KR20220076305A - Investment attraction operating computer through advertising revenue, investment attraction system through advertising revenue, and investment attraction method through advertising revenue - Google Patents

Abstract

The present invention relates to an investment attraction operating computer using advertising revenue, an investment promotion system using advertising revenue as a medium, and a method for attracting investment via advertising revenue. In the present invention, in a system including an operating computer that performs investment attraction through advertising revenue related to the problem raised, the operating computer includes at least one hardware processor and a memory storing a computer program, and the at least one A hardware processor controls the execution of a computer program stored in the memory,
Accumulate advertising revenue from advertisements linked to specific issues, and conduct investment attraction by providing information on investment funds that can preserve principal or information on investment returns that are guaranteed to be paid based on the accumulated advertising revenue to participants' terminals. Investment attraction operating computer through advertising revenue, characterized in that it receives the investment provided from the company, stores the investment information, and uses the advertising revenue and investment money as financial resources for solving the specific problem, investment via advertising revenue A method of attracting investment through an attraction system and advertising revenue is presented.

Description

Investment attraction operating computer through advertising revenue, investment attraction system through advertising revenue, and investment attraction method through advertising revenue, investment attraction system through advertising revenue, and investment attraction method through advertising revenue}

The present invention relates to an investment attraction operating computer using advertising revenue as a medium, an investment promotion system using advertising revenue as a medium, and a method for attracting investment using advertising revenue as a medium. More specifically, through advertising revenue related to the problems raised in the process of resolving the problems raised, such as projects that have to produce results or tasks that require performance, attract investment from investors and raise them using advertising revenue and investment funds By solving the problem and providing a certain amount of compensation to the participants who participated in solving the problem, and providing the principal and a certain amount of profit to the investors, advertisers expect the advertising effect according to the interest and participation of the general public in the problem raised. and pay advertising fees in connection with the issues raised, investors invest in the expectation of guaranteed principal and a certain investment return from advertising revenues It relates to an investment attraction operating computer through advertising revenue that can be solved by a solution, an investment attraction system using advertising revenue as a medium, and an investment attraction method using advertising revenue as a medium.

There are numerous problems to be solved in society, such as technical problems, various social problems, and policy problems. There is a cost to solving these problems. In a social or policy problem, it is not easy to derive an optimal solution to the problem, even if the cause of the problem or the person responsible for solving the problem exists and bears the cost for solving the problem. If there is no subject who bears the cost to solve the problem, it is difficult to derive the cost problem and the optimal solution to the problem.

As an invention focusing on problem solving, the invention of a social network service system and method through mediation of problem solving and capitalization of Korean Patent Publication No. 10-2009-0132883 (published on December 31, 2009) is disclosed.

The disclosed invention is to provide a social network service system and method through mediation and assetization of problem solving, and a social network service server operating a virtual space to mediate and capitalize problem solving; a seeker terminal of a seeker connected to the social network service server, the seeker of which a problem is to be solved; a solver terminal of a solver that is connected to the social network service server and is an object to have an answer to a problem or to receive a reward for solving a problem; It is connected to the social network service server and is a broker terminal of a broker who knows a number of seekers or has a problem. It is an invention that makes it possible to mediate solutions, cultivate problem-solving abilities through TRIZ for solvers lacking knowledge, and capitalize the derived solutions.

Since the disclosed invention has a configuration in which the seeker who wants to solve the problem pays the price for solving the problem, the seeker may not want to disclose the problem to be solved through the social network, so there is a problem that the effect of the invention cannot be achieved. .

In addition, as an invention focusing on the cost for solving the problem, the invention of a device, system and method for linking advertisements and loans of Republic of Korea Patent Registration No. 10-201826 (registration date: August 30, 2019) this is disclosed.

The patented invention is a loan/investment participant recruitment that executes an advertising event according to an advertisement event request from an advertiser, recruits loan participants and investment participants, and stores and manages respective information corresponding to the recruited loan participants and investment participants wealth; Receive and store information on each information corresponding to the loan participant and the investment participant from the loan/investment participant recruitment unit and advertisement publication amount information corresponding to the advertisement publication amount deposited by the advertiser, and by the investment participant Registers investment information corresponding to the investment, performs loan execution processing for the loan participant based on the investment information, and provides the investment participant based on the amount recovered from the borrower at the time of loan collection and the advertisement execution amount and a loan execution unit for allocating investment principal and dividends, wherein the loan/investment participant recruitment unit recruits at least one of the loan participant and the investment participant from among those participating in the advertisement event.

The patented invention allows loan and investment to be made among loan participants and investment participants who have participated in an advertisement event for advertising fee income, and performs a loan with the investment, pays the investor's principal by repaying the borrower's loan, and at the same time pays the advertisement fee It is a configuration that pays a certain amount of return to investors.

In the patented invention, because only those who want loans and those who want to invest participate in the advertising event, the advertising effect of advertisers is limited, and thus advertising fee income is also limited. Since investors are reluctant to invest, borrowers cannot get loans, and advertisers have insignificant advertising effects, there is a limited problem in achieving the purpose of the invention.

Therefore, in the process of resolving issues that exist in society as a whole, including projects that have to produce results or tasks that need to deliver results, anyone can participate, raise and view the issues raised through advertising revenue linked to them. Participants who are able to attract investment by proposing a policy of guaranteeing the principal of investment, solve the problems raised by using advertising revenue and investment funds through the viewing of problems by participants who do not have qualifications for reading the problems raised, and participate in problem solving By paying a certain amount of compensation to the investors and providing the principal and a certain profit to the investors, the advertiser expects the advertising effect according to the public's interest and participation in the raised issue, and pays the advertising fee in connection with the raised issue. , an invention that can be solved by an optimal solution to the problem, which is selected by investing advertising revenue and investment money as business expenses, is desired. .

Republic of Korea Patent Publication No. 10-2009-0132883 (published on December 31, 2009) Republic of Korea Patent Registration No. 10-188826 (Registration Date: August 30, 2019)

The present invention is to solve the problems of the prior art, and an object of the present invention is to link advertisements for each problem posed in solving the problems raised, so that the advertisement revenue according to the reading of the problems of the participants and the reading of the problems raised are linked. It attracts investment by proposing a policy that guarantees the investment principal with advertising revenue, covers advertising revenue and the investment invested by investors as business expenses to solve the problem, and pays a certain amount of compensation to participants who participate in problem solving, , to provide an investment attraction operating computer through advertising revenue that can pay the investment principal and a predetermined return to investors, an investment attraction system using advertising revenue as a medium, and an investment attraction method through advertising revenue.

As a technical solution for achieving the object of the present invention, as a first aspect of the present invention, as an operating computer for management of investment attraction through advertising revenue, the operating computer includes at least one hardware processor and a computer program information on the investment money stored on the basis of the accumulated advertising revenue, and the at least one hardware processor controls the execution of the program, but accumulates the advertising revenue generated by the advertisement linked to the problem raised. The operating computer is presented, characterized in that it stores, and the accumulated advertising revenue and attracting investment are allotted for business expenses for solving the above problems.

Further, in a second aspect of the present invention, in a system including an operating computer for solving the posed problem, the operating computer includes at least one hardware processor and a memory storing a computer program, and the at least one hardware processor Controls the execution of the computer program stored in the memory, but determines the ranking of the raised problems to expose a list of problems, links advertisements when participants read specific problems, exposes advertisements, and pays the advertiser for advertisement fees set according to advertisement exposure It receives and accumulates information from the company, announces participation in specific problems and advertisement revenue information in real time, provides investment conditions for principal preservation, and informs investment attraction information to solve problems, accumulates investment invested by investors, and increases advertising revenue and An investment attraction system using advertising revenue as a medium is proposed, characterized in that the investment is managed to be invested as a business cost for solving the specific problem.

In addition, as a third aspect of the present invention, the method comprising: exposing a list of problems by determining the ranking of the problems raised by the operating computer; exposing the advertisement by linking the advertisement when the participants read a specific problem by the operating computer; receiving, by the operating computer, an advertisement fee set according to advertisement exposure from an advertiser and accumulating; announcing, by the operating computer, information on advertisement fee revenue related to a specific problem in real time, and providing investment conditions for preserving the principal, thereby notifying investment promotion information for solving the problem; accumulating, by the operating computer, the investment funds of the investors invested in connection with the specific problem; A method for attracting investment through advertising revenue is provided, including the step of managing, by the operating computer, to input advertising revenue and investment money as business expenses for solving the specific problem.

According to the present invention, advertisement revenue is accumulated according to problem reading by linking advertisements to the problem raised, and investors who invest in solving the problem are aware that the preservation of the principal of investment is guaranteed in advertisement revenue, and advertisement revenue is accumulated. The amount is disclosed in real time and the investment with guaranteed principal is announced in real time, providing important information for investors to make investment decisions, which has the effect of quickly raising investment up to the corresponding amount.

In addition, it is possible to solve the problem by quickly procuring the cost required to solve the raised problem and deriving an optimized problem solution, as well as providing benefits to participants, advertisers and investors.

1 is a schematic configuration diagram of an embodiment of an investment attraction system using advertising revenue as a medium of the present invention.
2 is a schematic configuration diagram of an embodiment of an operating computer, which is a main part of the system for attracting investment through advertising revenue of the present invention.
3 is a schematic configuration diagram of an embodiment of a participant information management module, which is a main part of the operating computer of the investment attraction system using advertisement revenue according to the present invention.
4 is a schematic configuration diagram of an embodiment of the problem information management module, which is a major part of the operating computer of the investment attraction system using advertisement revenue according to the present invention.
5 is a schematic configuration diagram of an embodiment of a problem-solving information management module, which is a main part of the operating computer of the investment attraction system using advertisement revenue according to the present invention.
6 is a schematic configuration diagram of an embodiment of the advertisement information management module, which is a main part of the operating computer of the investment attraction system using advertisement revenue according to the present invention.
7 is a schematic configuration diagram of an embodiment of the investment information management module, which is a main part of the operating computer of the investment attraction system using advertisement revenue according to the present invention.
8 is a schematic configuration diagram of an embodiment of a user interface that is output to the terminals of each participant of the investment promotion system through the advertising revenue of the present invention.
9 is a schematic configuration diagram of an embodiment of the identity verification system of the investment attraction system through the advertising revenue of the present invention.

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

Terms used in the description of the embodiments of the present invention will be defined. Various computers and terminals used in the present invention may consist of hardware itself, or a computer program, web program, or cloud computing program utilizing the hardware resources. For example, the various computers constituting the operating computer and support system of the present invention may consist of hardware included in each computer, and a computer program, web program or cloud computing program executed by utilizing the hardware resources of each computer. can be made with

A related person used in the present invention is a person who has a history of interacting or communicating with a specific person on various networks such as a telecommunication network, telephone network, digital data exchange network, facsimile communication network, Videotex communication network, and other digital communication networks, or between each other legally and economically refers to those who have an interest in

A non-related person used in the present invention is a person who is not related to a specific person based on a specific person, and all persons except the specific person and the related person may correspond to this.

The concept of a related person and a non-related person is a relative concept to the last, and has fluid or variable characteristics depending on the situation.

On the other hand, as a specific method for setting or specifying a related person and a non-related person, the relationship setting method of the identity authentication system described below may be used. When a related person of a specific person is set, a person other than the related person can be set as a non-related person.

Each computer constituting an embodiment of the present invention includes at least one hardware processor and a memory for storing a computer program related to investment attraction through advertising revenue of the present invention executed under the control of the at least one processor. are doing

In addition, acquaintances, neighbors, relatives, friends, work colleagues, schools, classmates, traders, etc. used in the embodiment of the present invention may be collectively used as related persons, and each may be used for the same purpose as related persons. In addition, members who are not related to each member can be classified and managed as non-related people.

On the other hand, members, non-members, issuers, related persons, non-related persons, experts, advertisers, investors, problem solvers, support system participants, etc. used in the embodiments of the present invention are included as 'participants' or 'participants' or 'users' ' can be referred to as

In addition, terms or names used in the embodiments of the present invention are not limited thereto, and may be used in various terms performing their functions in the embodiments of the present invention.

The terms and names described above are merely examples, and may include various terms predictable by those skilled in the art and elements not listed.

1 is a schematic configuration diagram of an embodiment of an investment attraction system using advertising revenue as a medium of the present invention.

As shown in Figure 1, the investment promotion system through the advertising revenue of the present invention receives the problem to be solved, prioritizes decision-making on the raised problem, exposes the problems that have been ranked, and solves the exposed problems Information on the investment amount of investors who invest in expectation of principal preservation and profit based on the information of members and non-members who read, advertisement information input to the exposed problem, and advertisement revenue information related to the exposed problem, as well as information on solving the problems raised and compensation information an operating computer 1000 that manages and operates; a data storage computer 2000 for storing and managing various data collected by the operating computer 1000 and various data to be provided to the operating computer 1000; at least one problem reporting terminal 3000 for communicating and connecting to the operating computer 1000 using an output or a mounted user interface and raising a problem to be solved; at least one related party terminal 4000 used by related parties of the participants who communicate with the operating computer 1000 using an output or a mounted user interface and participate in all matters necessary for problem solving; It is used by non-related persons not related to the complainants who are communicatively connected to the operating computer 1000 using an output or a built-in user interface and participate in evaluating the problems in prioritizing the problems raised. At least one unrelated terminal (5000) and; At least one advertiser who communicates with the operating computer 1000 using an output or a mounted user interface, registers advertisements in connection with the problem raised, and pays advertisement fees to the operating computer in proportion to the number of times or reading time of the problem. a terminal 6000; Investing in solving the problems raised in expectation of principal preservation or investment returns based on the recognition of advertising revenues from advertisements connected to the operating computer 1000 and linked to the problems raised by using the output or mounted user interface at least one investor terminal 7000 used by investors; at least one problem solver terminal 8000 that attempts to solve the problem raised using an output or a mounted user interface and provides a solution to the operating computer 1000 as a result; The identity authentication system 9100, which is communication-connected to the operating computer 1000 and performs identity authentication by relevant persons for identity authentication of participants such as membership registration and problem raising, a collective intelligence convergence system for decision-making related to 9200) and a configuration including a support system 9000 including a numerical determination system 9300.

The operating computer (1000), at least one computer included in the identity authentication system (9100), the collective intelligence convergence system (9200) and the numerical determination system (9300) of the support system (9000) is provided with a communication means, It may be composed of at least one server computer capable of executing a computer program or a web program, including at least one hardware processor and a memory for storing a computer program or a web program.

The data storage computer 2000 may be configured as a database management system (DBMS).

The issuer terminal 3000, related person terminal 4000, non-related terminal 5000, advertiser terminal 6000, investor terminal 7000, and problem solver terminal 8000 are provided with communication means, and at least It may be composed of a terminal such as a smart phone, a tablet computer, a personal computer (PC), a notebook computer, which can execute a computer program or a web program, including a single hardware processor and a memory for storing a computer program or a web program.

A user interface program managed and operated by the operating computer 1000 may be output or executed in the terminals. The problem raising terminal 3000 is a terminal used by members or non-members, and outputs or executes a user interface that can raise various problems found in each technical and social field to the operating computer 1000 .

The related party terminal 4000 is a terminal used by acquaintances, etc. related to the complainant, and a user who participates in the identity authentication system 9100 to verify the identity of the complainant during the identification of the complainant. Interface can be printed or executed.

The non-related person terminal 5000 is composed of a person unrelated to the person raising the problem, where the related person and the non-related person are relative concepts, and are a concept that is divided according to whether or not there is a relationship with him based on a specific person such as the person raising the problem. It is characterized by variability according to the situation. For example, when there is a person who raises a problem A and B, who is his acquaintance, B is a related person of A, but in a relationship with person C, he can become a non-related person. When determining the ranking or at least one solution of the proposed problem is presented, a user interface for participating in the review or evaluation of the solutions may be output or executed.

The advertiser terminal 6000 is used by advertisers of advertisements that are exposed when the participant selects and reads the raised problems exposed on the user interface output or executed on the participant's terminals, or expresses his/her intention to participate in solving the viewed problem. A user interface capable of performing advertisement content or advertisement fee settlement, etc. may be output or executed by the terminal.

Here, 'expression of intention to participate' can passively indicate that you sympathize with the object problem raised or that you want to proceed with the resolution procedure of the target problem, and actively participate in the problem solving procedure to solve the problem, thereby developing collective intelligence. It may be a sign of willingness to participate in the work of a convergence system or a numerical decision system, or to derive a solution for solving a problem directly.

The investor terminal 7000 is a terminal used by investors with interest in the investment information of principal guarantee (preservation) or investment return presented by the system of the present invention, and the investment information invested in solving a specific problem is transferred to the operating computer 1000 ) transmitted to or from the operating computer 1000 or provided from the operating computer 1000. A user interface that can check advertisement revenue information such as advertisement fee reserves, investment attraction information including real-time collected investment amount information, and investment return information. can be printed or executed.

The problem solver terminal 8000 is a terminal used by members participating in the provision of solutions to the problems raised, and when applying for problem solving and being accepted in the application, outputs a user interface for providing a solution to the problem to the operating computer Or you can run it.

The user interface output or executed in the terminal used by each participant can be output or executed in the terminals of all types of participants as described above, and the user interface is not limited thereto, and the terminal is selectively used according to the type of participant. It can be output or not executed.

In addition, the user interface output or executed in the terminal of each participant may have a function configured for each type of participant, or may include functions in an integrated manner.

On the other hand, in the problem or problem list output to each participant's terminal, the current status information including the number of readings, the number of participants, accumulated advertising fees, attracted investment, return on investment, and expected compensation for each problem, and changes in the status information It can be configured to display together in real time or to directly provide the current status information and changes in the status information to the participants. Through this configuration, investors can actively invest in solving the problem in anticipation of principal preservation or investment return from advertising revenue for a specific problem. It can exert the effect of encouraging active participation in solving each problem.

2 is a schematic configuration diagram of an embodiment of the operating computer, which is the main part of the investment attraction system through the advertising revenue of the present invention.

As shown in FIG. 2 , the operating computer 1000 of the present invention may have a configuration in which each module is made of hardware, and a web program executed by utilizing the hardware (process and memory) resources of the operating computer 1000 or It may be a configuration of a computer program. Hereinafter, the operating system 1000 of the present invention will be described on the assumption that it is composed of a web program or a computer program.

As shown in FIG. 2, the operating computer 1000 of the present invention is a participant information management module 1100 that processes membership registration and stores and manages information of members, non-members, and experts in each field, advertisers, and investors among members. class; a related person information management module 1150 for storing and managing information of related persons, such as acquaintances, who are related to the person who raised the problem for each field; a non-related person information management module 1200 for classifying, storing, and managing members who are not related to those who raised issues in each field as non-related persons; a raised issue information management module 1250 for classifying the raised issues by field, receiving prioritization information of the issues for each field, exposing them to the user interface of the participants, and managing reading information; In order to access the operating computer 1000 and verify the identity of the applicants for membership registration, the identity authentication system 9100 receives the information on which the identity authentication has been performed by using the relevant person information, performs the identity authentication, and stores the identity authentication information. and the identity authentication information management module 1300 for making and managing; a collective intelligence convergence information management module 1350 for receiving, storing, and managing decision-making information using the collective intelligence convergence system 9200 in selection of solutions to the raised problems; a numerical decision information management module 1400 for receiving, storing, and managing decision information using a numerical decision system with respect to a decision such as a contribution degree of a solution to a raised problem; a problem-solving information management module 1450 for receiving, storing, and managing problem-solving participant selection, participants' solution information, and the selected problem-solution information; a problem solving verification information management module 1500 for checking whether the problem is actually solved by applying it to problem solving for a certain period of time as a solution to the problem selected as the final solution to the problem; Advertisements that are exposed when participants read the issues raised by each field, and advertisement content exposed to participants who have viewed the problem or who have expressed their sympathy for the problem or their intention to participate in the problem Advertisement information management module 1550 and; an investment information management module 1600 for attracting investment from investors and managing investors' investment by announcing advertisement revenue information, principal preservation policy of investment, and investment return information to be disclosed for each problem raised; Compensation information to manage compensation information provided by rules set to those who raised the raised problem, participants in the problem-solving process, those who participated in decision-making by the collective intelligence convergence system and numerical decision system for problem selection, etc., and investors a management module 1650; a settlement information management module 1700 for providing a price to a problem solver when a problem is solved by a solution and for managing the settlement information by settling the project cost; It is a configuration including a user interface management module 1750 that manages updates, etc. of a user interface that is output or executed from each terminal of the participants and performs data communication with the operating computer 1000 .

3 is a schematic configuration diagram of an embodiment of a participant information management module, which is a main part of an operating computer, which is a main part of the investment attraction system using advertising revenue as a medium of the present invention.

As shown in FIG. 3, the participant information management module 1100 of the present invention provides personal information and terminal information of those who have signed up as members by performing identity authentication by a method such as support of the identity authentication system 9100. a member information management module 1110 for managing information; A non-member information management module 1120 that manages non-member information that is not registered as a member, but can view problems raised, participate in a collective intelligence convergence system or a numerical decision system, or participate in a problem-solving process; If the problem raised is a problem to be solved technically, an expert information management module 1130 that manages member information of experts in the relevant field of the problem forming an advisory group that reviews the problem solution presented on the operating computer 1000; an advertiser information management module 1140 for exposing advertisements to problem content exposed on the user interface and managing information on advertisers who pay advertisement fees to the operating computer 1000 in return for advertisement execution or exposure; an investor information management module 1150 for managing investor information when a certain portion of the project cost required for solving problems raised by field is covered by investment funds from general investors; The operating computer 1000 is configured to include a member accumulation point information management module 1160 that manages reserve information and deduction information such as points provided to members.

4 is a schematic configuration diagram of an embodiment of the problem information management module, which is a main part of the operating computer, which is a main part of the investment attraction system using advertising revenue as a medium of the present invention.

As shown in Fig. 4, the problem information management module 1250 of the present invention includes: a problem classification management module 1260 for each field for classifying and managing the problems raised in the operating computer 1000 by field; a priority management module 1270 for arranging and managing the priority of problem solving based on the evaluation by non-related persons of the person raising the problem when a plurality of problems are raised; A problem content exposure management module (1280) that exposes a list of problems for each field whose priority has been determined on the user interface of the participants' terminals, and exposes and manages the problem content to the user interface when the participants select a specific problem from the list of exposed problems ) is included.

5 is a schematic configuration diagram of an embodiment of a problem-solving information management module, which is a main part of an operating computer, which is a main part of the investment attraction system using advertising revenue as a medium of the present invention.

As shown in FIG. 5, the problem solving information management module 1450 of the present invention contests the management and participation status information and problem solutions of the participant information who are interested in the posed problems and expressed their intention to participate through the user interface. and a participation information management module 1460 that manages and; a problem-solving applicant management module 1470 for soliciting applicants for problem-solving through the user interface and managing applicant information; It is a configuration that includes a problem solution selection management module 1480 that manages solution information of problems suggested by applicants and manages selection of an optimal solution from solutions of the suggested problems.

The participation information management module 1460 may allow a predetermined point to be deducted from the accumulated points of the members whenever the members who have expressed their intention to participate in the problem participate.

The field of problems to be solved can be broadly classified into physical/technical problems and abstract/social problems.

When the problem to be solved is a physical/technical problem, the problem solution selection management module 1480 may select a solution of the person who first solved the problem. A core solution necessary for solving the problem may be selected as the problem solution based on the order provided to the operating computer 1000 .

However, among the solutions provided to the operating computer 1000 , it may be selected as a solution that has passed the examination of an advisory group in the relevant field made up of expert members. Here, the advisory group may be composed of non-related persons of the corresponding solution provider.

A predetermined reward may be provided to a participant who provides a solution selected as a solution to the problem.

In addition, when a plurality of solutions provided solve a problem in a complex way, the contribution of each solution can be calculated and compensated despite the order of receipt. In this case, the contribution can be calculated by evaluation by non-related persons of members who have provided a plurality of solutions or by the numerical determination system 9300 .

When the problem to be solved is an abstract/social problem, the problem solution selection management module 1480 may select a solution provided by a member who sets a certain period and provides an optimal solution within the corresponding period.

In addition, when a plurality of applicants or a plurality of solutions are presented, the top n are selected as candidates by sorting the rankings by evaluation (for example, 85 out of 100 points) by non-related persons of the solution provider, Additional verification may be performed with the collective intelligence convergence system 9200 for each of the selected top n solutions. Among the solutions converged as positive opinions in the collective intelligence convergence system 9200, the opinion with the highest average score or the number of agreements may be selected as the final solution.

For abstract/social problems, it is expected that the actual application of the finally selected solution will be determined politically and socially. In this case, in the embodiment of the present invention, it is meaningful to provide the selected optimal solution, and may perform a function of politically and socially urging or pressing the reflection or adoption of the selected solution.

The problem solving verification information management module 1500 of the operating computer 1000 performs verification with respect to the solution of the problem finally selected by the problem solving information management module 1450 over a predetermined period of time whether the actual problem is resolved or not. do. If the same problem is not detected or reported during the verification period, verification may be considered complete. In this case, when a similar problem recurs during the verification period, whether it is the same problem can be determined by the collective intelligence convergence system 9200, and when only a part of the problem is solved, it is decided by the numerical determination system 9300 when it is necessary to calculate the contribution, such as the resolved ratio. can

6 is a schematic configuration diagram of an embodiment of an advertisement information management module, which is a main part of an operating computer, which is a main part of the investment attraction system using advertising revenue as a medium of the present invention.

As shown in FIG. 6 , the advertisement information management module 1550 of the present invention provides advertisement information that advertisers have requested or registered in connection with a specific problem based on participation status information about those who have expressed their intention to participate by each problem raised. an advertisement registration information management module 1551 for managing; an advertisement fee setting information management module 1552 for managing a plurality of advertisement fee settings per click, the number of times of advertisements associated with high and low advertisement fees, or exposure ranking information when there are a plurality of advertisements registered by interworking with each problem; a problem viewing advertisement management module 1553 for displaying the corresponding problem content and managing advertisements to be exposed at the same time when a specific problem is selected from the problem list exposed on the user interface of the participants; a participation intention advertisement management module 1554, which manages to expose additional advertisements to the member when a member who reads the problem content displayed on the user interface is interested in the problem or expresses an intention to participate in solving the problem; By exposing the advertisement fee accumulation status for each problem to the user interface in real time, and in proportion to the advertisement revenue accumulated in real time, the participant's compensation, the price of the problem solver, and the investor's principal preservation rate and return rate are calculated and exposed to the user interface in real time and an advertisement investment return information management module 1555 for making and managing; The configuration includes an advertisement fee management module 1556 for managing advertisements exposed in the user interface of the participants or receipt of a predetermined advertisement fee from an advertiser in exchange for advertisement execution for each problem linked to advertisements.

The advertisement fee setting information management module 1552 may differentially apply an advertisement fee according to the number of exposures or differentially apply an advertisement fee for each exposure order when a plurality of advertisements are registered and linked with respect to a specific problem. For example, if advertiser a's advertisement A, advertiser b's advertisement B, advertiser c's advertisement C, and advertiser d's advertisement D are registered for problem A, the number of exposures for 4 advertisements as a percentage is 40. %, 2nd place is 30%, 3rd place is 20%, 4th place is set to 10%, and the advertisement fee for each exposure is 4000 won for 1st place, 3,000 won for 2nd place, 2000 won for 3rd place, and 1000 won for 4th place. It can be configured so that it can be applied by setting it to .

In addition, in the above example, the highest exposure ranking can be configured to be applied by setting 4000 won per advertisement click, 3000 won per second-highest advertisement click, 2,000 won per third-place impression advertisement click, and 1000 won per fourth-place impression advertisement click.

The problem viewing advertisement management module 1553 may allow advertisements linked to the specific problem to be exposed at the same time when a participant selects and reads a specific problem with respect to an advertisement that is attracted and linked for each problem raised, and by reading the problem It may be configured so that the advertisement fee paid by the advertiser determined according to the number of exposures and exposure time is accumulated at the same time as the advertisement is exposed.

In addition, the intention to participate advertisement management module 1554 additionally exposes advertisements when the participants who read the problem express their intention to participate in solving the problem, and operates the predetermined advertisement fee additionally paid by the advertiser of the exposed advertisement. may be configured to be credited to the computer.

In addition, in the advertisement investment income information management module 1555, for example, 200 million won is set as the project cost required to solve problem B, and the budget is set to 150 million won in advertisement revenue and 50 million won in general investment attraction investment. In the state of being accounted for, the accumulated advertising revenue for a certain period of time for advertisements linked to problem B is counted as 120 million won, and the information is announced on the user interface. The next day's cumulative ad revenue is 150 million won, and the next day's ad revenue is counted as 170 million won, and it is announced in real time. When the accumulated advertising revenue exceeds 150 million won in advertising revenue to cover business expenses, the percentage increase in participant compensation, the increase in the price of problem solvers, the percentage of increase in the price of the problem solver, the ratio of the investor's principal preservation and the increase in the investment return in proportion to the excess advertising revenue are displayed in real-time in the user interface. can be announced in

By doing so, participation in problem solving is expected by an increase in advertising revenue and an increase in the compensation for participation due to an increase in financial resources that are increased by adding investment money, an increase in the price of problem solving, an increase in the probability of preserving the investment principal, and an increase in the investment return. It can increase the investment willingness of the province and investors.

Here, the rate of increase in compensation and the rate of increase in compensation for non-related persons, collective intelligence convergence participants, and numerical decision participants may be set differently, or the increase rate may be determined differently by using a numerical determination system.

On the other hand, if there is insufficient financial resources for the project cost necessary to solve the problem due to lack of interest from participants, lack of advertising fee income, lack of investment, etc. It can be used for business expenses for the solution.

The operating computer displays the current status information including the number of readings, the number of participants, accumulated advertising fees, attracted investment, and expected compensation for each problem and changes in the status information in real time on the problem list output to the participants' terminals. It may be configured to display or directly provide the current status information and changes in the status information to the participants.

7 is a schematic configuration diagram of an embodiment of an investment information management module, which is a main part of an operating computer, which is a main part of the investment promotion system using advertising revenue as a medium of the present invention.

As shown in FIG. 7 , the investment information management module 1600 of the present invention determines the investment cost required to solve each of the problems raised, and sets a certain ratio of the total required business cost, so that the investment information that the investor can invest an investment attraction information management module 1610 for notifying and performing investment attraction; It is a configuration including an investment condition information management module 1620 that sets and manages conditions for preserving the principal of the investment, conditions for differentiation of investment returns according to the time of investment, and the like.

The investment attraction information management module 1610 provides basic investment attraction information such as information on the amount of investment attraction determined at a predetermined ratio from the project cost set for each problem raised, the investment method of investors, the time of investment, principal preservation policy, and investment return information. Policy can be set uniformly or per problem, and can be notified on the user interface.

The investment condition information management module 1620 provides investment conditions that can be applied to investors, for example, first-come-first-served investment information in the principal-preservation investment limit of the investment for each problem, the principal-preservation investment limit, and the investment according to the time of investment Information on differentiation of revenue, information on principal preservation according to advertising revenue, information on securitization of investment returns, etc. may be set uniformly or for each problem, and may be notified on the user interface. In addition, it may be implemented by applying the above investment condition information applied to investors.

The above-mentioned limit condition of the investment amount for principal preservation for each problem may be set at a certain ratio from the advertisement revenue accumulated for each problem. For example, it is set to preserve the investment principal within the range of 20% of the reserve of advertising revenue for a specific problem and guarantee a 10% return on investment. If the accumulated ad revenue for Problem C is 10 billion won, competitive investment attraction from investors can be done if it is announced as a first-come-first-served investment attraction on condition that the investment principal is preserved up to 20%, or 2 billion won, and the return on investment is 10%. have. Also, in addition to this, conditions may be set to differentially apply an investment rate of return according to an investment time in the above investment conditions.

Table 1 below shows examples of conditions for applying the differential rate of return on investment according to the time of investment.

Investment amount section return on investment settlement 10,000 200,000,000 150% 300,000,000 200,010,000 400,000,000 140% 280,000,000 400,010,000 600,000,000 130% 260,000,000 600,010,000 1,200,010,000 115% 690,000,000 1,200,010,000 2,000,000,000 110% 880,000,000 (investment amount + dividend) 2,410,000,000

As can be seen in Table 1 above, it is an example of setting the investment attraction amount according to the investment timing for the investment attraction amount of KRW 2 billion to preserve the principal, and differentially applying the investment return rate to the investors according to the investment timing.

As shown in Table 1, the basic investment rate of return set for the initial investment of up to 200 million won at the time of investment for the 2 billion won of investment attraction amount to preserve the principal (set at an interest rate of 10%, for example, exceeding the interest rate of the market) 40% is added to , and for investments up to the next 400 million won, 30% is added to the basic investment rate of return, and for investments up to the next 600 million won, 20% is added to the basic rate of return, For investments up to KRW 100 million, an additional 5% is priced, and for investments up to KRW 2 billion, only the set basic rate of return without additional rate of return can be set and implemented.

In this way, the investment limit amount for principal preservation and the policy of differential application of the return on investment according to the investment time of the investment attraction amount are announced, so that investors can quickly attract investment in the river through active and quick investment attempts.

In this case, the principal may not be guaranteed for the additional investment invested in excess of the amount of investment for preserving the principal. However, with respect to the additional investment, it may be configured to minimize the investment loss for the investor of the additional investment by preserving a part of the principal by utilizing the financial resources of an external fund, government subsidy, or own reserve.

As described above, in the embodiment of the present invention, the accumulated advertising revenue is disclosed in real time through the user interface or directly to investors and participants, and based on Equation 1 below, the investment with a guaranteed repayment of the investment is provided in real time. It is a configuration that can quickly attract the target investment attraction amount by providing important information for investors to make an investment decision.

x: Investment amount with guaranteed principal preservation

a: Cumulative points for advertising revenue

The above formula is derived from Table 2 below, where the accumulated advertising revenue is defined as a, the investment amount is x, the total revenue is T, and the total revenue is defined as a percentage, the return on investment 10%, non-related people, collective intelligence convergence The calculation is based on the assumption that 10% of each participant and number-determining participant are set, 50% of compensation for problem solvers, and 1% of each problem-solver and system operation cost.

Here, a minimum of 1% is accumulated for the system operating cost (reserved money), but it is premised on the premise that the remaining financial resources are additionally accumulated as the system operating cost after the principal of the investment is preserved, and the same applies below.

In addition, the system operation cost (reserve) and compensation items for the complainant were set at 1% each based on case 1, and it was confirmed that the ratio does not increase and is fixed even when the total income source is increased due to the accumulation of investment. It is explained on the premise and the same applies below. Of course, depending on the case, it may be configured to increase the item ratio of the system operation cost (reserve) and compensation for the complainant in proportion to the increase in the total revenue source.

Contents Case 1 Case 2 Case 3 Case 4 Case 5
Jae Won Advertisement revenue reserve (a) 100 100 100 100 100 Investment amount (x) 0 10 20 50 100 Total revenue source(T)=a+x 100 110 120 150 200



business expenses
Dividend items problem reporter One One One One One unrelated 10 11 12 15 20 Collective Intelligence Convergence Participant 10 11 12 15 20 Numerical Determination Participant 10 11 12 15 20 System operation cost (reserved money) 19 10 One One One Amount of principal preservation compared to investment 0 10 20 23 28 return on investment 0 One 2 5 10 compensation problem solver 50 55 60 75 100 Sum 100 110 120 150 200

In Table 2 above, when Equation 1 is applied, it can be seen that the investment principal is preserved up to Case 3, and the investment principal is not preserved from Case 4 onwards.

Contents Case 1 Case 2 Case 3
Jae Won Ad revenue accumulation (a) 100 100 100 Investment amount (x) 0 50 100 Total revenue source(T)=a+x 100 150 200

business expenses
Dividend items
problem reporter One One One unrelated 5 5 5 Collective intelligence convergence participant 5 5 5 Numerical Determination Participant 5 5 5 System operating cost (reserved money) 24 4 34 Amount of principal preservation compared to investment 0 50 50 return on investment 0 5 10 compensation problem solver 60 75 90 Sum 100 150 200

As can be seen from Table 3 above, if the dividend ratio of non-related persons, group intelligence convergence participants, and numerical decision participants is lowered and not increased in proportion to financial resources, the investment attraction is increased by increasing the principal preservation ratio to 50% of the advertising revenue reserve. It is possible.

Contents Case 1 Case 2 Case 3
Jae Won Amount of advertising revenue (a) 100 100 100 Investment amount (x) 0 50 100 Total revenue source(T)=a+x 100 150 200

business expenses
Dividend items
problem reporter One One One unrelated 10 15 20 Collective intelligence convergence participant 10 15 20 Numerical Determination Participant 10 15 20 System operating cost (reserved money) 39 4 19 Amount of principal preservation compared to investment 0 50 50 return on investment 0 5 10 compensation problem solver 30 45 60 Sum 100 150 200

Also, as can be seen from brand 4, even if the proportion of compensation for problem solvers is reduced and applied, it is possible to attract investment by increasing the principal preservation ratio of the investment up to 50% of the advertising revenue accumulated amount. Depending on the problem, different limits can be appropriately set and applied. Equation 2 below shows another example.

x: Investment amount with guaranteed principal preservation

a: Cumulative points for advertising revenue

The above formula is derived from Table 5 below, where the advertising revenue accumulation amount is defined as a, the investment amount is x, and the total revenue source is defined as T, and the total revenue resource is defined as a percentage, the return on investment 10%, non-related persons, collective intelligence convergence The calculations were made on the premise that 10% of each participant and number-determining participant were set, 40% of compensation for problem solvers, and 1% of each problem-solver and system operation cost.

Contents Case 1 Case 2 Case 3 Case 4 Case 5
Jae Won Advertisement revenue reserve (a) 100 100 100 100 100 Investment amount (x) 0 10 35 50 100 Total revenue source(T)=a+x 100 110 135 150 200



business expenses
Dividend items problem reporter One One One One One unrelated 10 11 13.5 15 20 Collective Intelligence Convergence Participant 10 11 13.5 15 20 Numerical Determination Participant 10 11 13.5 15 20 System operation cost (reserved money) 29 21 One One One Amount of principal preservation compared to investment 0 10 35 38 48 return on investment 0 One 3.5 5 10 compensation problem solver 40 44 54 60 80 Sum 100 110 135 150 200

In Table 5 above, when Equation 2 is applied, it can be seen that the investment principal is preserved up to Case 3, and the investment principal is not preserved from Case 4. In determining the ratio of compensation, the basic cost of the complainant and the system operating cost (reserve) is 2, and the cost of non-related persons, participants in collective intelligence convergence and participation in numerical decision making is 0.3T, and the amount of guarantee of the investment and investment Assuming that the rate of return is 1.1x and the compensation for problem solvers is 0.4T, where T is the total revenue source, x is the investment amount, Since it can be set differently for each case by adjusting the ratio, it is important to optimize the constant values (2, 0.3, 1.1, 0.4) of the above items to promote the participation of members, participants, and collective intelligence while increasing the will to solve problems. do. These constant values can be determined and optimized using a numerical determination system.

As can be seen from the above, in relation to the x value for which the investment principal is guaranteed, the constant values (0.2, 2, 0.9, 0.3, 2, 0.8, etc.) except for x and a in Equations 1 and 2 are for each project cost item. It may vary by case depending on the setting of the operating computer for the users or the result of optimization of the numerical decision system. In particular, the compensation item for the complainant and the system operation cost (reserve) item can be fixed at a specific value and are proportional to the total revenue source So you can increase that ratio.

On the other hand, in the above description, the preservation of the investment principal has been described on the basic premise that 100% of the principal is preserved. For example, in a configuration where 70% of the investment principal is preserved and 10% of the principal is paid as investment income, the investment principal is calculated as 0.7x and the return on investment is calculated as 0.1x, so that the constant value related to the investment is 0.8x instead of 1.1x. In this case, investors can participate in the business knowing that 10% of the investment will be paid and 70% of the investment will be preserved.

When the problem to be solved is a physical/technical problem, the compensation information management module 1650 of the operating computer 1000 of the present invention completes the verification of the solution selected in the problem solving verification information management module 1500 and then the corresponding problem Compensation can be given to participants in the solution.

In addition, when the problem to be solved is an abstract/social problem, when the compensation is calculated as 100%, when the final solution of the problem is selected in the problem solution selection management module 1480, some compensation (for example, the first compensation) ), performing some compensation (for example, secondary compensation) when the selected solution is implemented or applied to an actual problem in the problem solving verification information management module 1500, and the problem is solved (verified) by the solution It may be configured to perform some compensation (eg tertiary compensation) when done).

In addition, additional incentives may be provided to participants in the reward method. The incentive is determined by the collective intelligence convergence system 9200 in proportion to the difficulty of solving the problem, and the minimum and maximum values can be set in consideration of the financial resources of the advertising revenue of the system of the present invention, support from external organizations, and the like.

Summarizing an example of compensation of the compensation information management module 1650,

- The amount of money deducted from advertising revenue will be paid to the person who has solved the problem.

- The predetermined cost is a kind of project cost and includes a fee for the complainant, system reserves, non-related evaluation-related compensation, compensation for participants in the numerical determination system, and compensation for participants and contributors of the collective intelligence convergence system.

- If a solution to the problem is derived, it is submitted to the system and a part of the compensation is paid if it passes the first verification (theoretical verification) by an advisory group in the relevant field (non-related experts in the field, etc.).

- If the solution that passed the first verification is actually applied to reality and the second verification (reality application) is passed for a predetermined period, the remaining balance of the compensation is paid and settled.

- If other additional problems arise in the secondary verification or only a part of the problem is solved, the contribution of the solution to the problem is evaluated and only a part of the balance is paid and the remaining amount is credited to the problem. Here, the contribution evaluation can be performed by a numerical determination system or an unrelated person evaluation.

In addition, the system reserve can be deposited as a reserve in case someone else solves the rest of the problem next time, or used to preserve the investment if there is an investor whose principal has not been recovered.

- In the case of abstract/social problems, if various solutions are proposed, a final solution can be selected by selecting a candidate among them and verifying each candidate with the collective intelligence convergence system. Here, in the selection of the candidate, the candidate may be selected according to the evaluation result by non-related persons of the solution proposer.

In the case of abstract/social problems, a part of the compensation is paid when the final solution is selected, a part is paid when applied in reality, and the remaining balance is paid when the actual problem solving is completed after verifying for a certain period of time.

Here, if the problem is partially solved, the contribution is evaluated and only a portion of the balance is paid according to the contribution, and the rest is credited to the problem as it is.

Examples of the timing of payment of compensation to the above-described problem solver are described in Table 6 below with reference to the example of Table 1.

Contents Case 1 Case 2 Case 3 Case 4 Case 5
Jae Won (1st) When selected as the final solution by collective intelligence convergence (10%)
5
5.5
6
7.5
10 (2nd) In the case of actual application in reality (40%))
20
22
24
30
40 (3rd) When verification is completed (real problem solving) for a certain period of time (50%)
25
27.5
30
37.5
50 Sum 50 55 60 75 100

Compensation resources in the embodiment of the present invention are basically advertising revenue by reading the problem. Exceptions may include external funds and government subsidies.

In addition, the determination of the compensation amount in the embodiment of the present invention is the remainder except for the project cost required for solving the problem, including the person raising the problem, the system reserve cost of the present invention, non-related persons, collective intelligence participant, numerical decision participant, investor income, etc. can be done with money.

8 is a schematic configuration diagram of an embodiment of a user interface that is output to the terminals of each participant, which is the main part of the system for attracting investment through advertisement revenue of the present invention.

The example of FIG. 8 shows a user interface 3000 composed of a web program or a computer program that is output or executed in the issuer's terminal 3000 according to an embodiment of the present invention.

As shown in FIG. 8 , the user interface 3000 of the present invention connects to the operating computer 1000 of the embodiment of the present invention and applies for membership registration, based on the identification of identity from related persons of the membership application applicant. With the support of the authentication system 9100, membership registration is completed through identity authentication and identity authentication. In this case, the identity authentication module 3010, which is a means for inputting information such as consent to use of personal information, related person information, communication details, etc. of the applicant for membership registration; a problem raising information input module 3020 for inputting and transmitting problem content to be raised to the operating computer 1000; a collective intelligence convergence participation module 3030 for inputting and transmitting the corresponding data in order to participate as a member of the collective intelligence in various decision-making of system problem solving and displaying the data transmitted from the operating computer 1000; a numerical decision participation module 3040 for inputting and transmitting the corresponding data in order to participate as a member of numerical decision making in various decision making of system problem solving and displaying the data transmitted from the operating computer 1000; a non-related person participation module 3050 for inputting and transmitting the corresponding data in order to participate as a member of non-related persons in various decision-making of system problem solving and displaying the data transmitted from the operating computer 1000; A problem content display module 3060 that classifies the various problems raised in the operating computer 1000 by sector, displays a list of problems by sector, and displays the selected problem content for viewing when selecting a specific problem, and exposes advertisement content at the same time )class; a problem solving participation module 3070 for inputting a willingness to participate in the read problem, advertisement content is exposed, inputting support information for solving the problem, and transmitting the information to the operating computer 1000; a problem solution information input module 3080 for inputting solution information of the corresponding problem and transmitting the information to the operating computer 1000 when selected as a candidate for problem solving; a solution verification information input module 3090 for examining the solution by participating in an advisory group composed of experts in the relevant field to verify the problem solution selected by the operating computer 1000; a settlement information display module 3100 capable of confirming the user's accumulated point information, point deduction information, and compensation information; an advertiser participation module 3110 through which the user can input advertisement content and check advertisement policies in order to participate as an advertiser in the operating computer 1000; In order for the user to participate in the operating computer 1000 as an investor, it is configured to include an investor participation module 3120 capable of inputting investment money information, making a payment, and confirming an investment policy.

The embodiment of the user interface is only one example. As shown in FIG. 7 , the components necessary for the participants in each field may be integrated into one user interface, and only components suitable for the roles of the participants in each field may be configured separately.

In addition, the operating computer 1000 may be configured to notify the number of reading clicks, the number of participants, advertisement revenue reserve and investment attraction amount information, etc. for each problem posed on the user interface of each participant terminal.

Here, in relation to advertisements, the operating computer can be configured to simultaneously expose advertisements related to the specific problem when the participant reads a specific problem, and to attract or conduct advertisements in connection with the specific problem raised and receive information from the advertiser. Advertisement fees may be configured to be used as a financial source for compensation related to the resolution of the specific problem raised above, repayment of investment, and return on investment and business expenses.

In addition, the advertisement can be configured to attract or implement for each problem raised, but set an advertisement fee in proportion to the number of readings, reading time, exposure time, etc. of the participants and accumulate it in the operating computer.

Ads exposed according to the problem reading may be registered by interlocking advertisements of a plurality of advertisers with a specific problem. In this case, the advertisement fee can be set uniformly for a plurality of advertisements on the user interface to expose the advertisement fairly, but the advertisement fee can be differentially applied according to the number of times the advertisement is exposed when the problem is read for a plurality of advertisements. . For example, it is a method of increasing the number of times of exposure of an advertisement with a high advertisement fee compared to other advertisements. Alternatively, if a plurality of advertisements are all exposed when reading a problem, the advertisement fee may be lowered and applied as going down from the uppermost exposure position.

In addition, in relation to members' participation in problems, a comprehensive expression of intention to participate automatically participates in priority issues selected by non-related persons within the range of points possessed by the user without inputting the intention to participate individually in the interface. It can be configured so that it can be delegated by indicating in advance.

When a member wants to participate in a target problem, the points paid by the system are consumed in proportion to the difficulty of the problem, and since the points are finite, it is advantageous to participate in the target problem in a field with high probability of generating profits. A member's profit from participating in solving a specific problem may be automatically provided with a solution when the problem is resolved or may be a direct or indirect beneficiary of the problem solving.

In addition, when dealing with urgency, public interest, or important social issues, or when there is no need for members to take points, or when the system decides on its own, it is assumed that all members participated without the members expressing their intention to participate, It can be configured so that a problem-solving process can proceed.

In addition, in order to induce members' participation, a certain percentage of the total amount of compensation is paid to participating members, and the remainder after deduction of other business expenses may be paid to the problem solver.

A certain percentage of the total amount of compensation paid to participating members can be set as follows, and may be applied differently depending on circumstances.

In an embodiment of the present invention, the participation of members is the total amount of compensation for non-related persons who participate in evaluation of the contribution between the solutions of non-related persons when a plurality of solutions are complexly applied to the non-related persons' participation in evaluation for problem selection and problem solving 10% of the amount is paid, but a large amount can be paid to a small number of members through a lottery or equally distributed to non-related members who participated in problem selection or contribution evaluation between solutions.

In addition, members participating in the decision-making of the collective intelligence convergence system, which are supported in the event of final selection of the proposed solution, verification of the solution of the final selected problem, and the determination of incentives when additional incentives are paid to participants in the reward method; and 20% of the total compensation amount is paid to members who participate in the decision-making of the numerical decision system supported when calculating the contribution between multiple solutions or when calculating the ratio between each item subject to distribution of compensation, but mandatory reading of the collective intelligence convergence system To pay members who contributed to the formation of opinions in proportion to their contribution, or to pay a large amount through lottery among members who participated in an opinion in favor of an agenda selected as a final solution, and to pay a member close to the final converged figure of the numerical system can do.

Here, when calculating the contribution between multiple solutions, refer to the evaluation results of advisory groups such as experts, and for each solution, non-related persons give a score in the range of 1 to 99, and the final contribution rate is proportional to the total or average score given to each solution. can be decided

With respect to the investment that can be made as part of the compensation resource in the embodiment of the present invention, the principal and interest repayment for the investment is borne from the advertising revenue in principle, and for the investment money that is not guaranteed, interest and proceeds from the business expenses It can be made into a composition that can preserve a part.

Here, as the tertiary reward payment standard, if some problems are not resolved or additional problems occur during the verification period of the selected solution, the problem solving contribution rate may be calculated and only a portion of the tertiary reward may be paid. In this case, the contribution rate calculation can be determined by applying an evaluation method by an unrelated person or a numerical determination system. In addition, if there is no contribution rate in the verification of the tertiary reward, the tertiary reward may be reserved as a reserve for the problem without payment, or it may be configured so that it can be used as a reserve for additional investment that does not preserve the principal.

In addition, in the embodiment of the present invention, the number of readings, the number of participants, the amount of compensation (advertising proceeds and investment attraction), and the expected expenditure details for each problem are transparently disclosed for each problem to stimulate people's interest and motivation for participation. It can be configured to maximize it.

9 is a schematic configuration diagram of an embodiment of the identity authentication system, which is a main part of the support system of the investment attraction system using advertisement revenue according to the present invention.

As shown in FIG. 9, the identity authentication system 9100 of the support system 9000 of the present invention receives the identity authentication request entered at the time of membership registration by a person who wants to participate in the problem solving system of the present invention, and provides an acquaintance of the authentication requester. an identity authentication management computer 91110 which receives and manages information of related persons including the identity and manages the generated identity authentication information and identity authentication information; a data analysis computer 9120 that receives the identity authentication request of the authentication requester from the identity authentication management computer 91110, performs identity authentication of the authentication requester, and provides the same to the identity authentication management computer 911; Data for storing data including identity authentication requestor information, related person group information, communication history information of the related person group, and the sameness authentication information transmitted from the data analysis computer 9120 managed by the identity authentication management computer 9110 a storage computer 9130; The data analysis computer 9120 analyzes the relationship data related to a specific relationship between people collected and analyzed by the data analysis computer 9120 and the communication details of the related person group received from the identity authentication management computer 9110. an analysis data storage computer 9140 for storing and managing relationship data related to a specific relationship between people and statistical information based thereon; an authentication requestor terminal 9150 used by the authentication requestor to communicate with the identity authentication management computer 911 and output or execute a user interface that requests identity authentication and receives and manages identity authentication approval information; Persons such as acquaintances that are connected to the identity authentication management computer 911 and have a relationship with the identity authentication requester provide information such as relationship information and communication details with the identity authentication requester to the identity authentication management computer 91110 at least one relational terminal 9160 for outputting or executing a user interface; It is a configuration including an Internet social network 9170 that provides data including words, vocabulary, or sentences related to a specific relationship between people to the data analysis computer 9120 .

The identity authentication management computer 91110 may include at least one server computer having a communication means and including at least one hardware processor and a memory for storing a computer program.

The data analysis computer 9120 may include at least one server computer having a communication means and including at least one hardware processor and a memory storing an AI-related computer program.

The data storage computer 9130 and the analysis data storage computer 9140 may be configured as a database management system (DBMS).

The authentication requestor terminal 9150 and the related party terminal 9160 are provided with communication means, and may be composed of terminals such as smartphones, tablet computers, personal computers (PCs), notebook computers in which applications or web programs can be executed. have. The application or web program provided by the authentication requester terminal 9150 may be configured as a user interface for requesting identity authentication approval to the identity authentication management computer 911, and the related terminal 9160 is provided The existing application program or web program may be configured as a user interface for identity verification that provides the identity authentication management computer 91110 with relationship information and communication details with the requestor of the identity authentication.

The Internet social network 9170 is configured to include various social network services (SNS) and Internet media.

In the identity authentication system 9100 of the present invention, at least one hardware processor included in the identity authentication management computer 9110 controls the execution of a computer program stored in the memory, but the authentication requester agrees to access or provides authentication receiving identity confirmation data including identity consent of the authentication requester from the relevant persons based on the requester's relational information; Through the analysis of the communication history information between the relevant persons who agree on the identity of the authentication requester and the authentication requester, relational data of communication details related to a specific relationship between people is extracted and transmitted to the data analysis computer 9120 to authenticate the identity of the authentication requester to request; In the data analysis computer 9120, the correspondence between the relationship data of the communication details transmitted from the identity authentication management computer 911 and the relationship data of the self-owned related to the specific relationship between the person provided from an external medium or possessed by the user is checked. performing identity authentication of the authentication requester based on the identity authentication information and transmitting identity authentication information to the identity authentication management computer 911; It is a configuration in which the identity authentication management computer 91110 performs identity authentication of the authentication requester based on the identity authentication information transmitted from the data analysis computer 9120 .

When the communication history information is voice information, the information may be analyzed using a voice recognition technology, or the corresponding information may be analyzed using a voice matching method, voice text conversion technique, or the like.

The relationship information between the related persons and the authentication requester may include, for example, family members, relatives, friends, work colleagues, school classmates, social members, acquaintances for hobby, and the like.

In addition, the communication history information of the related persons or group of related persons is, for example, a mobile phone text message (SMS, MMS, etc.), a chat message in a chatting application program running on a mobile phone, and a text message on a social network service (SNS). It includes various types of communication information performed using a mobile phone, including communications, e-mail letters, and Internet voice calls on mobile phones.

In the embodiment of the identity authentication management system 9100 of the present invention, the function of the data analysis computer 9120 is performed by the identity authentication management computer 9110, and the data analysis computer 9120 may be omitted. .

The collective intelligence convergence system, which is a major part of the support system of the problem solving system of the present invention, is an invention for which the applicant of the present application applied for a patent and registered a patent (Patent Registration No. 10-1804960).

The collective intelligence convergence system 9200 applied to the embodiment of the present invention is an expert such as an opinion for or against, at least one reason for the opinion and explanation, etc., transmitted by at least one expert participating in the proposed agenda expert opinion management means for receiving and storing opinion data; The at least one expert opinion data received by the expert opinion management means is provided to the participants, and at least one essential reading opinion data and at least one selection are made based on the data of consent and disagreement with the expert opinion data, and the assigned score data a background knowledge management means for classifying the reading opinion data and storing it as background knowledge data related to the agenda; By providing the background knowledge data stored in the background knowledge management means to the participants, the participants read and input the background knowledge data, and data for consent or disagree with the essential viewing opinion data and optional viewing opinion data, and Participation data management means for receiving the participant opinion data including the score data and processing it as collective intelligence convergence data; Expert opinion ranking management means for determining a ranking based on the participant opinion data stored in the participation data management means, updating essential viewing opinion data and optional viewing opinion data based on the ranking, and providing it to the background knowledge management means It is a configuration of a system having a management computer comprising a.

the management computer receives, from a predetermined number of experts in the relevant field on the proposed agenda, opinions for or against the agenda as expert opinion data including the core rationale and detailed explanation; providing the expert opinion data to the participants to receive participant opinion data including opinions of the participants in agreement or disagreement, and scores; Based on the participant opinion data, the ranking of expert opinion data is determined, and according to the ranking, opinions on the agenda are determined as a predetermined number of essential reading opinion data that participants must read, and not included in the essential reading opinion data. determining the expert opinion data and the separate opinions of the participants as a predetermined number of selective viewing opinion data that can be selectively viewed by the participants; to provide participants with the essential viewing opinion data and optional viewing opinion data to receive participant opinion data including opinions and scores of consent or disagreement from the participants; It is characterized in that the management computer derives collective intelligence convergence data for the agenda based on the participant opinion data.

For a more detailed description of the collective intelligence convergence system 9200, reference may be made to the above patented invention of the present applicant.

The numerical determination system, which is the main part of the support system of the problem solving system of the present invention, is an invention that the applicant of the present application applied for and patented (Patent Registration No. 10-1998825).

The numerical determination system 9300 applied to the embodiment of the present invention receives a request for a matter requiring numerical determination, converges the collective intelligence to perform objective and rational numerical determination, performs numerical determination, and the collective intelligence contributed to the numerical determination a numerical decision management computer that pays compensation to; It is output to the client terminal that is connected to the numerical decision management computer and inputs the numerical information target information, the numerical information of the minimum number of tampering prevention and compensation information, etc. a numerical determination result receiving means for receiving; It is connected to the numerical decision management computer and receives numerical determination target information, numerical information of the minimum number of tampering prevention and compensation information, etc. In a system including a collective intelligence convergence system that converges the collective intelligence of the participants participating in the numerical decision making, and transmits information on the converged numerical value and the reward target participant information to the numerical decision management computer;

The collective intelligence convergence system uses at least one expert opinion including the numerical opinion of a numerical decision target and the minimum number of people to prevent manipulation as background knowledge, and provides compensation information presented by the client terminal to the participants, and the participants based on background knowledge and compensation information, to provide the numerical value to be determined and the minimum number of people to prevent manipulation by collective intelligence;

the collective intelligence convergence system calculates the average value of the numerical value of the numerical determination target provided by the participants and the number of the minimum number of people to prevent manipulation, respectively, and provides it to the numerical determination management computer;

When the numerical decision management computer receives the information on the number of tamper-resistant minimum number of people from the client terminal, the average value of the number of tamper-resistant minimum number of people transmitted from the collective intelligence convergence system and the tamper-resistant minimum number suggested by the client terminal By comparing the number of It is an invention characterized by inquiring whether to accept the average value of the numbers of .

For a more detailed description of the numerical determination system 9300, reference may be made to the above patented invention of the present applicant.

Hereinafter, based on the description of the embodiment of FIGS. 1 to 8 described above, the embodiment of the investment promotion system using advertising revenue of the present invention will be described in more detail with specific examples (the numerical values are set virtual). do it with Here, the physical/technical problem in the classified field will be explained by first taking the security problem of the Internet of Things as a concrete example, and then, the abstract/social problem will be explained by taking the housing stability problem caused by the surge in jeonse prices as a specific example.

1. Physical/Technical Issues

<Find and raise a problem>

The number of connected devices in the Internet of Things (IOT) is expected to increase exponentially, and security problems may occur because they are exposed to information theft (eg, webcam video theft) through each object and distribution of malicious apps by hackers. have. There is also a case where the actual object A was contaminated by a hacker's malicious app and malfunctioned.

The IoT security problem was submitted to the operating computer as a problem to be solved.

When there are a plurality of similar problems in the same field raised, including the received IoT security problem, the operating computer is evaluated by non-related persons excluding the related persons of the issuers for the multiple issues, for example, the Internet of Things (IoT). Regarding security issues, non-related persons of the complainant evaluate the importance of a number of raised issues by expressing their sympathy as a numerical value (e.g., 90 out of 100 points), and determine the priority of the raised issues in the user interface expose to

Any member or non-member can view the problem exposed on the user interface.

Advertisers' advertisements are linked and registered in the raised issues.

<Participation of members by field>

Members who own Thing A or are interested in IoT security issues watch the linked advertisement while reading the problem, and express their intention to participate in solving the problem by using 100 points among the points accumulated by the operating computer is transmitted to the operating computer using the user interface.

The operating computer accumulates advertising revenue when participants read problems and express their intention to participate.

Advertising revenue can be accumulated in a way that is calculated in proportion to advertising time, clicks, impressions, page views, etc. in consultation with the advertiser.

The operating computer aggregates information on the accumulated advertising revenue for the above problem in real time and discloses it to the user interface, and then announces the investment condition information, including principal preservation information and investment return information of the investment, to attract investment. .

<The person responsible for solving the problem (manufacturer, etc.)>

For a problem that has reached a predetermined number of readings, the person responsible for solving the problem is asked to solve the problem, but it is not solved within one month, so it is decided to refer to the procedure of the problem solving system of the present invention.

Here, it is desirable to give the person responsible for solving the problem a predetermined period of time to solve the problem directly. The problem-solving system can proceed with the problem-solving procedure on its own, without giving a separate period.

<Attracting investment related to problem solving>

Investors who have confirmed the information on the accumulated amount of accumulated advertising revenue for each problem printed on the investor's terminal, information on the amount of principal preservation investment set by the above-mentioned formula, information on investment income, and information on the differentiation of investment returns according to the time of investment and a problem favorable to the return on investment is selected, and the investment money is provided to the operating computer in connection with solving the problem, and the operating computer receives and accumulates information on the investment amount attracted by each problem.

<Problem participation status notice and solution contest>

When reading the problem, the unit cost of viewing an advertisement was 100 won, and a total of 100 million won was accumulated for 1 million clicks, and the number of participants was calculated to be 850,000. Investment attraction was carried out by preserving the investment principal and providing a return on investment of 10% within the range of 20% of the advertising revenue, and the investment by investors was within the range of 20% of the advertising revenue at the time of investment. An investment of 20 million won was accumulated. Therefore, a total of 120 million won of 100 million won in advertising revenue and 20 million won in investment was raised as a project cost to solve this problem.

The solution to the above problem is contested by announcing the project cost information for solving the problem of a total of 120 million won consisting of problem information, advertisement revenue and investment attraction, compensation information for participants, and compensation (50%) information for problem solvers.

<Applicants' application for solution>

It was counted that 200 applicants for solving the problem provided a solution and applied through the user interface of the member's terminal.

<Selecting a solution to the problem>

The solutions of the applicants numbered 27 were selected with the highest priority among those recognized as solvable by the advisory group on the solutions of the applicants.

However, it was recognized that the solutions of Applicants No. 35 and No. 57 can contribute to the resolution of the problem, although the order of applications is late in the review of the advisory group or the evaluation of non-related persons.

<Troubleshooting verification of the solution>

The solution of the selected applicant No. 27 was applied as a beta version for 3 days to those who are obligated to solve the problem A's manufacturers, suppliers, advisory groups, and applicants among members. As a result of applying it in the beta version, some bugs occurred, but the problem was completely solved by adding and applying the technologies included in the solutions of Applicants No. 35 and No. 57.

As a result of applying the complete version of the solution to all general members, two reports of similar problems were received during the general member application period. After elapsed, the verification process was completed.

<Compensation and Post-Settlement>

Applying the example in Table 2 above with 120 million won of project cost, 1 million won for the complainant, 1 million won for system operation costs (reserved), 12 million won for non-related persons, 12 million won for group intelligence convergence participants, the figures 12 million won for decision participants, 60 million won for problem solvers (if set at 50%), 2 million won for investment profits and 20 million won for investment principal.

It was decided that the contribution ratio of the applicants for solution No. 27, additional contribution solution No. 35, and No. 57, selected by the advisory group deliberation committee for the total amount of compensation was 3 : 1 : 1 and distributed accordingly.

2. Abstract/Social Issues

<Find and raise a problem>

With the enforcement of the amended Lease Act, there was a social problem that threatened the housing stability of ordinary people due to a surge in jeonse prices, and it was found that countermeasures were urgently needed.

The housing stability problem caused by the sharp rise in jeonse prices was submitted to the operating computer as a problem to be resolved.

The fact that the advertisement of the advertiser is registered and linked to the received problem is as described above.

<Participation of members by field>

Members who are experiencing real charter difficulties or are interested in housing stability problems watch advertisements while reading the problem, and use the user interface to express their intention to participate in solving the problem by using 120 points among the points accumulated by the operating computer. and transferred to the operating computer.

The operating computer accumulates advertising revenue when members read problems and express their intention to participate.

<Person responsible for solving the problem (Government)>

For a problem that has reached a predetermined number of readings, the government, who is obligated to solve the problem, is asked to solve the problem, but it is not solved within one month, so it is decided to submit to the procedure of the problem solving system of the present invention.

<Investment attraction, notification of problem participation status and solution contest>

When reading the problem, the per click price of watching an advertisement was 120 won, and a total of 600 million won was accumulated for 5 million clicks, and the number of participants was calculated to be 4.5 million.

Investment attraction was carried out by preserving the investment principal and providing a return on investment of 10% within the range of 20% of the advertising revenue, and the investment by investors was within the range of 20% of the advertising revenue at the time of investment. An investment of 120 million won was accumulated. Therefore, a total of 720 million won, including 600 million won in advertising revenue and 120 million won in investment attraction, was raised as a project cost to solve this problem.

The solution to the above problem is contested by announcing the project cost information for solving the problem of 720 million won consisting of problem information, advertising revenue and investment attraction, compensation information for participants, and compensation (50%) information for problem solvers.

<Applicants' application for solution>

It was counted that 50,000 applicants provided a solution through the user interface of the member's terminal during the one-month application period for the solution to the problem.

<Selecting a solution to the problem>

For 50,000 solutions, evaluation by non-related persons is applied to select the top 10 candidates with an average score. Here, for convenience, the selected candidates are referred to as application numbers 1 to 10.

For each of the top 10 selected solutions, additional verification is performed with the collective intelligence convergence system. Table 7 shows the results of collective intelligence convergence in the collective intelligence convergence system.

candidate agree(%) the opposite(%) majority opinion average ranking number 1 51 49 51.67 7th place No.2 23 77 67.82 leaving out number 3 60 40 62.27 6th place number 4 35 65 58.33 leaving out number 5 82 18 79.66 3rd place number 6 70 30 64.02 5th place number 7 88 12 82.77 1st number 8 45 55 51.31 leaving out number 9 84 16 80.15 2nd place number 10 75 25 72.65 4th place

As can be seen in Table 7, candidates with more dissenting opinions than pros (2, 4, 8) were automatically eliminated, and application number 7 with the highest average score or the highest number of consents among those with a majority in favor was selected as the final solution. .In addition, in the review by the advisory group or evaluation by non-related persons, it was evaluated that the solutions of application number 9, which placed 2nd place and application number 5, which placed 3rd place, could additionally contribute to solving the problem. >

The solution of the selected application number 7 is reflected in the actual policy and implemented. As a result of applying the solution of the selected application number 7 to the Seoul area as a beta version for one month, some problems occurred in the beta version. was found to be largely resolved.

Afterwards, a final policy that comprehensively applied the solutions of Retribution No. 7, Application No. 9, and Application No. 5 was formulated and implemented nationwide for an additional month. As a result of checking with the intelligence convergence system, it was found that there was no causal relationship with the problem or solution in question.

After that, the verification process was completed after a predetermined period of 3 months passed without any other problems.

<Compensation and post-settlement>

Applying the example in Table 2 above to the budget of 720 million won, the person who raised the issue 6 million won, the system operation cost (reserve) 6 million won, the non-related person 72 million won, the participants of the collective intelligence convergence 72 million won, the figures 72 million won for decision participants, 360 million won for problem solvers (if set at 50%), 12 million won for investment profits and 120 million won for investment principal.

The total amount of compensation for the problem solver is calculated by dividing the contribution ratio of application number 7 selected as the first place in the review of the advisory group or evaluation by non-related persons, and the contribution ratio of the application number 9 and application number 5 applicants who are in the 3rd place as an additional contribution solution. It was decided to be 1, and it was decided to pay evenly according to the ratio.

As described above, the embodiment of the investment attraction system through the advertising revenue of the present invention performs a function of automatically selecting problems in areas in need of solving problems and in areas in urgent need of solution based on the free market economic principle. In addition, by disclosing the advertisement revenue accumulated according to the reading of the problem by interlocking the advertisements by problem, the ratio of investment attraction and the return on investment that is used to compensate the principal as an advertisement revenue, as well as the application of the differential rate of return according to the time of investment, to prevent investors from competing in investment. It is structured so that it can induce high-quality solutions to the problem and share profits with participants, problem solvers, and investors by using advertising revenue and investment attraction as a financial source. have.

In addition, problems exist anytime, anywhere, and the person who wants to solve the problem and the person who solves the problem are connected through the optimal compensation system based on supply and demand to propose and solve various problems and attract investment It can function as a comprehensive platform of

The embodiments of the present invention described above are only some of the various embodiments of the present invention. By guaranteeing investors' investment principal preservation and a predetermined return on investment with advertising revenue linked to the problem raised by the present invention, it induces competitive investment by investors through advertising revenue, By using the funds for the project cost to solve the problem, the problem of funds for solving the problem is solved, and at the same time, for the subject to solve the problem and the subject to solve the problem, the identity authentication system through identity authentication of the participant is performed. Various embodiments included in the technical idea of performing, the selection of a problem solution can be guaranteed professional and objectivity through the evaluation of experts or non-related persons, and a predetermined compensation is paid to the participants are included in the protection scope of the present invention it is natural

1000: operating computer
2000: data storage computer
3000: Jegija terminal
4000: related person terminal
5000: unrelated terminal
6000: advertiser terminal
7000: investor terminal
8000: problem solver terminal
9000: support system

Claims (10)

As an operating computer for the management of investment attraction through advertising revenue,
The operating computer includes at least one hardware processor and a memory storing a computer program, wherein the at least one hardware processor controls the execution of the program,
Accumulate advertising revenue generated by advertising linked to the problem raised,
Stores information on investment funds raised based on accumulated advertising revenue,
Operating computer, characterized in that the accumulated advertising revenue and attracted investment is covered by the business expenses for solving the above problems. The method according to claim 1,
The advertisement revenue is generated by exposing an advertisement linked to the problem when the participants select to view the problem in the terminal. The method according to claim 1,
The investment money is an operating computer, characterized in that it is attracted from investors who have been provided with information on investment conditions according to advertising revenue accumulated in connection with the above problem. 4. The method according to claim 3,
The information on the investment condition includes information on investment money that can preserve the principal or information on a rate of return on which payment is guaranteed. 5. The method according to claim 4,
Operating computer, characterized in that the investment money that can preserve the principal of the investment is attracted on a first-come, first-served basis. As an investment attraction method using an operating computer for managing investment attraction through advertising revenue,
accumulating advertisement revenue generated by the advertisement linked to the problem raised by the operating computer;
and storing, by the operating computer, information on the investment money raised based on the accumulated advertising revenue;
The method of attracting investment through advertising revenue, characterized in that the accumulated advertising revenue and the attracted investment are covered by business expenses for solving the above problem. 7. The method of claim 6,
The investment attraction method through advertising revenue, characterized in that the investment is attracted from investors who have been provided with information on investment conditions according to the advertising revenue accumulated in connection with the above problem. As an investment attraction method using an operating computer for managing investment attraction through advertising revenue,
accumulating advertisement revenue generated by the advertisement linked to the problem raised by the operating computer;
The method of attracting investment through advertising revenue, comprising the step of attracting investment funds capable of preserving principal based on the advertising revenue accumulated by the operating computer. 9. The method of claim 8,
Investment attraction method through advertising revenue, characterized in that the investment is possible to preserve the principal is calculated by the following equation.
[Equation]

x: Investment that can preserve the principal
a: accumulated advertising revenue 10. The method of claim 9,
In the above formula, the constant 0.2 or the constant 0.9 or the constant 2 is set differently.

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