KR20010113986A - Real time auction system by internet and method thereof - Google Patents

Abstract

1. TECHNICAL FIELD OF THE INVENTION

The present invention relates to auctions over the Internet, and more particularly, to a system and method for trading over-the-counter stocks, bonds, intellectual property rights and the like.

2. The technical problem to be solved by the invention

The present invention provides a real-time auction system and method through the Internet to solve the temporal and spatial problems and to activate the market in the sale of intangible goods.

3. Summary of Solution to Invention

In accordance with an aspect of the present invention, in the auction method through the Internet, the auction schedule and evaluation information of the over-the-counter stocks are posted, and the buyers are provided with the bidders' information and the evaluation information to the buyers in real time. Proceed to the auction, and according to the auction result, and the sale of the over-the-counter stocks, characterized in that to store the information according to the auction database.

4. Important uses of the invention

The present invention is used to sell and buy over-the-counter stocks and the like via the Internet.

Description

REAL TIME AUCTION SYSTEM BY INTERNET AND METHOD THEREOF}

The present invention relates to an auction system and method, and more particularly, to a system and method for selling and purchasing intangible goods such as over-the-counter stocks, bonds, and intellectual property rights through the real-time auction method.

Generally, intangible commodities (hereinafter referred to as "intangible commodities"), such as over-the-counter stocks, bonds, and intellectual property that are not registered on exchanges, KOSDAQ, or third-party markets, are sold through bulletin boards, life magazines, or general newspapers. (F) has not escaped from the concept of a flea market, in which the seller and the buyer communicate with each other individually.

Unlike general merchandise (automobiles, home appliances, household goods, etc.) that are widely distributed, intangible goods have a small volume of trade and traders are also limited, so the general public cannot know the proper price of intangible goods. Therefore, the general public can not participate in the trading, and there is a problem that the market is not activated because there are few buyers. In addition, there is a problem in that the sale of general merchandise uses only simple text or images to explain the functions and characteristics of the merchandise, so that effective publicity is difficult and the merchandise is not active.

Moreover, the trading of commodities through stock exchanges or auctions has a problem that the trade is distorted due to a short sale and a short sale, thereby reducing the reliability of the market and encouraging impulse purchases. In addition, trading by general auctions (set auction period to proceed auction) is not only limited to general products, but also takes a lot of time to know the final auction result, and the closing rate is lowered due to cancellation of buyer or seller's transaction. There is a problem. In addition, even in the case of trading according to the general real-time auction, the real-time auction must be an auctioneer for the real-time auction, there is a problem that the expense of the auction proceeds increases.

In particular, the OTC stocks are as follows.

In general, over-the-counter stocks that are not registered in the stock market (exchange, KOSDAQ, 3rd market) do not have a special exchange, so sellers and buyers are in direct contact with each other to make trade without transparency and limit time and space. There is a problem. In addition, there is a problem that the general public who do not know the market price of the over-the-counter stocks or the information of the company involved in the sale of the over-the-counter stocks can lose the investment. Therefore, most ordinary people are passive in participating in trading of over-the-counter stocks, and the trading market of over-the-counter stocks is slow. In terms of sellers, the market is not active and it is difficult to raise funds by trading OTC stocks, and the actual value of the company is unknown until it is listed on existing markets (exchanges, KOSDAQs, and third markets).

In order to solve the above problems, an object of the present invention is to provide a real-time auction system and method through the Internet that can solve the spatial and spatial problems and activate the market in the sale of intangible goods.

Another object of the present invention is to provide a real-time auction system and method through the Internet that can increase the transparency of the trading and increase the transaction conclusion rate in the trading of intangible goods.

It is still another object of the present invention to provide a real-time auction system and method through the Internet that can form an appropriate market price of goods, quickly know the transaction results, and suppress impulse purchases in the sale of intangible goods. have.

It is still another object of the present invention to provide a system and method for performing real-time auctions without an auction broker.

Another object of the present invention is to solve the temporal and spatial problems in the over-the-counter stock trading, to activate the market, to increase the transparency of the trading, increase the closing rate of the trade, to form the appropriate market price, trading results It is possible to quickly know, to suppress the impulse purchase, to provide a real-time auction system and method of over-the-counter stocks through the Internet unnecessary brokers.

1 is a view showing a schematic configuration of a real-time auction system for trading OTC stocks according to an embodiment of the present invention.

2 is a diagram showing a platform structure of a system according to an embodiment of the present invention.

3 is a view showing a screen during the real-time auction in the real-time auction system according to an embodiment of the present invention.

4 is a diagram showing a flow of selling in the real-time auction system according to an embodiment of the present invention.

5 is a view showing the flow of the purchase in the real-time auction system according to an embodiment of the present invention.

6A is a diagram illustrating a screen configuration according to an item of interest request / view in a real-time auction system according to an embodiment of the present invention.

6B is a view showing a screen configuration according to the deposit and withdrawal inquiry in the real-time auction system according to an embodiment of the present invention.

6c is a diagram illustrating a screen configuration according to the inquiry of the execution history in the real-time auction system according to an embodiment of the present invention.

6D is a diagram illustrating a screen configuration according to a buy and sell state in a real-time auction system according to an exemplary embodiment of the present invention.

6E is a diagram illustrating a screen configuration according to an item of interest registration in a real-time auction system according to an embodiment of the present invention.

6F is a diagram illustrating a screen configuration according to auction schedule status in a real-time auction system according to an embodiment of the present invention.

6G is a view showing a screen configuration according to the ticker inquiry of the item in the real-time auction system according to an embodiment of the present invention.

6H is a diagram illustrating a screen configuration according to auction trend and news inquiry in a real-time auction system according to an embodiment of the present invention.

7 is a diagram illustrating a screen configuration according to a sell order in a real-time auction system according to an embodiment of the present invention.

8 is a view showing a screen configuration according to the purchase order in the real-time auction system according to an embodiment of the present invention.

9 is a diagram schematically showing the configuration of a database in a real-time auction system according to an embodiment of the present invention.

* Explanation of symbols for the main parts of the drawings

100: main system 10: operation server

11: web server 12: API

13: mail server 14: payment server

15: Customer D / B 20: Interface

30: management server 31: purchase server

32: Sell Server 33: Data Backup Server

34: Data Bank Server 35: Remail Server

36: RAE 37: successful bid / bid determination engine

40: web browser 50: financial network

In accordance with another aspect of the present invention, there is provided a method for auctioning through the Internet, the method comprising: a first step of posting auction schedules and valuation information of a corresponding over-the-counter stock at the seller's request for sale; According to the auction schedule, buyers who access the real-time auction marketplace via the Internet provide the bidders with quotation information and the evaluation information of the participants for the purchase of the over-the-counter stocks in real time by text, video, or voice. Proceeding second step; A third step of concluding a sale of the over-the-counter stocks according to the auction result; And a fourth step of storing the information according to the auction as a database through a delimiter including items of sellers, buyers, and OTC stocks.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description, numerous specific details are set forth, such as a specific configuration, which are provided to assist in a more general understanding of the present invention, and the present invention may be practiced without these specific details. It is self-evident to those who have. In the following description of the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted. The above objects, features and advantages will become more apparent from the following detailed description taken in conjunction with the accompanying drawings.

1 is a view showing a schematic configuration of a system for trading OTC stocks according to an embodiment of the present invention.

2 is a diagram showing a platform structure of a system according to an embodiment of the present invention.

3 is a view showing a screen during the real-time auction in the real-time auction system according to an embodiment of the present invention.

4 is a diagram showing a flow of selling in the real-time auction system according to an embodiment of the present invention.

5 is a view showing the flow of the purchase in the real-time auction system according to an embodiment of the present invention.

6A to 6H illustrate examples of screen configurations according to various requests of a visitor in a real-time auction system according to an exemplary embodiment of the present invention.

7 is a diagram illustrating a screen configuration according to a sell order in a real-time auction system according to an embodiment of the present invention.

8 is a view showing a screen configuration according to the purchase order in the real-time auction system according to an embodiment of the present invention.

9 is a diagram schematically showing the configuration of a database in a real-time auction system according to an embodiment of the present invention.

First, a system according to an exemplary embodiment of the present invention will be described with reference to FIG. 1 as follows.

In the embodiment according to the present invention, the main system 100 is composed of an operation server 10, a management server 30, and an interface 20.

The operation server 10 is connected to the Internet network (not shown) to communicate with a user connected to the Internet network, to store a web document for operating the main system 100, and to communicate with the system 100 and the user. It provides an interface, and authenticates the user and pays the transaction amount generated by the user. In addition, the operation server 10 transmits and receives e-mails through the Internet network, and stores general information including the identifier (IDENTIFICATION) and password of the customer. In addition, the operation server 10 is provided with a TCP / IP (TRANSMISSION CONTROL PROTOCOL / INTERNET PROTOCOL) socket interface (SOCKET INTERFACE) for connecting to the Internet network, and is connected to the financial network to transmit and receive financial information.

The operation server 10 includes a web server 11, an application program interface 12, a mail server 13, a payment server 14, and a customer database D / D. B; DATA BASE; 15).

The web server 11 stores web documents for system operation, provides an interface between the system and the user, and controls the overall operation of the operation server 10.

The application program interface 12 is connected to the Internet network to communicate with a user connected to the Internet network. In general, Internet communication is performed through a web browser (WEB BROWSER; NETSCAPE or INTERNET EXPLORER, etc.), and the application program interface 12 allows the system 100 to perform communication in accordance with a web browser connected to a user.

The mail server 13 sends and receives e-mail via the Internet.

The payment server 14 performs a financial transaction by allowing access to the system 100 through an identifier and a password stored in the customer database 40 and transmitting and receiving financial information with the financial network 50 at the time of approval of the user's connection or purchase. Act as an approval for

The customer database 15 stores general information including the identifier and the password of the customer.

The management server 30 performs an operation according to the buy and sell request of the over-the-counter stock, and performs a real-time auction in response to the buy and sell request. In addition, the management server 30 provides the participants who participated in the auction during the auction in real time through the text, video or voice information and evaluation information of the stock listed in the auction, the bidding and bidding by the auction Judging and storing the information generated during system operation.

The management server 30 is a buy server 31, a sell server 32, a data backup server 33, a data bank server 34, a mail server 35, an auction server (RAE; REALTIME AUCTION ENGINE; 36) , A successful bid / bid determination engine 37, and a control server 38.

The purchase server 31 processes a series of operations for the purchaser who wants to buy the over-the-counter stocks connected to the system 100 to apply for the purchase item for the purchase, pay the margin, and confirm the system administrator.

The sell server 32 processes an operation for the seller who wants to sell the over-the-counter stock to the system 100 to receive the stock for sale, confirm the auction schedule, provide company data, and confirm the system administrator.

The data backup server 33 stores various information generated during the operation of the system 100. The storage of the information will be described in detail below with reference to FIG.

The data bank server 34 stores the bidding and bidding information according to the real-time auction of the over-the-counter stocks.

The remail server 35 sends an e-mail to the buyer or seller in accordance with a successful bid or a bid decision based on the auction result.

The auction server 36 provides multimedia information via text, video, or voice to the participants participating in the real-time auction according to the information registered in the selling server 32 and the buying server 31. Provided in data form in real time. In addition, the auction server 36 serves as an intermediary for the auction proceeding as described in FIG. The auction server 36 may include a video and audio input device for auctioning by an intermediary for the role of mediation by the above-described multimedia data, or may utilize a plurality of pre-stored multimedia data.

In the case of an auction by the intermediary, an auction may be conducted by constructing a separate studio and installing a camera. In the latter case, the auction server 36 uses the pre-stored multimedia data to act as an intermediary by the artificial intelligence processor according to the call value of the auction participant.

In the case of mediation by the artificial intelligence processor, the multimedia data according to each situation is pre-stored, and the auction server 36 transmits the pre-stored multimedia data to buyers participating in the auction according to the price and time.

The following table is an example of the multimedia data.

Condition voice burn text Start auction Let's start auction (VOICE FILE) ☞ Let's start an auction (TEXT FILE) versifier Starting price is "". . . If there is a quotation "Won" came out. Is there any more? . . Without a quote . . . ... ... ... ...

The real-time automatic auction system using artificial intelligence as described above does not require a separate broker, and can register the response of the multimedia data and the system according to each situation in advance and show the result in the auction relay window according to the real-time auction progress. Will be. The system 100 according to the embodiment of the present invention performs important control using an external program (control server), and the role of the auto auction relay serves to notify the buyer of the corresponding contents according to the situation in the external program. Do it. Depending on the circumstances, the auction may be closed and the auction time may be extended.

Therefore, the real-time automatic auction according to artificial intelligence has the advantage that the auction broker is unnecessary to reduce the cost of auction and at the same time can proceed with a number of real-time auctions. In general real-time auction, a separate auction broker is auctioning according to each auction, there is a problem that the cost of the auction increases.

Meanwhile, the valuation information of listed stocks provided in real time includes company information including financial statements, balance sheets, business plans, workforce status, business prospects, etc., and transaction information at auctions. The previously concluded transaction information may include a successful bid price and may include company information at the time of auction. Of course, the evaluation information can be obtained by the direct investigation of the seller or system administrator.

The price information provided in real time may include an ID of the buyer who entered the price and the number of purchases, the price of the price and the time of entering the price.

In the embodiment according to the present invention, unlike the simple auction, by providing the above-mentioned price information and valuation information in real time, it is possible to form the appropriate price of the over-the-counter stock, and by providing the valuation information to the public to increase the transparency of the auction Participate in auctions and activate trading of OTC stocks.

The successful bid / bid determination engine 37 determines successful bids and bids based on auction participants' quotations and real-time auction rules according to the auction progress result of the auction server 36.

The control server 38 controls the start and end of the auction marketplace in the auction server 36 based on the input of the quotation and the auction participant, the auction elapsed time, the quotation. For example, if a bid is made or the user stops responding, the control server continues to open the auction market or closes the auction market. In addition, the control server 38 allows the buyer to exit the auction marketplace to store the quoted price and the data participating in the auction, and to reenter the auction through the stored data. Therefore, in terms of buyers participating in the auction, there is no need to worry about variable situations such as system down.

Therefore, if the function of the actual system 100 upgrades only the function of the control server 38 that controls the auction server 36, the overall performance can be improved. In general, the Internet-based system improves performance when the server and the client are upgraded at the same time, but in the embodiment of the present invention, when the function of the control server 38 is improved, the function of the overall system can be obtained.

Hereinafter, a system platform in a real-time auction system according to an embodiment of the present invention will be described with reference to FIG. 2.

The web server 11 may be connected to the Internet through a web browser 40, and the Professional HTML Preprocessor (PHP) and PERL may be linked to the web server 11 to be executed in the web server 11. Scripting language. The professional HML preprocessor and PERL are included in a Hyper Text Markup Language (HTML) document and are a backend for data transfer between the web server 11 and a database or an external program. PHP is an HTML-embedded scripting language that borrows many sentence formats from C, Java, and Perl. PHP is a quick and easy way to create web documents.

In the embodiment according to the present invention, each server operates with object orientation using Perl and PHP, thereby increasing operational efficiency due to complementary factors due to interaction between servers. In other words, each object can manage the control and operation of the entire system. By building the system 100 using PHP and PERL as described above, it is excellent in versatility and scalability, and reduced the load on the system to be able to run without difficulty. Since the embodiment according to the present invention uses Perl and PHP, it has an advantage that the actual server is substantially less load. In fact, NT-based ASP environment has faster processing speed and stability.

Many of the extension modules are linked to the Professional HTM preprocessor to access the database.

For example, the external program may include the control server illustrated in FIG. 1. When the auction server 36 performs a plurality of events (a large number of real-time auctions), an end point and a start time of the auction may be displayed in the web server 11. Since it cannot be controlled, a separate control server 38 is provided to control the auction server.

DBMS (DBMS: DATABASE MANAGEMENT SYSTEM) is located between the expansion module and the database to perform the mutual conversion of the data.

MySQL (MYSQL) is for accessing the database in conjunction with the DM.

The configuration of the system platform is as follows.

The user accesses the web server 11 through the browser 40. The browser 40 and the web server 11 use the http protocol. In this case, the screen interface on the user side uses HTML and JavaScript. MSCU is to access the database in conjunction with DBMS. The web server 11 resides on server platforms such as UNIX, LINUX, WINDOWS NT, WINDOWS 2000, and the like. In case of MYSCUE, the source of client utility is supported, so it will have MYSCEL client function directly in PHP. In the case of Oracle, it uses client library. When using the database engine to input and output data files, MSCU is used. In the embodiment according to the present invention, an Apache (APACHE) server is used as a web server 11, which has a high processing speed of data capacity and little probability of bug occurrence, MYSQL is used as a database, and LINUX is used as a server platform. It is available.

By the configuration of the system platform described above, it is possible to sufficiently increase the utilization of the database according to a plurality of user connections.

Hereinafter, an operation for selling or selling over-the-counter stocks will be described below with reference to FIGS. 1 to 9.

First, a flow according to a request for selling over-the-counter stocks by a seller will be described with reference to FIG. Step 400 of FIG. 4 illustrates a step in which the seller logs in to the system 100. The initial visitor is requested to join as in the normal system access, and personal information, e-mail address, contact information, ID (ID; IDENTIFICATION) and password (PASSWORD) for accessing the system 100 are provided from the visitor. And store it in the customer database 15.

A user who is allowed to access by inputting an identifier and a password (step 410) may make a selling request on the web (step 420). The processing according to the selling request is made by the selling server 32. The selling request is made by inputting the number of over-the-counter stocks to be sold, auction auction date, auction starting price, and auction upper limit price. The screen configuration according to the selling request may be implemented as shown in FIG. 7. If there is a sell request, the sell server 32 finds the seller's e-mail address in the customer database 15 and transmits an e-mail for confirming the sell request through the mail server 13.

After that, the system administrator confirms the request for sale again by direct call or visit with the seller, and confirms the receipt of the relevant over-the-counter stocks. When the receipt of the OTC stock is confirmed, the system administrator transmits the receipt confirmation e-mail through the mail server 13 (step 430). Once the goods receipt is confirmed, the system manager plans the auction schedule, analyzes the item, and obtains the company's evaluation information (corporate IR: corporate investor relations). Acquisition of the evaluation information is as described above.

When the auction is scheduled, the seller is notified of the evaluation information and the auction schedule for confirmation. If the schedule is confirmed, the auction schedule is posted on the homepage in step 450 and certain members are notified by e-mail.

Hereinafter, a flow by the buyer's request for auction posting will be described with reference to FIG. 5.

In step 500 of FIG. 5, the buyer acquires real-time auction information through posting of an auction or receiving an e-mail informing the auction, and logs in by accessing the system 100 to purchase the corresponding over-the-counter stock. When the purchaser applies for the purchase (step 520) after the connection is allowed (step 510), the processing is performed by the purchase server 31. The configuration screen according to the purchase request may be configured as shown in FIG. have. The purchase request is made by entering the type of over-the-counter stocks to be bought, auction date, and margin payment method. If there is a purchase request, the purchase server 31 finds the buyer's e-mail address in the customer database 15 and transmits an e-mail for confirmation of the purchase request through the mail server 13. The e-mail will be included in the purchase request.

The margin is for protecting the general auction participants from manipulation of the successful bidders due to the short sale, and is to treat some or all of the margin as a penalty if the bid is not concluded and the transaction is not concluded as described below. In other words, by only participating the real buyer in the auction, it is possible to increase the transaction conclusion rate. The margin would be 10% of the expected bid price.

When the purchase application confirmation process is completed, the system administrator confirms whether the purchase request is abnormal again by direct call or visit with the buyer (step 530). At this time, the system administrator notifies the amount of the margin and the date of payment, and requests the margin to be paid.

When the payment of the margin for allowing the transaction participation is completed, the system administrator transmits the margin payment confirmation e-mail through the mail server 13 (step 540). The payment confirmation is made by inquiring the corresponding account through the financial network 50 connected to the system. The confirmation checks the abnormality by determining whether the buyer and the depositor are the same person through confirmation of the contracted bank account and the depositor. If there is no problem, send an e-mail to confirm the payment. The e-mail is sent with the auction schedule and the evaluation information of the corresponding item (step 540). In addition, the purchase server 31 sets a parameter in the customer database 15 so that the buyer can participate in the auction of the over-the-counter stocks.

As described above, if the seller and the buyer of the over-the-counter stock, the auction schedule is determined, the system will open the auction market on the auction date and start the auction. At this time, the auction proceeds by the auction server 36. When the auction market is opened, the purchaser accesses the auction market and participates in the auction. Participation in the auction market is divided into a general system 100 login phase and an auction market login phase. Participation in the auction market may be allowed to general members, including buyers. The allowance is to give general members the progress of real-time auction and the experience of real auction.

Participation in the auction market is given to buyers who are allowed to participate in the auction by the steps 500 to 540 of FIG. 5. The participation allowance may also allow a general member who opens an account for trading OTC stocks and deposits a margin to notify the intention of participating in the auction during the auction start or auction, and may allow the participation in the auction through the confirmation process.

The progress of the auction is as follows.

The auction server 36 opens the auction market before the auction start time according to the auction schedule to allow the buyer to access. At this time, the auction server 36 implements a timer for notifying the auction start time and the time remaining until the auction start time on the web, and provides each visitor .. Before the auction starts, the auction server provides multimedia information for guiding the auction to be performed. The information includes information on the evaluation of the over-the-counter stocks to be auctioned, and may include information on sellers and buyers allowed to participate in the auction When the auction starts, the auction server 36 separates the bidders according to the same price and separates the bidding process. The timer is driven and a screen as shown in FIG. 3 is configured and provided to the participants of the auction market.

Referring to Figure 3, the upper right is the configuration according to the auction broker, the lower right is the configuration according to the valuation information of the over-the-counter stocks in the auction, the upper left is the configuration according to the quotation, the lower left is the buyer entering the auction price It is for the configuration. The auction brokerage may be conducted directly by the broker as described above, or may be made by a separate processor according to the input of the quotation.

As the auction proceeds and the bid price input from the buyer can simply show the bid price as shown in FIG. 3, the auction transparency can be increased by providing the ID and the bid time of the bidder who called the bid price together. In addition, quotations are provided in real time, so the winning result is immediately available to all auction participants. Moreover, by providing evaluation information at the same time, buyers can set the standard of quotation.

When the highest price is determined as the auction proceeds, the successful bid / bid determination engine 37 checks the highest price and the buyer's customer information (customer database and financial network) (payment of margin, etc.) to determine whether the successful bid / bid is made. If there is no abnormality in the auction result, the result of the successful bid is stored in the data bank server 34 and the seller and the buyer are notified of the auction result (steps 470 and 560). When the seller and the buyer are notified of the auction result and the final transaction is approved, the transaction is concluded in steps 570 and 480.

In the conclusion of the transaction, the buyer deposits the remaining balance to the corresponding account, confirms the deposit through the financial network 50 at the settlement server 14, and then transfers the selling amount to the corresponding account of the seller. Subsequently, the over-the-counter stock is delivered by seller's visit or mail.

The margins of the buyers who have been auctioned as a result of the auction will be refunded at each buyer's intention or deposited as margin for participation in other auctions, allowing them to participate in other auctions.

If the seller or buyer fails to trade even though the bid has been successful, the successful bidder shall pay some or all of the deposited margin as a penalty, and in the case of the seller, a certain amount or equivalent shares shall be treated as a penalty. As described above, if the transaction is not allowed in the final transaction, a penalty may be added to the corresponding member to limit the use of the system.

When the real-time auction is finished, the information according to the auction result is stored in the data backup server 33 by making a database through a delimiter including items of sellers, buyers and OTC stocks. As shown in FIG. 9, the database includes member application and membership information change application data, interest item application / inquiry data by My Auction, deposit and withdrawal confirmation data, execution history inquiry data, and purchase sell status data. The financial settlement information data (My Account) according to the auction is composed and stored.

Storing the auction results as described above is to utilize the customer management and evaluation of the over-the-counter stocks of the members. In other words, by providing the buyer with the result of the previous auction, it is possible to suppress the impulse purchase according to the real-time auction and adjust the winning bid price accordingly.

The screen for requesting the item of interest / inquiry can be implemented as shown in FIG. 6A, the deposit and withdrawal confirmation can be implemented as shown in FIG. 6B, and the execution history inquiry can be implemented as shown in FIG. 6C. The buying and selling status may be implemented as shown in FIG. 6D, the configuration according to the item of interest inquiry is shown in FIG. 6E, the auction schedule and the present condition of FIG. 6F, the price according to the item inquiry is shown in FIG. 6G, the auction trend, and the news is shown in FIG. 6H. Can be.

Although the embodiment according to the present invention has been described as an example of a real-time auction of over-the-counter stocks via the Internet, as described above, intangible goods such as bonds and intellectual property rights can be traded.

In addition, the embodiment according to the present invention provides an index of the over-the-counter market with stocks traded similarly to the composite stock index. The over-the-counter index can be calculated as "((Number of shares in the subject * current value of the subject) / (Number of shares in the subject * face value)) * 100". Of course, the Jigun OTC index is 100.

On the other hand, the present invention described above has been described with respect to specific embodiments, of course, various modifications are possible without departing from the scope of the invention. That is, the present invention is not limited to the above-described embodiments and the accompanying drawings, and it is common in the art that various substitutions, modifications, and changes can be made without departing from the technical spirit of the present invention. It will be evident to those who have knowledge of. Therefore, the scope of the present invention should not be limited to the described embodiments, but should be defined not only by the scope of the following claims, but also by the equivalents of the claims.

As described above, the present invention publishes the auction schedule and evaluation information of the intangible commodity at the seller's request to sell, and provides the text and image information of the price and the evaluation information to the buyers who access the real-time auction marketplace through the Internet by the auction schedule. Alternatively, the auction is provided through a real time via voice, and a product is sold according to the auction result and the information is stored according to the auction, thereby solving the temporal and spatial problems in the sale of the intangible product and activating the market. It can increase the transparency of trading and increase the closing rate of transactions.

In addition, it is possible to form an appropriate market price of the intangible commodity, to quickly know the trading result, and to suppress impulse purchase.

Then, the auction is carried out by the automatic auction system, so that the auction can be quickly performed without an auction broker.

Claims (14)

In the real-time auction system via the Internet, It is connected to the Internet network to communicate with the user terminal connected to the Internet network, to store web documents for operating the system, to provide an interface between the system and the user, to settle the amount of OTC stocks generated by the user and An operation server for performing transaction approval, transmitting and receiving e-mail through the Internet network, storing general information including an identifier and a password of a customer, and connected to a financial network to transmit and receive financial information; It performs the operation according to the request for buying and selling of over-the-counter stocks, opens a real-time auction market by the request for buying and selling, and closes or maintains the auction marketplace by the bid and ask information and time information of the participants participating in the auction market. And to provide the participants participating in the auction during the auction in real time through the text or video or voice evaluation information and quote information of the listed OTC stocks listed in the auction, and determines the auction and bidding by the auction A management server that stores information generated during system operation and reflects the evaluation information; And, Real-time auction system of over-the-counter stocks over the Internet, characterized in that it comprises an interface for performing data transmission and reception between the operation server and the management server. The method of claim 1, The operation server, An application program interface (API) connected to the internet network to communicate with a user connected to the internet network; A web server storing web documents for system operation and providing an interface between the system and the user; An approval server for performing authentication according to a user's access request and trading of over-the-counter stocks; A mail server for transmitting and receiving e-mail through the Internet network; And, A real-time auction system of over-the-counter stocks over the Internet, characterized in that it comprises a customer database for storing general information including the identifier and password of the customer. The method according to claim 1 or 2, The management server, A data backup server for storing various types of information generated during operation of the system; A data bank server for storing information according to the sell and buy of the over-the-counter stocks; Sell server for processing the operation according to the seller's request for selling over-the-counter stock; Purchase server for processing the operation according to the buyer's request to buy over-the-counter stock; An auction server that performs real-time auctions by providing real-time auction information and quotation information of OTC stocks listed in the auction through text, video, or voice to participants participating in the auction according to the information registered in the selling server and the buying server; A control server controlling the auction server based on the auction participant's quotation and time information to close or maintain the auction marketplace; A successful bidding / bidding determination engine that determines successful bidding and bidding according to the auction progress result according to the auction server; And, A real-time auction system for over-the-counter stocks over the Internet, characterized in that it comprises a remail server for sending an e-mail to the user according to the successful bid / bid determination engine. The method of claim 3, wherein The platform of the system, A professional HML preprocessor (PHP) interworking on the web server; A plurality of expansion modules linked to the professional HML preprocessor to access a database; A DBMS positioned between the extension module and the database to perform interconversion; And, The real-time auction system of over-the-counter stocks over the Internet, characterized in that it includes the MYS (MYSQL) to access the database in conjunction with the DM. The method of claim 4, wherein The database, for each user, Application data for subscription and membership information change; Interest auction application / inquiry data by My Auction, deposit and withdrawal confirmation data, execution history inquiry data, and buy / sell data; And, Real-time auction system of over-the-counter stocks via the Internet, characterized in that the financial settlement information data including the auction. In the auction method through the Internet, A first step of posting the auction schedule and evaluation information of the over-the-counter stock through the Internet at the seller's request for sale; According to the auction schedule, a real-time auction marketplace is opened on a specific site, and a plurality of buyers who access the auction marketplace via the Internet can receive text, video or audio information about the bid and ask information of the participants for the purchase of the over-the-counter stocks. A second step of providing the participants in real time through an auction; A third step of concluding the sale of the over-the-counter stocks by confirming between the buyer and the seller having the highest price according to the auction result; And, And a fourth step of storing the information according to the auction as a database through a delimiter including items of sellers, buyers, and over-the-counter stocks. The method of claim 6, The first step is, A first step in which the seller registers the selling information of the over-the-counter stocks to be sold by accessing the auction system through the Internet and notifies the seller of the registered contents; A second process of the auction system manager contacting the seller to confirm the selling information by the first process; And, And a third step of posting the auction schedule and the valuation information of the over-the-counter stocks according to the confirmation of receipt of the over-the-counter stocks to be sold, and notifying the seller of the over-the-counter stocks. The method of claim 6, The second step, A first step of acquiring the registered contents to the buyer in accordance with the purchase information registration for purchase of the over-the-counter stock by accessing the auction system through the Internet; A second process of the auction system manager contacting the buyer to confirm the purchase information by the first process; A third step of notifying the buyer of the auction schedule and the auction participation permission by depositing the margin according to the over-the-counter stock to be bought; And, And a fourth process for the purchaser who is permitted to participate in the auction to log in to the auction marketplace according to the auction schedule. The method of claim 6, The third step, A first step of notifying the auction result to the successful bidder and the seller according to the auction; A second step of confirming the balance of the successful bidder through the financial network by the approval of the auction result of the successful bidder and the seller, and transferring the selling amount to the seller; And And a third process of notifying the bidder according to the auction result of the auction and refunding the deposited margin or depositing it as a margin for participation in other auctions. The method of claim 9, In the second process, if the successful bidder or seller does not approve the conclusion of the transaction according to the auction result, a predetermined penalty is given to the successful bidder or seller. The method of claim 6, The evaluation information includes the company information including the financial statements of the company and the transaction information at the auction, The quotation information is a real-time auction method of over-the-counter stocks over the Internet, characterized in that the ID of the buyer entering the quotation, the quotation, the time to enter the quotation. The method of claim 6, Real-time auction method over the Internet, characterized in that the general access is not permitted to participate in the auction market, only viewing the auction market, the participation in the auction. The method of claim 6, It has a database for auction brokerage for each situation according to the real-time auction, and detects the data from the database according to the auction progress according to the start of the real-time auction market, and transmits the data to the participants participating in the auction market. Real-time auction method via the Internet. In the auction method through the Internet, A first step of posting the auction schedule and evaluation information of the intangible product on the Internet in response to the seller's selling request; According to the auction schedule, a real-time auction marketplace is opened on a specific site, and a plurality of buyers who access the auction marketplace via the Internet can receive text, video or audio information of the participants' bidding information and the evaluation information for the purchase of the intangible goods. A second step of providing the buyers in real time through an auction; A third step of concluding a sale of the intangible product through confirmation between the buyer and the seller who recorded the highest price according to the auction result; And, And a fourth step of storing the information according to the auction as a database through a separator including a seller, a buyer, and a type of an intangible product.