KR20030030061A - System and Method for Managing Entertainment Fund Based on Network Which Enables Early Stage Allotment - Google Patents

Abstract

PURPOSE: An entertainment fund operation and early dividend enabling method and system is provided to estimate a final profit of an entertainment fund collected via open stock subscription, and to allot early dividend to a stock subscriber or to enable the stock subscriber to pay for charged contents with the early dividend. CONSTITUTION: A survey is utilized for determining an entertainment work to be promoted by raising and operating a fund(S100). An entertainment work is determined on a basis of the survey result(S102). A size of the fund is determined, and being raised via an internet subscription, a plurality of subscribers invest in the fund, and being enabled to transact stock shares with others(S104). If the determined entertainment work is performed or presented on the screen, intermediate profit is calculated(S106). Final profit is calculated on a basis of the intermediate profit and assessment of the audience(S108). Though the final profit has not been determined yet, early dividend can be allotted to the subscribers(S110), and be used in paying for charged contents(S112). If the final profit is determined, remaining dividend is allotted to the subscribers(S114).

Description

System and Method for Managing Entertainment Fund Based on Network Which Enables Early Stage Allotment}

The present invention relates to a network-based entertainment fund management method and system that can be early dividend, more specifically, the funds invested by the Internet users through the creation of funds before the performance of entertainment, such as movies and plays, the amount invested by users A portion of the work relates to a network-based funding method and system that allows investors to more effectively use their investment funds by allocating early before the final return of the work is determined.

The Internet was initially used as a means of sharing information or providing information. However, as the Internet is rapidly spreading in recent years, the Internet is not limited to this purpose but is being used for various purposes such as content provision, e-commerce, and advertisement. The used business is becoming more important business than offline.

As Internet contents are diversified, services related to investment and fund creation through the Internet are also rapidly developing.

In the early days, investment and fund raising over the Internet were mostly related to financial products. Publication No. 2000-24609, entitled Method and System for Managing Funds over the Internet, evaluates a company's products and then manages the fund to invest profits in stocks of companies with good results. Methods and systems are disclosed.

The fund management method in Korean Patent Laid-Open Publication No. 2000-24609 creates a fund for stock investment to generate profits by trading stocks when profits reach targets.

As the Internet business becomes more diversified, businesses that achieve profits by raising funds are also diversifying, such as by distributing profits by creating funds for intangible property rights and copyrighted works.

Publication No. 2000-49593, titled Network-Based Fund Agent, examines the purchase intention or investment intention of a user before entering into actual work on a number of works that can be produced, published or published in the future. Disclosed is a system for raising funds made up of users.

In recent years, the profitable entertainment entertainment business has been implemented in conjunction with the Internet business, which has secured a portion of the production costs through the Internet competition before the production of the film, and returns the profits to investors after the profit from the film screening is settled. Business is carried out, too.

However, the fund for such entertainment entertainment or copyrighted works has a problem that the investment funds are bound for a long time because it takes too long to return the profit after the investment.

In addition, the selection of investment works has been unilaterally, so it was not possible to select works that fully collected the opinions of Internet users, and there was a problem that many users who wanted to participate in the fund could not participate because there was no limit on investment amount. .

In the present invention, in order to solve the problems of the prior art as described above, we propose a method and system for managing funds that can early utilize the funds invested by the conspirators involved in the creation of funds for entertainment works.

It is still another object of the present invention to propose a method and system for early allocating a part of the predicted profits to conspirators who participated in the financing of entertainment works by predicting the final profit in advance.

It is still another object of the present invention to propose a method and system for utilizing a paid dividend provided early for payment of paid content in a site for managing a fund and an affiliated site.

It is still another object of the present invention to propose a method and a system for allowing an invested stake to be traded like a stock so that the investment money can be recovered early.

It is yet another object of the present invention to propose a method and system that allows more users to participate in fund creation by limiting the number of shares that can be purchased per person.

1 is an overall flowchart of a network-based entertainment fund operating method according to a preferred embodiment of the present invention;

2 is an overall configuration diagram of a network-based entertainment fund management system according to a preferred embodiment of the present invention;

3 is a block diagram showing a detailed configuration of a survey unit according to a preferred embodiment of the present invention;

Figure 4 shows the field configuration of the survey database according to a preferred embodiment of the present invention,

5 is a flow chart of a method for conducting a survey via email according to an embodiment of the present invention;

6 is a flowchart of a method for conducting a survey through a website according to an embodiment of the present invention;

7 is a flowchart of a method for conducting a survey through a webpage according to another embodiment of the present invention;

8 illustrates a detailed configuration of a fund composition unit and a database related thereto according to a preferred embodiment of the present invention,

9 illustrates a field configuration of a user database 220 according to a preferred embodiment of the present invention.

10 is a view showing the field configuration of the competition work database according to a preferred embodiment of the present invention,

11 is a flowchart illustrating a method for raising a fund for fund raising according to a preferred embodiment of the present invention.

12 is a view showing a participant competition method according to an embodiment of the present invention,

13 illustrates a detailed configuration of a stake transaction processing unit and a database associated therewith according to a preferred embodiment of the present invention;

14 is a flowchart of a stake trading method according to a preferred embodiment of the present invention;

15 illustrates an example of a pricing method of a transaction price determining module according to an embodiment of the present invention.

16 illustrates a field configuration of an equity database according to a preferred embodiment of the present invention,

Figure 17 shows the field configuration of the cyber money database according to an embodiment of the present invention,

18 is a block diagram showing a detailed configuration of an expected revenue calculation according to a preferred embodiment of the present invention;

19 is a flowchart of a method for calculating an expected profit according to a preferred embodiment of the present invention;

20 illustrates a detailed configuration of a dividend processing unit and a database related thereto according to a preferred embodiment of the present invention;

Figure 21 is a flow chart of the early dividend utilization method according to a preferred embodiment of the present invention.

In order to achieve the above object, the network-based entertainment fund management method that can be early dividend according to the present invention comprises the steps of: (a) selecting an entertainment to raise funds by conducting a survey using a network; (B) receiving a stake purchase request signal of conspirators through the network to process a settlement for the purchase of stake; Determining whether or not it is a time to estimate the expected revenue, counting the median revenue of the work selected in the step (a), and calculating the expected final revenue (c); (D) providing a portion of the expected final revenue calculated in step (c) to the contributors who purchased the shares as dividends; And (e) providing paid contents that can be paid using the dividends provided in the step (d) at the affiliated sites and the fund raising site and processing the payment request of the contributors. .

The survey for selecting a work in the step (a), the step of sending an email for the survey to the member in the affiliate site and the site for raising the funds; Generating a data file of information the member responds to in the email; The method may include receiving the generated data file from the member computer and identifying the member's response information through data conversion.

Alternatively, the survey for selecting works in step (a) may include providing a survey web page to the affiliate site and the site for raising the funds; Receiving response information input by a user accessing the webpage; And determining response information of the user through data conversion.

In addition, the method according to the invention is characterized in that it further comprises the step of transmitting the entertainment information selected by the user responding to the survey of the step (a) by using e-mail or SMS.

In the step (b), when the shares of the conspirators are purchased, the number of shares that can be purchased per individual is limited.

Processing the payment for the purchase of the stake in step (b) may include: receiving a stake purchase request signal of the conspirator; Determining whether the number of shares requested by the conspirator exceeds a preset limit number of shares; Processing only a purchase request within a preset limit stake number; And displaying, on a web page, a fund raising situation by purchasing a stake.

The step of processing the settlement for the purchase of the equity of step (b) is characterized in that it is divided into several times.

In the case of dividing the purchase of the equity, it is characterized in that a higher dividend is allocated to the conspirators who participated in the initial fund raising.

In addition, the method according to the invention is characterized in that it further comprises the step of providing a transaction between users of the stake.

The providing of the equity transaction may include receiving seller sell and sell stake information and buyer buy and buy stake information; Determining a transaction price of the share where the purchase, purchase and share coincide; And processing the settlement settlement of the seller and the buyer who made the purchase and purchase request at the determined transaction price.

The step of calculating the expected final profit of step (c) includes: receiving audience number information from a theater where a work is being performed; Receiving evaluation information of the work performed from the fund raising site or other evaluation sites; Comparing the audience number information and the evaluation information with the quarterly audience number and evaluation information of the works which have been performed in the past to identify a final profit of the most similarly performed works in the past; Based on the audience number information, evaluation information, audience number and evaluation similar to the final revenue information of the past work, the recognition information of the step of the performance to be performed and the information on the number of theaters, the expected revenue is calculated by a predetermined program, and calculated And outputting the reliability information of.

The early dividend is distributed at a predetermined rate several times before the profit is confirmed.

The early dividend is characterized in that the cyber money.

In the step (e) of the method for paying the paid content provided by the affiliate site, providing a paid content selection menu to the conspirator in the affiliate site; Providing a separate menu for payment by cyber money of a fundraising site when a contributor requests payment of paid contents; When the conspirator selects the payment menu, receiving information on the contributor's ID and password and transmitting the information to the fund raising site to request authentication; Transmitting information on whether the ID and password are correct and the information on the cyber money to the affiliate site at the fund raising site; The information received from the fundraising site may include determining whether the payment request of the conspirator is correct and processing the settlement.

Meanwhile, the network-based entertainment fund management system capable of early dividend according to the present invention includes a survey unit for selecting a work to be funded by receiving response information about a user's questionnaire through the network, and the contributors to the works selected by the survey unit. Fund creation department that receives the fund purchase application information and raises the funds, the estimated revenue calculation that calculates the expected final profit by aggregating the median profit before the profit of the selected work is confirmed, the revenue calculated by the estimated revenue calculation A fund server which distributes a portion of the portion to dividends early as a dividend, a dividend processing unit for processing a paid content transaction by the distributed dividend, and a payment processing unit for processing a payment request by a user's cash or cyber money; database; And a database manager for updating or inquiring storage information of the database according to the request information from the fund server.

The survey unit may receive response information of the user through an e-mail or a web page.

The survey unit, a web page management module for displaying the web page for the survey on the fund server and affiliate sites to receive the user's response information, generate and send an email for the survey, and receives the response information for the email An email management module, and a data conversion module for converting the response information of the users responding to the web page or the email into information of the form that can be stored in the database.

The fund creation unit is characterized in that accepts only the purchase application within the number of shares set in advance.

The fund creation unit, a fund participation request processing module that receives a request for fund participation by contributors' purchase of shares and accepts only an application for purchase within a preset number of shares, adds the number of shares of each contributor to add the total investment information. It may include a settlement processing module for calculating, and a status display module for displaying the total investment information calculated by the settlement processing module on a web page to determine the current investment status.

The fund server may further include an equity transaction processing unit for processing equity transactions between users and reflecting the same in the database.

The equity transaction processing unit, the seller processing module for receiving the selling price and stake number information of the equity seller, the buyer processing module for receiving the buying price and stake number information of the equity buyer, the price and the number of shares presented by the seller and the buyer match The transaction price determination module for determining a transaction price at a point, and the transaction processing module for processing the equity transaction of the seller and the buyer by the transaction price determined in the transaction determination module.

The expected revenue calculation unit may include: an audience counting module that calculates a total audience count by receiving audience number information from a performance hall where a work is performed, and evaluates information about a work of users connected to the fund server and is connected to a network. Evaluation information aggregation module that receives the evaluation information of the public works on the evaluation site and aggregates the overall evaluation, and compares the number of audiences and the evaluation information with the quarterly audience number and evaluation information of the works which have been performed in the past, and finds the most similar works Calculation of the expected final profit by using the comparison module for outputting the final profit information of the work, and the aggregated audience information, evaluation information, output information from the comparison module, and recognition information of the staff participating in the performance as input variables. An expected revenue calculation module that outputs reliability information about a value and the calculated value; Can be.

The dividend processing unit, a dividend distribution module for early payment of part of the estimated profit calculated by the expected revenue calculation to the conspirators, the paid content service in the fund server or the paid content of the affiliated site for the distributed cyber money The cyber money transaction module that processes transactions when used as the payment cost of the service, and the information that authenticates whether the user is the correct user to the affiliate site when cyber money is used as the paid content payment fee at the affiliate site, and the user's own cyber money information. It may include an authentication module for transmitting to the affiliate site.

The database may include: a survey database storing information related to a survey; a user database storing personal information and investments of users; information about investments; works for which collusion is made; and information on investment situation in each work; It may include a competition database, a stake database for storing information about the transaction history of the stake, and a cyber money database for storing information about the transaction history of the cyber money.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the network-based entertainment funds operating method and system capable of early dividend according to the present invention.

1 shows an overall flowchart of a network-based entertainment fund management method according to a preferred embodiment of the present invention.

As shown in FIG. 1, first, a questionnaire survey for selecting an entertainment work to be funded is performed (S100). Here, the entertainment work may include all works of general entertainment concepts such as movies, plays, musicals, animations, and computer games. In the past, the selection of a work that raises fund funds was mainly unilaterally determined by the production company's decision. However, in the present invention, the opinions of Internet users are collected to select an entertainment work that matches the same.

The survey is performed through a network including the Internet, and according to a preferred embodiment of the present invention, it is preferable to be conducted simultaneously on affiliated sites in cooperation with various portal sites as well as sites for performing money management.

According to an embodiment of the present invention, the survey may be performed by sending an email for the survey to the members in the fund management site or affiliate site and receiving the information responded by the members on the email.

According to another exemplary embodiment of the present invention, the survey may be performed by providing a web page for the survey on a fund management site or an affiliate site, and receiving information responded by members on the web page.

When the members respond to the questionnaire, it is desirable to input the age group, taste, gender, and e-mail address of the member together to receive the respondent member information together.

When the survey is completed, based on the results of the survey to select the entertainment to create a fund (S101). Once a work is selected to create a fund, it is desirable for members who responded to the survey to participate in the fund by sending information on the selected work through e-mail and SMS messages.

When a work is selected, it is determined how much funds to manage the selected work through the fund creation, and the step of raising the determined funds through the Internet user competition (S102). The user's participation in the fund is made by purchasing shares issued on the funds determined at the fund creation site. However, it may also include other cases in which certain funds are invested in selected works, even if they are not purchased.

According to a preferred embodiment of the present invention, it is preferable to limit the amount of money a person can invest by using a method such as limiting the number of shares that can be purchased per person. When the fund for the conventional film production, there was a problem that many people could not participate because there is no limit on the amount of investment, the present invention is to limit the amount of investment so that as many users can participate.

According to an embodiment of the present invention, the composition of the fund is not divided at one time but divided into several times. For example, if the fund raised 400 million won, it would raise 200 million won and 100 million won. It is also desirable to vary the amount that will be allocated later, depending on the timing of the fund's creation.

When the conspirator invests the funds and holds the stake, it is possible to trade the equity between the conspirator and the conspirator or between the conspirator and the non-conspirator (S104). As in a common stock transaction, a share transaction takes the seller's order and the buyer's order so that a price is formed where the demands of both match, and the transaction is made at the formed price.

When the competition for the fund is completed and the work is to be performed or screened, the median revenue is counted (S104). The counting of the mid-term profits when the performance is not completed is to provide some of the dividends to the contributors early. The median profit is calculated by referring to the number of spectators in the venue. This is to solve the problem that the dividend was conventionally paid only after the final profit was settled, so that investment funds could not be utilized in the middle. It is desirable to receive audience information in real time by connecting a performance hall to a network.

When the median revenue is aggregated, it is determined whether it is the estimated revenue calculation time, and the final revenue is calculated based on the aggregated revenue information and evaluation information of the audience who saw the performance (S105). According to an embodiment of the present invention, it is preferable to determine the estimated time of the estimated revenue based on the type of entertainment work, the performance time of the work, and the aggregated median revenue information. For example, after the performance of the work, the median revenue reaches the preset value, and the estimated revenue is calculated. According to another embodiment of the present invention, the estimated profit calculation time may be determined in advance, such as three weeks after the start of the performance. When calculating the expected revenue, the quarterly audience information and evaluation information of the past performances are compared with the current audience number and evaluation information.

When the expected profit is calculated, a certain dividend is provided early to the contributor who owns the stake in the state where the final profit is not completed (S106). The period when the dividend is provided may be specified in four weeks after the work is performed in advance, or when the dividend is paid when about 10% of the expected profit is achieved. Dividends may be provided, for example, as much as 10% of the estimated revenue. Dividends may be awarded, for example, about a month after the performance of the work begins. According to a preferred embodiment of the present invention, it is desirable to provide dividends in cyber money that can be utilized online. According to an embodiment of the present invention, the early dividend may be made in several times by dividing the period, for example, three weeks, 15 weeks, 30 weeks after the performance of the work is started.

The contributor may use the cyber money provided as the dividend as a paid content payment cost (S107). The paid content payment cost may include a fee for using paid information, an e-commerce payment, and a paid service payment.

Dividends may be used to pay for paid content on affiliated sites as well as on fund raising sites. At this time, the affiliated site may provide the contributor with a separate payment menu so that the cyber money of the fund creation site may be used at the affiliated site. As such, by providing a portion of the dividends to the user early, the user can take advantage of the amount invested in advance, and the fund creation site and affiliate sites have the advantage of selling their paid content.

When the performance of the competition works is finished and the final profit is determined, the remaining amount other than the dividends provided earlier is paid to the conspirators (S108). Dividends may be paid in any form, such as cyber money or real currency, at the contributor's option.

It is shown.

As shown in FIG. 2, the system according to the preferred embodiment of the present invention includes a survey unit 23, a fund raising unit 24, an expected profit calculation unit 25, an equity transaction processing unit 26, and a payment processing unit 27. And a fund server including a dividend processing unit 28, a database management unit 29, a survey database 200, a user database 201, a competition work database 202, an equity database 203, and a cyber money database 204. It includes, and is connected to the plurality of affiliated sites 21 and the user 20 through the Internet.

The network shown in FIG. 2 may include not only the Internet but also a wired network such as a network by a dedicated line.

Affiliate sites 202 may include portal sites as well as general sites that provide Internet services, such as e-commerce and specific content providing sites. Affiliate sites 202 may be affiliated with a fund raising site for fund raising. A survey for the selection of advertisements and competition works will be conducted together, and after the completion of the competition, the contestants will be able to pay their paid contents with cyber money that will be allocated early. For example, if the first affiliate site is an e-commerce site, the conspirator may use the allocated cyber money to pay for the goods sold at the first affiliate site, and the second affiliate site may provide educational services. In the case of the site, the conspirator can use the allocated cyber money to pay for the education service use in the second affiliated site.

The survey unit 206 of the fund server 204 cooperates with the affiliated sites 202 to conduct a survey on the competition works for Internet users, and selects the competition works based on the survey results. .

The survey unit 206 creates an email or HTML page for the survey and provides it to the affiliate sites 202, and the affiliate sites 202 provide a survey by sending the email to members or providing an HTML web page. An investigation is made.

The fund creation unit 208 functions to raise a fund for the public works when the survey work is completed and the public works are selected. After accessing the fund server 204 through the Internet, users may participate in fund investment through an input menu provided by the fund generator 208. As mentioned above, according to a preferred embodiment of the present invention, it is possible to limit the number of shares that can be purchased per person so as to give investment opportunities to as many users as possible. The fundraising unit 208 accepts and processes the user's request for investment of funds until the limited amount of the public offering is determined.

The expected revenue calculation unit 210 functions to predict the final profit based on the profits up to that point in the middle of the performance when the competition is completed. According to a preferred embodiment of the present invention, the expected revenue calculation unit 210 calculates the expected revenue by using the audience information of the performance hall, the evaluation information of the audience, and the quarterly audience data of past performances during the performance. For this purpose, it is preferable to connect the theater and the evaluation site through the Internet or a separate network to receive information on the number of audiences in real time.

Equity transaction processing unit 212 serves to handle the transaction of shares between members of the fund creation site. Receives the request information of the seller who wants to sell the shares and the buyer's request information that is to sell the shares, and stores them in the equity database 226, and determines the price from the coincidence of the prices. It deals with the seller's and buyer's transactions. Equity trading may continue after the competition until the final dividend is provided. Equity transactions can be made using real money as well as cyber money on the site.

The payment processing unit 214 may settle the amount of money when the contributors use the paid content by using cash payments for the contributors to purchase now, settlement of the transaction amount in the equity transaction between members, and contributors using an early dividend amount. To process

The dividend processing unit 216 distributes the amount determined to be early dividends to the contributors owning the stake, and processes the transaction of the paid content that the contributors settle using the distributed dividend. In addition, the dividend processing unit transmits authentication information when the contributors use the dividends for payment of paid contents on the affiliate site.

The database manager 218 receives data update or inquiry request information transmitted from the fund server to update or inquire information of the corresponding database.

As used in the present invention, as shown in FIG. 2, there are a survey database 220, a user database 222, a competition database 224, an equity database 226, and a cyber money database 228. .

The survey database 220 is a database that stores response information of users participating in a survey, information of participating users, and information on a survey item.

The user database 222 is a database that stores general information of users and information on investment and transaction status.

The competition work database 224 is a database that stores information related to the work whose competition has been determined.

The stake database 226 is a database that stores stake transaction request information and stake transaction details of users.

The cyber money database 228 is a database that stores details of changes in cyber money due to content settlement, purchase of shares, payment of fees, and the like.

3 is a block diagram showing a detailed configuration of a survey unit according to a preferred embodiment of the present invention.

As shown in FIG. 3, the survey unit 206 of the present invention includes a webpage management module 300, a data conversion module 302, and an email management module 304.

When the survey is made through a web page on the Internet, the webpage management module 300 generates a survey webpage and displays the survey webpage in a user web browser. The webpage management module 300 displays a questionnaire item necessary for selecting a competition work on a webpage, receives input information on a user's questionnaire, and transmits it to the database manager 218. The database manager 218 receives the survey input information of the user and stores it in the survey database 220. The web page for the survey is displayed on the web page of the affiliate sites 202 as well as the fund server to allow more Internet users to participate in the survey. In this case, the affiliate sites 202 may display the web page generated by the web page management module 300 directly on their web site or link the fund server to display the survey web page.

When the email management module 304 conducts the survey by email, the email management module 304 generates an email for the survey, transmits it to the user and the affiliate sites 202, and receives the user's response information by email. . The user responds to the survey via email, and the response information is stored in a file and sent to the fund server 202. According to an embodiment of the present invention, the email is a form attached to the questionnaire as an attachment, and the user participates in the questionnaire by executing the file, and when the response to the questionnaire is completed, the user's response information is generated as a data file. do. According to another embodiment of the present invention, the email may be an email including only the link information of the web page provided by the web page display module 300.

The data conversion module 302 serves to receive a data file containing information in response to the questionnaire and store the data file in a database. The response information converted by the data conversion module 302 is transmitted to the database manager 218, and the database manager 218 stores the response information in the survey database 220.

Figure 4 shows the field configuration of the survey database according to a preferred embodiment of the present invention.

As shown in FIG. 4, the field of the survey database is preferably composed of a user information field 400, a response information field 402, and a survey item field 404.

The user information field 400 is a field for storing information about users who answered a questionnaire. According to a preferred embodiment of the present invention, it is preferable to allow a user who responds to a questionnaire to input the user's gender, age, taste, etc. and store it in the user information field. This is not just to use the survey results to select competition works, but also to identify users' preferences according to age and gender.

The response information field 402 is a field for storing information that users respond to the survey item. Information to be answered by users during the survey is continuously accumulated in the response information field. When the survey is completed, the competition works are selected based on the information stored in the response information field.

The survey item field 404 stores each survey item that is provided to a user through a web page or an email when the survey is conducted. For example, information on the film that is the subject of the contest, scenarios and actors of each film, questionnaire questions, and viewing information about each question are stored.

5 is a flowchart illustrating a method for conducting a survey through e-mail according to an embodiment of the present invention.

The fund server 204 includes a questionnaire item for a questionnaire, and provides email to each affiliate site to generate a user's response information as a file (S500).

The affiliate sites 202 that receive the email from the fund server 204 transmit the received mail to the email addresses of the respective site members (S502). In-house members within the fund server can also send mail directly through the affiliate site.

Members receiving the email participate in the survey by responding to the survey item included in the email (S504). As described above, it is preferable to input information of a person responding to a questionnaire when using the questionnaire to identify data of preference by age.

The questionnaire attached to the e-mail includes a program for making the member's response information into a data file, and when the member completes the response to the questionnaire, the member file generates a data file of the response information in the member computer (S506).

The generated data file is transmitted to the fund server using an email or other file transmission means (S508). It is also possible to send it to the affiliate site where the member subscribes and then to the fund server.

When the data file storing the member's response information is transmitted to the fund server, the data conversion module 302 converts the data in the received file into data in a form that can be stored in the survey database 220 and through data conversion. The response information of the user is grasped (S510).

The data regarding the converted user's response is stored in the response information field 402 of the survey database 220 by the database manager 218 (S512).

In addition to conducting a survey through e-mail in the same manner as in FIG. 5, the e-mail includes only the link information of the web page for performing the survey, so that when the user clicks the link information, the user accesses the web page and participates in the survey. It would be possible to do that.

6 illustrates a flowchart of a method for conducting a survey through a website according to an embodiment of the present invention.

The user accesses an affiliated site subscribed as a member (S600). When the user connects, the affiliate site provides the user with a web page for the survey generated by the fund server (S602).

The user participates in the survey by inputting response information into the web browser on which the survey web page is displayed (S604). The web server of the affiliated site receives the response information input by the user, and generates a data file for the response information when the response is completed (S606). Preferably, the generated data file includes not only the response information but also information on the age and gender of the user who answered the questionnaire.

The generated data file is transmitted from the affiliate site web server to the fund server (S610). The affiliate site continuously transmits the data file to the fund server at a predetermined interval, for example, daily, during the survey.

The fund server receiving the data file converts the data into data in a form that can be stored in the survey database 220 through the operation of the data conversion module 302 and grasps the user's response information (S610).

The converted response information data is stored in the response information field 402 of the survey database 220 by the database manager 228 (S612).

7 is a flowchart illustrating a method for conducting a survey through a web page according to another embodiment of the present invention.

As shown in FIG. 7, a user first accesses an affiliated site subscribed as a member (S700). The affiliated site does not provide a web page for the survey itself, but displays only link information about the survey web page of the fund server (S702).

When the user clicks the survey link displayed on the affiliate site, the user is connected to the web page of the fund server, and the fund server displays the survey web page generated by the web page display module in the user web browser (S704). .

The user participates in the survey by inputting his or her opinion through the web browser on the displayed survey item, and the fund server receives the user's response information (S706).

The response information received. As in the above case, the data conversion module 302 is converted into a form that can be stored in the survey database 220 is stored (S708).

8 illustrates a detailed configuration of a fund composition unit and a database related thereto according to a preferred embodiment of the present invention.

As shown in FIG. 8, the fund composition unit 208 according to the preferred embodiment of the present invention includes a fund participation request processing module 800, a settlement processing module 802, and a status display module 804. The fund creation unit 208 is linked with the payment processing unit 208 to process the investment amount of the conspirator.

The fund participation request processing module 800 receives and processes the request information of the contributors to invest in the work for which the fund is decided. In detail, the fund participation request processing module 800 receives information on the number of purchase shares entered by the contributors to participate in the fund, determines whether the purchase request is correct, and passes the request information to the database management unit so that the request information may be stored in the user database. 220, a competition work database 224, and a stake database 226.

According to a preferred embodiment of the present invention, in order to give more users the opportunity to invest, it is desirable to limit the number of purchase shares or the amount that one user can invest through other methods.

The fund participation request processing module 800 determines whether the number of shares entered when the user purchases a stake purchase exceeds a predetermined limit, and accepts a purchase request within a limited stake. In addition, the fund participation request processing module 800 does not accept any further purchase application when the total amount of the competition determined for the public works is achieved.

The settlement processing module 802 serves to calculate in real time the total collusion of the conspirators. The settlement processing module 802 continuously adds the investment amounts of the contributors in this way to determine whether the determined total collusion is achieved. Once the collusion is achieved, the settlement processing module 802 notifies the fund participation request processing module 800 so as to not accept any further purchase applications.

The status display module 804 functions to display the current competition status in real time to the user web browser connected to the fund participation. Specifically, the status display module displays information such as the total number of participants and the number of participants invested so far through information exchange with the settlement processing module.

The conspirator can make a payment for the stake purchased by using a credit card, bank transfer, cyber money, etc., and the fund creation unit 208 works with the settlement processing unit 214 to process the settlement for the contributor's purchase application. .

As shown in FIG. 8, when a contributor purchases a stake, the information is reflected in the user database 220, the collaborative works database 224, and the stake database 226.

9 illustrates a field configuration of a user database 220 according to a preferred embodiment of the present invention.

As shown in FIG. 9, the user database includes the personal information field 900, the investment target field 902, the investment amount field 904, the accumulated cyber money field 906, the transaction history field 908, and the yield rate ( 910) field is preferable.

The personal information field 900 is a field in which the user's personal information is stored, and details such as a user's name, social security number, telephone number, and e-mail address are stored. Most of the items stored in the personal information field 900 are input items upon user registration.

In the investment target field 902, when a user makes an investment contest for a work selected as a competition object, the collected work is stored. If the user has made an investment offer for a plurality of works, all of the plurality of works are stored, and all of the works that have been in the past as well as the works that were held in the past are stored.

The investment amount field 904 stores the amount of money the user has invested in the competition. In case of investing in a plurality of collusion works, the investment amount is saved for each collusion and information on the total investment amount is also stored.

The accumulated cyber money 906 field stores the total information of the cyber money earned by early dividends, the cyber money earned by selling shares, and the user's cyber money earned through other trading activities.

The transaction history field 908 is a field that stores transaction details of the user's fund creation site and affiliated sites such as investment competition, purchase and sale of shares, and payment of paid content over time. Both transactions using cyber money and transactions in real currency are stored in the transaction history field 908. Using the data stored in the transaction history field 908, the user can access and confirm the transaction information up to the fund server.

The yield field 910 stores a ratio of the amount of money collected by the user to the amount of the final dividend in the past. In case of a dividend for multiple works, the average value of the yield is also stored. The data stored in the yield field allows the user to look up the rate of return from participating in the fund server.

10 illustrates a field configuration of a competition work database according to a preferred embodiment of the present invention.

As shown in FIG. 10, the competition work database 224 according to the preferred embodiment of the present invention includes the competition work field 1002, the investment limit field 1004, the current investment amount field 1006, and the invested user field ( 1008) and the yield field 1010.

The competition work field 1002 stores information about the work that is being held in the past as well as the work that was in the past. The competition field should be stored in a detailed field to distinguish works that are currently under competition and works that have been contested but have not yet been paid out, and works that have been completed.

The investment limit field 1004 stores data for setting a limit conspiracy price for the work whose competition has been determined. The fund participation request processing module of the fundraising unit inquires the data in the investment limit field 1004, and when the investment is made up to the limit offering price, it does not accept any further participation request.

The current investment amount field 1008 is a field for storing how much money has been invested in the work currently under competition. As described above, the total amount invested for the competition works is managed in the settlement processing module of the fund creation unit, and the current investment amount field is updated according to the information from the settlement processing module.

The invested user field 1008 is a field that stores a list of users who have invested in the work in which the competition has been conducted or the work in the competition. The invested user field 1008 preferably includes a detailed field to store a list of invested users for each competition. If the fund participation request processing module allows the user to participate in the fund, the invested user field 1008 is updated by passing the purchased user information to the competition work database 224.

The yield field 1010 is a field that stores the yield for the total offering amount versus the total dividend amount for each of the works that have been offered in the past and the dividend was made.

11 is a flowchart illustrating a method for raising a fund for raising funds according to a preferred embodiment of the present invention.

As shown in FIG. 11, a user first logs in to a website provided by a fund server in order to participate in fund raising (S1100).

When the user login is made, the fund server 204 provides a web page displaying information about the work being submitted and information on how to open the competition to the user web browser (S1102).

Among the displayed works displayed on the web page to be used, the public works that are willing to invest are selected (S1104).

When the competition works are selected, the fund server 204 provides a menu for selecting the number of competition shares, and receives the user's selection information (S1106).

The fund participation request processing module of the fund creation unit determines whether the number of shares selected by the user is the number of shares within a preset limit (S1108). If the user selects the number of shares exceeding the limit, an error message is displayed and a menu for selecting a share is provided again (S1110).

In addition, even if the user selects the number of shares within the preset limit, it is determined whether the preset total collusion is exceeded due to the purchase of the user's stake (S1112). In this case, the menu for selecting equity is again provided.

At the time of the competition, the process of offering shares in common stock trading may apply. In other words, after setting the minimum subscription guarantee amount, the stake is allocated by applying the competition ratio among the total offering price except the minimum subscription guarantee amount. However, if the total limit of the minimum subscription guarantee exceeds the total offer amount, the competition rate shall be applied within the minimum subscription guarantee.

If the user's request to purchase shares is correct, the payment processing unit 214 processes the payment for the selected number of shares (S1114). As described above, the payment may be made through a credit card, bank transfer, cyber money, or the like. When the payment is completed, it is preferable to send information about the participation participation confirmation and purchase stake details to the contributors by e-mail or SMS message.

When the settlement for the purchase of the stake is made, the information is transmitted to the database manager 218, and the database manager 218 transmits the information on the user's competition investment to the user database 220, the public offering database 224, and the stake database. (226).

In addition, the investment status of the competition works are displayed in real time on the user's web browser, so that the participants can participate in the competition (S1118).

12 is a diagram illustrating a method of divided collusion according to an embodiment of the present invention.

As shown in FIG. 12, according to an embodiment of the present invention, the total public offering price may be divided and recruited at various times. In the case of partial recruitment, the earliest investor is to invest at a high risk, so it is desirable to allocate a large amount of profits to the first conspirator.

Referring to FIG. 12, an example of a method of performing a divided collusion is as follows.

12 shows a case of collusion through three orders. An amount corresponding to 1/3 of the total competition amount is allocated to each of the first open call 1200, the second open call 1202, and the third open call 1120. Unlike the case of FIG. 12, it will be apparent to those skilled in the art that the ratio of the number of times of split competition and the amount of money of split competition can be changed. As for the timing of the competition, for example, the first competition can be done in the work planning stage, the second competition can be done in the production stage, and the third competition can be conducted in the marketing stage.

As shown in FIG. 12, dividends higher than the overall profit rate, for example, 10%, are given to the participants who participated in the first public offering (1206). Participants who participated in the second competition will be allocated dividends lower than the users who participated in the first competition, for example, applying the entire rate of return (1208). Contributors who participated in the third competition will be given a dividend lower than 10% of the total return, for example, than the participants in the first and second competitions (1210).

In the case of a participatory contest, even if the contributors own a stake in the same work, the ratio of dividends will vary depending on the time of the competition.

13 illustrates a detailed configuration of a stake trading processing unit and a database associated with the same according to a preferred embodiment of the present invention.

As shown in FIG. 13, the equity transaction processing unit 208 according to a preferred embodiment of the present invention includes a seller processing module 1300, a buyer processing module 1302, a transaction price determining module 1304, and a transaction processing module 1306. It includes.

The seller processing module 1300 receives the seller's desired price and the number of shares of the seller who wants to sell the stake and stores the information in the database. The sell request, including the stake price and stake number information of each seller, is stored in the stake database 226 by the seller processing module.

The buyer processing module 1302 functions to receive the buyer's desired price and number of stake information of the buyer who wants to buy the stake and store it in the database. The purchase request, including the stake price and stake number information of each buyer, is stored in the stake database 226 by the buyer processing module.

The transaction price determining module 1304 compares the seller's share price and number information and the buyer's share price and number information stored in the equity database 226 to determine the price at the point where the two requests are matched. do.

15 illustrates an example of a price determining method of a transaction price determining module according to an embodiment of the present invention.

As shown in Fig. 15, the transaction price determination module determines the transaction price at 5,000 won where the request for the price and number of shares of the seller and the buyer agree. Such a trading price determination method is consistent with the trading price determination method in the existing stock trading system. The transaction price thus determined is continually updated as the seller's and buyer's requests change.

The transaction processing module 1306 functions to perform payment processing for the equity transaction of the seller and the buyer in conjunction with the payment processing unit 214. The transaction processing module updates the purchaser's share purchase information to the user database 222, the stake database 226, and the cyber money database 228 through the database management unit 218, and pays the seller the selling amount in cyber money or cash. do.

14 is a flowchart illustrating a stake trading method according to a preferred embodiment of the present invention.

As shown in FIG. 14, the seller who wants to sell the stake and the buyer who wants to buy the stake log in to the fund server for the transaction (S1400).

When the user is logged in, the fund server displays a web page for a stake transaction including cyber money and equity information owned by the seller and the buyer (S1402).

When the web page is displayed, each of the seller and the buyer inputs the desired sell and the number of shares or the desired number of purchases and the number of shares using the menu provided on the web page (S1406).

Input information by the plurality of sellers and the buyer is stored in the stake database 226 by the operations of the seller processing module 1300 and the buyer processing module 1302 (S1408).

The transaction price determination module 1304 compares the seller's input information and the buyer's input information stored in the equity database to determine the transaction price of the corresponding share at the point where the sell, the purchase, and the number match.

When the transaction price is determined, the seller and the buyer who made the purchase request and the purchase request corresponding to the transaction price are notified of the closing price through an e-mail or an SMS message (S1412).

After notifying the closing price, the fund server performs payment for the equity transaction (S1414). Equity trading is preferably made only with cyber money for the safety of transactions on the cyber, but it will be apparent to those skilled in the art that trading using both cyber money and cash is possible.

By payment, the seller receives the amount notified at the closing price in proportion to the number of shares sold (S1416). In addition, the buyer will hold the purchase stake by paying (S1418).

The seller and the buyer's transaction information is reflected in the user database 222, the equity transaction database 226 and the cyber money database 228 (S1420).

16 illustrates a field configuration of an equity database according to a preferred embodiment of the present invention.

As shown in FIG. 16, the fields of the equity database 226 according to the preferred embodiment of the present invention are the work item field 1600, the seller information field 1602, the buyer information field 1604, and the transaction history field 1606. It is preferable that it consists of).

In the work item field 1600, information on a work that is currently under stake trading is stored. That is, after the investment competition is made, the work information, which has not been paid yet, may be stored in the work item field 1600.

The seller information field 1602 stores user information, desired sell, and stake information of sellers who have applied for a sale. The buyer information field 1604 stores the user information, the desired selling price, and the stake information of the buyers who have applied for the purchase.

In the transaction history field 1606, information on the transaction details of the shares for each piece is stored over time. In detail, the transaction history field 1606 stores information about the seller and the buyer who made a transaction, the time at which the transaction was made, the transaction price, and the number of transaction shares.

Figure 17 shows the field configuration of the cyber money database according to an embodiment of the present invention.

As shown in FIG. 17, the cyber money database 228 according to the preferred embodiment of the present invention includes an early dividend detail field 1700, a stake transaction history 1702, a paid service use history 1704 field, and a fee history field. It is preferred that 1706 is configured.

The early dividend detail field 1700 is a field for storing details when cyber money is paid due to early dividends for public works among cyber money paid to users. In detail, the early dividend detail field 1700 stores information about an early dividend, an early dividend amount, an early dividend time point, and information about a user who received the early dividend.

The equity transaction details field 1702 is a field for storing details of the seller and the buyer's cyber money due to the transaction of the equity. Specific matters stored in the equity transaction details field are the same as those stored in the transaction detail field 1606 of the equity transaction database of FIG. 16.

The paid service usage history field 1704 is a field for storing details of cyber money acquired by the user by selling shares or early dividends due to the use of paid services. In more detail, the paid service usage history field 1704 stores user information using a service, a service use time, a service type, and a transaction amount.

The fee details field 1706 is a field for storing details when a change in cyber money occurs due to a fee charged due to an equity transaction or the like.

18 is a block diagram showing the detailed configuration of the expected revenue calculation according to a preferred embodiment of the present invention.

As shown in FIG. 18, the expected revenue calculation unit 210 according to the preferred embodiment of the present invention includes an audience counting module 1804, an evaluation information aggregation module 1806, a comparison module 1808, and an expected revenue calculation module ( 1810).

The audience counting module 1804 receives the audience information in real time or at predetermined time intervals from a plurality of theaters 1800 connected to a competition, and aggregates the total audience count. do.

The evaluation information aggregation module 1806 receives evaluation information of users who access the fund server to evaluate the public works and evaluation information from the plurality of evaluation sites 1802 connected to the network, thereby evaluating overall evaluation of Internet users. It functions to aggregate.

The comparison module 1808 compares the aggregated audience number and evaluation information with the quarterly audience number and evaluation information data of the works which have been performed in the past, and outputs the most similar past performances and the final profit of the works. do.

The expected revenue calculation module 1810 may include audience information in the audience counting module 1804, evaluation information in the evaluation information aggregation module 1806, final revenue information in the comparison module 1808, and actors of the public works. And receiving the recognition information on the supervision, calculating the expected final profit and outputting a confidence value for the calculated value.

19 is a flowchart illustrating a method of calculating an expected profit according to a preferred embodiment of the present invention.

As shown in FIG. 19, the fund server receives audience number information from a theater connected to a network (S1900). The audience information is continuously added in the audience counting module 210 to determine the total audience count. In FIG. 18 and FIG. 19, the audience number information is received through the network. However, the case where the audience number information is received through offline may be included in the scope of the present invention. Each theater may transmit audience number information in real time, or alternatively, the audience number information may be transmitted at a predetermined interval, for example, per day.

In addition, the fund server receives evaluation information on the work from the evaluation site connected to the user or network connected to the fund server (S1902).

The received audience number information and evaluation information may be displayed on a web page in real time to ensure transparency in calculating revenue (S1904).

When it is time to make an early dividend, the number of audience information and evaluation information is compared with the quarterly audience and evaluation information data of previously performed works to find the works that most closely match the total number of audience and evaluation information. The final revenue information is determined (S1906).

The information on the number of theaters, the recognition information of the actor and director of the work, the audience information, the evaluation information, and the final profit information of the similar work obtained by the comparison are input to the calculation module (S1908).

The expected revenue calculation module calculates the expected revenue by using the input information as a variable by a preset program, and outputs a confidence value for the calculated expected revenue (S1910). If the evaluation information of the audience is large or there is no past work that has the same number of viewers and evaluation information, the reliability will be low. In addition, when the audience information is good but the number of audiences is not large, such as when the audience information and the evaluation information do not coincide with each other, low reliability will be output.

Equation 1 below shows an example of calculating the expected profit.

In Equation 1, the screening period weighting value is a value obtained by converting the expected screening period into a constant number, and the evaluation information weighting value is obtained by converting the evaluation information into a predetermined number.

When the calculated value of the expected profit and the reliability thereof are output, it is determined whether the early dividend is possible (S1912). Early dividends will not be possible if the confidence in the estimated earnings is too low or if the number of audiences until the early dividend is too small.

If early dividends are not possible, the reason is notified by e-mail, SMS, etc. (S1914).

If early dividends are possible, the applicant is notified of the calculated expected profit (S1916).

20 illustrates a detailed configuration of a dividend processing unit and a database related thereto according to a preferred embodiment of the present invention.

As shown in FIG. 20, a dividend processing unit according to a preferred embodiment of the present invention includes a dividend distribution module 2000, a cyber money transaction module 2002, and an authentication module 2004.

The dividend distribution module 200 functions to provide participant who owns the stake, for example, 10% of the calculated expected profit. According to a preferred embodiment of the present invention, the dividend is preferably paid in cyber money. The Dividend Distribution Module uses the Competition Works database to identify the names of the publicly owned contributors, distribute early dividends to each official, and create a user database 222 and cyber money database 228 to reflect the distribution. Update

The cyber money trading module 2002 functions to process transactions of the cyber money when the contributors who have received dividends into the cyber money use the paid service of the fund server or affiliated sites. The cyber money transaction module allows the transaction to be reflected in the cyber money database 228 and the user database 222 whenever there is a trader's transaction.

The authentication module 2004 transmits information to the affiliate site to authenticate that the user is a legitimate user when the contributor uses the paid service of the affiliate site using the dividend. The authentication module receives authentication request information from the affiliated site and transmits information on whether the user ID and password are correct and information about the user's own cyber money to the affiliated site.

21 is a flowchart illustrating a method for using an early dividend according to a preferred embodiment of the present invention.

The fund server pays the set early dividend to cyber contenders who own the stake (S2100). It will be apparent to one skilled in the art that the payment of early dividends may be made in cash.

If the conspirator uses the cyber money paid in the fund server (S2102), selects paid content provided by the fund server and requests payment of the corresponding content (S2120).

The payment processing unit of the fund server identifies the contributor information, the held cyber money, and the like to determine whether the payment is a legitimate payment request (S2122). If the payment request is legitimate, the payment is processed and the transaction information is reflected in the user database 222 and the cyber money database 228 (S2126).

When the conspirator uses the cyber money paid from the affiliate site (S2104), the paid content provided by the affiliate site is selected (S2106). When the contributor selects the paid content, the affiliate site provides a separate menu for paying with the cyber money of the fund server (S2108).

The user selects the provided menu, inputs an ID and password from the fund server, and the affiliated site transmits the user's input information to the fund server to request user authentication (S2110).

The fund server transmits authentication information including information on whether the user ID and password are valid and the cyber money information to the affiliated site (S2112).

The affiliate site determines whether the payment request of the conspirator is justified based on the received authentication information (S2104), and if not, displays an error message (S2116).

If the payment request is justified, the affiliate site processes the payment and transmits the transaction information to the fund server so that it can be reflected in the database of the fund server (S2118).

Preferred embodiments of the present invention described above are disclosed for purposes of illustration, and those skilled in the art will be able to make various modifications, changes, and additions within the spirit and scope of the present invention. Additions should be considered to be within the scope of the following claims.

As described above, according to the network-based entertainment funds management method and system that can be early dividend according to the present invention, the contributors can utilize the investment funds early by calculating the expected final profit in advance and paying a part thereof to the contributors. There is an advantage.

In addition, by allowing early dividends to be used to pay for paid content on funding sites and affiliated sites, contributors have more money to use and opportunities to sell paid content on fund raising sites and affiliate sites. There is an advantage to be expanded.

In addition, by enabling the trading of the invested equity, it is possible to recover the invested capital early in addition to the early dividend, and there is an advantage that can increase the interest of users through the equity trading.

Claims (32)

(A) selecting an entertainment to be funded by conducting a survey using a network; (B) receiving a stake purchase request signal of conspirators through the network to process a settlement for the purchase of stake; Determining whether or not it is a time to estimate the expected revenue, counting the median revenue of the work selected in the step (a), and calculating the expected final revenue (c); (D) providing a portion of the expected final revenue calculated in step (c) to the contributors who purchased the shares as dividends; And (E) providing the paid contents that can be paid using the dividend provided in step (d) at the affiliated sites and the fund raising site and processing the payment request of the contributors. How Network-Based Entertainment Funds Can Be Divided The method of claim 1, The survey for selecting works in step (a), Transmitting an e-mail for a survey to a member at the affiliate site and the fund raising site; Generating a data file of information the member responds to in the email; And receiving the generated data file from a member computer, and grasping the response information of the member through data conversion. The method of claim 1, The survey for selecting works in step (a), Providing a survey web page to the affiliate site and the fund raising site; Receiving response information input by a user accessing the webpage; And A method of operating a network-based entertainment fund that can be early-divided, comprising the step of identifying the response information of the user through data transformation. The method of claim 1, The method of claim 1, further comprising the step of transmitting the selected entertainment piece information to the users responding to the survey by using an email or SMS network-based entertainment funds management method. The method of claim 1, In the step (b), when the shares of the contributors, the network-based entertainment fund management method that can be early dividend, characterized in that the limit on the number of shares that can be purchased per individual. The method according to claim 1 or 5, The step of processing the payment for the purchase of equity in step (b), Receiving a stake purchase request signal of the conspirator; Determining whether the number of shares requested by the conspirator exceeds a preset limit number of shares; Processing only a purchase request within a preset limit stake number; And A method of operating a network-based entertainment fund that enables early dividends, comprising displaying on a web page the state of fund raising based on a purchase of a stake. The method of claim 1, The method of operating the network-based entertainment funds available early dividend, characterized in that the step of processing the payment for the purchase of the stake in step (b) is divided into several times. The method of claim 7, wherein When the dividend purchase is carried out, the network-based entertainment fund management method that can be early dividend, characterized in that the higher dividends are allocated to the conspirators participating in the initial fund raising. The method of claim 1, And providing a transaction between users of the shares. The method of claim 9, Providing the equity transaction, Receiving seller sell and sell stake information and buyer buy and purchase stake information; Determining a transaction price of the share where the purchase, purchase and share coincide; And processing the transaction settlement of the seller and the buyer who made the purchase and purchase request at the determined transaction price. The method of claim 1, Calculating the expected final return of step (c), Determining whether it is time to calculate the expected revenue based on the type of entertainment, the performance time, and the middle revenue information; Receiving audience number information from a theater where a work is being performed; Receiving evaluation information of the work performed from the fund raising site or other evaluation sites; Comparing the audience number information and the evaluation information with the quarterly audience number and evaluation information of the works which have been performed in the past to identify a final profit of the most similarly performed works in the past; Based on the audience number information, evaluation information, audience number and evaluation similar to the final revenue information of the past work, the recognition information of the step of the performance to be performed and the information on the number of theaters, the expected revenue is calculated by a predetermined program, and calculated A network-based entertainment fund management method capable of early dividend, characterized in that it comprises the step of outputting the reliability information of. The method of claim 11, Whether or not the estimated profit calculation time is determined whether or not the median revenue reaches a predetermined value, the network-based entertainment fund management method that can be early dividends. The method of claim 11, It is determined whether or not the estimated profit calculation time is the predetermined period after the start of the performance, the network-based entertainment funds management method that can be early dividends. The method of claim 1, The provided dividends are distributed at a predetermined rate several times before the profit is confirmed, the network-based entertainment fund management method that can be early dividends possible. The method of claim 1, The early dividend provided is a cyber money, the network-based entertainment fund management method that can be early dividends. The method of claim 1, In the step (e), the method of paying the paid content provided by the affiliate site, Providing a paid content selection menu to a contributor in an affiliate site; Providing a separate menu for payment by cyber money of a fundraising site when a contributor requests payment of paid contents; When the conspirator selects the payment menu, receiving information on the contributor's ID and password and transmitting the information to the fund raising site to request authentication; Transmitting information on whether the ID and password are correct and the information on the cyber money to the affiliate site at the fund raising site; Determining whether the payment request of the conspirator is correct based on the information received from the fund raising site, and processing the payment. Survey unit for selecting the work to raise funds by receiving response information about the user's survey through the network, Fund funding unit for receiving funds from the contributors purchase application information for the works selected by the survey unit to raise funds, Estimated revenue calculation, which calculates the expected finalized revenue by aggregating the median revenue before the revenue for the selected work is finalized Dividend processing unit for distributing a portion of the revenue calculated by the expected revenue calculation to the conspirators early, dividends paid content transactions by the distributed dividends, and A fund server including a payment processing unit for processing a payment request by cash or cyber money of users; database; And And a database manager for updating or inquiring storage information of the database according to the request information from the fund server. The method of claim 17, The survey unit is a network-based entertainment fund management system capable of early dividends, characterized in that for receiving the user's response information via an email or a web page. The method of claim 17, The survey unit, Web page management module that displays the web page for the survey on the fund server and affiliate sites to receive the user's response information, An email management module for generating and sending an email for the survey and receiving response information for the email, and And a data conversion module for converting the response information of the users who responded to the web page or the e-mail into information in a form that can be stored in a database. The method of claim 17, The fund creation unit is a network-based entertainment fund management system capable of early dividends, characterized in that accepting only the purchase application within a predetermined number of shares. The method of claim 20, The fund composition unit, A fund participation request processing module that receives a request for fund participation by contributors to buy shares and accepts only the purchase request within a preset number of shares; Settlement processing module for calculating the total investment information by adding the number of shares purchased by each conspirator, and And a status display module for displaying the total investment amount calculated by the settlement processing module on a web page to determine the current investment status. The method of claim 17, The fund server further comprises a equity transaction processing unit for processing the equity transaction between the user and reflecting the same in the database. The method of claim 22, The equity transaction processing unit Seller processing module that receives the seller's sell price and stake number information, A buyer processing module that receives the buyer's purchase price and stake information; A transaction value determining module for determining a transaction price at a point where the price and the number of shares presented by the seller and the buyer match; And a transaction processing module for processing the equity transaction of the seller and the buyer by the transaction price determined in the decision module. The method of claim 17, The estimated revenue calculation, Audience counting module for calculating the total number of audiences by receiving audience number information from the performance hall where the work is performed through the network, An evaluation information aggregation module for receiving evaluation information on the works of users connected to the fund server and the evaluation information on the public offerings from the evaluation sites connected to the network, and collecting the overall evaluation A comparison module for comparing the number of audiences and evaluation information with the number of quarterly audiences and evaluation information of works which have been performed in the past, finding a most similar work and outputting final profit information of the work; and Expected revenue for outputting a calculated value for the expected final profit and reliability information for the calculated value using the aggregated number of audience information, evaluation information, output information from the comparison module, and recognition information of steps participating in the performance as input variables. An early dividendable network-based entertainment fund management system comprising a calculation module. The method of claim 17, The dividend processing unit, Dividend distribution module for early payment of the part of the estimated profit calculated by the estimated revenue calculation government to the conspirators, A cyber money transaction module for processing a transaction when the distributed cyber money is used as a payment cost of a paid content service in a fund server or a paid content service of an affiliate site; When a user uses cyber money as a paid content payment fee at an affiliate site, the early dividend may include information for authenticating whether the user is the correct user as an affiliate site and an authentication module for transmitting the user's cyber money information to the affiliate site. Possible network-based entertainment fund management system. The method of claim 17, The database, A survey database that stores information related to the survey, A user database that stores information about users' personal information, investments and transactions, A competition database, which stores information about the competition and the investment situation in each competition, A stake database that stores information about the transaction history of a stake, An early dividendable network-based entertainment fund management system, comprising a cyber money database that stores information on transaction details of cyber money. The method of claim 26, The survey database includes a user information field for storing information of users who responded to the survey, a response information field for storing information responded to by the user about the questionnaire, and a questionnaire for storing questionnaire items disclosed in an email or web page. An early dividendable network-based entertainment fund management system comprising an item field. The method of claim 26, The user database, Field to store personal information of the user, investment target field to store information about the collaborative works invested by the user, investment amount field to store the amount of money invested by users participating in the competition, and total amount of cyber money held by the user. Early dividend-based network-based entertainment, comprising: a cyber money field for storing, a transaction history field for storing transaction details related to equity transactions or paid content payment, and a profit field for storing profit information achieved by participating in the competition Fund Management System. The method of claim 26, The competition works database, A field for storing information about the competition underway, a field for saving the investment limit for each competition, a field for saving the amount currently invested in each competition, a field for information about the competition for each competition, and An early dividendable network-based entertainment fund management system, comprising: a field for storing profit information of a previously-collected work. The method of claim 26, The equity database, Field to store the list of works for which the shares are traded, information about the seller who requested the sale of the stake and seller's information field to store the seller's sell and stake information, information about the buyer who requested to buy the stake and the buyer's buy and share An early dividend-enabled network-based entertainment fund management system, comprising: a buyer information field for storing information and a transaction details field for specifying the seller and the buyer, the transaction price, and the transaction time for the transaction details of the stake. The method of claim 26, The cyber money database, Early Dividend History field, which stores changes in cyber money provided due to early dividends, Equity Transaction History field, which stores changes in cyber money due to equity transactions, and Paid, which stores changes in cyber money due to the use of paid content. An early dividendable network-based entertainment fund management system comprising a content usage history field and a fee history field for storing changes in cyber money due to payment of fees. In the recording medium which is tangibly embodied and programmed by the digital processing device, which can program the operation of funds for entertainment works through the network, The fund management method, Selecting an entertainment to be funded by conducting a survey using a network; Receiving a stake purchase request signal of conspirators through the network to process a settlement for the purchase of stake; Determining whether the estimated revenue is estimated, aggregating the median revenue of the selected work, and calculating the expected final revenue; Processing a settlement providing a portion of the estimated final revenue calculated to the contributors who purchased the shares as dividends; And displaying the paid content that can be paid using the dividend provided in step (d) in the affiliated sites and the fund raising site and processing the payment request of the contributors. Record carrier.