KR20020023556A - Method and system for confirming information related to airplane in local area and selling airplane ticket via network - Google Patents

Abstract

PURPOSE: A method and a system for selling air tickets are provided to make a user check up the information of flight at a transit by using a communication network. CONSTITUTION: The air ticket selling system comprises many user computers(10) and a first payment server(20) connected to a first communication network(1), many affiliated company servers(30) and a second payment server(40) connected to a second communication network(2), a main server(50) connected to the first and the second communication networks, and an air ticket information database(60) and a member information database(70) connected to the main server. The user computers are connected to the first payment server and the main server via the first communication network. The users transmit an air ticket selecting message to the main server by using the user computers. The first payment server pays an air fare of the ticket purchased with a credit card and stores the particulars of payment. The affiliated servers are the servers of tour companies and airline companies offering the information about flight at a transit. With response to the request by the main server, the information about flight at a transit is offered in real time.

Description

TECHNICAL AND SYSTEM FOR CONFIRMING INFORMATION RELATED TO AIRPLANE IN LOCAL AREA AND SELLING AIRPLANE TICKET VIA NETWORK}

The present invention relates to a ticket sales method and system capable of confirming information about a flight at a stopover using a communication network.

Recently, with the development of electronic commerce, users can purchase a ticket using a data communication network such as the Internet without directly visiting a travel agency or an airline.

According to the prior art system and method for selling a ticket using a communication network as described above, the system receives travel information of a starting point, a destination, a specific airline preferred by the user, etc. from a user's computer connected to the system, and from the database. Information about the flight corresponding to the travel information is retrieved and transmitted to the user's computer. In addition, when a flight belonging to the specific airline passes through one region, the information about the flight includes information about a flight that the user changes at the stopover. Then, when the user sends a ticket selection message using the user's computer, the system receives the fee for the ticket from the user and updates the database with the ticket being sold to the user.

According to the foregoing method and system for selling tickets using a communication network of the related art, the booking status and the contract conditions of a local flight, that is, a flight operated from one stopover to another stopover between the origin and the destination (for example, It is difficult to check the information on the price, etc.).

Accordingly, when a user who purchases a ticket using a prior art ticket sales method and system travels through two or more stops, the user directly receives information about a flight arriving at the first stop and going to another stop. I am experiencing the inconvenience of having to check and buy.

It is an object of the present invention to provide a method and system for selling a ticket that enables confirmation of information on a flight at a stopover using a communication network that can effectively solve the inconveniences of the prior art described above.

1 is a block diagram showing a ticket sales system capable of confirming information about a flight at a stopover using a communication network according to an exemplary embodiment of the present invention.

FIG. 2 is a diagram illustrating data stored in a local ticket information database and a format of the partner server in FIG.

FIG. 3 is a diagram showing data stored in a ticket information database and its format in the main server of FIG.

4A and 4B are diagrams showing data stored in a member information database and its format in the main server shown in FIG.

5A and 5B are flowcharts illustrating a method of selling a ticket using the system in FIG.

6A to 6H are schematic diagrams showing screens displayed on a user computer for purchasing a ticket through the ticket sales system of the present invention.

7 is a diagram illustrating a procedure for selling a ticket using the system in FIG.

<Explanation of symbols for main parts of the drawings>

1: first communication network 2: second communication network

10: user computer 20: first payment server

30: partner server 40: second payment server

50: main server 60: ticket information database

70: Member Information Database

One aspect of the present invention for achieving the above technical problem relates to a ticket sales method using a computing system connected via a communication network with a number of partner servers that store information about the local flight in a local ticket information database. A method of selling a ticket using a communication network of the present invention includes: A) receiving travel information including a user's travel origin and destination from a user terminal connected through a communication network; Searching for route information stored in a database based on the travel information; C) transmitting route information including the searched plurality of waypoints to the user terminal; Receiving a waypoint selection message of a user from the user terminal; E) requesting the partner server for information about a flight at the stopover service at the selected stopover; F) receiving information about the flight at the waypoint from the partner server and transmitting the information to the user terminal; G) receiving the user's ticket purchase order message for the flight on the waypoint from the user terminal and storing it in the database; And H) transmitting the purchase order message of the user to the server of the cooperative company.

Another aspect of the present invention for achieving the above technical problem relates to a ticket sales system connected via a communication network with a number of partner servers that store information about a local flight in a local ticket information database. The ticket sales system using the communication network of the present invention comprises: data storage means including a ticket information database for storing information on a plurality of airlines including route information and contract terms for flights belonging to each carrier; And searching for a plurality of route information stored in the ticket information database based on the travel information of the user received from the user terminal connected through the communication network, transmitting the retrieved route information to the user terminal, and transmitting the user from the user terminal. Receives a waypoint selection message of the request to request information on the flight on the waypoint to the partner server, and transmits information about the flights at the plurality of waypoints received from the partner server to the user terminal, the user terminal And a main server for receiving the user's ticket purchase order message for the flight at the waypoint and storing it in the ticket information database.

Another aspect of the present invention for achieving the above technical problem relates to a ticket sales system connected via a communication network with a number of partner servers that store information about the local flight in the local ticket information database. A ticket sales system using a communication network of the present invention includes data storage means including a ticket information database for storing information on a plurality of airlines including route information and contract terms for flights belonging to the respective airlines; And a processor coupled to the ticket information database, wherein the processor receives travel information including a user's travel origin and destination from a user terminal connected through the communication network; Searching for route information stored in a database based on the travel information; C) transmitting route information including the searched plurality of waypoints to the user terminal; Receiving a waypoint selection message of a user from the user terminal; E) requesting the partner server for information about a flight at the stopover service at the selected stopover; F) receiving information about the flight at the waypoint from the partner server and transmitting the information to the user terminal; G) receiving the user's ticket purchase order message for the flight on the waypoint from the user terminal and storing it in the database; And H) transmitting the purchase order message of the user to the server of the cooperative company.

The objects, features and advantages of the present invention described above will be more clearly understood through the following detailed description taken in conjunction with the accompanying drawings. 1 to 7 will be described in detail with respect to the ticket sales method and system that can be used to confirm the information on the flight at the stopover using the communication network according to the present invention.

1 is a block diagram showing a ticket sales system capable of confirming information about a flight at a stopover using a communication network according to an exemplary embodiment of the present invention.

As shown in FIG. 1, the ticket sales system according to the present invention is connected to a plurality of user computers 10 and a first payment server 20 and a second communication network 2 connected to the first communication network 1. A plurality of partner servers 30 and a second payment server 40, a main server 50 connected to the first and second communication networks 1 and 2, and a ticket connected to the main server 50. An information database 60 and a member information database 70.

The first communication network 1 may be a wired or wireless communication network capable of transmitting information and messages transmitted from the user computer 10 and the main server 50.

The second communication network 2 may be a wired or wireless communication network like the first communication network 1, and is preferably a dedicated line connecting only the cooperative company server 30 and the main server 50.

Each user computer 10 is a terminal of a user who wants to purchase a ticket using the system of the present invention, and may be connected to the first payment server 20 and the main server 50 through the first communication network 1. have. In this case, the user transmits a ticket selection message to the main server 50 using the user computer 10.

The first payment server 20 pays the fee for the ticket purchased by the user with a credit card. In other words, the first payment server 20 pays the user's airfare by the payment request from the main server 50 and stores the payment details. In addition, upon request from the user computer 10 or the main server 50, the first payment server 20 withdraws the stored payment details through the first communication network 1 to the user computer 10 or the main server. Transfer to 50. The first payment server 20 may be a server of the bank. In this case, the user may transfer the airfare using the computer 10.

Each of the partner servers 30 is a server of a travel agency or airline that provides the system of the present invention with information on flights at the waypoints, that is, waypoints and wide area flights, and at the request of the main server 50, the main server ( 50 provides information on flights at the stopover in real time. Here, the information about the stopover flight is information about a local flight operating within a predetermined region, that is, a stopover and other stopovers, the departure point / departure date / departure time, destination point / arrival date / arrival time, fare, seats that can be reserved. Number of seats / seat numbers. Such a cooperative company server 30 includes a cooperative communication means 30a, a local flight search means 30b, and a local ticket information database 30c for transmitting and receiving information and messages through the second communication network 2. The cooperative communication means 30a transmits the information request message for the flight of the main server 50 received through the second communication network 2 to the local flight search means 30b. At this time, the local flight search means 30b searches for information stored in the local ticket information database 30c and transmits the information retrieved through the cooperative communication means 30a to the main server 50. In addition, when a flight at the waypoint is ordered by the user, the partner server 30 receives an order message for a local flight from the main server 50 and orders the flight to the local ticket information database 30c. Store this as sold.

Referring to FIG. 2, the local ticket information database 30c stores information related to an airline, information about a wide area flight, and information about a flight at a stopover. The information related to the airline includes the airline name, the service route of the airline including the wide area / stop, the reservation code, the seat class, the flight number and the like. The information on the wide area flight includes a wide area flight name, a fare, a reservation code, a departure / departure date / time, a destination / arrival date / time, and a reserved seat number / number. The information on the stopover flight includes a flight name, a departure / departure date / time, a destination / arrival date / time, a fare, a reservation code, and a reserved seat number / number.

The second payment server 40 pays the fee for the local flight sold from the main server 50 to the partner company 30, and stores the payment details.

The main server 50 receives a member registration request message from the user computer 10 connected through the first communication network 1 and registers the user as a member. When the main server 50 receives the travel information and the additional information from the computer 10 of the user registered as a member, the main server 50 of the airline is stored in the ticket information database 60 based on the received travel information and the additional information. Search for route information. Here, the user's travel information includes a departure point / departure date / departure time, destination / arrival date / arrival time, travel number, desired class of seat, maximum / minimum stay schedule, and the additional information is the airline of the user's preference. Whether or not to reserve a seat if no seat is available. Subsequently, the main server 50 transmits the searched route information to the user computer 10. The route information includes a non-stop route that operates directly between the origin and the destination, and a transit route that requires the transfer of a different route by going to a predetermined route from the origin, the airline operating the route, and the contract for the ticket according to each route. Contains information about the condition. According to the present invention, the transit route may include two or more transit points. Here, when the user selects a predetermined route, the main server 50 requests the partner server 30 for information on a flight at the selected route via the second communication network 2. When the information about the flight on the requested waypoint is received from the partner server 30, the main server 50 transmits the information about the received flight to the user computer 10. Information on the received flights includes flight number, departure / departure date / departure time, destination / arrival date / arrival time, fare, reserved seat number / seat number of each stopover and wide area flight. Then, when the user's flight selection message is received from the user computer 10, the main server 50 requests and receives the personal information related to the traveler from the user computer 10. The main server 50 receives a purchase order for a ticket of a selected flight from the user computer 10, stores the purchase order in the ticket information database 60, and transmits the same to the partner server 30. Subsequently, the main server 50 receives payment information for paying the fare for the ordered ticket from the user computer 10 and pays the air fare to the partner company through the second payment server 40. The payment information includes credit card information or bank account information for paying airfare.

Thus, when using the system of the present invention, the user can easily grasp the flight fare and conditions at the waypoint.

In this case, the main server 50 may be distributed to a plurality of servers performing only a specific function to facilitate processing of information and messages managed by the system of the present invention. In the present embodiment, the main server 50 is a communication server 50a connected to the first and second communication networks 1 and 2, a web server 50b connected to the communication server 50a, and a web server ( It may be distributed to the authentication server 50c, the flight search server 50d, the reservation management server 50e, and the payment confirmation server 50f connected to 50b).

The communication server 50a has a communication program embedded therein, such that the main server 50, the user computer 10, the first payment server 20, and the partner server 30 through the first and second communication networks 1 and 2. ) And exchange information and messages between the second payment server 40.

The web server 50b connects the user computer 10 connected to the communication server 50a to any one of a certificate server 50c, a flight search server 50d, a reservation management server 50e, and a payment confirmation server 50f. To. That is, the web server 50b connects the user computer 10 connected to the authentication server 50c to check whether the connected user is a registered user. In this case, when the user is not a registered user, the authentication server 50c receives personal information such as a user's name, resident registration number, and contact information from the user computer 10 and stores it in the member information database 70. The user is registered as a member by assigning a member identifier (ID) and a password to the user.

In addition, the web server 50b provides a travel information and additional information input screen to the computer 10 of the user registered as a member. At this time, when the travel information and the additional information is received from the user computer 10, the web server 50b transmits the user's travel information and the additional information to the flight search server 50d. Then, the flight search server 50d searches the route information stored in the ticket information database 60 based on the travel information and additional information of the user, and the route information retrieved through the web server 50b. Transfer to computer 10. Subsequently, when a waypoint selection message is received from the user computer 10, the flight search server 50d transmits information on a flight at the waypoint selected by the user to the local flight search means 30b of the partner server 30. Ask. When the information about the flight at the waypoint is received from the local flight search means 30b, the flight search server 50d transmits the received information to the user computer 10.

In this case, when a ticket selection message is received from the user computer 10, the web server 50b transmits the received selection message to the reservation management server 50e. The selection message includes the flight number, the number of seats, the traveler's social security number and the like of the selected flight.

In this case, the reservation management server 50e transmits a screen configured to input traveler information to the user computer 10 through the web server 50b, and receives traveler information from the user computer 10. Subsequently, the reservation management server 50e transmits a seat selection / ticket purchase screen to the user computer 10 through the web server 50b and receives a purchase order / seat selection message from the user computer 10. In this case, the reservation management server 50e assigns a reservation code to the received ticket purchase order and stores it in the ticket information database 60. At the same time, the reservation management server 50e transmits the purchase order message and the reservation code of the user stored in the ticket information database to the cooperative company server 30.

Subsequently, the payment confirmation server 50f receives payment information about the air fare from the user through the web server 50b and pays the fare for the flight at the stopover via the second payment server 40 to the partner company. Do it.

FIG. 3 is a diagram showing data stored in a ticket information database and its format in the main server of FIG.

The ticket information database 60 is an object-oriented database that provides object-oriented bottom-up access. As shown in FIG. Store the condition search index. Each class stores a plurality of route information including a stopover of an airline operated by each airline, and a contract condition such as a reservation code, a contract code, and a date / time of a flight of each airline. In addition, each class stores a plurality of wide area information and a plurality of contract information for local flights of other airlines.

As such, since the ticket information database 60 of the present invention has an object-oriented database in which a plurality of classes have a predetermined relationship with each other, it is possible to easily and quickly retrieve information on various flights. Accordingly, when the user provides travel information, the system of the present invention may provide the user with information about various stopover routes and various stopover flights of various airlines.

The member information management database 70 is distributed and managed in a personal information database 70a for storing information on individual members and a partner information database 70b for storing information of a partner providing information on flights. Can be. In this case, the member information management database 70 can quickly process information and messages provided or requested from the main server 50.

4A and 4B are diagrams showing data stored in a member information database and its format in the main server shown in FIG.

Referring to FIG. 4A, the personal information database 70a stores information related to a user's personal identity such as a member's name, social security number, member I.D., password, and contact information.

Referring to FIG. 4B, the supplier information database 70b stores information about a supplier such as a mutual name of a partner, an address of a cooperative communication means, a payment account number, and the like.

5A and 5B are flowcharts illustrating a method of selling a ticket using the system in FIG. 6A to 6H are schematic views showing a screen displayed on a user computer for reserving a ticket through the ticket sales system of the present invention.

5A and 5B, first, when a user connects to the web server 50b through the communication server 50a using the user computer 10, the web server 50b is connected to the user computer 10. ) Is connected to the authentication server (50c). The web server 50b transmits the main screen to the user computer 10 as shown in FIG. 6A to the user I.D. And by instructing the user to input a password, the authentication server 50c confirms whether or not the user who is connected is registered (S100). At this time, when the user applies for membership, the authentication server 50c receives personal information from the user through the web server 50b and provides the user with member I.D. And give a password to register as a member (S102). In this case, the authentication server 50c stores the personal information of the user registered as a member in the personal information database 70a.

Then, the web server 50b transmits the screen shown in FIG. 6B to the user computer 10 to receive travel information and additional information from the user (S110). Referring to FIG. 6B, the travel information includes a travel number, a round trip or a one-way ticket, a departure / departure date / departure time, a destination, a return date / local departure time, a seat class, and the like. Includes whether to reserve by waiting if there is no seat available, the preferred airline, and the like. For convenience of explanation, in this embodiment, the user has applied for an economy class (Economy Class) departing from Seoul and arriving in Las Vegas of the United States. In addition, on the screen shown in FIG. 6B, when the user requests a map view to confirm the arrival area, the web server 50b may display a map of the wide area to which the destination belongs on the user computer 10. have.

Subsequently, the web server 50b transmits travel information and additional information received from the user to the flight search server 50d, and the flight search server 50d transmits a ticket information database based on the user's travel information and additional information. The route information of each airline stored in 60 is retrieved (S120). In this embodiment, when the user does not enter the preferred airline, the flight search server 50d retrieves the route information for all flights of all airlines between the departure and destination. On the other hand, in another embodiment of the present invention, when the user enters the preferred airline, the flight search server 50d searches only for direct and transit routes operating between the origin and destination of the airline selected by the user .

Then, the flight search server 50d transmits the route information searched through the web server 50a to the user computer 10 (S130). At this time, the information displayed on the user computer 10, referring to Figure 6c, includes the name of the airline, the route information of each airline from Seoul to Las Vegas, the airfare according to each airline and route. Here, the route information includes information on a route passing through two or more stops. On the screen, when the user selects and clicks on the airline and waypoint, the waypoint selection message of the user is transmitted from the user's computer 10 to the web server 50b.

At this time, the flight search server 50d checks whether a user's waypoint selection message is received through the web server 50b (S140). In the checking step (S140), when the user's waypoint selection message is received, the flight search server (50d) is a local flight via the cooperative use communication means (30a) for information on the flight at the waypoint selected by the user A request is made to the search means 30b (S150). At this time, the cooperative communication means 30a transmits the transmitted information and message to the local flight search means 30b, and the local flight search means 30b uses the local information on the local ticket information database ( Search the information stored in the 30c), and transmits the search results to the flight search server 50d via the cooperative communication means (30a). When the information about the flight at the waypoint is received from the local flight search means 30b (S160), the flight search server 50d transmits the received information to the user computer 10 (S170). In this embodiment, it is assumed that the user selects a route from Seoul to Las Vegas via San Francisco and Los Angeles. In this case, a screen as shown in FIG. 6D is displayed on the user computer 10. That is, on the user computer 10, information about a wide-area flight departing from Seoul to San Francisco, a stopover flight departing from San Francisco to Los Angeles, and a stopover flight departing from Los Angeles to Las Vegas are displayed. . Information on each flight is displayed on the flight name, departure date / departure time, arrival date / arrival time, the number of seats available for reservation.

On the screen shown in FIG. 6D, when the user selects and clicks a flight along a predetermined route, the user computer 10 transmits the user's flight selection message to the first communication network 1. At this time, the reservation management server 50e receives the user's flight selection message through the communication server 50a and the web server 50b (S180). Then, the reservation management server 50e displays the information on the selected flight via the web server 50b and transmits a screen formed to input traveler information to the user computer 10 as shown in FIG. 6E. Referring to FIG. 6E, the traveler information includes a traveler's surname, name, contact information, social security number, and the like. Subsequently, when the user checks the selected flight and inputs traveler information, the reservation management server 50e receives the traveler information (S190).

Then, the reservation management server 50e transmits the seat selection / ticket purchase screen as shown in FIG. 6F to the user computer 10 through the web server 50b (S200). Referring to FIG. 6F, the seat selection / ticket purchase screen displays a flight selected by the user, an airfare of the flight, a ticketing deadline, a minimum stay date, a maximum stay date, and the like so that the user can select and reserve a seat. do.

Subsequently, when the user inputs information on the screen shown in FIG. 6F, the reservation management server 50e receives the user's purchase order message from the user computer 10 (S210). At this time, the reservation management server 50e updates the ticket information database 60 by assigning a reservation code to the user's purchase order message and storing it in the ticket information database 60 (S220). At the same time, the reservation management server 50e transmits the purchase order message and the reservation code of the user to the partner server 30 which has provided information on the flight at the stop (S230), and the partner server 30 is received. The local ticket information database 30c is updated based on the user's purchase order message. Accordingly, it is possible to prevent the supplier from selling one stopover ticket in duplicate.

Then, the reservation management server 50e transmits the payment screen as shown in FIG. 6G to the user computer 10 through the web server 50b (S240). Referring to FIG. 6G, the payment screen is configured to input additional user requests such as meals, wheelchairs, mileage services, etc., ticketing desired dates, types of credit cards, and card numbers.

In this case, when the user inputs account information or credit card information to pay for the flight on the payment screen, the payment confirmation server 50f receives the user's payment information through the web server 50b (S250). . Then, the payment confirmation server 50f transmits the reservation confirmation screen shown in FIG. 6H to the user computer 10 through the web server 50b so as to confirm the information on the flight reserved by the user. Then, the payment confirmation server 50f receives the airfare through the first payment server 20 and pays the fee for the stopover flight to the partner company through the second payment server 40 (S260).

On the other hand, in the check step (S140), when the user selects a non-stop route, the flight search server 50d through the cooperative use communication means 30a for information on the flight of the non-stop flight selected by the user The local flight search means 30b is requested (S142). When the information on the wide area flight is received from the local flight search means 30b (S160), the flight search server 50d transmits the received information to the user computer 10 (S170). .

7 is a diagram illustrating a procedure for selling a ticket using the system in FIG.

As shown in FIG. 7, when the main server 50 receives the user's travel information and additional information from the user computer 10 connected to the main server 50, the main server 50 is connected to the user's travel information and the additional information. On the basis of this, the route information of the airline stored in the ticket information database 60 is retrieved.

Then, the main server 50 transmits the retrieved route information to the user computer 10 and receives a predetermined waypoint selection message from the user computer 10. At this time, the main server 50 is requested by the partner server 30 to receive information about the flight at the selected waypoint. Subsequently, the main server 50 transmits the information on the flight, that is, the wide area and the stopover flight, received from the partner server 30 to the user computer 10.

In this state, when the user's ticket purchase order message is received from the user computer 10, the main server 50 stores the user's purchase order message in the ticket information database 60, the partner server 30 send. In addition, the main server 50 receives payment information from the user computer 10 for payment of charges for the ordered wide area and stopover flights, and receives payment through the first payment server 20.

On the other hand, when the user pays with a credit card, the main server 50 may request a payment from the card company using the payment information received from the user.

In addition, the above-described embodiments of the present invention may be written as a program that can be executed in a computer. And, using a medium used in a computer, it can be implemented in a general-purpose digital computer for operating the program. The medium may be a magnetic recording medium (for example, a ROM, a floppy disk, a hard disk, etc.), an optical reading medium (for example, a CD-ROM, a DVD, etc.) and a carrier wave (for example, Recording media such as, for example, transmission via the Internet.

The embodiment of the recording medium records a method of selling a ticket using a computing system connected through a communication network with a plurality of partner servers storing information about a local flight in a local ticket information database. A recording medium recording a method of selling a ticket using a computing system connected to a plurality of partner servers storing communication information in a local ticket information database through a communication network, the starting point of the user's travel from a user terminal connected through the communication network. A) module for receiving travel information including a destination; A B) module for retrieving route information stored in a database based on the travel information; A C) module for transmitting route information including the searched plurality of waypoints to the user terminal; A module for receiving a waypoint selection message of a user from the user terminal; E) module for requesting the partner server server information about the flight at the stopover destination from the selected waypoint; F) module for receiving information about the flight on the waypoint from the partner server to transmit to the user terminal; G) module for receiving the user's ticket purchase order message for the flight on the waypoint from the user terminal and stores in the database; And a program code having an H) module for transmitting the purchase order message of the user to the server of the cooperative company.

Functional modules for implementing the present invention as described above can be easily implemented by programmers with average knowledge in the technical field to which the present invention belongs.

Although the present invention has been described with reference to one embodiment shown in the drawings, this is merely exemplary, and those skilled in the art will understand that various modifications and equivalent other embodiments are possible therefrom. . For example, in the above-described embodiment, a computer connecting to the web server 50b via the first communication network 1 is shown and described as a user terminal. In another embodiment of the present invention, a personal digital assistant (PDA) and an IMT are described. A terminal for -2000 or the like can be used as the user terminal. Therefore, the true technical protection scope of the present invention will be defined by the appended claims technical spirit.

According to the ticket sales method and system that enables the confirmation of information on a flight at a stopover using a communication network according to the present invention as described above, since information on a flight on a stopover including a plurality of stops is provided to the user, The user can select a travel route through a plurality of waypoints, and can easily check information about flights at each waypoint, that is, airfare and conditions, to purchase an appropriate ticket.

In addition, the system of the present invention provides the user with information on various waypoint flights belonging to various airlines, so that the user can be provided with the services of several airlines in one trip.

Claims (16)

Claims [1] A method of selling a ticket using a computing system that is connected through a communication network with a plurality of partner servers storing local flight information in a local ticket information database. A) step of receiving travel information including the user's travel origin and destination from the user terminal connected through the communication network; Searching for route information stored in a database based on the travel information; C) transmitting route information including the searched plurality of waypoints to the user terminal; Receiving a waypoint selection message of a user from the user terminal; E) requesting the partner server for information about a flight at the stopover service at the selected stopover; F) receiving information about the flight at the waypoint from the partner server and transmitting the information to the user terminal; G) receiving the user's ticket purchase order message for the flight on the waypoint from the user terminal and storing it in the database; And Step H) of transmitting the purchase order message of the user to the server of the partner company; Ticket sales method that can confirm the information about the flight at the stopover using a communication network comprising a. According to claim 1, wherein step B) Receiving information about the airline preferred by the user from the user terminal, The search in step B) A method of selling a ticket that enables the user to check information on a flight at a stopover using a communication network, which is limited to a route serviced by the user's preferred airline. The method of claim 1, wherein the information about the stopover flight And at least one of a fare and a departure time of each of the flights. The method of claim 1, wherein the information about the stopover flight A method of selling a ticket that enables confirmation of information on a flight at a stopover using a communication network, characterized in that it comprises at least one of a name of an airline operating the stopover flight, a fare of the stopover flight, and a departure time at the stopover. The travel information of any one of claims 1 to 4, wherein the travel information of the user is The maximum and minimum itinerary of the user, Step C) And transmitting the search condition based on the itinerary to the partner server, wherein the information on the flight at the stopover can be confirmed using the communication network. The method of claim 5, wherein the communication network A first communication network connecting the computing system and the user terminal; And A second communication network connecting the computing system and the partner server; The first communication network and the second communication network A method of selling a ticket that enables confirmation of information about a flight at a stopover using a communication network, which is a wired or wireless communication network. The method according to any one of claims 1 to 4, And a step (I) of paying the fare for the waypoint flight to the partner via a second payment server. In a ticket sales system connected to a number of partner servers through a communication network that stores information about a local flight in a local ticket information database, Data storage means including information on a plurality of airlines including route information and a ticket information database for storing information on contract conditions for flights belonging to each airline; And Search for a plurality of route information stored in the ticket information database based on the travel information of the user received from the user terminal connected through the communication network, and transmits the retrieved route information to the user terminal, the user's terminal from the user terminal Receives a waypoint selection message to request information about flights at the waypoint to the partner server, and transmits information on flights at the plurality of waypoints received from the partner server to the user terminal, and from the user terminal. The main server that receives the user's ticket purchase order message for the flight at the waypoint and stores in the ticket information database Ticket sales system capable of confirming information about the flight at the stopover using a communication network comprising a. The method of claim 8, wherein the main server Communication means connected to the communication network; Web means connected to the communication means for providing a ticket selling service to the user terminal connected to the communication means via the communication network; Search a plurality of route information stored in the ticket information database based on the travel information of the user received from the user terminal through the web means, and transmit the retrieved route information to the user terminal through the web means; Receiving a waypoint selection message of the user from the user terminal through the web means to request the information on the flight at the waypoint selected by the user to the partner server via the communication means, received from the partner server Flight retrieval means for transmitting information on the flight at the waypoint to the user terminal via the web means; And Receiving a ticket purchase order message of the user from the user terminal to generate a reservation code corresponding to the ticket purchase order message, and substantially simultaneously with storing the reservation code in the ticket information database together with the ticket purchase order message; Reservation management means for transmitting to the partner server Ticket sales system capable of confirming information about the flight at the waypoint using a communication network comprising a. The method of claim 9, wherein the ticket information database A ticket sales system capable of identifying information about a flight at a stopover using a communication network, which is an object-oriented database with object-oriented bottom-up access. The method according to any one of claims 8 to 10, wherein the main server Is connected to a first payment server through the communication means, further comprising a payment confirmation means for requesting the first payment server for the payment for the ticket purchased by the user via a communication network using a communication network Ticket sales system with information about. The network of claim 8, wherein the communication network is A first communication network connecting the communication server and the user terminal; And A second communication network connecting the communication server and the partner server; The first communication network and the second communication network A ticket sales system capable of confirming information about a flight at a stopover using a communication network, which is a wired or wireless communication network. The method according to any one of claims 8 to 10, wherein the main server Authentication means for receiving the identifier of the user from the user terminal connected to the web means to confirm whether the user is a registered user as a member of the information on the flight via the communication network, characterized in that the Verifiable ticket sales system. The method of claim 13, wherein the data storage means A ticket sales system capable of confirming information about a flight at a stopover using a communication network, further comprising a personal information database storing personal information including at least one of the member's social security number, identifier, password, and contact information. . In a ticket sales system connected to a number of partner servers through a communication network that stores information about a local flight in a local ticket information database, Data storage means including information on a plurality of airlines including route information and a ticket information database for storing information on contract conditions for flights belonging to each airline; And Includes a processor coupled to the ticket information database, The processor is A) step of receiving travel information including the user's travel origin and destination from the user terminal connected through the communication network; Searching for route information stored in a database based on the travel information; C) transmitting route information including the searched plurality of waypoints to the user terminal; Receiving a waypoint selection message of a user from the user terminal; E) requesting the partner server for information about a flight at the stopover service at the selected stopover; F) receiving information about the flight at the waypoint from the partner server and transmitting the information to the user terminal; G) receiving the user's ticket purchase order message for the flight on the waypoint from the user terminal and storing it in the database; And Step H) of transmitting the purchase order message of the user to the server of the partner company; A ticket sales system capable of confirming information about a flight at a stopover using a communication network, characterized in that to perform. In a recording medium that records how to sell a ticket using a computing system connected through a communication network with a number of partner servers that store information about the local flight in a local ticket information database, An A) module for receiving travel information including a user's travel origin and destination from a user terminal connected through the communication network; A B) module for retrieving route information stored in a database based on the travel information; A C) module for transmitting route information including the searched plurality of waypoints to the user terminal; A module for receiving a waypoint selection message of a user from the user terminal; E) module for requesting the partner server server information about the flight at the stopover destination from the selected waypoint; F) module for receiving information about the flight on the waypoint from the partner server to transmit to the user terminal; G) module for receiving the user's ticket purchase order message for the flight on the waypoint from the user terminal and stores in the database; And H) module for transmitting the purchase order message of the user to the server of the partner company Recording medium recording a program for providing a ticket sales service that can confirm the information on the flight at the stopover using a communication network as a program code executable on a computer.