KR20240020751A - Method for Managing Capital Securization by Using Right Non-Fungible Token of Industrial Property - Google Patents

Abstract

The present invention relates to a fund securitization management method using industrial property rights non-fungible tokens. The fund securitization management method using industrial property rights non-fungible tokens executed through an operation server according to the present invention includes M ≥ 1) industrial property rights. Contract details (1) transferring m (1≤m≤M) industrial property rights designated from a company to a designated corporation, and issuing N (N≥1) non-fungible tokens corresponding to the m industrial property rights transferred. A contract to securitize the company by providing securitization funds corresponding to a specified ratio within the total profit value secured by providing the above-mentioned company with a specified payment amount periodically during a specified payment period based on the total payment amount corresponding to the above-mentioned securitization funds ( 2) If the scheduled or occurrence of at least one of the non-performance of the contract or change in the rights of industrial property rights by the company is confirmed before the expiration of the payment period, the designated stocks of the company will be transferred to the owner of the non-lending token based on the remaining unpaid amount. The first step of storing contract confirmation information that can confirm or certify the concluded contract, including the purpose of contract content (3) enabling acquisition in accordance with the designated stock quantity, in a designated operational DB, and based on the contract confirmation information A second step of performing a procedure for issuing N non-fungible tokens for N objects corresponding to the m industrial property rights on a designated blockchain using a designated smart contract, After N non-fungible tokens are issued, non-performance of contract or industrial property rights by the company in the d (1≤d≤D)th payment cycle among D (D≥2) payment cycles corresponding to the payment period. A third step of confirming the schedule or occurrence of at least one of the changes or confirming the status of payment of the designated dth payment amount from the enterprise at the designated payment time of the dth payment cycle, and the non-performance of the contract or industrial property rights A fourth step of confirming the information of N owners who own the N non-fungible tokens at a designated confirmation time during the d payment cycle when the scheduled or occurring occurrence of at least one of the changes in the rights of the N non-fungible tokens is confirmed, and the non-fungible tokens A fifth step of requesting deactivation of transactions for n non-fungible tokens owned by n (1≤n≤N) owners who will acquire the designated stocks of the company through a trading platform that processes transactions, and (D-d) Confirm the remaining unpaid amount to be paid by the company during the remaining payment period including the payment cycle, and determine the quantity of shares per owner corresponding to the remaining distribution amount for each owner to be distributed to the n owners based on the remaining unpaid amount. A sixth step of confirming the information, providing the n owner information and the stock quantity information for each n owner to the designated terminal corresponding to the company, so that the n owners are provided with the stocks corresponding to the stock quantity for each n owner. It includes the seventh step of processing the acquisition.

Description

Method for Managing Capital Securization by Using Right Non-Fungible Token of Industrial Property}

The present invention relates to a fund securitization management method using a non-fungible token for industrial property rights, which includes contract details (1) for transferring designated industrial property rights from a company holding industrial property rights to a designated specific corporation, and a replacement corresponding to the transferred industrial property rights. Securitization funds are provided to the above-mentioned company to correspond to a specified ratio within the total profit value secured by issuing non-voifiable tokens, and the specified payment amount is paid periodically during the specified payment period based on the total payment amount corresponding to the above-mentioned securitization funds. If the contract details (2) and the scheduled or occurring occurrence of at least one of the non-performance of the contract or change in the rights of industrial property rights by the company are confirmed before the payment period has elapsed, the owner of the non-lending token is sent to the owner of the non-lending token based on the remaining unpaid amount. Store contract confirmation information that can confirm or certify the concluded contract, including the purpose of the contract (3) that allows the acquisition of designated stocks matching the designated stock quantity, and use the designated smart contract based on the contract confirmation information. After issuing N non-fungible tokens for N objects corresponding to the industrial property rights on the designated blockchain, the plan or occurrence of at least one of the contract default or change in industrial property rights is confirmed during the payment period. , relates to a method of processing the stocks to be acquired by the owner who will acquire the designated stocks of the company among the owners of the non-fungible tokens confirmed at the designated confirmation time of the payment cycle.

Blockchain is a decentralized distributed ledger that stores data such as transaction details in blocks and connects them in the form of a chain. Representative examples include distributed ledgers for Bitcoin transactions. Meanwhile, after the Ethereum-based blockchain was proposed, smart contracts could be deployed and run on the blockchain, and various tokens were created based on this.

Meanwhile, most of the tokens previously created on the blockchain through smart contracts were fungible tokens, but recently, non-fungible tokens (NFTs) have been issued on the blockchain through smart contracts. It became possible.

Fungible tokens can be exchanged with other tokens of the same type, while non-fungible tokens cannot be exchanged with other tokens of the same type. Accordingly, non-fungible tokens have the characteristic of safely guaranteeing ownership of digital assets (e.g., digital images, etc.) and allowing them to be traded.

However, conventional non-fungible tokens only guarantee ownership of digital assets, and have technical difficulties in safely guaranteeing ownership of patent rights and providing transactions for patents that have been applied for and validly registered in the real world.

In addition, industrial property rights that only have rights are less attractive as NFT products, and it is necessary to prepare a fund securitization plan using industrial property rights that are converted into NFT for marketability and profitability.

The purpose of the present invention is to provide contract details (1) for transferring designated industrial property rights from a company holding industrial property rights to a designated specific corporation, and a specified amount within the total profit value secured by issuing a non-fungible token corresponding to the transferred industrial property rights. A contract (2) to provide securitization funds corresponding to the ratio to the above-mentioned company and securitize them, but to periodically pay a specified payment amount during a specified payment period based on the total payment amount corresponding to the above-mentioned securitization funds, and before the expiration of the payment period, When the scheduled or occurring occurrence of at least one of contract default or change in industrial property rights by a company is confirmed, the owner of the non-lenderable token can acquire the designated stocks of the company matching the designated stock quantity based on the remaining unpaid amount. Stores contract confirmation information that can confirm or certify the concluded contract, including the purpose of the contract (3), and uses the designated smart contract based on the contract confirmation information to correspond to the industrial property rights on the designated blockchain. After issuing N non-fungible tokens for objects, if the scheduled or occurring occurrence of at least one of the non-performance of the contract or change in the rights of industrial property rights is confirmed during the payment period, the replacement confirmed at the designated confirmation time of the payment cycle The aim is to provide a fund securitization management method using non-fungible tokens of industrial property rights, which allows the stocks to be acquired by those who own the non-fungible tokens and who will acquire the designated stocks of the company.

The fund securitization management method using non-fungible industrial property rights tokens according to the present invention is executed through an operation server, and is designated as a specific corporation from a company holding M (M ≥ 1) industrial property rights (1 ≤ m ≤ M). Contract details (1) transferring industrial property rights, and securitization funds corresponding to a specified ratio within the total profit value secured by issuing N (N≥1) non-fungible tokens corresponding to the m industrial property rights transferred. (2) A contract to provide securitization to the above-mentioned company and periodically pay a specified payment amount during a specified payment period based on the total payment amount corresponding to the above-mentioned securitization funds, and non-performance of the contract by the above-mentioned company before the expiration of the above-mentioned payment period. When the scheduled or occurrence of at least one of the changes in the rights of industrial property rights is confirmed, the contract details allow the owner of the non-lending token to acquire the designated stocks of the company matching the designated stock quantity based on the remaining unpaid amount (3) The first step is to store contract confirmation information that can confirm or certify the concluded contract, including the purpose of the contract, in a designated operational DB, and use a designated smart contract based on the contract confirmation information to create a designated blockchain (Block). Chain), a second step of performing a procedure for issuing N non-fungible tokens for N objects corresponding to the m industrial property rights, and after the N non-fungible tokens are issued, corresponding to the payment period In the d (1 ≤ d ≤ D) payment cycle among D (D ≥ 2) payment cycles, the schedule or occurrence of at least one of contract default or change in industrial property rights by the company is confirmed, or the d The third step is to confirm that the designated dth payment amount has been paid by the company at the designated payment time of the second payment cycle, and when the schedule or occurrence of at least one of the above contract default or change in industrial property rights is confirmed, The fourth step is to confirm the information of N owners who own the N non-fungible tokens at a designated confirmation time during the dth payment cycle, and acquire the designated stocks of the company through a trading platform that processes transactions of the non-fungible tokens. Step 5, requesting deactivation of transactions for n non-fungible tokens owned by n (1≤n≤N) owners, and the amount to be paid by the company during the remaining payment period including (D-d) payment cycles. A sixth step of confirming the remaining unpaid amount and confirming stock quantity information for each owner corresponding to the remaining distribution amount for each owner to be distributed to the n owners based on the remaining unpaid amount, and a designated number corresponding to the company. It may include a seventh step of providing the n owner information and stock quantity information for each n owner to the terminal so that stocks corresponding to the stock quantity for each n owner are acquired by the n owners.

According to the present invention, the specific corporation may include a special purpose corporation (SPC) established for the conclusion and execution of the contract.

According to the present invention, the first step may further include receiving industrial property rights information corresponding to the m industrial property rights.

According to the present invention, the total revenue value may include an expected revenue value expected to be obtained by issuing N non-fungible tokens corresponding to the m industrial property rights through a designated issuance procedure.

According to the present invention, the total profit value is the expected profit calculated by applying a specified discount rate to the expected profit value expected to be obtained by issuing N non-fungible tokens corresponding to the m industrial property rights through a designated issuance procedure. May contain value.

According to the present invention, the total profit value is determined when the actual profit value actually confirmed after performing the procedure of issuing N non-fungible tokens corresponding to the m industrial property rights is different from the expected profit value. It can be adjusted to the actual profit value confirmed.

According to the present invention, the total profit value may include an unspecified value that is determined as the actual profit value after performing a procedure for issuing N non-fungible tokens corresponding to the m industrial property rights.

According to the present invention, the total profit value may include a profit value range that is determined as the actual profit value after performing a procedure for issuing N non-fungible tokens corresponding to the m industrial property rights.

According to the present invention, the total profit value can be determined as the actual profit value actually confirmed after performing a procedure for issuing N non-fungible tokens corresponding to the m industrial property rights.

According to the present invention, the total profit value is the actual profit value calculated by applying a specified discount rate to the actual profit value actually confirmed after performing the procedure of issuing N non-fungible tokens corresponding to the m industrial property rights. It can be included.

According to the present invention, the discount rate is a discount rate corresponding to the value evaluation result of the m industrial property rights, a discount rate corresponding to the activation rate of the issuance or trading market of the non-fungible token at the time of issuing the non-fungible token, and the replacement rate. It may include a discount rate corresponding to one or a combination of two or more of the promotion method included in the issuance procedure for issuing the non-disabled token, or the discount rate corresponding to at least one of the promotion organizer or promotion participant.

According to the present invention, the securitized fund is determined based on the actual revenue value confirmed after performing a procedure for issuing N non-fungible tokens corresponding to the m industrial property rights, when the total revenue value is determined based on the m It can be confirmed or calculated based on the total profit value confirmed based on the actual profit value confirmed after performing the process of issuing N non-fungible tokens corresponding to the industrial property rights.

According to the present invention, the securitized funds are calculated by converting the securitized value calculated by applying the designated discount rate to the total profit value of the designated cryptocurrency unit when the total profit value is confirmed in the designated cryptocurrency unit into the designated real currency unit. It may include funds in real currency units.

According to the present invention, when the total profit value is confirmed in a designated cryptocurrency unit, the securitized fund is calculated by applying a designated discount rate to the real currency value converted by converting the total profit value of the designated cryptocurrency unit into a designated real currency unit. It may include funds in real currency units corresponding to the securitized value.

According to the present invention, the securitized funds are funds of real currency units corresponding to the securitization value calculated by applying a specified discount rate to the total revenue value of the designated real currency unit when the total revenue value is calculated in designated real currency units. may include.

According to the present invention, the securitized funds may include funds corresponding to the specified appraised value of the m industrial property rights and a value matched within an allowable range.

According to the present invention, the total payment amount may include an amount obtained by adding the securitized funds to the interest rate funds corresponding to the specified interest rate of the securitized funds.

According to the present invention, the payment period may include a period set by agreement between the company and a specific corporation within a period matching the designated rights period of the m industrial property rights and an allowable range.

According to the present invention, the stocks include at least one of stocks corresponding to new stocks to be issued by the company and at least a portion of stocks owned by at least one designated shareholder among stocks already issued by the company. can do.

According to the present invention, the stocks acquired by the owner of the non-lenderable token replace the remaining distribution amount for each owner to be distributed to the owner of the non-lenderable token based on the remaining unpaid amount to be paid by the company during the remaining payment period. This may include stocks acquired by the owner of the non-lenderable token.

According to the present invention, the quantity of stocks is the stock acquisition amount corresponding to the remaining distribution amount for each owner to be distributed to the owner of the non-lenderable token based on the remaining unpaid amount to be paid by the company during the remaining payment period. It can be used to include the quantity of the company's designated stocks that can be acquired according to the designated acquisition conditions.

According to the present invention, the acquisition conditions include a condition for acquiring the designated stocks of the company at the current market value at the time of acquisition, a condition for acquiring the designated stocks of the company at the issue value, and a condition for acquiring the designated stocks of the company at the issue value, and the conditions for acquiring the designated stocks of the company at the issue value. It may include conditions corresponding to one or a combination of two or more of the conditions for acquisition at a set value.

According to the present invention, the contract confirmation information may include electronic document information including at least one electronic document received in relation to the contract from a terminal or server of at least one contracting party related to the contract.

According to the present invention, the electronic document is issued or downloaded in relation to the m industrial property rights through a government agency server or public institution server that manages industrial property rights in the real world, and then received from the terminal or server of the contracting party. It may include electronic documents related to industrial property rights.

According to the present invention, the electronic document may include at least one contract electronic document corresponding to a contract concluded between the company and a specific corporation.

According to the present invention, the electronic document matches the designated stock of the company to the designated stock quantity to the owner of the non-creditable token in accordance with the contract upon confirmation of the scheduled or occurrence of at least one of the contract default or change in industrial property rights. It may include an electronic document related to proving the right to acquire stock, which can prove that the right to acquire the stock exists, or which can prove that the designated procedures of the company related to the acquisition of the stock are scheduled to be performed or have been performed.

According to the present invention, the contract confirmation information is electronic information related to industrial property rights issued or received through a designated government agency server or public institution server based on reference information received from the terminal or server of at least one contracting party related to the contract. Can include documents.

According to the present invention, an authentication step of performing a procedure to certify the validity of the contract based on the contract confirmation information may be further included.

According to the present invention, the third step is to confirm the schedule or occurrence of at least one of contract default or change in industrial property rights by the company in the dth payment cycle by linking with the server or terminal of the specific corporation. May include steps.

According to the present invention, the third step is to confirm the scheduled or occurrence of contract default by the company in the dth payment cycle by linking with at least one financial institution server involved in payment processing of the payment amount. may include.

According to the present invention, the third step may include the step of checking the schedule or occurrence of at least one of the changes in the rights of the industrial property rights in the dth payment cycle by linking with a designated government agency server or a public institution server. there is.

According to the present invention, in the third step, when the payment status of the dth payment amount is confirmed, information on N owners who own the N non-fungible tokens is collected at the designated distribution point of the dth payment cycle. It may further include confirming and distributing N distribution amounts corresponding to the dth payment amount using the confirmed N owner information.

According to the present invention, the fourth step is to check the information of N owners who own the N non-fungible tokens by referring to at least one of the issuance history, transaction history, and status information of the N non-fungible tokens. It can be included.

According to the present invention, the fifth step uses the confirmed N owner information to transmit stock acquisition confirmation request information requesting confirmation of whether to acquire the designated stocks of the company based on the remaining unpaid amount to each owner's terminal. It may include a step of performing a procedure, and a step of checking owner information of n people among the N owners who have requested the stock acquisition by linking with a terminal of at least one owner who has received the stock acquisition confirmation request information.

According to the present invention, the sixth step includes, when the remaining unpaid amount of the company is confirmed, calculating the remaining distribution amount for each n owners to be distributed to the n owners based on the remaining unpaid amount. can do.

According to the present invention, the seventh step is to perform a procedure for requesting the exercise of new stock preemptive rights for each of the n owners through a designated terminal corresponding to the company when the stocks to be acquired by the n owners are new stocks to be issued in the future. May include steps.

According to the present invention, by linking with a government agency server or public institution server that can check shareholder information of the company or linking with a designated terminal, it is confirmed that the designated stocks of the company have been acquired by the n owners to match the specified quantity. It may further include a step of storing result information of the designated stocks of the company being acquired by the n owners in a designated operating DB.

According to the present invention, the contract details (1) for transferring the designated industrial property rights from a company holding the industrial property rights to a designated specific corporation, and a specified amount within the total profit value secured by issuing a non-fungible token corresponding to the transferred industrial property rights. A contract (2) to provide securitization funds corresponding to the ratio to the above-mentioned company and securitize them, but to periodically pay a specified payment amount during a specified payment period based on the total payment amount corresponding to the above-mentioned securitization funds, and before the expiration of the payment period, When the scheduled or occurring occurrence of at least one of contract default or change in industrial property rights by a company is confirmed, the owner of the non-lenderable token can acquire the designated stocks of the company matching the designated stock quantity based on the remaining unpaid amount. Stores contract confirmation information that can confirm or certify the concluded contract, including the purpose of the contract (3), and uses the designated smart contract based on the contract confirmation information to correspond to the industrial property rights on the designated blockchain. After issuing N non-fungible tokens for objects, if the scheduled or occurring occurrence of at least one of the non-performance of the contract or change in the rights of industrial property rights is confirmed during the payment period, the replacement confirmed at the designated confirmation time of the payment cycle By processing the stocks to be acquired by the owner who owns the non-blockable token and who will acquire the designated stocks of the company, industrial property rights can be easily converted into NFTs, and the advantage of being able to securitize funds using the NFTized industrial property rights is possible. there is.

Figure 1 is a diagram showing the configuration of a system for managing fund securitization using industrial property non-fungible tokens according to the implementation method of the present invention.
Figure 2 is a flowchart showing a process of storing contract confirmation information corresponding to a contract for the issuance of an industrial property rights non-fungible token for fund securitization according to the implementation method of the present invention.
Figure 3 is a diagram illustrating a process for certifying the validity of a contract based on contract confirmation information according to the implementation method of the present invention.
Figure 4 is a diagram illustrating the process of issuing a non-fungible token corresponding to industrial property rights on a designated blockchain using a designated smart contract according to the implementation method of the present invention.
Figure 5 is a diagram illustrating the process of requesting deactivation of transactions for the non-fungible token owned by the owner of the non-fungible token when non-fulfillment of contract or change in industrial property rights is confirmed according to the implementation method of the present invention.
Figure 6 is a diagram illustrating the process of allowing the owner of a non-fungible token to acquire stocks in accordance with the method of implementing the present invention in accordance with the company's default of contract or change in industrial property rights.

Hereinafter, the operating principle of a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings and description. However, the drawings shown below and the description below are for preferred implementation methods among various methods for effectively explaining the characteristics of the present invention, and the present invention is not limited to the drawings and description below.

That is, the following examples correspond to preferred union examples among the numerous examples of the present invention, and in the following examples, specific configurations (or steps) are omitted, or specific configurations (or steps) are omitted. An embodiment of dividing an implemented function into a specific configuration (or step), or an embodiment of integrating a function implemented in two or more configurations (or steps) into one configuration (or step), of a specific configuration (or step) It is clearly stated that all embodiments that replace the operation sequence fall within the scope of the present invention, even if not specifically mentioned in the following embodiments. Therefore, based on the examples below, it is clearly stated that various embodiments corresponding to subsets or complements can be divided retroactively to the filing date of the present invention.

Additionally, in the following description of the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the gist of the present invention, the detailed description will be omitted. The terms described below are terms defined in consideration of functions in the present invention, and may vary depending on the intention or custom of the user or operator. Therefore, the definition should be made based on the overall content of the present invention.

As a result, the technical idea of the present invention is determined by the claims, and the following examples are a means to efficiently explain the advanced technical idea of the present invention to those skilled in the art to which the present invention pertains. It's just that.

Figure 1 is a diagram showing the configuration of a system for managing fund securitization using non-fungible tokens of industrial property rights according to the implementation method of the present invention.

In more detail, Figure 1 shows the contract details (1) for transferring designated industrial property rights from a company holding industrial property rights to a designated specific corporation, and the total profit value secured by issuing non-fungible tokens corresponding to the transferred industrial property rights. A contract (2) to securitize the company by providing securitization funds corresponding to a specified ratio of the above company, and periodically pay the specified payment amount during the specified payment period based on the total payment amount corresponding to the securitization funds, and the elapse of the payment period. If the planned or occurring occurrence of at least one of contract default or change in industrial property rights by the above-mentioned company has previously been confirmed, the designated shares of the above-mentioned company may be acquired to the owner of the non-creditable token based on the remaining unpaid amount in a match to the designated number of shares. Store contract confirmation information that can confirm or certify the concluded contract, including the purpose of the contract content (3), and respond to the industrial property rights on the designated blockchain using a designated smart contract based on the contract confirmation information. After issuing N non-fungible tokens for N objects, if the scheduled or occurring of at least one of the contract default or change in industrial property rights is confirmed during the payment period, the confirmed at the designated confirmation time of the payment cycle It shows the configuration of a system that processes stocks to be acquired by the owner who owns the non-fungible token, who will acquire the designated stocks of the company. Those of ordinary skill in the art to which the present invention pertains will recognize this By referring to and/or modifying Figure 1, it is possible to infer various implementation methods for the configuration of the system (e.g., implementation methods in which some components are omitted, subdivided, or combined), but the present invention does not cover all of the inferred methods. It includes an implementation method, and its technical features are not limited to the implementation method shown in Figure 1.

The system of the present invention includes a terminal 155 used by a user or a contracting party or a creator who has formed a designated relationship with a user or company corresponding to a user or family business, and a plurality of nodes corresponding to a decentralized distributed node. Confirming contracts related to the transfer of industrial property rights held by a designated company, the payment of securitization funds, and the acquisition of designated stocks of the company between the blockchain network consisting of the device 145, the terminal 155, and the blockchain network, It includes an operation server 100 that certifies the validity of the contract and performs procedures related to the issuance of a non-fungible token for an object corresponding to the industrial property right.

The industrial property rights of the present invention include rights corresponding to at least one of patent rights, utility model rights, trademark rights, service mark rights, trademark/service mark rights, and design rights that have been applied for and validly registered through designated procedures in the real world.

The terminal 155 may include a terminal 155 of a company, a specific corporation, a certification agency (or authenticator), a notary agency (or notary public), or a certification agency (or authenticator).

Terminal 155 is a general term for terminals used by users or contracting parties or creators who have formed a designated relationship with a user or company corresponding to a user or family business, and preferably includes a wired terminal and a wireless terminal. The terminal 155 communicates with the operation server 100 via a designated communication network in a web manner, communicates with the operation server 100 via a designated communication network in an app manner using a designated application (App), or communicates with the operation server 100 in a web manner. It is possible to communicate with the operation server 100 via a designated communication network in a hybrid method that combines the method and the app method. The issuing authority may include at least one of a person requesting the issuance of a non-fungible token and a person trading non-fungible tokens.

According to the implementation method of the present invention, the terminal 155 is equipped with a browser to implement the web method when communicating with the operation server 100 through a web method, and when communicating with the operation server 100 through an app method. An app for implementing the app method is installed, and when communicating with the operation server 100 in a hybrid method, an app with a built-in browser function for implementing the hybrid method can be installed.

Meanwhile, when the terminal 155 is loaded with an app for implementing the app method or the hybrid method, the app of the terminal 155 includes at least some of the functions of the function component shown in the operation server 100 in Figure 1. The function may be implemented by being installed in the app and/or distributed in the app and the operation server 100, and the present invention may also include these embodiments within the scope of its rights.

Meanwhile, according to the implementation method of the present invention, when at least some of the functions of the functional component shown in the operation server 100 of Figure 1 are implemented (or distributed implementation) through the app mounted on the terminal 155, The functions installed in the app may include the functions of a decentralized application (dApp) that can be linked to the node device 145 corresponding to a node on a designated blockchain network.

The blockchain network is a general term for a blockchain network in which a plurality of node devices 145 that can be operated by deploying a smart contract 150 capable of issuing non-fungible tokens are distributed and distributed in a decentralized manner. . Preferably, the blockchain network includes a smart contract 150 that includes a token algorithm (e.g., ERC-721, ERC-1155, KIP-17, etc., which can be added/extended in various ways in the future) capable of issuing non-fungible tokens. It is desirable to include a blockchain network that can be deployed and run.

The operation server 100 confirms the contract between the terminal 155 and the blockchain network related to the transfer of industrial property rights held by the designated company, payment of securitization funds, and acquisition of designated stocks of the company, and certifies the validity of the contract. If a non-fungible token is issued for an object corresponding to the industrial property right, and the scheduled or occurrence of at least one of the non-performance of the contract or change in the right of the industrial property right by the company is confirmed in the payment cycle corresponding to the designated payment period, A general term for a server that performs the process of processing stocks to be acquired by the owner who will acquire the designated stocks of the company among the owners of the non-fungible tokens confirmed at the designated confirmation time of the payment cycle, and is the operating server in Figure 1. (100) is not limited to a specific (or any one) physical server device.

In addition, each component of the operation server 100 shown in Figure 1 is implemented through a server operated by one entity (e.g., business operator, company, institution, individual, etc.) and/or by two servers operated by one entity. A form of software that is distributedly implemented through one or more servers or devices and/or is distributedly implemented through two or more servers or devices operated by two or more affiliated entities, and/or is added to/installed on a server or device already established by one entity. All embodiments are possible, such as implementation in the form of software that is implemented and/or added to/installed on two or more servers or devices operated by two or more affiliated entities, and can be implemented by implementing the operation server 100. It is clearly stated that the present invention is not limited. Meanwhile, in the detailed description or claims of the present invention, the meaning of a statement to the effect of 'processing to' or 'performing a procedure' for a specific function performed by the component provided in the operation manual is the server (or software) of a specific entity. ) not only implies that the function is executed directly, but also requests that the function be executed through another entity's server or device affiliated with the specific entity's server (or software), or that another entity's server or device performs the function. This is a description that implies that the preprocessing required to execute the function is performed or that another entity's server or device is provided with the results of executing the function, and the subject of the action corresponding to this description is not directly performed by a specific entity ( (In order to avoid the scope of rights), it is clearly stated that even if execution is requested through another entity's server or device, or preprocessing or execution results are provided, it can be interpreted as being attributed to the actions of a specific entity.

Referring to Figure 1, the operation server 100 stores information that stores contract confirmation information that can confirm or certify contracts related to the transfer of industrial property rights held by a designated company, payment of securitization funds, and acquisition of designated stocks of the company. A unit 105 and a token processing unit 110 that issues a non-fungible token for an object corresponding to an industrial property right for which the validity of the contract has been certified, and the payment amount is determined at the designated payment time of the payment cycle corresponding to the designated payment period. A payment status confirmation unit 115 that confirms the status of payment from the company, and an owner confirmation unit 120 that verifies information on the N owners who own the N non-fungible tokens at a designated confirmation time,

It includes a distribution amount processing unit 125 that distributes the distribution amount corresponding to the payment amount.

The information storage unit 105 includes contract details (1) for transferring m (1≤m≤M) industrial property rights designated from a company holding M (M≥1) industrial property rights to a designated specific corporation, and the transfer. Securitization is provided to the company by providing securitization funds corresponding to a specified ratio within the total profit value secured by issuing N (N≥1) non-fungible tokens corresponding to m industrial property rights, and the total amount corresponding to the securitization funds is provided to the company. Contract details (2) to periodically pay a specified payment amount during a specified payment period based on the payment amount, and confirmation of the scheduled or occurrence of at least one of the following: non-performance of contract by the above-mentioned company or change in rights of industrial property rights before the expiration of the above-mentioned payment period; In this case, confirm or confirm a contract that can be certified, including the purpose of contract (3), which allows the owner of the non-lending token to acquire the designated stocks of the company matching the designated stock quantity based on the remaining unpaid amount. Information can be saved in a designated operational DB.

According to the implementation method of the present invention, the information storage unit 105 can store the unique information of the electronic wallet for issuing the non-fungible token in a designated management DB. For example, if a promotion is conducted to recruit users to receive non-fungible tokens before issuance of non-fungible tokens, and non-fungible tokens are issued directly to the recruited users' electronic wallets, there is no need to store the unique information of the electronic wallet for issuing the non-fungible tokens. However, if you issue a non-fungible token with an electronic wallet for issuing non-fungible tokens and then transfer it to a user electronic wallet through a user recruitment promotion, you can first set the unique information of the electronic wallet for issuing non-fungible tokens.

Here, the electronic wallet for issuing non-fungible tokens includes an electronic wallet in which the issued non-fungible tokens are initially stored, and the issued non-fungible tokens are initially stored in the electronic wallet for issuing non-fungible tokens and then undergo a designated procedure. It may be transferred to a designated user's electronic wallet.

According to the implementation method of the present invention, the information storage unit 105 performs a registration procedure for a user corresponding to the company through the company terminal 155 and stores the company's designated unique identification information. Information can be registered and stored in a designated management DB.

Here, the company information may further include unique information about the company's electronic wallet that can store non-fungible tokens.

According to the implementation method of the present invention, the information storage unit 105 receives the unique identification information of the company through the terminal 155 of the designated company, and uses the unique identification information stored in the management DB to Corporate authentication procedures corresponding to unique identification information can be performed.

In addition, according to the implementation method of the present invention, the information storage unit 105 performs a registration procedure for the user through the user's terminal 155 capable of issuing or purchasing a non-fungible token, thereby User information including identification information can be registered and stored in a designated management DB.

Here, the user information may further include unique information about the user's electronic wallet capable of storing non-fungible tokens.

In addition, according to the implementation method of the present invention, the information storage unit 105 receives the unique identification information of the designated user through the terminal 155, and uses the unique identification information stored in the management DB to A user authentication procedure corresponding to the received unique identification information may be performed.

Meanwhile, the specific corporation may include a special purpose company (SPC) established for the conclusion and execution of the contract.

In addition, the specific corporation may include an existing corporation with a legal status capable of concluding a contract with the corporation and executing at least one of the contract contents included in the contract. Here, the existing corporation may include at least one of a financial institution, a credit institution, and a loan company.

Meanwhile, m industrial property rights transferred from the company to a specific corporation may include any one of the industrial property rights held by the company or a combination of two or more industrial property rights.

Here, the m number of industrial property rights may include one industrial property right or a combination of two or more industrial property rights related to the current business of the business or a designated field of business among the industrial property rights held by the business.

In addition, the m number of industrial property rights refers to one industrial property right or a combination of two or more industrial property rights related to a new business being prepared by the enterprise or to be launched within a certain period of time among the industrial property rights held by the enterprise, or to a designated field of the new business. may include.

Meanwhile, the contract details (1) may include industrial property rights information corresponding to the m industrial property rights.

Meanwhile, according to the implementation method of the present invention, the information storage unit 105 can receive industrial property rights information corresponding to the m industrial property rights.

Here, the information storage unit 105 may receive industrial property rights information corresponding to the m industrial property rights from the company's terminal 155.

Additionally, the information storage unit 105 may receive industrial property rights information corresponding to the m industrial property rights from the terminal 155 of a person who has formed a designated relationship with the company. The relevant person may include an agent who has formed an agency relationship with the company.

Additionally, the information storage unit 105 may receive industrial property rights information corresponding to the m industrial property rights from the terminal 155 or the server of the specific corporation.

Additionally, the information storage unit 105 may receive industrial property rights information corresponding to the m industrial property rights from the terminal 155 of a person who has formed a designated relationship with the specific corporation. The relevant person may include an agent who has formed an agent relationship with the specific corporation.

Meanwhile, the industrial property rights information may include information on at least one industrial property rights number among application numbers, publication numbers, international application numbers, registration numbers, announcement numbers, and international publication numbers uniquely set to industrial property rights that are validly registered in the real world. You can.

Here, the industrial property rights identification number information may be information that grants the uniqueness granted to industrial property rights in the real world to the object that will issue the non-fungible token.

Additionally, the industrial property rights identification number information may be information that grants the object to issue the non-fungible token the scarcity granted to industrial property rights in the real world.

In addition, the industrial property rights information may include at least one date information among the application date, publication date, international application date, registration date, announcement date, and international publication date uniquely set for the industrial property right being validly registered in the real world.

Additionally, the industrial property rights information may include registration notices corresponding to industrial property rights that are validly registered in the real world.

In addition, the industrial property rights information includes name information set in the industrial property rights, registration certificate image information corresponding to the industrial property rights, registration certificate document information corresponding to the industrial property rights, registration holder information set in the industrial property rights, and final information set in the industrial property rights. It may further include at least one piece of information among rights holder information and applicant information set in the industrial property rights.

Meanwhile, the contract contents (2) include information corresponding to the total revenue value or information for calculating the total revenue value, information corresponding to the securitization funds or information for calculating the securitization funds, and the total payment amount. Information corresponding to or information for calculating the total payment amount, information corresponding to the payment period or information for calculating the payment period, information corresponding to the payment amount to be paid periodically during the payment period, or information corresponding to the payment amount. It may include at least one piece of information for calculating .

Meanwhile, according to the implementation method of the present invention, the total revenue value may include an expected revenue value expected to be obtained by issuing N non-fungible tokens corresponding to the m industrial property rights through a designated issuance procedure. .

In addition, the total profit value includes the expected profit value calculated by applying the specified discount rate to the expected profit value expected to be obtained by issuing N non-fungible tokens corresponding to the m industrial property rights through a designated issuance procedure. can do.

Here, the total profit value is the actual profit value confirmed after performing the procedure of issuing N non-fungible tokens corresponding to the m industrial property rights, if the actual profit value is different from the expected profit value. Can be adjusted to revenue value.

In addition, the total profit value is, if the actual profit value actually confirmed after performing the procedure of issuing N non-fungible tokens corresponding to the m industrial property rights is less than the expected profit value, the confirmed actual profit value is less than the expected profit value. Can be adjusted to revenue value.

Meanwhile, the contract details (2) state that, if the actual profit value actually confirmed after performing the procedure of issuing N non-fungible tokens corresponding to the m industrial property rights is different from the expected profit value, the total It may further include adjusting the profit value to the actual profit value.

In addition, the contract details (2) are provided in other cases where the actual profit value actually confirmed after performing the procedure for issuing N non-fungible tokens corresponding to the m industrial property rights is less than the expected profit value. It may further include adjusting the total revenue value to the actual revenue value.

In addition, the above contract (2) states that if the actual profit value actually confirmed after performing the procedure of issuing N non-fungible tokens corresponding to the m industrial property rights is different from the expected profit value by a certain percentage or more. , may further include cancellation of the above contract.

In addition, the contract details (2) are that the actual profit value actually confirmed after performing the procedure of issuing N non-fungible tokens corresponding to the m industrial property rights is lower than the expected profit value by a certain percentage or more. In this case, cancellation of the above contract may be further included.

Meanwhile, according to another implementation method of the present invention, the total profit value may include an unspecified value that is determined as the actual profit value after performing a procedure for issuing N non-fungible tokens corresponding to the m industrial property rights. there is.

In addition, the total profit value may include a profit value range that is determined as the actual profit value after performing a procedure for issuing N non-fungible tokens corresponding to the m industrial property rights.

Here, the total profit value can be determined as the actual profit value actually confirmed after performing the procedure of issuing N non-fungible tokens corresponding to the m industrial property rights.

In addition, the total profit value may include the actual profit value calculated by applying a specified discount rate to the actual profit value actually confirmed after performing the procedure of issuing N non-fungible tokens corresponding to the m industrial property rights. there is.

Meanwhile, the discount rate is a discount rate corresponding to the value evaluation result of the m industrial property rights, a discount rate corresponding to the activation rate of the issuance or trading market of the non-fungible token at the time of issuing the non-fungible token, and the non-fungible token. It may include a discount rate corresponding to one or a combination of two or more of the promotion method included in the issuance procedure or the discount rate corresponding to at least one of the promotion organizer or promotion participant.

For example, the discount rate may be inversely proportional to the result of the valuation of the industrial property rights (the higher the valuation, the lower the discount rate), and the discount rate may be inversely proportional to the activation rate (the more activated, the lower the discount rate).

In addition, the total profit value includes the profit value of the designated cryptocurrency unit, or the profit value of the real currency unit calculated by converting the profit value of the designated cryptocurrency unit according to the exchange rate or exchange method with the designated real currency. It can be included.

Meanwhile, according to the implementation method of the present invention, the total revenue value of the securitized funds is determined based on the actual revenue value confirmed after performing the procedure of issuing N non-fungible tokens corresponding to the m industrial property rights. In this case, it can be confirmed or calculated based on the total profit value confirmed based on the actual profit value confirmed after performing the procedure of issuing N non-fungible tokens corresponding to the m industrial property rights.

In addition, the securitized funds may include funds in real currency units calculated by converting the total profit value of the designated cryptocurrency units into designated real currency units when the total profit value is confirmed in designated cryptocurrency units.

In addition, the securitized funds may include funds in real currency units corresponding to the total profit value of the designated real currency units, when the total profit value is calculated in designated real currency units.

According to another implementation method of the present invention, when the total profit value is confirmed in the designated cryptocurrency unit, the securitized fund converts the securitization value calculated by applying the designated discount rate to the total profit value of the designated cryptocurrency unit in the designated real currency unit. It can include funds in real currency units calculated by converting to .

In addition, according to another implementation method of the present invention, when the total profit value is confirmed in the designated cryptocurrency unit, the securitized funds are assigned to the real currency value converted by converting the total profit value of the designated cryptocurrency unit into the designated real currency unit. It may include funds in real currency units corresponding to the securitization value calculated by applying the discount rate.

In addition, according to another implementation method of the present invention, when the total profit value is calculated in a designated real currency unit, the securitization fund corresponds to the securitization value calculated by applying a designated discount rate to the total profit value of the designated real currency unit. It may include funds in real currency units.

In addition, according to another implementation method of the present invention, the securitized funds may include funds corresponding to the specified appraised value of the m industrial property rights and a value matched within an allowable range.

Here, the securitized funds may include funds corresponding to a value that is a certain percentage greater than the specified assessed value of the m industrial property rights within a specified allowable range.

Meanwhile, the total payment amount of the contract (2) may include an amount corresponding to the securitized funds.

Additionally, the total payment amount may include an amount obtained by adding interest rate funds corresponding to a specified interest rate of the securitized funds to the securitized funds. Here, the contract details (2) may include at least one of information corresponding to the interest rate, information for calculating the interest rate, information corresponding to the interest rate funds, or information for calculating the interest rate funds. .

Additionally, the interest rate may include an interest rate of 0.00% or more.

Additionally, the current amount may include an amount divided by dividing the total payment amount into D (D≥2) payment cycles corresponding to the payment period.

Meanwhile, the payment period may include a period matching the designated rights period of the m industrial property rights.

According to the implementation method of the present invention, the payment period may include a period set by agreement between the company and a specific corporation within a period that matches the designated rights period of the m industrial property rights and an allowable range.

Here, the rights period is the shortest rights period among the m rights periods corresponding to the m industrial property rights, the average period of the m rights periods corresponding to the m industrial property rights, and the m rights periods corresponding to the m industrial property rights. It may include at least one of the longest rights periods among the rights periods.

Meanwhile, the contract contents (3) include information corresponding to the type of contract default or establishment conditions, information corresponding to the type of right change or establishment conditions, and types of stocks that can be acquired by the owner of the non-lending token. At least one of the following: information corresponding to the characteristics, information corresponding to the quantity of stocks or information for calculating the quantity of stocks, information corresponding to the method or procedure of acquiring the stocks, non-fulfillment of the contract or change in rights of industrial property rights. Or, upon confirmation of occurrence, it may include at least one of the stock acquisition authority verification information that proves that the owner of the non-creditable token has the authority to acquire the stocks matching the stock quantity according to the acquisition method or procedure. there is.

Here, the non-performance of the contract may include non-payment of the payment amount.

In addition, the change in rights may include at least one of being challenged in an invalidation trial, losing an invalidation trial, or expiration of a rights period for at least one industrial property right among the m industrial property rights.

Meanwhile, the stocks may include at least one of stocks corresponding to new stocks to be issued by the company and at least a portion of stocks owned by at least one designated shareholder among stocks already issued by the company. .

In addition, the stocks acquired by the owner of the non-lending token are replaced with the remaining distribution amount for each owner to be distributed to the owner of the non-lending token based on the remaining unpaid amount to be paid by the company during the remaining payment period. It may include stocks acquired by the owner of the non-voifiable token.

Meanwhile, the stock quantity is designated by using the value corresponding to the remaining distribution amount for each owner to be distributed to the owner of the non-creditable token based on the remaining unpaid amount to be paid by the company during the remaining payment period as the stock acquisition amount. Depending on the acquisition conditions, it may include the quantity of designated stocks of the above-mentioned company that can be acquired.

Here, the acquisition conditions include the conditions of acquiring the designated stocks of the company at the current market value at the time of acquisition, the conditions of acquiring the designated stocks of the company at the issue value, and the conditions of acquiring the designated stocks of the company at the value set in the contract. It may include conditions corresponding to one or a combination of two or more of the underwriting conditions.

Meanwhile, the contract confirmation information may include industrial property rights information corresponding to the m industrial property rights.

According to an implementation method of the present invention, the contract confirmation information may include electronic document information including at least one electronic document received in relation to the contract from a terminal or server of at least one contracting party related to the contract. there is.

Here, the electronic document is issued or downloaded in relation to the m industrial property rights through the government agency server 150 or the public authority server 155 that manages industrial property rights in the real world and is then issued or downloaded to the contracting party's terminal (155). ) or electronic documents related to industrial property rights received from the server.

In addition, the electronic document related to industrial property rights is issued or downloaded for at least one public notice related to the m industrial property rights through a server of a government agency or a public institution that manages industrial property rights in the real world, and is then sent to the terminal of the contracting party. It may include electronic documents of industrial property rights notices received from the server.

In addition, the electronic documents related to industrial property rights are issued or downloaded through a server of a government agency or a public institution that manages industrial property rights in the real world, including the final registration status or rights transfer relationship of the m industrial property rights, and then the contract is concluded. It may include an electronic document on the status of industrial property rights received from the party's terminal or server.

Meanwhile, the electronic document may include at least one contract electronic document corresponding to a contract concluded between the company and a specific corporation. Here, the contract electronic document may include an electronic document of a contract related to the transfer of industrial property rights including the m pieces of industrial property rights information.

In addition, the contract electronic document includes information corresponding to the total revenue value or information for calculating the total revenue value, information corresponding to the securitization funds or information for calculating the securitization funds, and information corresponding to the total payment amount. information or information for calculating the total payment amount, information corresponding to the payment period or information for calculating the payment period, information corresponding to the payment amount to be paid periodically during the payment period, or information for calculating the payment amount. It may include an electronic document of a fund securitization-related contract containing at least one of the following information.

In addition, the electronic document of the contract includes information corresponding to the type or establishment conditions of the contract default, information corresponding to the type or establishment conditions of the change in rights, and the types and characteristics of stocks that can be acquired by the owner of the non-lending token. Information corresponding to the above, information corresponding to the above-mentioned stock quantity or information for calculating the above-mentioned stock quantity, information corresponding to the method or procedure of acquiring the above-mentioned stocks, at least one of the above-mentioned contract failure or change in industrial property rights is planned or occurs. Stock acquisition-related information that includes at least one of the stock acquisition authority verification information that proves that the owner of the non-lenderable token upon confirmation has the authority to acquire the stocks matching the stock quantity according to the acquisition method or procedure. Contract electronic documents may be included. Here, the contract electronic document may further include an electronic signature value obtained by electronically signing the contract electronic document using a certificate of the contracting party.

In addition, the electronic document allows the owner of the non-creditable token to acquire the designated stocks of the company in accordance with the designated stock quantity in accordance with the contract upon confirmation of the scheduled or occurrence of at least one of the contract default or change in industrial property rights. It may include electronic documents related to proving the authority to acquire shares, which can prove the existence of the authority, or which can prove that the designated procedures of the company related to the acquisition of the shares are scheduled to be performed or have been performed. Here, the electronic document related to proving the stock acquisition right may include an electronic document of the new stock preemption right for the new stock if the stock to be acquired by the owner of the non-creditable token is a new stock to be issued in the future.

In addition, the electronic document related to proving the authority to acquire the stock may prove that the company's designated procedures related to the issuance of the new stock are scheduled to be performed or have been performed if the stock to be acquired by the owner of the non-lending token is a new stock to be issued in the future. Proof of procedures may include electronic documents.

In addition, the electronic document related to proving the authority to acquire the stocks above contains the consent regarding the delivery of stocks of the shareholders of the company who own the stocks to be acquired if the stocks to be acquired by the owner of the non-creditable token are already issued stocks of the company. It may include an electronic document of the shareholders' agreement containing.

Meanwhile, according to the implementation method of the present invention, the information storage unit 105 can receive company electronic document information including at least one electronic document related to the contract from the company terminal 155, Here, the contract confirmation information may include electronic document information from the company.

The company's electronic document information may include an electronic document signed electronically using the company's certificate. For example, the company-side electronic document information may include the company-side electronic document and an electronic signature value generated by electronically signing the company-side electronic document using the company's certificate.

Additionally, the company's electronic document information may further include at least one piece of authentication information for authenticating the validity of the company or the validity of the company's electronic document. Here, the authentication information includes a copy of the company's certificate or public key, the electronic signature value of electronically signing the company's electronic document through the company's certificate, and a public official designated to certify the validity of the company or to certify the validity of the company's electronic document. It may contain at least one of the authentication values issued by the organization.

In addition, according to the implementation method of the present invention, the information storage unit 105 receives electronic document information of the specific corporation, including at least one electronic document related to the contract, from the terminal 155 or the server of the specific corporation. The contract confirmation information may include electronic document information from the specific corporation.

Additionally, the company's electronic document information may include an electronic document signed electronically using a certificate of the specific corporation.

In addition, the electronic document information on the specific corporation may further include at least one authentication information for authenticating the validity of the specific corporation or the validity of the electronic document on the specific corporation, where the authentication information is, A copy of the corporation's certificate or public key, the electronic signature value obtained by electronically signing an electronic document on the part of a specific corporation through the certificate of a specific corporation, and a public institution designated to certify the validity of the specific corporation or the validity of the electronic document on the specific corporation. It may contain at least one of the authentication values issued from.

Meanwhile, according to the implementation method of the present invention, the contract confirmation information is provided to a government agency server 150 or a public institution server 155 designated based on reference information received from a terminal or server of at least one contracting party related to the contract. ) may include electronic documents related to industrial property rights issued or received through.

Here, the reference information includes the designated address information of the government agency server 150 or the public authority server 155 to be connected to issue or receive a designated electronic document, and the government agency server 155 to be connected to issue or receive a designated electronic document. It may include any one or a combination of two or more of the parameter information to be provided to (150) or the public institution server (155). Here, the parameter information includes parameters to be transmitted through the GET method through URL, a search word or combination of search words to be entered in the designated search window of the government agency server or public agency server, and API (Application Programming Interface) provided by the government agency server or public agency server. and/or may include at least one of parameters or variables to be passed through code.

In addition, the electronic document related to industrial property rights is issued or downloaded for at least one public notice related to the m industrial property rights through the government agency server 150 or the public authority server 155 that manages industrial property rights in the real world. It may include an electronic document of industrial property rights notice received from the terminal or server of the contracting party.

In addition, the electronic documents related to industrial property rights are issued including the final registration status or rights transfer relationship of the m industrial property rights through the government agency server 150 or the public authority server 155 that manages industrial property rights in the real world. It may include an electronic document on the status of industrial property rights received from the terminal or server of the contracting party after being downloaded or downloaded.

Meanwhile, according to the implementation method of the present invention, the information storage unit 105 stores at least one information related to the contract through the government agency server 150 or the public agency server 155 designated by the company's terminal 155. You can receive reference information from the company for issuing or receiving electronic documents, and issue or receive electronic documents related to industrial property rights corresponding to the reference information through the government agency server 150 or the public institution server 155. Here, the contract confirmation information may include an electronic document related to industrial property rights issued or received through the government agency server 150 or the public authority server 155 based on the company's reference information.

In addition, according to the implementation method of the present invention, the information storage unit 105 stores at least one information related to the contract through the government agency server 150 or the public agency server 155 designated by the terminal 155 of the specific corporation. Receive reference information from a specific corporation for issuing or receiving an electronic document, and issue or receive an electronic document related to industrial property rights corresponding to the reference information through the government agency server 150 or the public institution server 155. The contract confirmation information may include electronic documents related to industrial property rights issued or received through the government agency server 150 or the public authority server 155 based on the reference information of the specific corporation. .

Meanwhile, according to the implementation method of the present invention, the information storage unit 105 can perform a procedure to certify the validity of the contract based on the contract confirmation information.

Additionally, the information storage unit 105 can authenticate the integrity of the information or electronic document included in the contract confirmation information.

Additionally, the information storage unit 105 may compare and verify matching information or electronic documents among the company-side information or electronic documents included in the contract confirmation information and the specific company-side information or electronic documents.

In addition, the information storage unit 105, based on the information or electronic documents included in the contract confirmation information, links with a designated government agency server or public institution server to provide information on the m industrial property rights to the company before concluding the contract. You can perform an ownership authentication procedure to verify the ownership of .

Here, the ownership authentication procedure is performed when the designated government agency server 150 or the public agency server 155 provides an interface environment in which final registration status information of industrial property rights can be obtained, through the interface environment, the government agency server ( 150) or receives data containing the final registration status information of industrial property rights corresponding to the m pieces of industrial property rights information from the public institution server 155, and receives the final right holder set in the final registration status information included in the received data. An authentication procedure may be included to verify that the unique information matches the company's unique information.

In addition, the ownership authentication process is performed when the designated government agency server 150 or the public authority server 155 provides at least one page containing information on the final registration status of industrial property rights, the government agency server 150 or the public agency server 155. Scraping at least one page containing the final registration status information of industrial property rights corresponding to the m pieces of industrial property rights information among the pages of the public authority server 155 through a designated scraping technology, and responding to the scraped pages. It may include an authentication procedure that compares the unique information of the final rights holder set in the final registration status information included in the data and verifies that they match the unique information of the company.

In addition, the ownership authentication process is performed when an electronic document or data containing the final registration status information of industrial property rights is issued by a designated government agency server 150 or a public agency server 155, the government agency server 150 or Receive electronic documents or data issued by performing a designated procedure to request issuance of electronic documents or data containing final registration status information of industrial property rights corresponding to the m pieces of industrial property rights information to the public institution server 155, and It may include an authentication procedure that compares the unique information of the final rights holder set in the final registration status information included in the issued electronic document or data with the unique information of the company to verify that they match.

Meanwhile, according to the implementation method of the present invention, the information storage unit 105 provides information or electronic documents included in the contract confirmation information to the server or terminal of at least one designated certification authority (or authenticator), Authentication result information certifying the validity of the provided information or electronic document may be received from the server or terminal of the certification authority (or authenticator). For example, the certification body (or certifier) may include a government agency, lawyer, patent attorney, etc.

In addition, the information storage unit 105 identifies electronic documents subject to notarization to be notarized through a designated notary agency among the electronic documents included in the contract confirmation information and provides them to the server or terminal of the designated notary agency (or notary). , it is possible to receive electronic document notarization information that notarizes the electronic document to be notarized from the server or terminal of the notary institution (or notary).

In addition, the information storage unit 105 is linked with a designated government agency server 150 or a public institution server 155 based on the information or electronic document included in the contract confirmation information, and after conclusion of the contract, the m An ownership transfer certification procedure can be performed to verify that the ownership of industrial property rights is transferred to the specific corporation mentioned above.

Here, the ownership transfer authentication procedure is performed when the designated government agency server 150 or the public agency server 155 provides an interface environment capable of obtaining information on the final registration status of industrial property rights, and the government agency server through the interface environment. Receive data containing the final registration status information of industrial property rights corresponding to the m pieces of industrial property rights information from (150) or the public institution server 155, and the final right holder set in the final registration status information included in the received data. It may include an authentication procedure that compares the unique information of and the unique information of the specific corporation to verify that they match.

In addition, in the ownership transfer authentication procedure, when the designated government agency server 150 or the public agency server 155 provides at least one page containing information on the final registration status of industrial property rights, the government agency server 150 B. Among the pages of the public institution server 155, at least one page containing the final registration status information of industrial property rights corresponding to the m pieces of industrial property rights information is scraped through a designated scraping technology, and the scraped pages are scraped. It may include an authentication procedure for comparing the unique information of the final right holder set in the final registration status information included in the corresponding data with the unique information of the specific corporation to verify that they match.

In addition, the ownership transfer authentication procedure is performed when an electronic document or data containing the final registration status information of industrial property rights is issued by a designated government agency server 150 or a public institution server 155, the government agency server 150 B. Receive electronic documents or data issued by performing a designated procedure to request issuance of electronic documents or data containing the final registration status information of industrial property rights corresponding to the m pieces of industrial property rights information to the public institution server 155, It may include an authentication procedure that compares the unique information of the final right holder set in the final registration status information included in the issued electronic document or data with the unique information of the specific corporation to verify that they match.

In addition, the ownership transfer authentication procedure involves performing procedures related to the transfer of ownership of the m industrial property rights or providing the m industrial property rights information to a server or terminal of a certification agency (or authenticator) capable of certifying the ownership transfer. It may include an authentication procedure for receiving ownership transfer confirmation information authenticating the ownership transfer.

Meanwhile, when the contract confirmation information is stored through the information storage unit 105 and the validity of the contract is certified, the token processing unit 110 of the operation server 100 creates a designated smart contract based on the contract confirmation information. (Smart Contract) can be used to issue N non-fungible tokens for N objects corresponding to the m industrial property rights on a designated blockchain.

According to the implementation method of the present invention, the token processing unit 110 can confirm unique information of a designated electronic wallet to issue a non-fungible token.

Here, when issuing the non-fungible token to the electronic wallet of the specific corporation, the token processing unit 110 receives the unique information of the electronic wallet of the specific corporation through the terminal 155 or server of the specific corporation or the designated corporation. You can check the unique information of the specific corporation's electronic wallet through the management DB, and the non-fungible token can be transferred to at least one user's electronic wallet confirmed through a designated procedure after it is first issued to the specific corporation's electronic wallet. there is.

Here, the designated procedure may include at least one of a designated recruitment procedure for recruiting users to receive the non-fungible token, or a transaction procedure for trading the non-fungible token.

In addition, when issuing the non-fungible token with a designated electronic wallet for issuing non-fungible tokens, the token processing unit 110 provides unique information of the electronic wallet for issuing non-fungible tokens through the designated management DB. It can be confirmed, and the non-fungible token can be transferred to at least one user's electronic wallet confirmed through a designated procedure after it is first issued to the electronic wallet for issuing the non-fungible token.

Here, the designated procedure may include at least one of a designated recruitment procedure for recruiting users to receive the non-fungible token, or a transaction procedure for trading the non-fungible token.

In addition, when the token processing unit 110 directly issues the non-fungible token to a designated user's electronic wallet, the user corresponding to the user recruited through a designated recruitment procedure for recruiting users who will receive the non-fungible token You can receive electronic wallet-specific information corresponding to the user's electronic wallet through the terminal, or check the user's electronic wallet-specific information through a management DB designated based on the user identification information corresponding to the recruited user.

Meanwhile, according to the implementation method of the present invention, the token processing unit 110, based on at least one information or electronic document related to the m industrial property rights among the information or electronic documents included in the contract confirmation information, N contents can be created to issue N non-fungible tokens corresponding to industrial property rights.

Here, the content may include content in the form of an electronic document created based on at least one information or electronic document related to the m industrial property rights. For example, electronic documents related to industrial property rights may include electronic document content that additionally displays designated serial numbers corresponding to N non-fungible tokens.

In addition, the content is at least one of image content with a bitmap structure generated according to content creation logic specified based on at least one piece of information or electronic document related to the m industrial property rights, and video content including at least two or more frames. may include content. For example, it may include image content in which the registration number of an industrial property right and a designated serial number corresponding to N non-fungible tokens are displayed in a designated area of the image.

In addition, according to the implementation method of the present invention, the token processing unit 110 selects at least one information or electronic document related to the m industrial property rights among the information or electronic documents included in the contract confirmation information using a designated content creation artificial intelligence. You can check the N contents created by substituting into the module.

Here, the content creation artificial intelligence module includes an artificial intelligence module that has learned learning data including information related to industrial property rights or observed characteristics of electronic documents as input information and content corresponding to the input information as output information. can do.

In addition, according to the implementation method of the present invention, the token processing unit 110 can receive N contents for issuing N non-fungible tokens corresponding to the m industrial property rights from the server or terminal of the specific corporation. there is.

In addition, according to the implementation method of the present invention, the token processing unit 110 receives i (i ≥ 1) pieces of content for issuing non-fungible tokens corresponding to the m industrial property rights from the server or terminal of the specific corporation. It is possible to receive and generate N contents for issuing N non-fungible tokens corresponding to the m industrial property rights based on the received i contents.

In addition, according to the implementation method of the present invention, the token processing unit 110 selects N non-fungible tokens corresponding to the m industrial property rights from a content DB that stores content that can be used for the issuance of non-fungible tokens corresponding to industrial property rights. N pieces of content for issuing tokens can be extracted.

In addition, according to the implementation method of the present invention, the token processing unit 110 receives non-fungible tokens corresponding to the m number of industrial property rights from a content DB that stores content that can be used for issuance of non-fungible tokens corresponding to industrial property rights. j (j≥1) pieces of content for issuance can be extracted, and N pieces of content for issuing N non-fungible tokens corresponding to the m industrial property rights can be generated based on the extracted j pieces of content.

In addition, according to the implementation method of the present invention, the token processing unit 110 receives N tokens corresponding to the m industrial property rights from the terminal of a designated creator capable of creating content that can be used for the issuance of non-fungible tokens corresponding to the industrial property rights. You can receive N pieces of content for issuing non-fungible tokens.

In addition, according to the implementation method of the present invention, the token processing unit 110 collects non-fungible tokens corresponding to the m number of industrial property rights from the terminal of a designated creator who can create content that can be used for the issuance of non-fungible tokens corresponding to industrial property rights. It is possible to receive k (k≥1) contents for issuing tokens, and generate N contents for issuing N non-fungible tokens corresponding to the m industrial property rights based on the extracted k contents. there is.

Here, the content may include at least one of image content in a bitmap structure, drawing content drawn using a designated drawing tool, and video content including at least two frames.

Meanwhile, according to the implementation method of the present invention, when N contents for issuing N non-fungible tokens corresponding to the m industrial property rights are prepared, the token processing unit 110 provides content corresponding to the N contents. A procedure for storing a file in a designated storage medium is performed to check content identifier information that uniquely identifies the content file stored in the storage medium, and at least one information describing the content file, the content identifier information, and the m industries are identified. A unique identifier that uniquely identifies the metadata stored in the storage medium by performing a procedure to generate unique metadata containing information uniquely identifying or explaining property rights in each designated area and storing the metadata in the storage medium. You can check the information.

In addition, according to another implementation method of the present invention, when N contents for issuing N non-fungible tokens corresponding to the m industrial property rights are prepared, the token processing unit 110 prepares N contents corresponding to the N non-fungible tokens. A procedure for storing a content file in a designated storage medium, confirming content identifier information that uniquely identifies the content file stored in the storage medium, and storing an industrial property rights information file corresponding to the industrial property rights information in the designated storage medium. Confirm industrial property rights identifier information that uniquely identifies the industrial property rights information file stored in the storage medium, and at least one piece of information describing the content file and at least one piece of information describing the content identifier information and the industrial property rights information file. A unique identifier that uniquely identifies the metadata stored in the storage medium by performing a procedure to generate unique metadata containing the information and the industrial property identifier information in each designated area and storing the metadata in the storage medium. You can check the information.

Here, the metadata may further include information uniquely identifying or describing the m industrial property rights in a designated area.

Additionally, the unique identifier may include information that uniquely identifies the object corresponding to the m industrial property rights.

Additionally, the storage medium may include one or more of an InterPlanetary File System (IPFS), a database capable of storing files or data, and a database on the blockchain.

Meanwhile, according to the implementation method of the present invention, the token processing unit 110 deploys a smart contract capable of issuing a non-fungible token based on a designated standard on a designated blockchain or deploys a smart contract deployed on the blockchain. Check the smart contract, apply the specified electronic wallet unique information to the electronic wallet item of the non-fungible token to be issued through the smart contract deployed on the blockchain, and add the unique identifier information to the token identifier item of the non-fungible token. By applying it, it can be processed to issue a non-fungible token corresponding to an object that combines industrial property rights and content.

Here, the electronic wallet unique information includes the electronic wallet unique information of the specific corporation, the unique information of the electronic wallet for issuing the non-fungible token designated to issue the non-fungible token, and the recruitment procedure designated to receive the issued non-fungible token. It may include at least one electronic wallet-specific information among the user's electronic wallet-specific information recruited through .

In addition, the token processing unit 110, when the non-fungible token is pre-issued to a designated electronic wallet rather than the user's electronic wallet, the user recruited through a user recruitment procedure for recruiting users to receive the issued non-fungible token You can perform the procedure to transfer the above non-fungible token to an electronic wallet.

The payment status confirmation unit 115, after the N non-fungible tokens are issued through the token processing unit 110, d (1 ≤) of D (D ≥ 2) payment cycles corresponding to the payment period. d≤D) confirms the scheduled or occurring occurrence of at least one of contract default or change in industrial property rights by the enterprise in the dth payment cycle, or the dth payment amount specified at the designated payment time of the dth payment cycle is determined by the above You can check the status of payment from the company.

According to the implementation method of the present invention, the payment status confirmation unit 115 is linked with the server or terminal of the specific corporation to determine at least one of the default of contract or change in industrial property rights by the company in the dth payment cycle. You can check the schedule or occurrence of .

In addition, according to the implementation method of the present invention, the payment status confirmation unit 115 is linked with at least one financial institution server involved in payment processing of the payment amount to confirm the contract by the company in the dth payment cycle. It is possible to confirm the planned or occurring non-compliance.

In addition, according to the implementation method of the present invention, the payment status confirmation unit 115, in conjunction with a designated government agency server or a public institution server, determines at least one of the changes in rights of the industrial property rights in the dth payment cycle. Occurrence can be confirmed.

In addition, according to the implementation method of the present invention, when the payment status confirmation unit 115 confirms the payment status of the dth payment amount, the N cannot be replaced at the designated distribution time of the dth payment cycle. A procedure can be performed to confirm the information of N owners who own the token and distribute N distribution amounts corresponding to the dth payment amount using the confirmed N owner information.

Here, the designated distribution time of the dth payment cycle may include a time that matches the designated payment time of the dth payment cycle and within a designated allowable range.

In addition, the designated distribution time of the dth payment cycle may include a designated time point between a designated payment time of the dth payment cycle and a closing time of the dth payment cycle.

In addition, the payment status confirmation unit 115 may check information on N owners of the N non-fungible tokens by referring to at least one of the issuance history, transaction history, and status information of the N non-fungible tokens. .

In addition, the N distribution amount may include the amount of a designated real currency unit, or the amount of a designated cryptocurrency unit calculated by conversion according to the exchange rate or exchange method between the designated real currency and the designated cryptocurrency. .

Meanwhile, the payment status confirmation unit 115 may calculate N distribution amounts to be distributed to the N owners based on the dth payment amount.

Here, the N distribution amounts may include an amount calculated by dividing the dth payment amount into N and deducting a designated fee or cost.

The owner confirmation unit 120, through the payment status confirmation unit 115, confirms the scheduled or occurrence of at least one of contract default by the company or change in industrial property rights, or a specified date of the dth payment cycle. After confirming that the dth payment amount specified at the time of payment has been paid by the company, and confirming the scheduled or occurrence of at least one of the above contract default or change in industrial property rights, the designated confirmation point during the dth payment cycle You can check the owner information of the N people who own the N non-fungible tokens.

Here, the confirmation time may include a designated point in time after the scheduled or occurrence of at least one of the contract default or change in industrial property rights during the dth payment cycle is confirmed.

According to the implementation method of the present invention, the owner confirmation unit 120 refers to the N owners who own the N non-fungible tokens by referring to at least one of the issuance history, transaction history, and status information of the N non-fungible tokens. You can check the information.

When the deactivation processing unit 125 confirms the information of N owners who own N non-fungible tokens through the owner confirmation unit 120, the deactivation processing unit 125 is designated by the company as a transaction platform that processes transactions of the non-fungible tokens. You can request to deactivate transactions for n non-fungible tokens owned by n (1≤n≤N) owners who will acquire stocks.

According to the implementation method of the present invention, the deactivation processing unit 125 uses the confirmed N owner information to request stock acquisition to each owner's terminal to confirm whether or not to acquire the designated stock of the company based on the remaining unpaid amount. A procedure for transmitting confirmation request information may be performed, and information on owners of n of the N owners who have requested stock acquisition may be confirmed by linking with the terminal of at least one owner who has received the stock acquisition confirmation request information.

Additionally, the deactivation processing unit 125 may check the n non-fungible tokens owned by the n owners and request the trading platform to deactivate transactions for the n non-fungible tokens.

The stock information confirmation unit 130 requests, through the deactivation processing unit 125, deactivation of transactions for n non-fungible tokens owned by n (1 ≤ n ≤ N) owners who will acquire the designated stocks of the company. Then, check the remaining unpaid amount to be paid by the company during the remaining payment period including (D-d) payment cycles, and determine the remaining distribution amount for each owner to be distributed to the n owners based on the remaining unpaid amount. You can check stock quantity information for each corresponding owner.

Here, the remaining unpaid amount may include the amount of the designated real currency unit, or the amount of the designated cryptocurrency unit calculated by conversion according to the exchange rate or exchange method between the designated real currency and the designated cryptocurrency.

According to the implementation method of the present invention, when the stock information confirmation unit 130 confirms the remaining unpaid amount of the company, the remaining unpaid amount is distributed to the n owners based on the remaining unpaid amount. The amount can be calculated.

Here, the remaining distribution amount for each owner includes the amount calculated by dividing the remaining unpaid amount of the company into N and deducting the designated fee or cost, includes the amount of the designated real currency unit, or includes the amount of the designated cryptocurrency unit. Amount may be included.

In addition, the quantity of stocks for each owner may include the quantity of the designated stocks of the company that can be acquired according to specified acquisition conditions by using the value corresponding to the remaining distribution amount for each owner as the stock acquisition amount.

Here, the acquisition conditions include the conditions of acquiring the designated stocks of the company at the current market value at the time of acquisition, the conditions of acquiring the designated stocks of the company at the issue value, and the conditions of acquiring the designated stocks of the company at the value set in the contract. It may include conditions corresponding to one or a combination of two or more of the underwriting conditions.

When the stock acquisition processing unit 135 confirms the stock quantity information for each owner corresponding to the remaining distribution amount for each owner to be distributed to the n owners through the stock information confirmation unit 130, the Information on the n owners and stock quantity information for each n owner may be provided to the terminal so that stocks corresponding to the stock quantity for each n owner may be acquired by the n owners.

According to the implementation method of the present invention, the stock acquisition processing unit 135, when the stocks to be acquired by the n owners are new stocks to be issued in the future, exercises the new stock preemption rights for each of the n owners through a designated terminal corresponding to the company. Requested procedures can be performed.

Meanwhile, according to the implementation method of the present invention, the stock acquisition processing unit 135 is linked to a government agency server or public institution server that can confirm shareholder information of the company, or linked to a designated terminal to inform the n owners of the company. It is possible to confirm that the designated stocks have been acquired to match the designated quantity, and to store information on the results of the company's designated stocks being acquired by the n owners in the designated operational DB.

Here, the stock acquisition processing unit 135 determines that if the object corresponding to the n non-fungible tokens owned by the n owners includes content created by a designated creator, the designated stocks of the company are transferred to the n non-fungible tokens. Based on the acquisition results, the owner may be requested to selectively activate the transaction of non-fungible tokens related to the ownership of the content through a designated trading platform.

In addition, the stock acquisition processing unit 135 is configured to transfer the designated stocks of the company to the n owners when the object corresponding to the non-fungible token owned by the n owners does not include content created by the designated creator. Based on the acquisition results, the process of delivering the n non-fungible tokens to the company's electronic wallet can be performed through a designated transaction platform.

Figure 2 is a flowchart showing the process of storing contract confirmation information corresponding to a contract for the issuance of a non-fungible token for industrial property rights for fund securitization according to the implementation method of the present invention.

In more detail, Figure 2 shows the contents of a contract (1) transferring m (1≤m≤M) industrial property rights designated in the operation server 100 from a company holding M (M≥1) industrial property rights to a designated specific corporation. And, securitize by providing the company with securitization funds corresponding to a specified ratio within the total revenue value secured by issuing N (N≥1) non-fungible tokens corresponding to the transferred industrial property rights, but corresponding to the securitization funds. It illustrates the process of storing contract confirmation information that can confirm or certify a concluded contract, including the purpose of contract (2), of periodically paying a designated payment amount during a designated payment period based on the total payment amount. Anyone skilled in the art to which the invention pertains can infer various implementation methods for the above process (for example, implementation methods in which some steps are omitted or the order is changed) by referring to and/or modifying Figure 2. However, the present invention includes all the implementation methods inferred above, and its technical features are not limited to only the implementation method shown in Figure 2.

Referring to Figure 2, the operation server 100 performs a registration procedure for a user corresponding to the company through the company's terminal, registers company information including the designated unique identification information of the company, and registers it in a designated management database. Save it at (200).

Thereafter, when the operation server 100 receives the unique identification information of the company through the terminal of the designated company (205), it uses the unique identification information stored in the management DB to authenticate the company corresponding to the received unique identification information. Perform the procedure (210).

Meanwhile, the operation server 100 performs a registration procedure for the user through the user's terminal capable of issuing or purchasing a non-fungible token, registers user information including the user's designated unique identification information, and manages the designated user. Save to DB (215).

Then, when the user's unique identification information is received through the designated user's terminal (220), a user authentication procedure corresponding to the received unique identification information is performed using the unique identification information stored in the management DB (225). .

Thereafter, the operation server 100 receives industrial property rights information corresponding to m industrial property rights in order to conclude a contract for the issuance of industrial property rights non-fungible tokens for fund securitization (230).

Here, the operation server 100 receives industrial property rights information corresponding to the m industrial property rights from the terminal of the company, or receives information corresponding to the m industrial property rights from the terminal of a person who has formed a designated relationship with the company. Receive industrial property rights information, or receive industrial property rights information corresponding to the m industrial property rights from a terminal or server of the specific corporation, or receive the m industrial property rights from the terminal of a person who has formed a designated relationship with the specific corporation. You can receive industrial property rights information corresponding to .

The operation server 100 includes contract contents (1) for transferring m industrial property rights from a company holding M industrial property rights to a designated specific corporation, and N non-fungible tokens corresponding to the transferred m industrial property rights. A contract to securitize the company by providing securitization funds corresponding to a specified ratio within the total revenue value secured by issuing a contract, but to periodically pay a specified payment amount during a specified payment period based on the total payment amount corresponding to the securitized funds. In case (2) and the scheduled or occurrence of at least one of the non-performance of the contract or change in the rights of industrial property rights by the company is confirmed before the expiration of the payment period, the owner of the non-lending token is designated by the company based on the remaining unpaid amount. A contract containing the purpose of contract content (3) that allows stocks to be acquired matching the designated stock quantity is concluded, and contract confirmation information that can confirm or certify the concluded contract is stored in the designated operation DB (235).

Here, the contract details (2) include information corresponding to the total revenue value or information for calculating the total revenue value, information corresponding to the securitization funds or information for calculating the securitization funds, and the total payment amount. Information corresponding to or information for calculating the total payment amount, information corresponding to the payment period or information for calculating the payment period, information corresponding to the payment amount to be paid periodically during the payment period, or information corresponding to the payment amount. It may include at least one piece of information for calculating .

Here, the total profit value is the expected profit value expected to be obtained by issuing N non-fungible tokens corresponding to the m industrial property rights through a designated issuance procedure, and the N non-fungible tokens corresponding to the m industrial property rights. It may include one or more of the expected profit value calculated by applying a specified discount rate to the expected profit value expected to be obtained by issuing tokens through a designated issuance procedure.

In addition, the total profit value may include an unspecified value that is determined as the actual profit value after performing the procedure of issuing N non-fungible tokens corresponding to the m industrial property rights, and in this case, the total profit value is , After performing the procedure of issuing N non-fungible tokens corresponding to the m industrial property rights, the actual profit value confirmed is confirmed, or the procedure of issuing N non-fungible tokens corresponding to the m industrial property rights is confirmed. After execution, the actual profit value calculated by applying the specified discount rate to the actual confirmed profit value can be included.

In addition, the securitized fund is determined based on the actual profit value confirmed after performing the procedure of issuing N non-fungible tokens corresponding to the m industrial property rights, when the total revenue value is determined based on the m industrial property rights. It can be confirmed or calculated based on the total profit value confirmed based on the actual profit value confirmed after performing the procedure of issuing N non-fungible tokens corresponding to .

In addition, the securitization funds include funds corresponding to the specified appraised value of the m industrial property rights and the matching value within the allowable range, or a value that is greater than the designated appraised value of the m industrial property rights by a certain percentage within the specified allowable range. It may include corresponding funds.

In addition, the stocks in the contract terms (3) are at least one of stocks corresponding to new stocks to be issued by the company and at least a portion of stocks owned by at least one designated shareholder among the stocks already issued by the company. May include stocks.

In addition, the stocks acquired by the owners of the non-fungible tokens in the above contractual terms (3) shall be distributed to the owners of the non-fungible tokens based on the remaining outstanding amount to be paid by the company during the remaining payment period. In lieu of the amount, it may include stocks acquired by the owner of the non-lenderable token.

Additionally, the contract confirmation information may include electronic document information including at least one electronic document received in relation to the contract from a terminal or server of at least one contracting party related to the contract.

Here, the electronic document is issued or downloaded in relation to the m industrial property rights through a government agency server or public institution server that manages industrial property rights in the real world, and then received from the terminal or server of the contracting party. It may include an electronic document, or it may include at least one contract electronic document corresponding to a contract concluded between the company and a specific corporation.

In addition, the electronic document is the owner of the non-lenderable token based on the remaining unpaid amount if it is confirmed that at least one of the non-performance of the contract or change in the rights of industrial property rights by the company is scheduled or occurred before the expiration of the payment period in the contract. If the purpose of the contract (3) is included to enable the acquisition of the designated stocks of the company in accordance with the designated number of stocks, the contract shall be subject to confirmation of the scheduled or occurrence of at least one of the non-performance of the contract or change in the rights of industrial property rights. Accordingly, it can be proven that the owner of the non-lenderable token has the authority to acquire the designated stocks of the company matching the designated stock quantity, or the company's designated procedures related to the acquisition of the stocks are scheduled to be performed or have been performed. It may include electronic documents proving the authority to acquire shares.

In addition, the contract confirmation information includes electronic documents related to industrial property rights issued or received through a designated government agency server or public institution server based on reference information received from the terminal or server of at least one contracting party related to the contract. can do.

Figure 3 is a diagram illustrating a process for certifying the validity of a contract based on contract confirmation information according to the implementation method of the present invention.

In more detail, this drawing 3 shows that after the contract confirmation information capable of confirming or certifying the concluded contract, including the contract details (1), contract details (2), and the purpose of the contract details (3), is stored through the process of drawing 2 above. , which shows the process of performing a procedure to certify the validity of the contract based on the contract confirmation information in the operation server 100. Those skilled in the art will refer to Figure 3 as follows. Various implementation methods for the above process (e.g., implementation methods in which some steps are omitted or the order is changed) can be inferred by reference and/or modification, but the present invention includes all the implementation methods inferred above. , the technical features are not limited to only the implementation method shown in Figure 3.

Referring to Figure 3, after contract confirmation information capable of confirming or certifying the concluded contract, including contract details (1), contract details (2), and the purpose of contract details (3), is stored through the process of Figure 2, The operation server 100 authenticates the integrity of the information or electronic document included in the contract confirmation information (300).

Here, the operation server 100 provides the information or electronic document included in the contract confirmation information to the server or terminal of at least one designated certification authority (or authenticator), and provides the information or electronic document included in the contract confirmation information to the server or terminal of the certification authority (or authenticator). Authentication result information certifying the validity of the provided information or electronic document can be received from the server or terminal.

When the integrity of the information or electronic document included in the contract confirmation information is certified, the operation server 100 matches the company-side information or electronic document included in the contract confirmation information with the specific company-side information or electronic document. Compare and verify information or electronic documents (305).

Here, the operation server 100 checks the electronic documents to be notarized through a designated notary agency among the electronic documents included in the contract confirmation information and provides them to the server or terminal of the designated notary agency (or notary), Electronic document notarization information that notarizes the electronic document to be notarized can be received from the server or terminal of the notary institution (or notary).

If the cross-comparison verification is successfully performed, the operation server 100 links with a designated government agency server or public institution server based on the information or electronic document included in the contract confirmation information and connects the m before concluding the contract. An ownership authentication procedure is performed to certify the company's ownership of the industrial property rights (310).

According to the first embodiment of the company's ownership authentication procedure, when a designated government agency server or a public institution server provides an interface environment capable of obtaining information on the final registration status of industrial property rights, the government agency server through the interface environment B. Receive data containing the final registration status information of industrial property rights corresponding to the m pieces of industrial property rights information from a public institution server, and collect the unique information of the final right holder set in the final registration status information included in the received data and the company. It may include an authentication procedure that compares the unique information and verifies that it matches.

According to the second embodiment of the company's ownership certification procedure, when a designated government agency server or a certified agency server provides at least one page containing information on the final registration status of industrial property rights, the government agency server or a certified agency server Among the pages of the server, at least one page containing the final registration status information of the industrial property rights corresponding to the m industrial property rights information is scraped through a designated scraping technology, and the data corresponding to the scraped pages is scraped. It may include an authentication procedure that compares the unique information of the final rights holder set in the final registration status information and the unique information of the company to verify that they match.

According to the third embodiment of the company's ownership certification procedure, when an electronic document or data containing information on the final registration status of industrial property rights is issued by a designated government agency server or certified agency server, the government agency server or authorized agency server issues an electronic document or data containing information on the final registration status of industrial property rights. Receive electronic documents or data issued by performing a designated procedure to request issuance of electronic documents or data containing the final registration status information of industrial property rights corresponding to the m pieces of industrial property rights information to the server, and send the issued electronic documents or data to the server. It may include an authentication procedure that compares the unique information of the final rights holder set in the final registration status information included in the data and the unique information of the company to verify that they match.

Meanwhile, after the company's ownership authentication process, the operation server 100 links with a designated government agency server or public institution server based on the information or electronic document included in the contract confirmation information and, after conclusion of the contract, An ownership transfer certification procedure is performed to verify that the ownership of m industrial property rights is transferred to the specific corporation (315).

Here, according to the first embodiment of the ownership certification procedure of the specific corporation, when an interface environment capable of obtaining final registration status information of industrial property rights is provided from a designated government agency server or a public institution server, the interface environment may be used to obtain information on the final registration status of industrial property rights. Receive data containing the final registration status information of industrial property rights corresponding to the m pieces of industrial property rights information from a government agency server or a public institution server, and unique information of the final right holder set in the final registration status information included in the received data. It may include an authentication procedure to verify whether a match is made by comparing the unique information of the specific corporation.

According to the second embodiment of the ownership certification procedure of the specific corporation, when the designated government agency server or public official server provides at least one page containing information on the final registration status of industrial property rights, the government agency server or public official Scraping at least one page containing the final registration status information of industrial property rights corresponding to the m pieces of industrial property rights information among the pages of the institutional server through a designated scraping technology, and including it in the data corresponding to the scraped pages. It may include an authentication procedure that compares the unique information of the final right holder set in the final registration status information and the unique information of the specific corporation to verify that they match.

According to the third embodiment of the ownership certification procedure of the specific corporation, when an electronic document or data containing information on the final registration status of industrial property rights is issued by a designated government agency server or a public official server, the government agency server or a public official Receive electronic documents or data issued by performing a designated procedure to request issuance of electronic documents or data containing the final registration status information of industrial property rights corresponding to the m pieces of industrial property rights information to the institutional server, and receive the issued electronic documents or data It may include an authentication procedure that compares the unique information of the final right holder set in the final registration status information included in the data and the unique information of the specific corporation to verify that they match.

According to the fourth embodiment of the ownership certification procedure of the specific corporation, the m is transferred to a server or terminal of a certification agency (or authenticator) capable of performing procedures related to the transfer of ownership of the m industrial property rights or certifying the transfer of ownership. It may include an authentication procedure for receiving ownership transfer confirmation information certifying the ownership transfer by providing industrial property rights information.

Figure 4 is a diagram illustrating the process of issuing a non-fungible token corresponding to industrial property rights on a designated blockchain using a designated smart contract according to the implementation method of the present invention.

In more detail, Figure 4 shows that after the validity of the contract for the issuance of non-fungible tokens for industrial property rights for fund securitization is certified through the process of Figure 3, using a smart contract designated in the operation server 100 It illustrates the process of issuing N non-fungible tokens for N objects corresponding to the m industrial property rights on a designated blockchain (Block Chain), which is common knowledge in the technical field to which the present invention pertains. Those who have this will be able to infer various implementation methods for the above process (e.g., implementation methods in which some steps are omitted or the order is changed) by referring to and/or modifying Figure 4, but the present invention does not apply to the above analogy. It includes all possible implementation methods, and its technical features are not limited to only the implementation methods shown in Figure 4.

Referring to Figure 4, after the validity of the contract for the issuance of industrial property rights non-fungible tokens for fund securitization is certified through the process of Figure 3, the operation server 100 selects one of the information or electronic documents included in the contract confirmation information. Based on at least one information or electronic document related to the m industrial property rights, N contents for issuing N non-fungible tokens corresponding to the m industrial property rights are generated (400).

Alternatively, the operation server 100 may substitute N pieces of information or electronic documents related to the m industrial property rights among the information or electronic documents included in the contract confirmation information into a designated content creation artificial intelligence module. You can check the content.

Alternatively, the operation server 100 may receive N contents for issuing N non-fungible tokens corresponding to the m industrial property rights from a server or terminal of a specific corporation.

Alternatively, the operation server 100 receives i (i ≥ 1) contents for issuing non-fungible tokens corresponding to the m industrial property rights from a server or terminal of a specific corporation, and the received i contents Based on this, N pieces of content can be created to issue N non-fungible tokens corresponding to the m industrial property rights.

Alternatively, the operation server 100 may provide N content for issuing N non-fungible tokens corresponding to the m industrial property rights from a content DB that stores content available for the issuance of non-fungible tokens corresponding to the m industrial property rights. can be extracted.

Alternatively, the operation server 100 provides j (j≥1) for issuing non-fungible tokens corresponding to the m industrial property rights from a content DB that stores content available for issuance of non-fungible tokens corresponding to industrial property rights. N contents can be extracted, and N contents for issuing N non-fungible tokens corresponding to the m industrial property rights can be created based on the extracted j contents.

Alternatively, the operation server 100 may be used to issue N non-fungible tokens corresponding to the m industrial property rights from the terminal of a designated creator who can create content that can be used for the issuance of non-fungible tokens corresponding to the industrial property rights. You can receive content.

Alternatively, the operation server 100 may be configured to issue k (k ≥1) pieces of content can be received, and based on the extracted k pieces of content, N pieces of content can be generated to issue N non-fungible tokens corresponding to the m industrial property rights.

As described above, when N contents for issuing N non-fungible tokens corresponding to m industrial property rights are prepared, the operation server 100 stores content files corresponding to the N contents in a designated storage medium. The following procedure is performed to check content identifier information that uniquely identifies the content file stored in the storage medium (405).

Here, the operation server 100 performs a procedure for storing content files corresponding to the N pieces of content in a designated storage medium, confirms content identifier information that uniquely identifies the content files stored in the storage medium, and By performing a procedure to store an industrial property rights information file corresponding to the property rights information in a designated storage medium, industrial property identifier information that uniquely identifies the industrial property rights information file stored in the storage medium can be confirmed.

In addition, the operation server 100 provides unique metadata including at least one information describing the content file, the content identifier information, and information uniquely identifying or describing the m industrial property rights, respectively, in designated areas. Create (410).

Then, the operation server 100 performs a procedure for storing the metadata in the storage medium and verifies unique identifier information that uniquely identifies the metadata stored in the storage medium (415).

Thereafter, the operation server 100 deploys a smart contract capable of issuing a non-fungible token based on a designated standard on a designated blockchain or verifies the smart contract deployed on the blockchain (420). .

Then, the operation server 100 applies the specified electronic wallet unique information to the electronic wallet item of the non-fungible token to be issued through a smart contract deployed on the blockchain (425).

When the unique electronic wallet information specified in the electronic wallet item of the non-fungible token is applied, the operation server 100 applies the unique identifier information to the token identifier item of the non-fungible token (430), thereby securing industrial property rights and content. A non-fungible token corresponding to the combined object is issued (435).

Here, the electronic wallet unique information includes the electronic wallet unique information of the specific corporation, the unique information of the electronic wallet for issuing the non-fungible token designated to issue the non-fungible token, and the recruitment procedure designated to receive the issued non-fungible token. It may include at least one electronic wallet-specific information among the user's electronic wallet-specific information recruited through .

Figure 5 is a diagram illustrating the process of requesting deactivation of transactions for the non-fungible token owned by the owner of the non-fungible token when non-compliance with the contract or change in industrial property rights is confirmed according to the implementation method of the present invention.

In more detail, Figure 5 shows that after N non-fungible tokens for N objects corresponding to m industrial property rights are issued through the process of Figure 4, the operation server 100

If the scheduled or occurring occurrence of at least one of contract default or change in industrial property rights by the business is confirmed in the payment cycle corresponding to the designated payment period, N people who own the N non-fungible tokens at the designated confirmation time during the payment cycle Verify owner information and request transaction deactivation for n non-fungible tokens owned by n (1≤n≤N) owners who will acquire the designated stocks of the company through the trading platform that processes the transactions of the non-fungible tokens. This process is illustrated, and those of ordinary skill in the technical field to which the present invention pertains can refer to and/or modify Figure 5 to determine various implementation methods for the process (e.g., some steps may be omitted, or the sequence may be omitted). A modified implementation method) may be inferred, but the present invention includes all of the above inferred implementation methods, and its technical features are not limited to only the implementation method shown in Figure 5.

Referring to Figure 5, after N non-fungible tokens are issued through the process of Figure 4, the operation server 100 generates D corresponding to the payment period (D ≥ 2) Confirm the scheduled or occurrence of at least one of contract default or change in industrial property rights by the company in the d (1≤d≤D) payment cycle among the d (1≤d≤D) payment cycles, or confirm the occurrence of at least one of the d (1≤d≤D) payment cycles Confirm that the dth payment amount specified at the time of payment has been paid by the company (500).

Here, the operation server 100, in conjunction with the server or terminal of the specific corporation, can confirm the schedule or occurrence of at least one of contract default or change in industrial property rights by the company in the dth payment cycle. .

In addition, the operation server 100 may check the scheduled or occurrence of contract default by the company in the dth payment cycle by linking with at least one financial institution server involved in payment processing of the payment amount.

In addition, the operation server 100 may check the schedule or occurrence of at least one change in the rights of the industrial property rights in the dth payment cycle by linking with a designated government agency server or a public institution server.

When the scheduled or occurring occurrence of at least one of the non-fulfillment of the contract or the change in the rights of industrial property rights is confirmed, the operation server 100 is operated by N people who own the N non-fungible tokens at the designated confirmation time during the d payment cycle. Check owner information (505).

Here, the confirmation time may include a designated point in time after the scheduled or occurrence of at least one of the contract default or change in industrial property rights during the dth payment cycle is confirmed.

Additionally, the operation server 100 may check information on N owners of the N non-fungible tokens by referring to at least one of issuance history, transaction history, and status information of the N non-fungible tokens.

Upon confirming the information of the N owners who own the N non-fungible tokens, the operation server 100 uses the confirmed N owner information to send a message to each owner's terminal to determine the company's designated value based on the remaining unpaid amount. Stock acquisition confirmation request information requesting confirmation of stock acquisition is transmitted (510), and information on n owners among the N owners who requested stock acquisition is linked to the terminal of at least one owner who has received the stock acquisition confirmation request information. Check (515).

Upon confirming the n owner information, the operation server 100 confirms the n non-fungible tokens owned by the n owners (520), and uses the transaction platform to process transactions of the non-fungible tokens. Request deactivation of transactions for n non-fungible tokens owned by n (1≤n≤N) owners who will acquire the designated stocks (525).

Figure 6 is a diagram illustrating the process of allowing the owner of a non-fungible token to acquire stocks in accordance with the implementation method of the present invention in accordance with the company's default of contract or change in industrial property rights.

In more detail, Figure 6 shows that after N non-fungible tokens for N objects corresponding to m industrial property rights are issued through the process of Figure 5, default in contract or industrial property rights by the company in the designated payment cycle If at least one of the changes is scheduled or occurs, the operation server 100 identifies n owners who will acquire the stocks of the company among the N owners of the N non-fungible tokens, and identifies the n owners who will acquire the stocks of the company for the remaining payment period. It shows the process of confirming the stock quantity information for each owner for the remaining distribution amount to be distributed to the n owners based on the remaining unpaid amount to be paid in and processing the stocks to be acquired by the n owners. , those skilled in the art to which the present invention pertains can refer to Figure 6 and/or modify various implementation methods for the above process (e.g., implementation methods in which some steps are omitted or the order is changed). As can be inferred, the present invention includes all the implementation methods described above, and its technical features are not limited to only the implementation method shown in Figure 6.

Referring to Figure 6, after N non-fungible tokens are issued through the process of Figure 5, the d(1≤d≤D)th payment is made out of D(D≥2) payment cycles corresponding to the designated payment period. If the schedule or occurrence of at least one of contract default or change in industrial property rights by the company is confirmed in the cycle, the operation server 100 makes payments from the company during the remaining payment period including (D-d) payment cycles. Check the remaining unpaid amount (600).

When the remaining unpaid amount of the company is confirmed, the operation server 100 calculates the remaining distribution amount for each n owner to be distributed to the n owners based on the remaining unpaid amount (605).

Then, the operation server 100 checks stock quantity information for each owner corresponding to the remaining distribution amount for each owner to be distributed to the n owners based on the remaining unpaid amount (610).

Upon checking the stock quantity information for each owner, the operation server 100 provides the n owner information and stock quantity information for each n owner to a designated terminal corresponding to the company (615), and the n owners The stocks corresponding to the quantity of stocks for each of the n owners are acquired (620).

Here, if the stocks to be acquired by the n owners are new stocks to be issued in the future, the operation server 100 may perform a procedure to request the exercise of new stock preemptive rights for each of the n owners through a designated terminal corresponding to the company. there is.

Thereafter, the operation server 100 links with a government agency server or public institution server that can confirm shareholder information of the company or with a designated terminal to acquire the designated stocks of the company to the n owners in a manner that matches the designated quantity. The status is confirmed (625), and information on the result of the company's designated stocks being acquired by the n owners is stored in the designated operation DB (630).

100: operating server 105: information storage unit
110: Token processing unit 115: Payment status confirmation unit
120: Owner confirmation unit 125: Deactivation processing unit
130: Stock information confirmation unit 135: Stock acquisition processing unit
140: Storage medium 145: Node unit, node device
150: Smart contract 155: Terminal
160: government agency server 165: public agency server

Claims (37)

In the method executed through the operating server,
Contract details (1) for transferring m (1≤m≤M) industrial property rights from a company holding M (M≥1) industrial property rights to a designated specific corporation, and N corresponding to the m industrial property rights transferred. Liquidation funds corresponding to a specified ratio within the total profit value secured by issuing (N≥1) non-fungible tokens are provided to the above company to securitize them, and the specified payment amount is based on the total payment amount corresponding to the above securitization funds. The contract terms for periodic payment during the specified payment period (2), and the above-mentioned replacement based on the remaining unpaid amount if at least one of the non-performance of the contract or change in the rights of industrial property rights by the above-mentioned company is confirmed to be scheduled or occurring before the expiration of the above-mentioned payment period. A system that stores contract confirmation information that can confirm or certify the concluded contract, including the purpose of contract (3), allowing the owner of the non-disabled token to acquire the designated stocks of the company matching the designated stock quantity in a designated operational DB. Level 1;
Based on the contract confirmation information, perform a procedure to issue N non-fungible tokens for N objects corresponding to the m industrial property rights on a designated blockchain using a designated smart contract. the second step;
After the N non-fungible tokens are issued, default in contract or industrial property rights by the company occurs in the d (1≤d≤D)th payment cycle among D (D≥2) payment cycles corresponding to the payment period. A third step of confirming the schedule or occurrence of at least one of the rights changes, or confirming the status of payment of the designated dth payment amount from the company at the designated payment time of the dth payment cycle;
If the scheduled or occurring occurrence of at least one of the contract default or change in industrial property rights is confirmed, the fourth step is to confirm the information of the N owners who own the N non-fungible tokens at the designated confirmation time during the d payment cycle. ;
A fifth step of requesting deactivation of transactions for n non-fungible tokens owned by n (1 ≤ n ≤ N) owners who will acquire designated stocks of the company from a trading platform that processes transactions of the non-fungible tokens;
Confirm the remaining unpaid amount to be paid by the company during the remaining payment period including (Dd) payment cycles, and determine the remaining distribution amount for each owner to be distributed to the n owners based on the remaining unpaid amount. Step 6: Confirm stock quantity information by owner; and
A seventh step of providing the n owner information and the stock quantity information for each n owner to a designated terminal corresponding to the company so that the n owners acquire stocks corresponding to the stock quantity for each n owner; Fund securitization management method using non-fungible tokens, including industrial property rights.
The method of claim 1, wherein the specific corporation is:
A fund securitization management method using non-fungible tokens of industrial property rights, characterized by including a special purpose company (SPC) established for the conclusion and execution of the above contract.
The method of claim 1, wherein the first step is:
A fund securitization management method using an industrial property rights non-fungible token, further comprising the step of receiving industrial property rights information corresponding to the m industrial property rights.
The method of claim 1, wherein the total revenue value is:
A fund securitization management method using industrial property rights non-fungible tokens, characterized in that it includes an expected profit value expected to be obtained by issuing N non-fungible tokens corresponding to the m industrial property rights through a designated issuance procedure.
The method of claim 1, wherein the total revenue value is:
Replacement of industrial property rights, characterized in that it includes an expected profit value calculated by applying a specified discount rate to the expected profit value expected to be obtained by issuing N non-fungible tokens corresponding to the m industrial property rights through a designated issuance procedure. Fund securitization management method using non-voifiable tokens.
The method of claim 4 or 5, wherein the total revenue value is:
If the actual profit value actually confirmed after performing the procedure of issuing N non-fungible tokens corresponding to the m industrial property rights is different from the expected profit value, it is adjusted to the confirmed actual profit value. A fund securitization management method using non-fungible tokens for industrial property rights.
The method of claim 1, wherein the total revenue value is:
A fund securitization management method using industrial property rights non-fungible tokens, characterized in that it includes an unspecified value that is determined as the actual profit value after performing the procedure of issuing N non-fungible tokens corresponding to the m industrial property rights.
The method of claim 1 or 7, wherein the total revenue value is:
A fund securitization management method using industrial property rights non-fungible tokens, characterized in that it includes a profit value range that is determined as the actual profit value after performing the procedure of issuing N non-fungible tokens corresponding to the m industrial property rights.
The method of claim 7, wherein the total revenue value is:
A fund securitization management method using industrial property rights non-fungible tokens, characterized in that the actual profit value confirmed after performing the procedure of issuing N non-fungible tokens corresponding to the m industrial property rights is confirmed.
The method of claim 7, wherein the total revenue value is:
An industrial property rights non-fungible token comprising the actual profit value calculated by applying a specified discount rate to the actual profit value actually confirmed after performing the procedure of issuing N non-fungible tokens corresponding to the m industrial property rights. Fund securitization management method using .
The method of claim 5 or 10, wherein the discount rate is:
Discount rate corresponding to the valuation results of the m industrial property rights,
Discount rate corresponding to the issuance rate of the non-fungible token or the activation rate of the trading market at the time of issuing the non-fungible token,
An industrial property non-fungible token comprising a discount rate corresponding to one or a combination of two or more of the promotion method included in the issuance procedure for issuing the non-fungible token or the discount rate corresponding to at least one of the promotion organizer or promotion participant. Fund securitization management method using .
The method of claim 1, wherein the securitized funds are:
If the total revenue value is determined based on the actual revenue value confirmed after performing the procedure for issuing N non-fungible tokens corresponding to the m industrial property rights,
A non-fungible token for industrial property rights, characterized in that it is confirmed or calculated based on the total revenue value determined based on the actual revenue value confirmed after performing the procedure of issuing N non-fungible tokens corresponding to the m industrial property rights. Fund securitization management method using .
The method of claim 1, wherein the securitized funds are:
If the above total profit value is confirmed in designated cryptocurrency units,
Fund securitization management using non-fungible tokens of industrial property rights, characterized in that it includes funds in real currency units calculated by converting the securitization value calculated by applying a specified discount rate to the total profit value of the designated cryptocurrency unit into a designated real currency unit. method.
The method of claim 1, wherein the securitized funds are:
If the above total profit value is confirmed in designated cryptocurrency units,
An industrial property rights non-fungible token, characterized in that it contains funds in a real currency unit corresponding to the securitization value calculated by applying a specified discount rate to the real currency value converted by converting the total profit value of the designated cryptocurrency unit into a designated real currency unit. Fund securitization management method used.
The method of claim 1, wherein the securitized funds are:
If the above total profit value is calculated in designated real currency units,
A fund securitization management method using an industrial property rights non-fungible token, characterized in that it includes funds in a real currency unit corresponding to the securitization value calculated by applying a specified discount rate to the total revenue value of the designated real currency unit.
The method of claim 1, wherein the securitized funds are:
A fund securitization management method using non-fungible tokens of industrial property rights, characterized in that it includes funds corresponding to the specified assessed value of the m industrial property rights and the matched value within the allowable range.
The method of claim 1, wherein the total payment amount is:
A fund securitization management method using an industrial property rights non-fungible token, characterized in that it includes an amount obtained by adding interest rate funds corresponding to a specified interest rate of the securitization funds to the securitization funds.
The method of claim 1, wherein the payment period is:
A fund securitization management method using non-fungible tokens of industrial property rights, characterized in that it includes a period set by agreement between the company and a specific corporation within a period matching the designated rights period of the m industrial property rights and the allowable range.
According to claim 1, the stocks are:
Stocks corresponding to new shares to be issued by the above company,
A fund securitization management method using an industrial property rights non-fungible token, characterized in that it includes at least one stock among at least a portion of stocks owned by at least one designated shareholder among stocks previously issued by the company.
According to claim 1, the stocks acquired by the owner of the non-lenderable token are:
Characterized in that it includes stocks acquired by the owner of the non-lenderable token in lieu of the remaining distribution amount for each owner to be distributed to the owner of the non-lenderable token based on the remaining unpaid amount to be paid by the company during the remaining payment period. A fund securitization management method using non-fungible tokens for industrial property rights.
The method of claim 1, wherein the stock quantity is,
Based on the remaining unpaid amount to be paid by the company during the remaining payment period, the value corresponding to the remaining distribution amount for each owner to be distributed to the holder of the non-lenderable token is used as the stock acquisition amount to acquire the company according to the specified acquisition conditions. A fund securitization management method using non-fungible tokens of industrial property rights, characterized by including the quantity of designated stocks that can be acquired.
The method of claim 21, wherein the acquisition conditions are:
Conditions for acquiring the designated stocks of the above company at the current market value at the time of acquisition;
Conditions for acquiring the specified shares of the above company at the issue value;
A fund securitization management method using non-fungible tokens of industrial property rights, characterized in that it includes conditions corresponding to one or a combination of two or more of the conditions for acquiring the designated stocks of the company at the value set in the contract.
The method of claim 1, wherein the contract confirmation information is:
A fund securitization management method using an industrial property rights non-fungible token, comprising electronic document information including at least one electronic document received in relation to the contract from a terminal or server of at least one contracting party related to the contract. .
The method of claim 23, wherein the electronic document is:
Characterized by including electronic documents related to industrial property rights issued or downloaded in relation to the m industrial property rights through a government agency server or public institution server that manages industrial property rights in the real world and then received from the terminal or server of the contracting party. A fund securitization management method using industrial property rights non-fungible tokens.
The method of claim 23, wherein the electronic document is:
A fund securitization management method using an industrial property rights non-fungible token, comprising at least one contract electronic document corresponding to a contract concluded between the company and a specific corporation.
The method of claim 23, wherein the electronic document is:
When it is confirmed that at least one of the above contract defaults or changes in industrial property rights is scheduled or occurs, it can be proven that the owner of the non-lending token has the right to acquire the designated stocks of the company in accordance with the designated stock quantity in accordance with the contract. A fund securitization management method using a non-fungible token of industrial property rights, characterized in that it includes an electronic document related to the authority to acquire stocks that can prove that the designated procedures of the company related to the acquisition of the stocks are scheduled to be performed or have been performed.
The method of claim 1, wherein the contract confirmation information is:
A replacement for industrial property rights, characterized in that it includes an electronic document related to industrial property rights issued or received through a designated government agency server or public institution server based on reference information received from the terminal or server of at least one contracting party related to the contract. Fund securitization management method using non-voifiable tokens.
According to clause 1,
A fund securitization management method using an industrial property rights non-fungible token, further comprising an authentication step of performing a procedure to certify the validity of the contract based on the contract confirmation information.
The method of claim 1, wherein the third step is:
Replacement of industrial property rights, characterized in that it includes the step of checking the schedule or occurrence of at least one of non-performance of contract or change in industrial property rights by the company in the dth payment cycle by linking with the server or terminal of the specific corporation. Fund securitization management method using non-voifiable tokens.
The method of claim 1, wherein the third step is:
Irreplaceable industrial property rights, comprising the step of confirming the scheduled or occurrence of contract default by the company in the d payment cycle by linking with at least one financial institution server involved in payment processing of the payment amount. Fund securitization management method using tokens.
The method of claim 1, wherein the third step is:
Funds using non-fungible tokens of industrial property rights, comprising the step of confirming the scheduled or occurrence of at least one change in the rights of the industrial property rights in the d payment cycle by linking with a designated government agency server or a public institution server. How to manage securitization.
The method of claim 1, wherein the third step is:
When the payment status of the dth payment amount is confirmed, confirming information on N owners who own the N non-fungible tokens at a designated distribution time of the dth payment cycle; and
Performing a process of distributing N distribution amounts corresponding to the dth payment amount using the confirmed N owner information; Fund securitization management using industrial property rights non-fungible tokens, further comprising: method.
The method of claim 1, wherein the fourth step is:
Non-fungible tokens for industrial property rights, comprising the step of verifying owner information of N people who own the N non-fungible tokens by referring to at least one of issuance history, transaction history, and status information of the N non-fungible tokens. Fund securitization management method using .
The method of claim 1, wherein the fifth step is:
Performing a procedure for transmitting stock acquisition confirmation request information requesting confirmation of acquisition of designated stocks of the company based on the remaining unpaid amount to each owner's terminal using the confirmed N owner information; and
Linking with a terminal of at least one owner who has received the stock acquisition confirmation request information to confirm owner information of n people among the N owners who have requested the stock acquisition; using an industrial property rights non-fungible token, comprising: How to manage fund securitization.
The method of claim 1, wherein the sixth step is:
If the remaining unpaid amount of the above company is confirmed,
A fund securitization management method using a non-fungible token of industrial property rights, comprising the step of calculating the remaining distribution amount for each n owner to be distributed to the n owners based on the remaining unfunded amount.
The method of claim 1, wherein the seventh step is:
If the stocks to be acquired by the n owners are new stocks to be issued in the future, performing a procedure for requesting the exercise of new stock preemptive rights for each of the n owners through a designated terminal corresponding to the company. Replacement of industrial property rights, comprising: Fund securitization management method using non-voifiable tokens.
According to clause 1,
Confirming that the designated stocks of the company have been acquired by the n owners in a manner that matches the designated quantity by linking with a government agency server or public institution server that can check shareholder information of the company or with a designated terminal; and
A fund securitization management method using a non-fungible token of industrial property rights, further comprising: storing information on the result of the acquisition of the designated stocks of the company by the n owners in a designated operating DB.