Wireless Internet-based toll road electronics, characterized in that the user makes a request through a touch screen or a button of the vehicle-mounted terminal or through the voice recognition input of the user to lower the risk of operating the device while driving Electronic ticket service method applied to a vehicle-mounted terminal in a ticket service system. The method of claim 6, The electronic ticket service entry step, Wireless Internet-based toll road electronic ticket service system, characterized in that the entry of the electronic ticket service area by receiving the entrance guidance signal that is periodically multicasted from the wireless Internet base station of the toll gate side Electronic ticket service method applied to a vehicle-mounted terminal in. An electronic ticket service method applied to an electronic ticket server in an electronic ticket service system based on a wireless Internet, An electronic ticket request information receiving step of receiving electronic ticket request information from a vehicle-mounted terminal side through a wireless base station based on a wireless Internet on a toll gate side; Issuing an electronic ticket according to the received electronic ticket request information and issuing an electronic ticket issuing result to the vehicle-mounted terminal; An electronic ticket fee calculation step of calculating an electronic ticket fee corresponding to the issued electronic ticket; And An electronic ticket fee settlement step of storing the settlement result by calculating the calculated electronic ticket fee Electronic ticket service method applied to the electronic ticket server in a wireless Internet-based toll-based electronic ticket service system comprising a. The method of claim 8, The electronic ticket issuing step, The electronic ticket service method applied to an electronic ticket server in a wireless internet based toll-based electronic ticket service system, characterized in that the user side is informed to advance to a toll gate for a general vehicle when the issuance of the electronic ticket fails. The method according to claim 8 or 9, The electronic ticket fee settlement step, Based on the wireless Internet, the electronic money bill is calculated using chargeable prepaid cyber money for automatic settlement, and the unpaid electronic ticket fee is added to the wireless internet fee to settle the post-paid payment. Electronic ticket service method applied to electronic ticket server in toll road electronic ticket service system. In the on-vehicle terminal equipped with a process for the electronic ticket service for toll roads based on the wireless Internet, A first function of transmitting subscriber key information and vehicle information for electronic ticket authentication through the wireless Internet and confirming the electronic ticket use authentication from the wireless internet server, and switching to the electronic ticket service entry standby mode; A third function of notifying the user of the entry of the electronic ticket service area while entering the electronic ticket service area in the entry standby mode switched from the first function; A fourth function of transmitting electronic ticket request information for issuing the requested electronic ticket to the electronic ticket server through the wireless base station based on the entrance of the toll gate on the entrance toll road according to the electronic ticket usage request from the user; A fifth function of being notified of an issuance result of the electronic ticket requested in the fourth function; A sixth function of checking whether the user enters the electronic ticket service; And A seventh function of notifying the user of the settlement result of the electronic ticket fee of the issued electronic ticket through the wireless base station of the exit toll gate of the toll road in response to the electronic ticket service entry request from the user in the sixth function; A computer-readable recording medium having recorded thereon a program for realizing this. An electronic ticket service server applied to a calling party number conversion system having a process for an electronic ticket service for a toll road based on wireless internet, A first function of receiving electronic ticket request information from a vehicle-mounted terminal through a wireless base station based on a wireless Internet at a toll gate; A second function of issuing a corresponding electronic ticket according to the electronic ticket request information received in the first function and notifying the result of the electronic ticket issuing to the on-vehicle terminal; A third function of calculating an electronic ticket fee corresponding to the electronic ticket issued by the second function; And A fourth function of storing the settlement result by calculating the electronic ticket fee calculated in the third function Electronic ticket service method applied to the electronic ticket server in a wireless Internet-based toll road electronic ticket service system comprising a.

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