KR20010077203A - System for trading cybermoney using foreign currency exchange method - Google Patents

Abstract

PURPOSE: A method and system for exchanging cyber money is provided to perform a money exchanging of different kinds cyber money in accordance with it's value. CONSTITUTION: In an exchanging method for cyber money issued from a plurality of sites on the Internet at a virtual exchanging market, a member certification of a member who wishes to exchange cyber money at the virtual exchanging market is performed. A money exchanging transaction order is registered. A transaction is concluded in accordance with the registered order. A server unit(20a) communicates with members ordering a cyber money exchanging. A database unit(20d) stores information of cyber money, a money exchanging order of cyber money, and members and outputs the information in accordance with a request. An ordering processing unit(20b) processes members' money exchanging request. A certification processing unit(20c) decides whether a user is one of the members of the virtual exchanging market and processes a certification when a contract is concluded.

Description

Cyber money exchange method and system using forex trading method {SYSTEM FOR TRADING CYBERMONEY USING FOREIGN CURRENCY EXCHANGE METHOD}

The present invention relates to a system for generating a profit of a member through real-time exchange rate trading and increasing a member of an affiliate for a cyber money or a reserve accumulated on the Internet. Here, cyber money and reserves are virtual currencies issued by Internet companies to induce membership registration and select outstanding members, and their value and use method differ from company to company, hereinafter referred to as "cyber money". do.

In general, virtual spaces and virtual simulations through the Internet through the high-speed communication network has emerged as a form of communication that enables communication with others who have no knowledge as a culture. Through such internet, markets such as shopping, stock trading, or buying and selling virtual subjects are rapidly forming, and various forms of business are being applied. In addition, each company's Internet website has the benefit of issuing a unique currency for its own site for the purpose of attracting members to exchange with the actual spot at a certain rate. It is the actual situation being performed. However, since the cyber money provided as a benefit to the members has a minimum unit to be actualized, the benefit to the members is only a part of the case. In addition, such cyber money may cause realistic problems in the future and may indirectly damage other members.

Therefore, it is necessary to prepare measures to promote the consumption of such cyber money and to improve the activity of each site by using it.

Conventional methods for solving such problems are operated in consideration of the profits of the company rather than the profits of the members by emphasizing the effectiveness of the cyber money. Conventionally, the method of promoting the consumption of cyber money is mostly the method of simply sharing the cyber money without evaluating the value of cyber money and purchasing power on the site.

An example of such a method is that it is already used in the sites of Netibank.co.kr, npoint.co.kr, etc., which contains the concept of cyber money sharing.

First of all, Netibank (Netibank.co.kr) is a concept of a cyber money storage place or a bank. The cyber money accumulated in Netty Bank adds interest like a bank, and the accumulated cyber money can be used by other sites affiliated with the business according to the internal standards of the site.

Npoint (npoint.co.kr) exchanges all the cyber money of companies that have signed business partnerships with its own cyber money so that they can be used on websites that can use Npoint cyber money.

However, the conventional technique described above has the following problems. In other words, the cyber money is simply shared, and the value of each cyber money is not properly evaluated. In addition, since the shared cyber money can be driven to a specific company at once without any stabilizer, the company is disadvantaged in that it is necessary to provide the members with the real money about the cyber money that is not issued. In addition, regardless of the member's preference for cyber money, the value of the cyber money is determined, and accordingly there are few factors that can cause interest of the member.

Accordingly, it is an object of the present invention to provide a method for exchanging a large number of different types of cyber money according to their value.

It is another object of the present invention to provide a means for evaluating cyber money for deriving the ratio between the value of real money and the value of virtual money on the Internet.

In order to achieve the above object, the present invention provides a method for exchanging cyber money instead of simply sharing.

According to an aspect of the present invention, in the method for exchanging cyber money issued at a plurality of affiliate sites on the Internet in the virtual currency exchange market,

Performing a member authentication of the virtual currency exchange market for a member who wants to exchange cyber money;

Registering a currency exchange order;

Signing a transaction according to the registered order

There is provided a currency exchange method comprising a.

According to another aspect of the present invention, in the virtual currency market system for exchanging cyber money issued by a plurality of affiliates on the Internet using a foreign exchange or stock trading method,

A server unit which communicates with members who make exchange orders of cyber money,

Database section that stores information about cyber money, money order of cyber money and members and outputs them on request;

An order processing unit that processes member's exchange request

An authentication processing unit connected with an affiliate that determines whether a member who wants to trade cyber money is a member of the virtual currency exchange market, and processes authentication of the user and the order when the order is processed and a contract is concluded.

There is provided a virtual currency exchange market system comprising a.

According to another aspect of the present invention, in the method of exchanging cyber money issued by a plurality of affiliate sites on the Internet,

A first step of transacting the cyber money of the first affiliate company owned by the user with the reference cyber money,

A second step of transacting the reference cyber money with the cyber money of the second affiliate company;

Provided is a currency exchange method of cyber money including a.

1 is a schematic block diagram of a cyber money exchange system according to the present invention.

2 is a diagram illustrating the flow of work between the three subjects and the subjects of the cyber money exchange system.

3 is a schematic diagram showing a currency exchange process in a virtual currency exchange market.

4 is a flowchart of a membership registration procedure for cyber money transactions in a virtual currency exchange market.

5 is a flowchart of a sell order of the cyber money held in the virtual currency exchange market.

6 is a flowchart of an authentication procedure when selling cyber money in a virtual currency exchange market.

7 is a flowchart of a purchase order of cyber money held in a virtual currency exchange market.

8 is a flowchart of an authentication procedure when buying cyber money in a virtual currency exchange market.

9 is a flow chart of a cyber money sale transaction in a virtual currency exchange market.

10 is a flow chart of cyber money purchase transaction in the virtual currency exchange market.

11 is an example of a user interface used for cyber money trading.

<Explanation of symbols for the main parts of the drawings>

10: User (Client)

20: virtual currency exchange market

20a: Server part of virtual currency exchange market

20b: Order processing section of the virtual currency exchange market

20c: Certification processing part of the virtual currency exchange market

20d: Database server part of the virtual currency exchange market

30a: Certification processing department of affiliated company (A company)

30b: A company's database server unit

According to the present invention, the cyber money can be exchanged, shared, and used in the virtual currency exchange market or the most currency exchange website according to the market principle and exchange rate decision theory. present. Currency exchange method according to an embodiment of the present invention is the actual currency market or stock market price trading method applied to the cyber money on the Internet, the target of the sale is not a foreign currency cyber money is a unique currency issued by each website By using the system, each site that issued the cyber money can receive an objective evaluation based on the theory of foreign exchange trading and exchange rate decision, improve reliability, and eliminate the risks for the future that accumulated cyber money can generate. It is about how to induce profit increase and service expansion of member through sharing member information.

Anyone can trade cyber money. The role of the foreign exchange dealer in the actual foreign exchange market is performed by each member with the help of a currency exchange site, which is called a cyber money dealer.

The cyber money exchange method according to the present invention is a method that can prevent a one-sided flow to a specific partner, which is a problem of the conventional currency exchange method. For example, in the conventional fixed exchange rate method, all of the cyber money of a specific company A may be leaked or introduced. However, in the exchange method according to the present invention, since the exchange is made between the cyber money of the affiliated companies and not simply sharing, there is no accidental damage to a specific company. Also, in case of using variable exchange rate like actual stock price or foreign exchange trading method, it is possible to apply both international lending and purchasing power valuation theory in exchange rate determinism. As the law of supply leads to an increase in the value of the cyber money of the site, the problem of the conventional method, a unilateral leakage or inflow, cannot occur. In the above description, the theory of international indebtedness is a theory that the exchange rate is entirely determined by the so-called demand / supply law that the exchange rate is determined by the demand of the foreign exchange, and the same theory is used in the system of the present invention. It is a control means to prevent damage. Also, "Theory of Purchasing Power Parity" is a theory advocated by G. Cassel of Sweden, whose currency has the purchasing power of goods and services in that country. The theory is that it determines exchange rates.

Specifically, the exchange method of the present invention is that each member exchanges the cyber money of the affiliated company and the standard cyber money of the virtual currency exchange market, and it is also possible to exchange the cyber money of the A affiliate with the cyber money of the A affiliate through two transactions. . In this transaction, when 100 members of company A enter the exchange site, 100 members of the exchange site flow to the A company's website, which is affiliated with each other. As a result, there is no uneven profit and loss between suppliers, thus minimizing the risk of partner companies.

In addition, it is possible to evaluate the actual value of all other cyber money by evaluating the actual value of the standard cyber money in the virtual currency exchange market and disclosing the exchange rate with real money. The actual value of such cyber money is largely determined by what kind of goods or benefits the cyber money is being exchanged for, but how much of this benefit is feasible or how commonly the site is used? This may vary depending on the site. In other words, even if site A provides great benefits compared to site B for the same amount of cyber money, site A's cyber money is too large for the unit of cyber money to start providing benefits, making it difficult to collect as much cyber money in reality. For example, if it is difficult to visit and use a lot of cyber money due to poor contents of site A, the actual value of A's cyber money will be lower than that of B's.

Hereinafter, an embodiment of a currency exchange method of the present invention through a virtual currency exchange market will be described in detail with reference to the accompanying drawings.

1 is a block diagram schematically showing a currency exchange system of the present invention. First, the virtual currency market operator opens a virtual currency market by signing contracts with cyber money-paying partners. At this time, the exchange market is open only to members of the exchange market. If a member (U1) who enters the virtual currency exchange market wants to have cyber money of A company which is an affiliated company, the standard cyber money paid at the time of membership registration in the virtual currency exchange market or the standard cyber money collected by his / her various methods is You will try to deal with cyber money. Such a transaction is basically made by a quotation of a price, and when the transaction is made, the cyber money exchange rate is determined by comparing the transaction price. At this time, if the member who wants to trade is not a member of A company, it is first to open an account on the A company site.

The client 10, which is a member of the currency exchange market, enters the currency exchange market 20c through membership authentication. After admission, he / she requests the exchange market order processing unit 20b through his computer's browser to exchange the cyber money (for example, A company's cyber money) that he / she wants to exchange with his / her desired exchange fee. At this time, the database 20d of the currency exchange market is first searched to determine whether or not the requested currency money, which is the standard currency of the currency exchange market, is within a range that can be exchanged. If it is within the exchangeable range through the exchange order processing unit 20b through the authentication processing unit 20b, the authentication request for the transaction to be made to the partner (A company) of the cyber money to be exchanged. At this time, if the server in the exchange market attempts to directly control the affiliated DB server 30b, there may be a security problem. Therefore, only the data is sent to the affiliated server's authentication unit 30a. It is desirable to configure the system so that the DB itself connects to its DB 30b. Company A's authentication processing unit sends the authentication result to the authentication processing unit 20b of the currency exchange market, and after the authentication procedure is completed, the information on the buy or sell is temporarily stored in the currency exchange DB 20d. If the transaction is made immediately, information about the transaction made is delivered to the authentication processing unit 30a of the affiliate server again. If the quantity of the cyber money in the member DB 30b of the affiliate account is bought, the increase is reduced in the case of selling. . The information on the transaction authentication result is transmitted to the order processing unit 20b of the currency exchange market again. The exchange market received this records in the exchange market DB (20d) that the transaction was made according to the transaction authentication result value. If only a part of the sell or buy quantity is traded, the trade is made in the total amount, and the remaining difference is still left as a sell or buy order amount in the DB 20d of the exchange market so that the client can inquire (10). The remaining quantity repeats the same procedure, and the transaction is made, and the information on the trade made is removed from the DB 20d of the exchange market. In addition, even if all transactions are not made, all order information will be deleted when the exchange market closes. This closing time should be determined by the operator of the exchange market actively but with due regard to transparency. In addition, when a buy or sell order is registered in the DB and the transaction is deleted, the entire record is kept in the DB 20d of the exchange market for a predetermined time point determined by the exchange market. This is to solve any security problem that may occur. If there is no problem for a certain period of time, all the data is deleted.

Even when a member requests his / her account information separately from a transaction, when a member requests a database inquiry of the exchange market, the database server unit 20d of the exchange market outputs information on the member information to the member.

2 is a diagram showing the relationship between the three main members of the exchange method of the present invention, the exchange market and affiliates. Members (clients) entering the currency exchange market to apply for the sale or purchase (1) of the cyber money of the affiliates they want to trade (corresponding to the order receipt in Figure 1).

At this time, before storing the buy / buy order in the DB of the exchange market, the affiliate requests member authentication (2) (corresponding to an authentication request from the exchange market company authentication processing unit of FIG. 1 to the authentication processing unit of the affiliate server).

Subsequently, the authentication processing unit 30a of the affiliated server searches the affiliated database server unit 30b and sends the member authentication result to the exchange market (the authentication result is sent from the affiliate server authentication processing unit of FIG. 1 to the exchange market authentication processing unit). (3). At this time, after executing the affiliate DB search, the member authentication result indicating that the member is not a member is not sent to the exchange market.

The virtual currency exchange market notifies the member wishing to trade the member authentication contents and induces a member to become an affiliate (4).

Members who have been invited to join are registered as affiliated members (5). After signing up, they decide whether the sales details they want are available (when considering the balance), and adjust and adjust the results. (From the exchange market certification processing unit to the exchange market database server unit).

A transaction is made when another member's trading order is issued for the approved trading order. When the transaction is concluded, the member and the affiliate server send data informing the conclusion of the transaction (6) and the affiliate approves it (7). The exchange market server modifies the exchange market database and sends the result to the member (8).

According to the above, when the member makes a currency exchange, the member checks whether the member is registered before trading the cyber money of the desired affiliate, and induces the member registration if the member is not a member. In addition, cyber money can be widely used to increase purchasing power, and even active members can be actively involved in the system, so that members, affiliates, and the foreign exchange market can all benefit.

It is desirable to form an exclusive consortium between the exchange market and its affiliates. That is, for example, if four or five large companies that conduct e-commerce in different fields form a consortium to form a system in which they cooperate with the currency exchange market, maximize the advertising revenue of the virtual currency exchange market according to the present invention. In addition, it is also possible to generate revenue such as commissions and fees from suppliers.

3 is a diagram illustrating an example of a currency exchange process in the virtual currency exchange market according to the present invention. The exchange process according to the present invention can be roughly divided into three stages. The first stage is a step 310 of authenticating the membership of the exchange market, and the second stage is a step 320 where cyber money trading orders are made. In step 330, a forex transaction is concluded. If it is not a member of the exchange market (310), if the member is not a member through the registration process (340) after the transaction order 320 and the transaction conclusion step (330), if the member does not sign up the transaction is terminated .

FIG. 4 is a flow chart of the membership registration process, shown as first steps 320 and 330 in FIG. When the user enters the virtual currency exchange market according to the present invention, the currency exchange market determines whether the visitor is a member (420), and if the member is able to make a transaction immediately (460). If the member is not a member 450 prints the registration form on the browser of the user computer and at the same time the registration process proceeds. At this time, if the user refuses to register, the exchange transaction is terminated.

FIG. 5 is a flowchart for selling orders of cyber money held in a virtual currency exchange market, and corresponds to the portion illustrated in FIG. 3 as a second step 340. In FIG. 4, the member who has completed the member authentication selects an item to be traded in the virtual currency exchange market (510) and, if he wants to sell (sell) (540), determines whether it is possible to trade at the desired exchange rate (550). After the decision is made, it is checked whether there are enough buyers (lions) to trade (570), and if there is no suitable trader, it is registered in the market (560). If you do not wish to register, the exchange transaction is terminated. If it is possible to trade at the desired exchange rate and quantity, the seller makes an order (580), and the actual transaction is made. At this time, an authentication step (590) between the exchange market and the affiliate is executed. Members who have not obtained the certification start from the trading item selection step 510.

FIG. 6 is a diagram illustrating an authentication (or approval) procedure when selling cyber money held by a member in a virtual currency exchange market, and corresponds to the authentication step 590 of FIG. 5. This certification process largely involves membership verification and determining whether an order is within the allowable range. In other words, if a member makes a sell order (580) in order to sell A company's cyber money in the currency exchange market, the member goes through the process of verifying (640) whether the member who registered the sell order is a member of the company A before the sell order is registered. In consideration of the A company's balance during this process, it is determined whether the sell order is within the allowable range (630) to adjust the selling quantity and / or the exchange rate (650). If the selling quantity is not within the allowable range and the member does not wish to adjust the selling quantity or the exchange rate, the exchange transaction ends. If the amount or quantity is adjusted to be within the allowable range, A approves the sell order to the server of the exchange market, and the approval process 660 ends, and the sell order is registered in the exchange market database.

7 is a flowchart of a purchase order of cyber money held by a member in a virtual currency exchange market, which corresponds to step 2 of FIG. 3. If the member who completed the membership authentication (320, 330) of the exchange market site wants to buy (buyer) the cyber money of the partner, select the trading item (company A) (710) and check whether it is the purchase (720) and exchange the desired currency. In operation 750, it is determined whether the transaction is possible. If it is possible to trade at the desired exchange rate, if it is possible to trade in the desired quantity (760), and if it is not possible to trade at the desired exchange rate, quantity, it is determined whether to register it in the exchange market (770). If you do not wish to register, the exchange transaction is terminated. If it is possible to trade at the desired quantity and exchange rate, go through the purchase order step 780, and then go through the process of receiving the A company's certification (790) wishing to trade.

FIG. 8 is a diagram illustrating in detail the authentication procedure at the time of purchase of cyber money owned by a member in the virtual currency exchange market, that is, the authentication step 790 of FIG. 7. Compared to the balance of the cyber money account of the A company registered at the time of purchase order (780) and the balance of the member's cyber money account stored in the exchange market database (820), if the balance is less than the amount requested by the member The amount must be adjusted (830). If there is no problem in approving the transaction because the balance of the member is more than the amount applied for purchase, the transaction is recognized on the virtual exchange market side and it is determined whether this member (U1) who wants to buy company A's cyber money from company A's server is a member of company A. Proceed to step 840. If the company is not a member of company A, the membership of company A is induced (850). Once he was a member of Company A or completed his registration, Company A approves the purchase order on the exchange market server. Accordingly, the purchase order is registered in the exchange market DB (1010 of FIG. 10).

FIG. 9 is a flowchart illustrating the execution of a cyber money sale transaction in a virtual currency exchange market, which is illustrated as a third step 350 in FIG. 3. Once the selling order is registered 910 in the exchange market DB through the procedure shown in FIGS. 5 and 6, it is determined whether there is a person who wants to buy company A money (920). If there is a desired purchase member (U2), after comparing (930) whether the exchange rate presented by the member (U2) is consistent with the registered currency exchange fee, if the registered selling quantity is less than the buying quantity, all the quantity applied for selling is approved. 940 becomes. If the selling quantity is greater than the buying quantity, only the buying quantity is traded and the remaining quantity is re-registered (970). After the sale order is concluded through the above procedure (960), the number of reference cyber money owned by the members U1 and U2 is changed in the member DB of the currency exchange market (980), and the contents of the member DB of the company A are also changed ( 990).

FIG. 10 is a flowchart of a cyber money purchase transaction in the virtual currency exchange market, and corresponds to the portion indicated as the third step 350 in FIG. 3. Once the purchase order registration 1010 for company A's cyber money is made in the currency exchange database through the procedures shown in FIGS. 7 and 8, the seller A 10 searches for the seller's cyber money (U3) and registers the purchase. After checking whether the exchange rate and the exchange rate of the seller U3 coincide (1030), it is determined whether the purchase quantity is less than the selling quantity of the seller U3 (1040). If the purchase quantity is greater than the selling quantity, the transaction is made only as the selling quantity and the determination of whether to continue registration with the remaining difference is performed (1050). As for the transaction, the DB of the exchange market is changed (1080) and the member DB of the A company is changed.

FIG. 11 illustrates an example of a screen displayed on a company's browser for buying or selling company A's cyber money. The price list at the top of the figure is an example of a desired price of a deal, and a member who wishes to trade decides the price and quantity by referring to the price list. The member enters his ID and password for the authentication process of the affiliate company (1110, 1120), enters the amount of cyber money (1130) of the partner to exchange money, and then enters the quotation of the reference cyber money (1140). When a lion or a seller's button is pressed, the order is transferred to the order processing section of the currency exchange market and the authentication processing section of the partner.

Hereinafter, examples of tables of various databases used in the exchange system of the present invention are shown. The database of the data server unit 20d in the currency exchange market manages data in the form of tables illustrated below. One preferred embodiment of the database server unit is to mount Windows NT on a server-class computer and use MS-SQL Server 7.0 as the database program. It is also recommended to use Active Server Pages (ASP) to display these databases on the Web site of the exchange market.

The following table is an example of a membership management database table that stores information about each member.

Membership Management Table Item type size Key setting Explanation u_id VARCHAR 10 PK Member ID pwd VARCHAR 10 Member Password uname VARCHAR 20 name unum CHAR 13 Resident registration number birthday CHAR 9 date of birth wed_st BIT Marital Status wed_day CHAR 8 wedding anniversary job VARCHAR 20 job zip CHAR 6 Zip code addr VARCHAR 70 address tel VARCHAR 12 Phone number cel_tel VARCHAR 12 Mobile phone number email VARCHAR 35 e-mail log_st BIT Member Login Status cy_mny MONEY Amount of cyber money owned by members

The member management table is used to manage all personal information and reference cyber money information of a member, and is used during the authentication procedure and information inquiry shown in FIG.

The following is an example of a cyber money table including information on each cyber money.

Cyber Money Table Item type size Key setting Explanation cy_id CHAR 5 PK Cyber Money ID cy_name VARCHAR 30 Cyber Money Name cy_desc TEXT Cyber Money Details

The cyber money table contains detailed information on the cyber money of each affiliate. When a member inquires information from the exchange market server unit 20a to the exchange market database server unit 20d, information according to the contents of this table is output to the member.

The following is an example of the cyber money ticker table including information on the actual prices of the cyber money.

Cyber Money Table Item type size Key setting Explanation cy_id CHAR 5 PK, FK Cyber Money ID pre_pr INT Full day exchange rate cur_pr INT Current exchange rate stt_pr INT Start of exchange rate top_pr INT Maximum exchange rate on the day btm_pr INT The day's lowest exchange rate ex_qty INT Trading volume

The cyber money tax table is a table that records the exchange rates (eg, exchange rates of each country) at the time of entry of cyber money of each partner to members entering the exchange market server unit 20a. This table is used to output the information when the member inquires the information to the database server 20d through the server unit of the exchange market in FIG. 1, and when the member makes a transaction in the order processing unit 20b of the exchange market. Also used as reference data.

The following is an example of an order table generated every time a member exchanges orders.

Order table Item type size Key setting Explanation u_id VARCHAR 10 FK Member ID cy_id CHAR 5 PK, FK Cyber Money ID or_num INT Order Number or_st BIT Sell Status (0: Sell, 1: Buy) or_pr INT Order exchange rate or_qty INT Quantity of order or_time DATETIME Order time

The order table is a table for registering in a database server unit of a currency exchange market for a transaction even when cyber money of each affiliate is traded or not. Using this table, a record of the order processing result or order contents shown in FIG. 1 is stored.

The following is an example of a transaction information table that occurs when a cyber money transaction is made.

Transaction Information Table Item type size Key setting Explanation u_id VARCHAR 10 FK Member ID cy_id CHAR 5 PK, FK Cyber Money ID or_num INT Order Number or_st BIT Sell Status (0: Sell, 1: Buy) or_pr INT Fastening exchange rate or_qty INT Qty of tightening or_time DATETIME Closing time

The transaction information table is a table for storing all the transaction details traded in the exchange market server unit 20a for a certain period of time, and all information on the buy and sell transactions made are stored in a database in the form of this table. When a member requests information inquiry about his or her last transaction through the server 20a, the member outputs the desired information by querying this table.

Although the currency exchange method of the present invention has been described by the preferred embodiment, there are various embodiments in addition to the disclosed embodiments. For example, data necessary for a transaction can be arranged in various ways in addition to the above-described table, which can be easily modified by a person skilled in the art in a program development process or the like. In addition, although the disclosure only applies to the application of the variable exchange rate, it is also possible to exchange the fixed exchange rate after evaluating each cyber money on a separate basis. In addition, those skilled in the Internet-related industry can easily modify the virtual exchange market system disclosed in FIG. 1 or the flowcharts shown in FIGS. 3-10 within the scope of the present invention.

According to the exchange method of the present invention, since devaluation / injury of the cyber money is made according to the exchange rate, an objective evaluation of the position between affiliate sites can be achieved, and through the improvement of services, the diversification of contents, the effective operation of events, etc. You can also improve the quality of each affiliate site. In addition, the virtual currency exchange market has an exclusive alliance with one affiliate site for each category, and thus can take an advantage over the similar sites. In addition, the exchange of cyber money with different publishing and operating methods makes it easy to obtain site statistics and information from the Internet industry. In addition, each partner's cyber money can be valued in the spot market.

From the partner's point of view, since the affiliates of the virtual currency exchange market of the present invention share members with each other, it is easy to secure members. In addition, effective marketing can be carried out through existing cyber money. The fact that the cyber money is dormant can be interpreted as the absence of re-visit of the dormant cyber money holders.The cyber money in the dormant state is traded in the virtual currency exchange market to induce re-visit through various methods and operate the company. It has the advantage that it can be absorbed into paid information, shopping malls, etc.

From the point of view of virtual currency exchange members, the utility of the dormant cyber money can be maximized. In addition, cyber money can be re-technized by using the shared and exchanged cyber money through, for example, a virtual stock market and a bank or other channels that measure the value of each site and trade it as a stock. In addition, the educational effect of gaining indirect experience in the foreign exchange market can be expected. In the currency exchange method of the present invention, the transaction is made according to the quotation of the member, which is the transaction subject during cyber money exchange, so that the member's will is reflected in the transaction, thereby inducing the interest of the member.

One such application method of cyber money is to invest in virtual stocks, for example, investing stocks based on websites. Through this method, a system for evaluating the value of websites by the public can be established. It is also possible.

It is also possible to promote the use of the re-described cyber money in banks and shopping malls, or consumption of entertainment and information, and ultimately implement a financial economy in which only cyber money is commonly used.

It is to be understood that the foregoing embodiments are merely illustrative of some of the various embodiments employing the principles of the invention. It will be apparent to those skilled in the art that various modifications may be made without departing from the spirit of the invention.

Claims (7)

In the method for exchanging cyber money issued in a plurality of affiliate sites on the Internet in the virtual currency exchange market, Performing member authentication of the virtual currency exchange market for a member who wants to exchange cyber money; Registering a currency exchange order; Signing a transaction according to the registered order Exchange method comprising a. The method of claim 1, wherein the member authentication step further comprises inducing a member subscription when the user is not a member of the virtual currency exchange market. In the virtual exchange market system for exchanging cyber money issued by a number of affiliates on the Internet using foreign exchange or stock trading, A server unit which communicates with members who make exchange orders of cyber money, Database section that stores information about cyber money, money order of cyber money and members and outputs them on request; An order processing unit that processes member's exchange request It is determined that the member who wants to trade cyber money is a member of the virtual currency exchange market, and an authentication processing unit connected to an affiliate, which processes authentication of the order with the user when the order is processed and the contract is concluded. Virtual currency exchange system including In the method of exchanging cyber money issued by a plurality of affiliate sites on the Internet, A first step of transacting the cyber money of the first affiliate company owned by the user with the reference cyber money, A second step of transacting the reference cyber money with the cyber money of the second affiliate company; Exchange method of cyber money including. The method of claim 4, wherein the cyber money is traded according to the variable exchange rate in the first and second steps. The method of claim 4, further comprising: investing the cyber money in which the transaction is made in the virtual stock investment market. Currency exchange method further comprising. The method of claim 4, wherein the value ratio of the actual money of the cyber money of each affiliate site is displayed by displaying the value ratio between the reference cyber money and the actual money. Currency exchange method further comprising.