KR20010038076A - a ticket selling system using internet and a method for controlling thereof - Google Patents

Abstract

PURPOSE: A system and a method for issuing ticket on the internet are provided to allow a user to directly use a ticket issued on the internet by printing the ticket using the user's printer without changing the printed ticket. CONSTITUTION: The system comprises an administrator unit(100), a user unit(200), and a member store unit(300). The administrator unit includes the network interface(150), which connects inner systems of the administrator unit, and includes a main processor interface(110), which processes a payment according to a ticket issuing. The user unit, the member store unit, and a vending machine unit(400) are connected with the main processor interface via the network interface. A financial institution interface(130) is connected with the main processor interface for paying the price for issuing the ticket. The firewall system(120) between a database system(160) and a main processor interface(110) is installed to access to the database system for authorized personnel only. The administrator processor interface(140), which manages the communication with the member store, is installed between the network interface(150) and the database system.

Description

{A ticket selling system using internet and a method for controlling specifically}

The present invention relates to a ticket issuing system and a control method thereof. In particular, when a user purchases an admission ticket, a gift certificate, a ticket, or the like through the Internet, the user can print out a ticket purchased with his or her printer and use it without going through a separate exchange procedure. It relates to a ticket issuing system and a control method thereof.

Generally, in order to watch a movie, play or performance, watch a sporting event, or board a bus, train, airplane, etc., you need to purchase the ticket. In recent years, the ticket can be reserved through telephone or internet for your convenience. Booking systems have been developed and used.

However, even in the case of booking a ticket using the system described above, it is inconvenient to present the reservation number at the ticket office and confirm the reservation before entering the theater or the stadium or boarding the bus, and then receive the ticket along with the payment. In addition, there was an inconvenience in that it was necessary to purchase a gift certificate, an admission ticket of a tourist facility or a recreational facility directly at a ticket office.

Therefore, the present invention has been invented to solve the above problems, and when a user purchases an admission ticket, a gift certificate, a ticket, etc. over the Internet, the user can output the ticket purchased with his printer and use it without going through a separate exchange procedure. The present invention provides a ticket issuing system using the Internet and a control method thereof.

In order to achieve the above object, the present invention is installed in the operating company that manages the ticket issuance business, and transmits the ticket to the user through the Internet according to the user's ticket purchase request and validity of the ticket issued at the request of the merchant An operator unit for determining a user unit, a user unit installed in the user's premises which transmits a ticket purchase request of a general user to the operator unit via the Internet, and prints and outputs a specific ticket transmitted through the Internet, and a unique code printed on the ticket. And an affiliated store unit installed in the affiliated store requesting the validity of the ticket by transmitting to the operator unit through the Internet.

In another aspect, the present invention, when the user accesses the operator unit via the Internet to request the purchase of a specific ticket, the present invention stores the product information purchased by the user in a database system and transmits the ticket to the user unit via the Internet to print the first unit. Steps; When the ticket is requested from the affiliated store where the ticket is used, the validity of the ticket is determined by comparing the product information stored in the database system with the unique code of the ticket transmitted from the affiliated store and notifying the affiliated unit of the result. It is characterized by including two steps.

1 is a block diagram showing a ticket issuing system according to the present invention;

2 is a detailed configuration diagram of an operator unit shown in FIG. 1;

3 is a detailed configuration diagram of the user unit shown in FIG. 1;

4 is a detailed configuration diagram of an affiliated store unit shown in FIG. 1;

FIG. 5 is a detailed configuration diagram of the vending machine unit shown in FIG. 1;

6 is a flowchart of a user side control of a ticket issuing system according to the present invention;

7 is an affiliated store control flowchart of a ticket issuing system according to the present invention;

8 is a vending machine control flowchart of the ticket issuing system according to the present invention;

9 illustrates an example of a ticket issued in accordance with the present invention.

Explanation of symbols for main parts of the drawings

100: operator unit 110: main processor interface

120: firewall system 130: financial institution connection interface

150: network interface 160: database system

200: user unit 300: merchant unit

400: Vending Machine Unit

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Figure 1 is a block diagram showing a ticket issuing system according to the present invention, the operator unit is installed in the operating company that manages the ticket issuing business and is the center of all processes related to ticket issuance, and the general user who is the ticket purchaser is identified It consists of a user unit 200 used to request the issuance of a ticket and an affiliated store unit 300 used to confirm the validity of the ticket by the merchant using the issued ticket.

The user unit 200 and the affiliated store unit 300 are connected to the operator unit 100 via the Internet, respectively, and a plurality of vending machine units 400 for automatically releasing tickets may be included in the ticket issuing system according to the present invention. This vending unit 400 is also connected to the operator unit 100 via the Internet.

Meanwhile, the operator unit 100 connects the user unit 200, the merchant unit 300, and the vending machine unit 400 to the operator unit 100 through the Internet, and is responsible for the connection between the internal systems of the operator unit 100. The network interface 150 is installed, through which the user unit 200, the merchant unit 300, and the vending machine unit 400 process the main processor interface 110, which processes all processes related to ticket issuance. )

In addition, the main processor unit 110 is connected to the financial institution connection interface 130 that connects the computer network of the financial institution and the operator unit 100 for payment of the ticket, and all processes for issuing the ticket. A firewall system 120 is installed between the database system 160 and the main processor interface 110, which store the execution result of the execution result and the data necessary for the execution of the process, to block an outsider from accessing the database system 160. have.

In addition, between the network interface 150 and the database system 160 connecting the operator unit 100 to the affiliated store unit 300 via the Internet, the manager processor interface 140 managing communication with the affiliated store unit 300. The reference numeral 170, which is not described, indicates a LINUX BOX for a gateway.

Meanwhile, as shown in FIG. 2, the main processor interface 110 of the operator unit 100 transmits the barcode generating processor 111 to generate a barcode to be printed on the ticket, and the issued ticket to the third party by e-mail. A processor 112 for ticket sending, and a main processor 113 that manages all interfaces with a user who wants to purchase a ticket and controls all parts of the main processor interface 110.

In addition, the encryption key generation processor 114 of the main processor interface 110 generates an authenticated encryption key for Internet encryption communication and manages it in a database, and the registration key generation processor 115 manages the ticket for another person. If you register a purchased ticket to prevent forgery / falsification of the ticket issued when you purchase it as a gift, it is a processor that generates a registration key and manages it in a database.

In addition, the unique number generation processor 116 generates a unique value by combining data such as the type of ticket purchased by the user, the company information stored in the database, product information, serial number, etc. and records it in the temporary sales database. According to the generated value, the barcode generation processor 111 prints a barcode on the ticket in compliance with the barcode standard.

For security purposes, the firewall system 120 installed between the main processor interface 110 and the database system 160 blocks the access of the database by an outsider, so that the database system 160 and the affiliated unit 300, which are internal networks, are blocked. And protect the vending unit 400.

That is, the packet relay control processor 121 of the firewall system 120 controls only certain protocols such as HTTP, mail, FTP, etc. to come in from the outside, and the port control processor 122 Blocks the intrusion of outsiders by controlling the communication port of the external network, which is a web server and the internal network described above.

On the other hand, the financial institution connection interface 130 for maintaining the connection with the financial institution to handle the business related to card payment, the financial institution network connection processor 131 responsible for maintaining the connection with the financial institution computer network, and the user's In accordance with the request, a payment control processor 132 for requesting electronic payment to the financial institution and accepting the electronic payment is completed.

In addition, the ticket inspection processor 141 of the manager processor interface 140 that manages communication with the affiliated store unit 300 records a bar code of a ticket used by a customer transmitted from the affiliated store unit 300 having ticket issuance information. It is in charge of the task of comparing and comparing the results with the result and judging the validity of the ticket.

In addition, the processor 142 for accounting management is a processor that is responsible for the sales or financial affairs of the merchant by analyzing the amount of sales, the amount of sale, the difference between the ticket issued and the ticket used, and the processor for log analysis (Log Analysis Processor 143 analyzes the ticket user's gender, age, actual purchaser, actual user, date, season, time of use of the ticket, and provides reference data for marketing activities of the merchant.

Meanwhile, the network interface 150 includes a NIC / Modem processor 151 for connecting the operator unit 100 to the user unit 200, the affiliated store unit 300, and the vending machine unit 400, and the inside of the operator unit 100. PPP processor 152 and TCP / IP processor 153 for managing ODBC communication, URL communication, Socket communication, etc. between the systems, load control processor 154 for controlling and distributing the load of each unit network and processor, protocol It is comprised by the converter processor 155.

The database system 160, which stores the results of execution of all processes related to ticket issuance and data necessary for the performance of the process, stores the member information of general users who purchase tickets through the Internet, the mileage points of members, and is necessary for marketing and advertising strategies. And a user information database 161 in which information necessary for calculating information is stored, and a merchant information database 162 in which information about the merchant owner and information necessary for the business of the affiliate store are stored.

In addition, the sales management database 163 stores information related to the ticket finally sold and stores a record indicating a ticket issuance status, a barcode of the issued goods, and specific information on the finally generated sales, and the sale. An accounting database 164 is provided which processes information in the management database 163 and accumulates and manages detailed sales information for each company.

In addition, in the payment database 165 for exchanging business related to the computer network of the financial institution and the payment payment, various data that are the basis for the payment settlement are stored, and the ticket information database 166 generates a user when the ticket is used. Information such as information, date of use and time are stored and the validity of the ticket is guaranteed by comparing barcode values input from the merchant.

Meanwhile, the product classification database 167 stores information necessary to generate a barcode of a registered product, and the ticket sales database 168 temporarily stores the sales status of the ticket being sold, and when the sale is made, the corresponding data is stored. It is transferred to the sales management database 163 described above. In addition, the log analysis database 169 stores marketing information to be provided to the affiliated stores that analyzed all the data of the products sold, and analysis data of various connection statistics and content development directions necessary for attracting advertisements on the homepage and maintaining the homepage. .

3 is a detailed configuration diagram illustrating a user unit 200 used by a general user who is a ticket purchaser to request issuance of a specific ticket. The user unit 200 is an operator managed by an operation company that manages a ticket issue. The unit of the local processor of the user who purchases the necessary ticket through the homepage of the unit 100.

As shown in the figure, a communication port controller 265 for controlling port resources by controlling the NIC / Modem 270 is connected to the CPU 210 of the user unit 200 for communication with the operator unit 100. In addition, the CPU 210 includes a data input device 220 such as a mouse and a keyboard for selecting a ticket type and moving the site, and a video driver processor 240 which processes all screen information of the homepage and outputs the same to the monitor 250. )

In addition, as the operating system 260 of the user unit 200, an operating system supporting a browser such as Windows, Linux, OS / 2, etc. is used, and as a browser application processor 255 for helping the user surf the Internet, Java is used. Explorers, Netscapes, and others that support (java virtual machine) are used.

The printer port controller 275 is a processor that manages printer port resources, and prints a ticket purchased by a user through the printer 280. In addition, the memory buffer 230 stores all the information used by the browser and provides a history variable for communicating with the operator unit 100.

4 is a detailed configuration diagram illustrating an affiliated store unit 300 that manages sales through a homepage of an operator unit 100 and checks the validity of issued tickets, and communicates with an affiliated store unit for communication with an operator unit 100. The CPU 305 of the unit 300 is connected to a communication port controller 330 that controls the NIC / Modem 340 to manage port resources.

On the other hand, the CPU 305 of the merchant unit 300 is connected to a data input device 310 such as a mouse, a keyboard and the like and a video driver processor 320 for processing all screen information of the home page and outputting it to the monitor 325. The ticket inspection processor 345 connected to the CPU 210 transmits the barcode read through the ticket checker 350 to the operator unit 100 through the NIC / Modem 340 to check the validity of the ticket.

In addition, the memory buffer 315 is temporarily stored in the data input through the keyboard and ticket checker 350, the operating system 335 of the merchant unit 300 is supported by a browser such as Windows, Linux, OS / 2 The operating system used is used. In addition, the processor 325 for accounting and sales analysis performs direct communication with the log analysis database 169 and the accounting database 164 of the operator unit 100 to obtain data and to monitor it 325. Output

5 is a detailed block diagram illustrating a vending machine unit 400 for automatically releasing a ticket. As shown in the figure, the configuration of the vending machine unit 400 is identical to that of the user unit 200 described above except that the credit card reader 420 is provided for payment according to the issuance of a ticket. The description will be omitted.

Next, an operation method of the ticket issuing system according to the present invention configured as described above will be described in detail with reference to FIGS. 6 to 8.

6 is a flowchart illustrating a user side control for purchasing a specific ticket using the ticket issuing system described above, wherein a user who is a buyer requests a connection to the operator unit 100 through the Internet using his user unit 200. 6A, data of the user connected to the operator unit 100 is stored in the log analysis database 169 (ST501 to ST502).

In addition, sales products such as theater tickets, stadium tickets, train tickets, bus tickets, and airplane tickets are displayed on the monitor 250 of the user unit 200 (ST503). When a user selects a specific product among the displayed products, the operator unit 100 outputs detailed information of the corresponding product through the monitor 250 of the user unit 200 (ST504 to ST505). That is, if the corresponding product is a movie ticket, the plot and awards of the movie are output, and in the case of a bus ticket, detailed information for each product such as a bus starting point, an arrival point, and a required time is output.

As described above, when the user requests the purchase of a ticket after viewing the detailed information of the product output through the monitor 250, the processor for generating the encryption key 114 generates an authenticated encryption key for internet encryption communication and executes the encryption process of the browser. (ST506 to ST508).

In other words, when the user's ID and password are input as shown in FIG. 6B, the authentication process checks whether the member is registered in the user information database 161 or is a non-member (ST509 to ST510). If the user is a non-registered non-member, the user registration process is executed. If the user is a registered member, the issue status of tickets that the user has purchased and not used is displayed (ST511 to ST512).

When the user requests to reissue the ticket after viewing the issuance status of the unused ticket, the process of reissuing the ticket proceeds (ST513 to ST514). On the other hand, if there is no request for reissuance of the ticket, the detailed information of the product, such as the sales and reservation status of the ticket selected by the user and the seating arrangement map, is displayed and the user selects, for example, the date, time, seat number, and price of the ticket to be purchased. It demonstrates (ST515-ST516).

When the user selects the type and quantity of the purchased product by viewing the detailed information of the product, the operator unit 100 performs a process of generating a unique code value for the corresponding product in order to generate a barcode to be printed on the ticket (ST517˜). ST518), as shown in FIG. 6C, the sales name, price, barcode number, and user information are stored in the temporary sales database and the user's credit card is authenticated for payment (ST519 to ST520).

If the user's credit card number is not valid, he or she must re-enter the credit card number.If the credit card number is valid but the expiration date is invalid, the user will be asked to enter a new credit card number and expiration date. (ST521 to ST524).

On the other hand, if the credit card number and the expiration date is valid, accept the payment using the credit card and output the payment status through the monitor 250 of the user unit 200 after receiving confirmation from the user (ST525 to ST526), The process for issuing a ticket purchased by the user as shown in FIG. 6D.

That is, after obtaining the product information purchased by the user from the temporary sales database and inputting the seat number, the date and the barcode information into the ticket (ST527 to ST529), the information of the issued ticket is monitored 250 of the user unit 200. Print it out and check it from the user (ST530).

If there is an error in the ticket information as shown in Fig. 6E and the user requests the information to be corrected, the information stored in the temporary sales database is updated with the corrected information (ST531 to ST534), and the user cancels the purchase of the ticket. All processes performed for payment and purchase of goods are canceled (ST535). On the other hand, if there is no error in the ticket information, the payment process is completed, the payment is confirmed, and the sales are updated (ST534 to ST535).

In addition, as shown in FIG. 6F, the data stored in the temporary sales database is transferred to the sales management database 163, which is a permanent sales database (ST537), and the data stored in the temporary sales database is erased (ST538). ). In addition, necessary information stored in the log analysis database 169 is updated by leaving a "issuance" flag in the record indicating the ticket issuance status (ST539 to ST540).

When the information in the log analysis database 169 is updated in this manner, as shown in FIG. 6G, the operator unit 100 proceeds with a process for delivering the ticket purchased by the user (ST541). In other words, it is determined whether the ticket purchased by the user is for a gift or directly used by the buyer (ST 546). If the purchaser uses the ticket directly, the ticket printing process is performed to grant an authentication key and print the ticket to the user's printer. (ST543 to ST544).

On the other hand, if the ticket purchased by the user is a gift, an e-mail is sent to the entered recipient's Internet address (ST545-ST546). If the e-mail transmission fails due to an overload of the server or an error of the entered Internet address, the e-mail is sent to the user. It transmits an error message and requests correction of the information of the entered recipient (ST547 to ST549). On the other hand, if the e-mail is sent to the recipient and delivers the mail delivery success message to the user (550).

Meanwhile, the ticket recipient who receives the ticket as a gift receives the ticket by accessing the mail client via the Internet using his user unit 100 as shown in FIG. 6H (ST551 to ST552) to prevent forgery / falsification. In order to request registration authentication of the received gift ticket, the registration key generation processor 114 of the operator unit 100 generates a registration authentication key (ST553 to ST554), and the generated registration key is a sales management database 163. Is stored in the authentication key record (ST555). In addition, the generated authentication key is sent to the ticket recipient and the donor is notified (ST556 to ST557).

The ticket shown in FIG. 9 issued through the above procedure is used in the corresponding store, and FIG. 7 is a flowchart illustrating a control flow of the affiliated store that manages the ticketing service for confirming the validity of the ticket.

As illustrated in FIG. 7A, when the affiliated store unit 300 requests a connection, the operator unit 100 checks the affiliated store's IP address and refuses to access the registered affiliated store (ST601 to ST603). It is required to enter the ID and password of the user (ST604). If the input ID of the user is not valid, the operator unit 100 rejects the login. If the password is not valid, the operator unit 100 transmits a login failure message to the user (ST605 to ST608).

On the other hand, if the user ID and password are valid, the user's authority is checked and the corresponding process is executed (ST609). That is, if the user is a merchant of a merchant, the sales management process is executed (ST620). If the user is a manager of the merchant, the manager process is executed (ST640).

In other words, if the user is a merchant of a merchant, the sales management process is executed as shown in FIGS. 7B and 7C. First, a barcode of the user-submitted ticket is read through the ticket inspector 350 or a user directly establishes a connection by inputting a barcode value. The validity of the ticket is checked through the "issuance" flag of the sales management database 163 of the unit 100 (ST621 to ST626).

If the "issuance" flag of the sales management database 163 indicates that the ticket has not been issued, the seller checks the ticket status visually and manually inputs a barcode value again to reconfirm the ticket issuance status (ST627 to ST628).

On the other hand, if the ticket is issued normally, the authentication key is input according to whether the authentication key is required as shown in FIG. 7C (ST629 to ST630), and the authentication key stored in the input management key and the sales management database 163 If the matching or authentication key is not required, the operator unit 100 upgrades the "issuance" flag of the sales management database 163 to the "use" flag and notifies the seller of the store of the ticket validity (ST631 to ST633). .

Accordingly, the owner of the ticket can enter the theater or the stadium or exercise the rights of the ticket (ST634), the remaining amount of the exercise of the rights is settled, and the contents of the exercise of the rights are stored in the ticket information database 166 and the merchant unit. 300 is switched to the standby mode (ST635 to ST637).

If the user is a manager of the merchant, an interface between the accounting database 164 for performing sales management, accounting management, and statistics management and the merchant unit 300 is established. In this state, the manager may perform a specific task as shown in FIG. 7D. When the request for the execution of the process is called to perform the task requested by the administrator and the result is output to the monitor 325 of the merchant unit 300 (ST641 ~ ST644). In addition, the affiliated store unit 300 is switched to the standby state for the next command (ST645).

8 is a diagram illustrating a control flow of the vending machine unit 400 for automatically releasing a ticket. When a user selects a specific product and requests a purchase to purchase a ticket through the vending machine unit 400 in the standby mode, FIG. As shown, the operator unit 100 establishes a connection with the computer network of the financial institution to check the validity of the credit card owned by the user (ST701 to ST706).

If the user's credit card is invalid, the vending machine unit 400 outputs a credit card error message, rejects the transaction, accepts the payment if the credit card is valid, and provides details of the product selected by the user as shown in FIG. 8B. (ST707 to ST709). When the user requests the purchase by viewing the detailed information of the product, the operator unit 100 performs a process of generating a unique code value for the corresponding product in order to generate a barcode to be printed on the ticket (ST710 to ST711).

In addition, the sales name, price, barcode number, and user information are stored in the temporary sales database, and information on the product currently selected by the user is confirmed to confirm the user's final purchase intention (ST712 to ST714). If the user cancels the purchase of the ticket, all processes performed for the payment and the product purchase are canceled (ST715).

On the other hand, when the user's final purchase intention is confirmed, a process for issuing the purchased ticket is performed (ST716). That is, as shown in FIG. 8C, after obtaining the product information purchased by the user from the temporary sales database, inputting the seat number, the date and the barcode information into the ticket (ST717 to ST719), the payment process is completed and the sales are updated. (ST720).

Further, the data stored in the temporary sales database is transferred to the sales management database 163, which is a permanent sales database (ST721), and the data stored in the temporary sales database is erased (ST722). At the same time, the ticket is output through the printer 480, leaving the "issuance" flag in the record indicating the ticket issuance status, and the transaction is terminated (ST723 to ST724).

As described above, the present invention, when purchasing the ticket, vouchers, tickets, etc. through the Internet, the user can output the ticket purchased with his printer can be used without going through a separate exchange procedure can be facilitated for the user's convenience have.

That is, when a ticket is reserved using a conventional telephone or an internet ticket booking site, the ticket must be delivered by mail or a reservation must be confirmed at a performance hall. The present invention can print and use a purchased ticket immediately. The convenience of is increased.

In addition, it is possible to present a purchased ticket with a congratulatory message by e-mail to relatives, acquaintances' birthday, anniversary, etc.

In addition, the merchants using tickets can efficiently save the manpower and costs required for the current ticket management system by efficiently constructing the ticket computerization system, and can manage various information by database of the ticket management.

Therefore, daily, monthly, and yearly sales management and accounting can be performed in real time, and the age and gender of visitors can be grasped to establish a low-cost, high-efficiency marketing strategy.

In addition, by using an authentication key such as a kind of password, it is possible to maintain a commerce order by preventing forgery / falsification, such as copying a ticket.

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. Therefore, the true technical protection scope of the present invention should be defined only by the appended claims.

Claims (14)

Operator unit (100) installed in the operating company that manages the ticket issuance business and transmits the ticket to the user through the Internet according to the user's ticket purchase request and determines the validity of the ticket issued at the request of the merchant, and the general user The user unit 200 installed in the user's home, which transmits a ticket purchase request to the operator unit 100 through the Internet and prints and outputs a specific ticket transmitted through the Internet, and a unique code printed on the ticket through the Internet. Ticket issuance system using the Internet characterized in that it comprises an affiliated store unit (300) installed in the affiliated store for transmitting to the operator unit (100) to determine the validity of the ticket. The ticket issuing system using the Internet according to claim 1, wherein the unique code printed on the ticket is a barcode. [Claim 2] The apparatus of claim 1, further comprising: a vending machine unit 400 for transmitting a ticket purchase request of a general user to the operator unit 100 through the Internet and automatically printing a ticket by printing a specific ticket transmitted through the Internet. Ticket issuance system using the Internet. The operator unit 100 of claim 1 or 3, wherein the operator unit 100 connects the user unit 200, the affiliated store unit 300, and the vending machine unit 400 to the operator unit 100 through the Internet. A network interface 150 that is responsible for the connection between the internal systems; A main processor interface (110) connected to the user unit (200), the merchant unit (300), and the vending machine unit (400) through the network interface (150) and processes all processes related to ticket issuance; A financial institution connection interface 130 connecting the main processor unit 110 and the computer network of a financial institution for payment according to the issuance of a ticket; A database system 160 storing execution results of all processes for issuing a ticket and data necessary for performing the process; A firewall system (120) interposed between the database system (160) and the main processor interface (110) and for preventing outsiders from accessing the database system (160); Internet comprising a manager processor interface 140 for determining the validity of the ticket by comparing the unique code of the ticket transmitted from the merchant unit 300 with the issue information of the ticket and notifying the merchant unit 300 of the ticket. Ticket issuance system using the system. 5. The method of claim 4, wherein the manager processor interface 140 compares the unique code of the ticket transmitted from the merchant unit 300 with a record having the ticket issuance information, and determines the validity of the ticket and compares the result with the merchant unit ( A ticket inspection processor 141 for managing a task of notifying 300; An accounting processor 142 for analyzing sales and sales amounts of merchants, differences between issued tickets and used tickets, and responsible for sales and settlement of merchants; Log Analysis Processor (143) that provides data for marketing activities of merchants by analyzing ticket users' gender, age, actual buyers, actual users, dates, seasons, and time of use of tickets. Ticket issuance system using the Internet, characterized in that it comprises a). 5. The main processor of claim 4, wherein the main processor interface (110) comprises: a main processor (113) for managing all interfaces with a user who wants to purchase a ticket and controlling all parts of the main processor interface (110); It is equipped with a unique number generation processor 116 for generating a unique value for generating a unique code used to determine the validity of the ticket by combining data such as the type of ticket, company information, product information, serial number purchased by the user Ticket issuance system using the Internet, characterized in that. 7. The system of claim 6, wherein the main processor interface (110) comprises: a ticket sending processor (112) for transmitting issued tickets to third parties by e-mail; In order to prevent forgery and forgery of the ticket transferred to a third party, when the assignee registers the ticket, the processor further includes a registration key generating processor 115 for generating a registration key and managing the registration key in a database. Ticket issuance system using the Internet. 5. The system of claim 4, wherein the database system (160) comprises: a user information database (161) storing member information of a general user; An affiliated store information database 162 storing information necessary for the operation of the affiliated store owner and the affiliated store; A sales management database 163 for storing information indicative of the issuance status of the sold tickets; An accounting database 164 for processing information of the sales management database 163 and accumulating and managing detailed sales information for each company; A payment database 165 for exchanging business related to the computer network of the financial institution and payment; A ticket information database 166 in which information such as user information, use date, time, etc., generated during the use of the ticket are stored; A ticket sales database 168 in which the sale status of tickets being sold is temporarily stored, and a product classification database 167 in which information necessary for generating a unique code of a registered product is stored; A ticket issuing system using the Internet, characterized in that it comprises a log analysis database (169) for analyzing the data of all products sold. When the user accesses the operator unit 100 through the Internet and requests the purchase of a specific ticket, the user stores the product information purchased by the user in the database system 160 and transmits the ticket to the user unit 200 through the Internet. A first step of printing; When receiving a request to determine the validity of the ticket from the merchant that the ticket is used to compare the product information stored in the database system 160 with the unique code of the ticket transmitted from the merchant to determine the validity of the ticket and the result of the merchant unit ( And a second step of notifying 300). 10. The method of claim 9, wherein the first step comprises: a third step of providing detailed information of a corresponding product, such as the sale and reservation status of the ticket selected by the user, if the user who selects the specific ticket to purchase is a registered member; When the user selects the type and quantity of tickets to purchase according to the detailed information provided in the third step, a unique code used to determine the validity of the ticket is generated, and products such as a brand name, a price, a unique code, etc. are sold to the database system 160. A fourth step of storing information and performing an authentication process of a credit card possessed by a user for payment; In the fourth step, if the user's credit card is valid, the payment process is completed and the issue state of the ticket is stored in the database system 160. Then, the fifth step of transmitting the ticket with the authentication key to the user through the Internet. The control method of the ticket issuing system using the Internet, characterized in that it comprises a step. 11. The method of claim 10, wherein the third step comprises: a sixth step of displaying a issuance status of a ticket that the user has purchased and not used if the user who has selected a specific ticket to purchase is a registered member; And a seventh step of reissuing the ticket when the user requests reissue of an unused ticket in the sixth step. 11. The method of claim 10, further comprising the step of transmitting the ticket to the recipient's Internet address via e-mail if the ticket purchased by the user is for a gift. The receiver unit of claim 12, wherein the recipient who receives the ticket via e-mail receives a ticket by accessing a mail client through the Internet, and the operator unit 100 requests the registration authentication of the received ticket to prevent forgery / falsification. The control method of the ticket issuing system using the Internet, characterized in that for transmitting the ticket with the registration authentication key to the recipient. 10. The method of claim 9, wherein the second step comprises: a seventh step of checking the authority of the user when the affiliated unit 300 is connected to the operator unit 100 through the Internet; An eighth step of executing a sales management process of determining a validity by transmitting a unique code of the ticket to the operator unit 100 when the user is a seller of the affiliated shop in the seventh step; And a ninth step of executing a manager process of performing a specific task requested by the manager and notifying the result if the user is the manager of the affiliated shop in the seventh step.