TWI814446B - An intellectual property right and digital asset trust inheritance, maintenance, and operation system and operation method thereof - Google Patents

Abstract

The invention discloses that an intellectual property right and digital asset trust inheritance, maintenance, and operation system and operation method thereof, the invention carries out trust procedures with considerable legal effect, and inherit and maintain intellectual property, and digital assets.

Description

An intellectual property right and digital asset trust inheritance and maintenance operation system and operation method

The present invention relates to a maintenance and operation system and an operation method, particularly an intellectual property and digital asset trust inheritance, maintenance and operation system and an operation method.

At present, China's trust mechanism is mainly based on tangible property rights, such as land, houses, and cash, which can all be protected by trust in the form of marketable securities. As for intellectual property rights, Or it is a trust for so-called intangible property such as digital assets. With the popularization of digitalization, it can be used through digital devices, computer networks, and computers. Servers (computer servers), and cloud computing (cloud computing) and other types are used for record retention, but they are still unable to promote the trust protection and inheritance of intellectual property rights, and there is still a lack of various methods for real-time preservation and real-time trust of digital creations. Effective retention methods, that is, the trust inheritance protection of the aforementioned intellectual property rights or intangible properties such as digital assets are still insufficient.

In addition, as my country's aging society has gradually taken shape in recent years, there are more and more intelligent and experienced mature people in all walks of life. Traditional life experience and work experience have already contained extremely high innovative and creative abilities. However, in the current society, an effective inheritance mechanism for intellectual property trusts that can protect mature people with innovative abilities has not yet been established, resulting in mature people with innovative abilities. It is very likely that the innovative intellectual property and other related properties of older people will not be able to be passed down and maintained a hundred years later, causing great regret to society and families. Therefore, if human intelligence civilization, due to the lack of an effective inheritance mechanism of intellectual property trust, turns out to be a gap and obstacle to innovation and invention, it will indeed cause heavy losses to today's civilized society.

In the past, recent digital asset patent applications, such as the Chinese patent application number TW110127835 filed by the American brand NIKE, are used to provide systems and methods for cryptographically secure digital assets, which are digital assets generated to ensure the value of the brand. Encrypted digital assets for footwear and clothing are generated to ensure the scarcity of digital assets in the virtual world. However, this patented technology is still only based on the digitization process of physical assets.

And for example, the Chinese Patent Publication No. TW202141397A patent applied by Changhua Bank is a blockchain-based Anyang trust system and method. It is a system and method used to provide cryptographically secure digital assets. This patented technology is based on a trust mechanism. The review mechanism is systematic and simplified, but there is no relevant mechanism for trusting digital assets that can become intellectual property rights.

The mainland patent number CN113592657A, which belongs to the previously known technology, involves a blockchain asset management system in the field of real estate trust investment funds. After securitizing real estate, the blockchain can not be tampered with and the real existence of the assets can be confirmed. , carry out effective asset management and facilitate transactions and liquidation. However, this patented technology only focuses on the management of transactions after assets are put on the blockchain, and does not include the asset output, creation process, and subsequent trust process.

In addition, most of the current blockchain technologies can be combined with digital assets. For example, the current development focus of non-fungible tokens (NFT) is still on the issuance of virtual currencies, while the United States has Patent No. US11102003B2, after receiving a request to create a token from the user, it further provides the user with one or more token templates, and each token template corresponds to an entity or digital asset and has various functions. Subsequently, the system Tokens will be created on the decentralized ledger network based on the template selected by the user. However, since digital assets based on the blockchain, such as Bitcoin, are currently anonymous, which is not conducive to the processing of asset trusts, this current The case patent still fails to meet the needs of trust protection and inheritance of intellectual property rights.

Based on the above, the industry currently needs more efficient and effective retention methods for the aforementioned intellectual property rights, or the trust inheritance protection of intangible properties such as digital assets, or the instant preservation of digital creations, as well as various effective retention methods of instant trusts. Relevant technologies for significant protection, and technology for trust inheritance protection in the field of intellectual property rights, or intangible property such as digital assets.

The present invention is an intellectual property and digital asset trust inheritance and maintenance operation system and operation method. Through the implementation of the present invention, financial innovation can be achieved to facilitate users (consumers), whereby trust procedures with considerable legal effect can be carried out, and Inherit and maintain intellectual property and digital assets.

An intellectual property right and digital asset trust inheritance, maintenance and operation system according to the first embodiment of the present invention. The intellectual property right and digital asset trust inheritance, maintenance and operation system has a terminal, and the terminal has an identity recognition module for inputting trust and profit sharing conditions. module, and the authentication module, and the terminal is connected to the blockchain trust module, that is, the authentication module is connected to the blockchain trust module.

An operation method of an intellectual property and digital asset trust inheritance, maintenance and operation system according to the first embodiment of the present invention. First, the step of inputting user information is performed in the identity recognition module. Then, in the identity recognition module, the user information is compared with the identity. When the identity comparison is correct, in The trust and profit sharing conditions input module is used to input trust conditions and profit sharing conditions for user data. Next, in the authentication module, the user's intellectual property rights and digital asset data are generated as encrypted data to perform the encryption operation, thereby generating encrypted data of intellectual property rights and digital assets. Then, in the blockchain trust module, the intellectual property and digital asset encrypted data are generated into the blockchain address, and the steps of the smart contract are completed. Then in the blockchain trust module, check whether the operator meets the trust conditions based on the trust conditions. Then, in the blockchain trust module, transfer the blockchain network address to the operator. And, add steps to add asset transfer transaction records in the blockchain trust module.

A second embodiment of the present invention is an intellectual property and digital asset trust, inheritance, maintenance and operation system. The intellectual property and digital asset trust, inheritance, maintenance and operation system has a terminal, and the terminal has an identity recognition module, a creation module, and a selected creation module, a trust and profit sharing condition input module, a certification module, and the terminal is connected to the blockchain trust module, that is, the certification module is connected to the blockchain trust module, and the intellectual property rights and digital assets trust inheritance and maintenance The operating system also has external creation devices and external protection devices.

An operation method of an intellectual property and digital asset trust inheritance, maintenance and operation system according to the second embodiment of the present invention. First, user identity characteristics are preset using an identity recognition module. Use the identity recognition module to input user signals. Then, the identity recognition module is used to compare the user signal with the user's identity characteristics. When the identity comparison is correct, the creation module provides the user with various creative program menus, and the user opens corresponding creative software programs in the various creative program menus based on the creative content to edit and produce creative data. When the creative data content is completed, the creative module provides an intellectual property rights protection program based on the user's creative data, corresponding to the external protection device. The intellectual property rights protection program generates a copyright certification certificate or patent application for the creative data. material. Then, use the selected creative module to select and complete the creative data. Next, based on the trust and profit sharing conditions The input module is used to input trust conditions and profit sharing conditions for the user data. Continue to use the authentication module to add a time stamp to the creative data and perform encryption operations to generate intellectual property rights and digital asset encrypted data. And, finally, a blockchain trust module is used to generate a blockchain address for the intellectual property and digital asset encrypted data and provide trust protection.

The operation method of an intellectual property and digital asset trust inheritance, maintenance and operation system according to the second embodiment of the present invention further includes the step of customer service verification after the step of identity comparison of user information.

The operation method of an intellectual property and digital asset trust inheritance, maintenance and operation system according to the second embodiment of the present invention is to use the creation module to provide the user with various creation program menu contents, and the user opens various creation program menus according to the creation content The corresponding creation software program includes the steps of editing and generating creation data, and also includes the steps of using the creation module to perform the wireless detection process.

The second embodiment of the present invention is an operation method of an intellectual property and digital asset trust inheritance, maintenance and operation system, in which the intellectual property protection procedure further includes a copyright certification procedure using an intellectual property protection procedure; and a copyright certification issued by a third party. The node provides the creative content to the copyright certification node and obtains a copyright certification certificate; and, after completing the copyright certification process, uses the intellectual property rights protection process to ask the user whether the creative content is a technical invention. If it is a technology invention, For inventions, a patent specification writing template is provided or a patent firm is connected to send the creative content to complete the patent content and turn it into a patent file.

The advantage of the present invention is that digital assets or intangible assets already have their own existence value and do not need to be converted into currency. Therefore, effective trust procedures can be achieved through the present invention.

The advantage of this invention is that it combines the relevant legal requirements required to execute trust through the system, including the process from the creation of creation to the transformation into intellectual property, and how the rights are formed through the trust. The relationship ensures the integrity of the rights, as well as the subsequent beneficiaries and the exercise of the rights. The death of the person will not prevent the creation from being continued or passed on to subsequent beneficiaries.

The advantage of this invention is that intellectual property that was difficult to become the subject of a trust in the past can be retained as assets during life and after death, and even the assets can be retained as designated beneficiaries, foundations, schools, etc. or specific pets, commemorative items, houses, etc. Maintenance costs.

An intellectual property right and digital asset trust inheritance, maintenance and operation system of the present invention adopts the platform characteristics of the blockchain. This system can provide an innovative model to confirm the provider of the asset by providing an identity authentication module, and combine The characteristics of blockchain can effectively carry out the trust of intellectual property rights or digital assets that are difficult to handle.

The advantage of this invention is that it can not only meet the financial innovation services encouraged by the current government, but also be an effective mechanism to encourage mature people in civilized society to carry out innovation and invention.

The advantages of this invention are based on the protection of intellectual property, including patents, copyrights, trademarks, or digital assets such as Bitcoin and non-fungible tokens (Non-Fungible Token), etc., and even business information data. Electric power data, etc.) whose assets are the creator himself, and the process of generating rights are intangible property generated by complying with relevant legal requirements.

Based on the above, the advantage of the present invention is that through the design of the system, it provides the best solution to the current deficiencies in intellectual property trust, so as to protect the trust inheritance of intellectual property rights and digital assets.

100: Intellectual property rights and digital asset trust inheritance and maintenance operation system

101: Identity recognition module

102: Trust and profit sharing condition input module

103:Authentication module

104:Blockchain trust module

150~157, 160, 1551, 1552: steps

200: Intellectual property rights and digital asset trust inheritance and maintenance operation system

201: Identity recognition module

202:Creating Modules

203: Select creative module

204: Trust and profit sharing condition input module

205:Authentication module

206:Blockchain Trust Module

250~258: steps

259: Carry out trust protection

300:External creative device

400:External protection device

500:Terminal

600:Terminal

900: Intellectual Property Rights Protection Procedure

901: Copyright certification

902: Copyright authentication node

903: Copyright certification certificate

904: Is the creation an invention of technology?

905:Patent office

906: Patent application content

Figure 1A shows an intellectual property and digital asset trust inheritance, maintenance and operation system according to the first embodiment of the present invention.

Figure 1B shows the operation method of an intellectual property and digital asset trust inheritance, maintenance and operation system according to the first embodiment of the present invention.

Figure 2A shows an intellectual property and digital asset trust inheritance, maintenance and operation system according to the second embodiment of the present invention.

Figure 2B shows the operation method of an intellectual property and digital asset trust inheritance and maintenance operation system according to the second embodiment of the present invention.

The present invention provides an intellectual property and digital asset trust inheritance, maintenance, operation system and operation method, which provides an excellent solution for the aforementioned insufficient aspects of intellectual property trust, thereby ensuring the trust inheritance of intellectual property rights and digital assets.

As shown in Figure 1A, there is an intellectual property right and digital asset trust inheritance, maintenance and operation system 100 according to the first embodiment of the present invention. The intellectual property right and digital asset trust inheritance, maintenance and operation system 100 has a terminal 500 as shown in Figure 1A. The terminal 500 has an identity recognition module 101, a trust and profit sharing condition input module 102, an authentication module 103, and a blockchain trust module 104 connected to the authentication module 103 as shown in Figure 1A.

As shown in FIG. 1A , an intellectual property and digital asset trust inheritance, maintenance and operation system 100 according to the first embodiment of the present invention, such as the terminal 500 in FIG. 1A , has an identity recognition module 101 , and the identity recognition module 101 uses Users can enter their account and password to confirm the user's identity. They can also activate biometric functions such as video conferencing through image recognition, fingerprint recognition, iris recognition, and voiceprint recognition to confirm the user's identity.

As shown in Figure 1A, an intellectual property and digital asset trust inheritance, maintenance and operation system 100 according to the first embodiment of the present invention, such as the terminal 500 in Figure 1A, has a trust and profit sharing condition input module 102. The trust and The profit sharing condition input module 102 is for users to set trust conditions and profit sharing conditions for intellectual property rights and digital asset data.

As shown in Figure 1A, an intellectual property right and digital asset trust inheritance, maintenance and operation system 100 according to the first embodiment of the present invention, such as the terminal 500 in Figure 1A, has an authentication module 103, and the authentication module 103 has the function of transferring the intellectual property right The digital asset data generates encrypted data. The encrypted data includes electronic signatures and time stamps to perform the function of encryption operations, and the authentication module 103 is electrically connected to the trust and profit sharing condition input module 102. Therefore, the identity recognition module 101 is electrically connected to the trust and profit sharing condition input module 102, and the trust and profit sharing condition input module 102 is electrically connected to the authentication module 103.

As still shown in Figure 1A, an intellectual property and digital asset trust inheritance, maintenance and operation system 100 according to the first embodiment of the present invention has a blockchain trust module 104 connected to the authentication module 103 of the terminal 500. The blockchain trust module 104 is connected to the authentication module 103 through a signal, and the blockchain trust module 104 includes functions for storing intellectual property generated by users or creators, functions for storing digital assets, and It has the function of storing electronic signatures or storing passwords, and can select subsequent operation and management vendors based on smart contracts, and allocate income to beneficiaries. It can also conduct relevant market transactions based on smart contracts, and the income will be returned to To the function of a trust account, the transaction method can be conducted through virtual currency or physical cash.

As shown in Figure 1A, an intellectual property and digital asset trust inheritance, maintenance and operation system 100 according to the first embodiment of the present invention, such as the identity recognition module 101, the trust and profit sharing condition input module 102, and the authentication module 103 can be installed In a mobile or fixed terminal 500, the terminal 500 includes Mobile phones or computer hosts can also be installed on computer cloud hosts for cloud computing. The identity recognition module 101 includes facial image recognition, voice recognition, fingerprint recognition, and iris recognition modules. The authentication module 103 can upload intellectual property or digital asset data through an Ethernet (ethernet) wired network, or through a WiFi (wireless-fidelity) wireless network, or through a Zigbee wireless network. To the blockchain trust module 104.

Continuing with the first embodiment of the present invention shown in Figure 1A, an intellectual property and digital asset trust inheritance, maintenance and operation system 100, the blockchain trust module 104 is installed in the blockchain network of the computer cloud, and the blockchain network It can be set in a public computer cloud, or in a private computer cloud, or in a mixed public and private computer cloud. In particular, the blockchain trust module 104 can be set in the public computer cloud, or in a public computer cloud. A decentralized shared ledger in the private computer cloud, or in the hybrid public and private computer cloud. Therefore, the blockchain trust module 104 is connected to the authentication module 103 with a signal. At least one smart contract is set in the blockchain trust module 104 in advance. When the blockchain trust module 104 receives the authentication module 103 The intellectual property rights and digital asset encrypted data generate a blockchain address for the intellectual property rights and digital asset encrypted data, and the smart contract compares the trust conditions of the intellectual property rights and digital assets with the profit sharing mechanism to match the conditions. The operator can maintain and operate the intellectual property rights and digital asset encryption data.

As shown in FIG. 1B , the operation method of the intellectual property and digital asset trust inheritance and maintenance operation system 100 according to the first embodiment of the present invention is shown. First, in step 150 of FIG. 1B , the identity recognition module 101 is used to preset the user identity. Features, such as the user's face, voiceprint, fingerprints, and iris features.

As shown in Figure 1B, the operation method of the intellectual property and digital asset trust inheritance and maintenance operation system 100 according to the first embodiment of the present invention is based on step 151 of Figure 1B, using the identity recognition model. Group 101 performs input of user signals. This includes the use of recognizers, such as cameras, for facial recognition. That is, when the user turns on the camera, the user can be asked to perform specified facial movements, including closing eyes, smiling, and facial movements combined with gestures, etc., to take pictures. The recording system can also be turned on, or the identity recognition module 101 will randomly pop up a text asking the user to record a voice. Or the identity recognition module 101 can also require the user to scan fingerprints or iris through an external optical module system.

As shown in FIG. 1B , the operation method of the intellectual property and digital asset trust inheritance and maintenance operation system 100 according to the first embodiment of the present invention is based on step 152 of FIG. 1B , using the identity recognition module 101 to perform identity comparison. That is, comparing the facial feature image file preset by the user, or the voiceprint preset by the user, or the fingerprint or iris preset by the user to confirm the identity.

As shown in FIG. 1B , the operation method of the intellectual property and digital asset trust inheritance and maintenance operation system 100 according to the first embodiment of the present invention, when the identity comparison in step 152 of FIG. 1B is correct, then, continue In step 153 of FIG. 1B , the trust and profit sharing condition input module 102 is used to input trust conditions and profit sharing conditions for the user's intellectual property rights and digital asset data.

As shown in Figure 1B, the operation method of the intellectual property rights and digital asset trust inheritance and maintenance operation system 100 according to the first embodiment of the present invention is based on step 154 of Figure 1B, using the authentication module 103 to authenticate the user's intellectual property rights and digital assets. Digital asset data generates encrypted data, including electronic signatures or timestamps to perform encryption operations, thereby generating intellectual property rights and digital asset encrypted data.

Continuing as shown in FIG. 1B , the operation method of the intellectual property and digital asset trust inheritance and maintenance operation system 100 according to the first embodiment of the present invention is based on step 160 of FIG. 1B , using the identity recognition module 101 to perform customer service verification. That is, after the identity comparison is performed in the aforementioned step 152, when the identity comparison failure result is obtained, the identity recognition module 101 will activate the built-in customer service verification system, and the customer service verification system can transparently Confirm identity by asking basic questions preset by the user. When the identity is confirmed to be correct, the above-mentioned step 153 is performed. When the identity confirmation fails, the above-mentioned step 151 is returned.

As shown in FIG. 1B , the operation method of the intellectual property rights and digital asset trust inheritance and maintenance operation system 100 according to the first embodiment of the present invention is based on step 155 in FIG. 1B , using the blockchain trust module 104 to enable the intellectual property rights. Generate blockchain addresses from digital asset encrypted data and perform smart contract steps. The intellectual property rights and digital asset trust inheritance and maintenance operation system 100 will be added to each account at the same time to ensure that the account content of each node is consistent, and the content of the account only allows the addition of content, and cannot Revise. In addition, the blockchain trust module 104 includes the pre-deployed user's smart contract content, the user's public key, the user's real identity information encrypted by the private key, and the beneficiary information encrypted by the private key. , the public key is used to verify the source of the file data uploaded through the certification process, that is, to verify whether it is the content sent by the user.

In step 1551 of Figure 1B, the blockchain trust module 104 checks whether the operator meets the trust conditions according to the trust conditions. The smart contract of the blockchain trust module 104 is the condition agreed upon by the user for the subsequent operation or maintenance management of the intellectual property rights or digital assets as the subject of the trust. The smart contract sets automatically executable conditions for the system program and can have one or more judgment formulas, and each judgment formula can contain one or more check values. The smart contract contains the conditions for the subsequent operation manager of intellectual property rights or digital assets, as well as the profit sharing mechanism. For example, the judgment method will check whether the subsequent operation manager is the contracted trust unit, or whether it is the follow-up operation manager’s request. Whether the profit sharing mechanism is within the range expected by the user.

As shown in Figure 1B, the operation method of the intellectual property and digital asset trust inheritance and maintenance operation system 100 according to the first embodiment of the present invention is based on the blockchain trust module 104, and the operator is compared and checked in step 1552 of Figure 1B Whether it meets the conditions of a trust. That is, the blockchain trust module 104 will Drive the content of the smart contract at regular intervals or regularly to check whether there is an operator suitable for subsequent operation or maintenance management.

As also shown in Figure 1B, the operation method of the intellectual property and digital asset trust inheritance and maintenance operation system 100 according to the first embodiment of the present invention is based on the blockchain trust module 104, and in step 156 of Figure 1B, the transfer block chain address to the operator. That is to say, when an operator with subsequent operations or maintenance management is established under the conditions stipulated in the smart contract, the blockchain trust module 104 will provide funds stored in the blockchain trust module 104 through the execution of the smart contract. , the user’s blockchain address in the public key blockchain network, the user’s real identity information in the blockchain address in the blockchain network, and the beneficiary’s blockchain address, etc. Information, as well as the intellectual property uploaded by the certified module, or the blockchain address of the digital asset file, are transferred to the operator.

As also shown in Figure 1B, the operation method of the intellectual property and digital asset trust inheritance and maintenance operation system 100 according to the first embodiment of the present invention is based on the blockchain trust module 104. In step 157 of Figure 1B, the operation method is based on the blockchain. A new asset transfer transaction content has been added to trust module 104. The operator can use the public key to unlock the content of its intellectual property rights or digital assets in the blockchain network, the user's true identity information, and the beneficiary information after encrypting the private key to facilitate subsequent intelligence. Property rights, or the operation or maintenance management of digital assets. It is worth noting that when the subsequent operation or maintenance management operator conducts transactions (such as authorization actions) for assets, a new asset authorization transaction content will be added in the blockchain trust module 104, mainly because of the The blockchain trust module 104 will drive the smart contract content at regular intervals or periodically to check whether there is any new transaction content authorized by the asset. If new transaction content is found, the profit sharing mechanism in the smart contract will be activated. The amount of the profit distribution is sent to the account of the beneficiary recorded in the corresponding smart contract.

Figure 2A shows an intellectual property and digital asset trust inheritance, maintenance and operation system 200 according to the second embodiment of the present invention. It is similar to the terminal 600 in Figure 2A. It has the identity recognition module 201 in Figure 2A for comparison. For confirming the user's identity, the identity recognition module 201 includes image recognition function, fingerprint recognition function, iris recognition function, voiceprint recognition function, and the function of starting a video conference.

As also shown in Figure 2A, an intellectual property and digital asset trust inheritance, maintenance and operation system 200 according to the second embodiment of the present invention, such as the terminal 600 in Figure 2A, has the creation module 202 in Figure 2A. The creation module 202 is used to provide users with editing to produce creative data, and the creative module is electrically connected to the identity recognition module 201. The creative module 202 includes activation to assist the creator in using relevant equipment and software to perform recording. , photography, video, painting, writing and other creative functions, as well as the function of connecting with an external creative device 300 .

Continuing as shown in Figure 2A, an intellectual property and digital asset trust inheritance, maintenance and operation system 200 is provided according to the second embodiment of the present invention, in which the external creation device 300 has the function of providing users with content creation between different devices, including mobile phones. , desktop computers, laptops, tablets and other types of computers, as well as devices such as Braille systems, screens with keyboards, large touch screens, etc.

As shown in Figure 2A, an intellectual property and digital asset trust inheritance, maintenance and operation system 200 according to the second embodiment of the present invention, such as the terminal 600 in Figure 2A, has a selected creation module 203, and the selected creation module 203 has a selected creation module. The selected creation module 203 is electrically connected to the creation module 202 for the files and copyright certification functions completed by the creation module, and the selected creation module 203 can select the creation data of the creation module 202, and Can be connected with external security device 400.

Still as shown in Figure 2A, an intellectual property and digital asset trust inheritance, maintenance and operation system 200 according to the second embodiment of the present invention is an external security device 400 in Figure 2A. The external security device 400 is electrically connected to the selected creation module 203. The external protection device 400 is used to perform an intellectual property rights protection program, and the intellectual property rights protection program generates a copyright certification certificate or a patent application from the creation data of the selected creation module 203. material.

Continuing as shown in Figure 2A, an intellectual property and digital asset trust inheritance, maintenance and operation system 200 according to the second embodiment of the present invention, such as the terminal 600 in Figure 2A, has a trust and profit sharing condition input module 204 for use. The person sets the trust conditions and profit sharing conditions for intellectual property rights and digital asset data.

As shown in Figure 2A, an intellectual property and digital asset trust inheritance, maintenance and operation system 200 according to the second embodiment of the present invention, such as the terminal 600 in Figure 2A, has the authentication module 205 in Figure 2A, and the authentication module 205 is electrically connected to the trust and profit sharing condition input module 204. The authentication module 205 adds a time stamp to the creative data and performs encryption operations to generate intellectual property rights and digital asset encrypted data.

Continuing as shown in Figure 2A, an intellectual property and digital asset trust inheritance, maintenance and operation system 200 according to the second embodiment of the present invention has a blockchain trust module 206 installed in a blockchain network. The blockchain The trust module 206 is used to store intellectual property generated by users or creators, store digital assets, store electronic signatures or store passwords, and can select subsequent operating management vendors based on smart contracts and allocate income to beneficiaries. Human functions can also conduct relevant market transactions based on smart contracts, and the proceeds will be returned to the trust account function, and this transaction method can be conducted through virtual currency or physical cash.

Still as shown in Figure 2A, there is an intellectual property right and digital asset trust inheritance, maintenance and operation system 200 according to the second embodiment of the present invention. The intellectual property right and digital asset trust inheritance, maintenance and operation system 200 has a terminal 600 as shown in Figure 2A. The terminal Machine 600 has identity recognition module 201, creation module 202. Select the creation module 203, the trust and profit sharing condition input module 204, the authentication module 205, and the blockchain trust module 206. Among them, the identity recognition module 201 is electrically connected to the creation module 202, and the The creation module 202 is electrically connected to the selected creation module 203. The selected creation module 203 is electrically connected to the trust and profit sharing condition input module 204. The trust and profit sharing condition input module 204 is electrically connected to the authentication module. 205, and the authentication module 205 is connected to the blockchain trust module 206. And the intellectual property rights and digital assets trust inheritance and maintenance operation system 200 has a blockchain trust module 206 as shown in Figure 2A. The blockchain trust module 206 is connected to the terminal 600. The intellectual property rights and digital assets trust inheritance and maintenance The operating system also has an external creation device 300, which is electrically connected to the creation module 202, and an external protection device 400, which is connected to the selected creation module 203 via a signal.

For example, the second best implementation mode of the intellectual property rights and digital asset trust inheritance and maintenance operation system includes the identification module 201, the creation module 202, the selection creation module 203, and the trust and profit sharing condition input module. The group 204 and the authentication module 205 can be installed on a mobile or fixed terminal, including a mobile phone or a computer host. The blockchain trust module 206 can be set in a public computer cloud, or in a A private computer cloud, or a mixed public and private computer cloud. In particular, the blockchain trust module 206 can be set up in a public computer cloud, or in a private computer cloud, or in a public and private computer cloud. A decentralized shared ledger in a private hybrid computer cloud.

As for the operation method of the intellectual property and digital asset trust inheritance and maintenance operation system 200 according to the second embodiment of the present invention as shown in Figure 2B, first, in step 250 of Figure 2B, the identity recognition module 201 is used to preset the user Identity features, such as the user’s face, voiceprint, fingerprints, and iris.

As still shown in Figure 2B, the operation method of the intellectual property and digital asset trust inheritance and maintenance operation system 200 according to the second embodiment of the present invention is based on step 251 of Figure 2B, using the identity recognition module 201 to input user signals. This includes using the camera for facial recognition, that is, when the user turns on the camera, the user can be asked to perform specified facial movements, including closing eyes, smiling, or facial movements combined with gestures, etc., to take pictures. The recording system can also be turned on, or the identity recognition module 201 will randomly pop up a text asking the user to record a voice. Or the identity recognition module 201 can also require the user to scan fingerprints or iris through an external optical module system. The intellectual property and digital asset trust inheritance and maintenance operation system includes facial recognition, voiceprint recognition, iris recognition, fingerprint recognition, or a built-in customer service system to identify the user's identity.

As shown in FIG. 2B again, the operation method of the intellectual property and digital asset trust inheritance and maintenance operation system 200 according to the second embodiment of the present invention is based on step 252 of FIG. 2B, using the identity recognition module 201 to perform identity comparison, that is, comparing The facial feature image file preset by the user, or the voiceprint preset by the user, or the fingerprint or iris preset by the user are used to confirm the identity. After the identity recognition module 201 confirms the identity, the user is further allowed to perform the link creation module 202.

Continuing as shown in Figure 2B, the operation method of the intellectual property and digital asset trust inheritance and maintenance operation system 200 according to the second embodiment of the present invention is based on step 253 of Figure 2B, using the identity recognition module 201 to perform customer service verification. That is, after the identity comparison is performed in the aforementioned step 252, if the identity comparison fails, the identity recognition module 201 will open the built-in customer service verification system, that is, the customer service verification system can perform customer service verification steps and use it through inquiry. The basic questions set by the person are used to confirm the identity. When the identity is confirmed to be correct, the following step 254 is performed. When the identity verification fails, the process returns to the above step 251.

As shown in Figure 2B, the operation method of the intellectual property and digital asset trust inheritance and maintenance operation system 200 according to the second embodiment of the present invention is based on step 254 of Figure 2B to create the module 202 Provide users with various creative program menus, including various systems and software programs such as recording, video recording, photography, painting, clerical work, etc., allowing users to open the corresponding creative software in various creative program menus based on their creative content Program to edit and produce creative data.

As still shown in Figure 2B, the operation method of the intellectual property and digital asset trust inheritance and maintenance operation system 200 according to the second embodiment of the present invention is to use the creation module 202 to perform a wireless detection process in step 255 of Figure 2B. The wireless detection program 255 can wirelessly detect the external creation device 300 and turn on the external creation device 300, and the external creation device 300 includes devices such as a Braille system, a screen connected to a keyboard, a large touch screen, etc. When the user starts a specific creative software program to create, the external creative device 300 receives the usage information of the specific creative software program, and simultaneously starts the specific creative software program and the status of its creative content on the external creative device 300, so as to Allow users to edit and create content across different devices. When the user edits the created content on the external creation device 300, the creation content will be returned to the creation module 202 through the wireless detection program 255, and the created content will be stored. That is, the aforementioned creation module 202 provides the user with various creation program menu contents, and the user opens corresponding creation software programs in the various creation program menus according to the creation content to edit and produce the creation data. After the steps, the subsequent step includes the steps of using the creation module 202 to perform the wireless detection process.

As also shown in Figure 2B, the operation method of the intellectual property and digital asset trust inheritance and maintenance operation system 200 according to the second embodiment of the present invention is to complete the creation of content provided to the user in various creation program menus in step 254 of Figure 2B Afterwards, the creation module 202 can further perform the steps of operating the intellectual property rights protection program 900 according to the user's creation content, corresponding to the external protection device 400 . In the intellectual property rights protection procedure 900, copyright certification 901 is first performed. The creation module 202 can connect to the copyright certification node 902 issued by a third party, and provide the aforementioned creative content to the copyright certification node 902, and obtain the copyright certification certificate 903. . After completing the aforementioned copyright certification process, The intellectual property rights protection program 900 then asks the user whether the creation is a technical invention 904. If it is a technical invention, it can be handed over to a patent office 905 for processing, and the patent application content 906 is generated to become patent application materials. Therefore, in summary, if the intellectual property rights protection program 900 is used to perform a copyright certification process, the creative content will be provided to the copyright certification node issued by a third party to obtain the copyright certification certificate. When the copyright certification is completed After the procedure, the intellectual property rights protection procedure 900 is used to ask whether the user's creative content is a technical invention. If it is a technical invention, the patent office handles it and sends the creative content to the patent office to complete the patent content and become a patent file. .

As shown in Figure 2B, the operation method of the intellectual property and digital asset trust inheritance and maintenance operation system 200 according to the second embodiment of the present invention is based on step 256 of Figure 2B, using the selection creation module 203 to select and complete the patent application materials and copyrights. Proof and other relevant creative materials.

As shown in FIG. 2B , the operation method of the intellectual property and digital asset trust inheritance and maintenance operation system 200 according to the first embodiment of the present invention is to use the selected creation module 203 to complete the patent application information and copyright certification step 256 as mentioned above. Then, continuing in step 257 of FIG. 2B , the trust and profit sharing condition input module 204 is used to input trust conditions and profit sharing conditions for the user's intellectual property rights and digital asset data.

As shown in FIG. 2B , the operation method of the intellectual property and digital asset trust inheritance and maintenance operation system 200 according to the second embodiment of the present invention is to add an electronic signature to the creative data using the authentication module 205 in step 258 of FIG. 2B Or timestamp and perform encryption operations to produce intellectual property and digital asset encrypted data. The authentication module 205 allows the user to select files that require intellectual property rights or digital asset assets (including Bitcoin, or digital virtual items, etc.) that need to be trusted. If they have passed copyright certification, copyright certification will also be provided. Proof and will be time stamped and digitally signed The private key (such as a random number composed of 32 hexadecimal values) is either encrypted by asymmetric cryptography, or encrypted by interfacing with a third-party encryption server.

As shown in Figure 2B, the method of the intellectual property rights and digital asset trust inheritance and maintenance operation system 200 according to the second embodiment of the present invention is based on step 259 of Figure 2B, using the blockchain trust module 206 to perform trust protection, as shown in the aforementioned figure. The encrypted file in step 258 of 2B is uploaded to the blockchain trust module 206 to generate a new blockchain address. That is, the blockchain trust module 206 is used to generate the intellectual property rights and digital asset encrypted data. Blockchain address and trust protection259.

As shown in Figure 2B, a method of intellectual property rights and digital asset trust inheritance and maintenance operation system 200 is shown in the second embodiment of the present invention. The blockchain trust module 206 is used to store the intellectual property and digital assets produced by the creator, and Electronic signatures or passwords are used to select subsequent operation management vendors and distribute income to beneficiaries based on smart contracts. Transactions in relevant markets can also be conducted based on smart contracts, and the income will be returned to the trust account. This transaction method can be through virtual currency or It’s physical cash. The blockchain trust module 206 can be placed in a public computer cloud, a private computer cloud, or a distributed shared ledger in a public and private mixed computer cloud. The system will be added to each ledger at the same time to ensure that each The content of the node's account is consistent. The content of the account only allows the addition of new content and cannot be modified. The blockchain trust module 206 also has pre-deployment of the user's smart contract content, the user's public key, the user's real identity information after being encrypted by the private key, and the beneficiary and other information after the private key is encrypted. The public key is used to verify the source of the file data uploaded through the certification process and confirm whether it is the content sent by the user.

An intellectual property right and digital asset trust inheritance and maintenance operation system and operation method of the present invention are based on the fact that digital assets or intangible assets themselves already have their existence value and do not need to be converted into currency. Therefore, effective trust can be achieved through the present invention. program, and the present invention consists in combining the relevant legal requirements required to execute the trust through the system, including the process from the creation to the transformation into intellectual property, and How the formation of rights ensures the integrity of the rights through the trust relationship, as well as the subsequent beneficiaries and the exercise of the rights. The death of the person will not prevent the creation from being continued or passed on to subsequent beneficiaries.

An intellectual property right and digital asset trust inheritance, maintenance and operation system of the present invention adopts the platform characteristics of the blockchain. This system can provide an innovative model to confirm the provider of the asset by providing an identity authentication module, and combine The characteristics of blockchain can effectively carry out the trust of intellectual property rights or digital assets that are difficult to handle. The advantage of this invention is that it can not only meet the financial innovation services encouraged by the current government, but also be an effective mechanism to encourage mature people in civilized society to carry out innovation and invention. The present invention makes it possible for intellectual property that has been difficult to become the subject of a trust in the past to be retained as assets during life and after death, and even the assets can be retained as designated beneficiaries, foundations, schools, etc. or for the maintenance costs of specific pets, commemorative items, houses, etc. , therefore the present invention is based on the protection of intellectual property, including patents, copyrights, trademarks, or digital assets such as Bitcoin, and non-fungible tokens (Non-Fungible Token), etc., and even business information data, electricity data, etc.) whose assets are the creator himself, and the process of generating rights is intangible property that complies with relevant legal requirements. Based on the foregoing, the present invention provides the best solution to the current deficiencies in intellectual property trust through systematic design, so as to protect the trust inheritance of intellectual property rights and digital assets.

The above descriptions are only preferred embodiments of the present invention and are not intended to limit the patentable scope of the present invention; all other equivalent changes or modifications made without departing from the spirit disclosed in the present invention shall be included in the following within the scope of the patent application.

100: Intellectual property rights and digital asset trust inheritance and maintenance operation system

101: Identity recognition module

102: Trust and profit sharing condition input module

103:Authentication module

104:Blockchain trust module

500:Terminal

Claims (12)

An intellectual property right and digital asset trust inheritance and maintenance operation system, including at least: a terminal, the terminal includes: an identification module for comparing and confirming the user's identity; a trust and profit sharing condition input module, the A trust and profit sharing condition input module is connected to the identity recognition module. The trust and profit sharing condition input module is for a user to set a trust condition and a profit sharing condition; an authentication module is connected to the authentication module. In the trust and profit sharing condition input module, the certification module performs an encryption operation on an intellectual property right and digital asset data to produce an intellectual property right and digital asset encrypted data; and a blockchain trust module, the area The blockchain trust module signal is connected to the authentication module. There is at least one smart contract in the blockchain trust module. When the blockchain trust module receives the intellectual property rights and digital asset encryption data from the authentication module, , causing the intellectual property rights and digital asset encryption data to generate a blockchain address, in which the smart contract compares the trust conditions and the profit sharing conditions, matches one of the qualified operators, and maintains and operates the intellectual property rights and digital asset encryption material. For example, the intellectual property rights and digital asset trust inheritance and maintenance operation system of claim 1, wherein the encryption operation is selected from an electronic signature and a time stamp group. An operation method of an intellectual property and digital asset trust inheritance and maintenance operation system, which at least includes: inputting user information into an identity recognition module; performing an identity comparison on the user information in the identity recognition module; When the identity comparison is correct, a trust and profit sharing condition input module is used for the user's information to input a trust condition and a profit sharing condition; in an authentication module, the user's intellectual property rights and digital assets are The data undergoes an encryption operation to generate an intellectual property and digital asset encrypted data; in a blockchain trust module, the intellectual property and digital asset encrypted data generates a blockchain address and executes a smart contract; In the blockchain trust module, check whether an operator meets the trust conditions based on the trust conditions; when the operator meets the trust conditions, in the blockchain trust module, the blockchain network location The address is transferred to the operator; and an asset transfer transaction record is added to the blockchain trust module. For example, the operation method of the intellectual property rights and digital asset trust inheritance and maintenance operation system of claim 3, wherein the encryption operation is selected from an electronic signature and a time stamp group. For example, the operation method of the intellectual property and digital asset trust inheritance and maintenance operation system in item 3 of the request includes a step of customer service verification after performing an identity comparison on the user's information. An intellectual property and digital asset trust inheritance, maintenance and operation system, at least including: a terminal, the terminal includes: an identification module for comparing and confirming the user's identity; a creation module, the creation module is electrically connected In the identity recognition module, the creation module is used to provide a user with editing to produce a creation data; A selected creative module, the selected creative module is electrically connected to the creative module, the selected creative module selects the creative data of the creative module; an external protection device, the external protection device is electrically connected to the selected Creation module, the external protection device is used to perform an intellectual property rights protection program, which generates a copyright certification certificate or a patent application data from the creation data of the creation module; a trust and profit sharing condition input A module for the user to set a trust condition and a profit sharing condition; an authentication module, the authentication module is electrically connected to the selected creation module, and the authentication module encrypts the creation data to produce Produce an intellectual property right and digital asset encrypted data; and a blockchain trust module. The blockchain trust module signal is connected to the authentication module. There is at least one smart contract in the blockchain trust module. When The blockchain trust module receives the intellectual property rights and digital asset encrypted data from the certification module, generates a blockchain address from the intellectual property rights and digital asset encrypted data, and compares the trust conditions with the trust conditions through the smart contract. Profit sharing conditions are in place to protect and operate the intellectual property rights and digital asset encryption information. For example, the intellectual property rights and digital asset trust inheritance and maintenance operation system of claim 6 further includes an external creation device, and the external creation device signal is connected to the creation module for the user to perform editing in the external creation module. For example, the intellectual property rights and digital asset trust inheritance and maintenance operation system of item 6 is requested, in which the smart contract sets automatically executable conditions for the system program and includes one or more judgment formulas, and each judgment formula includes one or more checks. value. An operation method for an intellectual property and digital asset trust inheritance and maintenance operation system, which at least includes: Use an identity recognition module to preset a user identity characteristic; use the identity recognition module to input user information; use the identity recognition module to perform an identity comparison between the user information and the user identity characteristic. ; When the identity comparison is correct, a creative module is used to provide a creative software program to edit and output a creative data; when the creative content is completed, the creative module corresponds to an external The protection device provides an intellectual property rights protection program that generates a copyright certification certificate or a patent application data for the creative data; selects and completes the creative data with a selected creative module; and uses a trust and profit sharing condition. The input module inputs a trust condition and a profit sharing condition for the completed creative data; uses a certification module to encrypt the completed creative data to produce an intellectual property and digital asset encrypted data; and uses a zone The blockchain trust module generates a blockchain address for the intellectual property rights and digital asset encryption data, and provides a trust protection. For example, if the operation method of the intellectual property rights and digital asset trust inheritance and maintenance operation system in item 9 is requested, after the step of performing an identity comparison on the user's information, it also includes a step of conducting a customer service verification. If the operation method of the intellectual property rights and digital asset trust inheritance and maintenance operation system in item 9 is requested, the creation module is used to provide a variety of creation program menu contents for a user to open the various creation program menus based on the creation content. The corresponding creative software program is used to edit and produce the creative data. For example, the operation method of the intellectual property rights and digital asset trust inheritance and maintenance operation system in item 9 is requested, in which the intellectual property rights protection procedure further includes: a copyright certification procedure using an intellectual property rights protection procedure: a copyright certification issued by a third party The node provides the creative content to the copyright certification node to obtain a copyright certification certificate; and after completing the copyright certification process, uses the intellectual property rights protection process to ask the user whether the creative content is a technical invention. If it is a technical invention , then connect with a patent office and transmit the creative content, thereby completing a patent content into a patent file.

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