KR20200126345A - Method for crytocurrency platform service based thing user and the system thereof - Google Patents

Abstract

The present invention relates to a method for providing a cryptocurrency platform service based on a thing user, which registers a user and performs withdrawal and inheritance for the user to provide a blockchain-based cryptocurrency platform service extended to a thing user as well as a human being, and a system thereof. According to one aspect of the present invention, the method comprises the following steps of a service providing server: registering, as a user, things including a computer, a vehicle, and an artificial intelligence robot through a user terminal; and when a use record of a user does not exist within a predetermined period, automatically remitting cryptocurrency of the corresponding user to another predetermined user to execute inheritance. The user requests user registration to the service providing server through a user terminal by user′s subscription, wherein inheritance information of the user is input in the case that the user is a person and owner information of the thing user is added in the case that the user is not a person but a thing including a computer, a vehicle, and an artificial intelligence robot. Moreover, the inheritance information is information specifying to which user the inheritance should be executed when the use record of the user does not exist for a set period.

Description

Service method and system for cryptocurrency platform based on user of things {METHOD FOR CRYTOCURRENCY PLATFORM SERVICE BASED THING USER AND THE SYSTEM THEREOF}

The present invention relates to an object user-based cryptocurrency platform service method and system thereof, and in detail, in order to provide a blockchain-based cryptocurrency platform service that extends not only to humans but also to object users, users are registered, users are withdrawn, and inherited. It relates to a user-based cryptocurrency platform service method and system that executes.

Cryptocurrency is a currency that users routinely use within the blockchain service platform beyond legal currency and key currency.

The problem of giving personality rights to AI robots and machines is finally appearing in reality, not movies or novels. Object users (computers, cars, artificial intelligence robots) are appearing in numerous fields such as composers, painters, designers, photographers, novelists, announcers, and doctors.

The fiat currency of Korea cannot be solved with the Korean won, the key currencies of the dollar and the euro. Even with other cryptocurrencies, it is difficult to directly recognize users of things as subjects of economic activity.

Therefore, there is a need for a more expanded concept of cryptocurrency, not just staying within the human scope.

The problem to be solved by the present invention is a method of service of an object user-based cryptocurrency platform for registering users, withdrawing users, and performing inheritance in order to provide a blockchain-based cryptocurrency platform service that extends not only to humans but also to users of things. It is to provide the system.

An object user-based cryptocurrency platform service method according to an aspect of the present invention registers a user and withdraws the user in order to provide a blockchain-based cryptocurrency platform service extended to not only humans but also object users using a service providing server. Performing inheritance, but registering, by the service providing server, an object including a computer, a vehicle, and an artificial intelligence robot as a user through a user terminal; And performing inheritance by automatically remitting the user's cryptocurrency to another preset user when there is no usage record within a preset period for a user, but user registration is performed by the user through the user terminal. If the user is a person, the user's inheritance information is entered, and if the user is not a person, but the object includes a computer, car, or artificial intelligence robot, the owner information of the object user is added, and inheritance information May be information specifying to which user inheritance should be performed when there is no record of use of the user for a specified period.

The method of service of an object user-based cryptocurrency platform comprises the steps of: a user terminal requesting a user subscription to a service providing server; The service providing server goes to the distributed server with the subscription information and verifies whether subscription is possible; The verification method includes reading the data of the distributed ledger and the distributed user ledger and comparing it with the subscription request information to check whether it is existing data or whether the inheritor designation is correct; If the service providing server has no abnormality in the subscription information, storing the user subscription information in the service providing server and transmitting the subscription information to the intermediary server; Adding user information to the distributed server according to the blockchain platform consensus algorithm by the intermediary server; The intermediary server generates a block in a predetermined manner in each blockchain platform, and the contents are stored in a distributed ledger of the distributed server; The user subscription result may be transmitted to the service providing server and the service providing server may further include storing the result information.

The method of service of an object user-based cryptocurrency platform comprises the steps of: a user requesting a service providing server to withdraw from a user terminal or a user of an object; Requesting the distributed server to verify whether the withdrawal data is executable by the service providing server; The distributed server reads the data in the distributed ledger and the distributed user ledger, and compares and confirms withdrawal information; Storing, by the service providing server, the user withdrawal information in its own server and transmitting the user withdrawal information to an intermediary server; Performing, by an intermediary server, inheritance according to the withdrawal information according to an agreement algorithm; The distributed server may further include storing the withdrawal information and the inheritance result.

The method of service of an object user-based cryptocurrency platform comprises the steps of: an intermediary server inquiring a distributed ledger and a distributed user ledger of a distributed server to find a user with a predetermined condition for withdrawal; Checking a result of whether there is a user found by the mediation server; Performing inheritance according to the withdrawal information according to a consensus algorithm when the intermediary server successfully finds a user for which withdrawal is to be executed; Storing, by the distributed server, the withdrawal information and the inheritance result in the distributed ledger and the distributed user ledger; And receiving, by the intermediate server, a signal from the distributed server indicating that the user withdrawal has been successfully distributed and stored and is completely terminated.

The object user-based cryptocurrency platform service system according to another aspect of the present invention is a service to register users, withdraw users, and execute inheritance in order to provide a blockchain-based cryptocurrency platform service that extends not only to humans but also to object users. Including the providing server, the service providing server registers objects including computers, cars, and artificial intelligence robots as users through the user terminal, and if there is no usage record within a preset period for an arbitrary user, the user's cryptocurrency Inheritance is performed by automatically remittance to other pre-set users, but for user registration, the user requests the user to join the service providing server through the user, and if the user is a person, the user enters his or her inheritance information, and the user is not a person. In the case of objects including computers, automobiles, and artificial intelligence robots, the owner information of the user of the object is added, and the inheritance information is information that designates which user the inheritance should be performed to if there is no record of his or her own use for a specified period.

According to the present invention, by registering and withdrawing users through a service providing server, an intermediary server, and a distributed server device, and executing inheritance upon withdrawal, not only humans but also electronic objects such as computers, automobiles, and artificial intelligence robots Services can be provided so that they can be used like humans.

According to the present invention, when a user cannot access his or her own cryptocurrency such as losing a password, inheritance is performed as defined in advance. Therefore, irrecoverable complete loss can be prevented.

According to the present invention, the management of cryptocurrencies owned by an object user is performed. For example, if a cryptocurrency exchange is regarded as a user of things, and if a user registers at a user terminal, the time of a predefined date even in situations where no one can access the exchange, such as when the cryptocurrency exchange administrator dies or loses the password. By automatically implementing inheritance when this occurs, the present invention can maintain a sustainable service platform system.

1 is a view for explaining a thing user-based cryptocurrency platform service system according to an embodiment of the present invention.
FIG. 2 is a sequence diagram schematically illustrating a method of registering a user to provide an extended blockchain-based cryptocurrency platform service according to an embodiment of the present invention.
3 is a sequence diagram schematically showing a method of withdrawing a user and executing inheritance in order to provide an expanded blockchain-based cryptocurrency platform service according to an embodiment of the present invention.

DETAILED DESCRIPTION OF THE INVENTION The detailed description of the present invention to be described below refers to the accompanying drawings, which illustrate specific embodiments in which the present invention may be practiced.

There is no clear definition of what cryptocurrency should be viewed as, securities, assets, currency, minerals, real estate.

The applicant defines cryptocurrency as the currency used by object users (working unit, WU, working unit, computer, car, artificial intelligence robot, user's user terminal, etc.) and intends to actually implement it.

In order for these cryptocurrency platforms to continue to grow, user sign-up and withdrawal and implementation of inheritance are necessary.

Situation assumption example 1)

Artificial intelligence (AI) car A moves around without human intervention. After gasoline at a gas station (A's self-determined fueling), go to a car center to fix the car (replace engine oil and front wheel), drive from one place to another on the delivery date, and receive rewards with cryptocurrency. Paying tolls while running down the road. Car A earns and spends cryptocurrency. You do it yourself. The gas station is also an object user, and the car center is an object user. Car A crosses the border and travels anywhere on Earth.

The person who is the owner of car A has access to the cryptocurrency owned by A. That is, you can move the balance of the cryptocurrency owned by Car A at any time to your wallet. If you think of a car as an artificial intelligence (AI) robot, you rethink the problem of moral rights.

The problem of giving personality rights to AI robots and machines is finally appearing in reality, not movies or novels. Object users (computers, cars, artificial intelligence robots) are appearing in numerous fields such as composers, painters, designers, photographers, novelists, announcers, and doctors. The fiat currency of Korea cannot be solved with the Korean won, the key currencies of the dollar and the euro. Even with other cryptocurrencies, it is difficult to directly recognize users of things as subjects of economic activity.

Cryptocurrency isn't just for people. They are used by all economically active agents. The definition of cryptocurrency is coin, that is, cryptocurrency is the currency used by users of things (working units, WUs, and Workin Uints).

Cryptocurrency doesn't just stay within human scope, it needs a more extended concept.

Cryptocurrency is a concept of extended currency, so extended platform services are required. The way to implement this is to have each user of things have their own wallet, receive rewards with cryptocurrency for the amount of work done, and use cryptocurrency while the user of the things performs income and expenditure activities as economic agents. All such activity details are distributed and recorded by the distributed server 300 in the distributed ledger 310 and the distributed user ledger 320 in a data storage method that is not forged or altered.

1 is a diagram for explaining a service system for a cryptocurrency platform based on an object user according to an embodiment of the present invention.

Referring to FIG. 1, the object user-based cryptocurrency platform service system according to an embodiment of the present invention registers users and withdraws users in order to provide a blockchain-based cryptocurrency platform service that extends not only to humans but also to object users. , It may be configured to include a service providing server 100, a mediation server 200, a distributed server 300 to execute inheritance.

The user can register a computer, car, artificial intelligence robot, etc. as another user through the user terminal 10 and use the service with the same qualifications as the user.

In the method of registering a user, the user requests a user subscription to the service providing server 100 through the user terminal 10. At this time, if the user is a person, input his or her inheritance information. The inheritance information refers to information that designates which other user the inheritance should be performed to when there is no record of their own use in the distributed ledger 310 for a predetermined period.

Example, user_create (user A, 100 days, user B): If there is no use record of user A in the distributed ledger 310 in the last 100 days, all cryptocurrencies of user A are automatically remitted to user B. It is the intermediary server 200 that automatically performs the task in this way.

When applying for user subscription in the user terminal 10, the subscription is performed only when the inheritance information is entered. As the initial default (default), the information on the usage record period and the recipient to be inherited is designated as a predetermined value in the platform service. The user terminal 10 applies for subscription by modifying these data when applying for subscription.

When the user information registered by the user terminal 10 is not a person but a computer, a car, or an artificial intelligence robot, the owner information of the user of the object may be added.

Example, user_create (user C, 50 days, user A, owner user A): If user C has no usage record for 50 days, all of User C's cryptocurrency is remitted to User A, and User C's owner is User A to be. It is the intermediary server 200 that automatically performs the task in this way.

FIG. 2 is a sequence diagram schematically illustrating a method of registering a user to provide an extended blockchain-based cryptocurrency platform service according to an embodiment of the present invention.

Referring to FIG. 2, a method of registering a user to provide an extended blockchain-based cryptocurrency platform service may be performed through the following steps.

The user terminal 10 requests a user subscription to the service providing server 100 (S1).

The service providing server 100 goes to the distributed server 300 with the subscription information and verifies whether subscription information is possible (S2).

The verification method is to read the data of the distributed ledger 310 and the distributed user ledger 32 and compare it with the subscription request information to check whether it is existing data or whether the inheritor designation is correct (S3).

If the verification result is abnormal (S4), apply for subscription again (S5).

When there is no abnormality in the subscription information, the service providing server 100 stores the user subscription information in the service providing server and transmits the subscription information to the mediation server 200 (S6).

The mediation server 200 performs a task of adding user information to the distributed server 300 according to the existing blockchain platform consensus algorithm (S7).

When the user is successfully added, user information is stored in the distributed server 300 (S8).

The mediation server 200 generates blocks in a predetermined manner in each blockchain platform, and the contents are stored in the distributed ledger 310 of the distributed server 300 (S9).

The user subscription result is transmitted to the service providing server 100 and the service providing server 100 stores the result information (S10).

The user terminal 10 checks the subscription result (S11).

3 is a sequence diagram schematically showing a method of withdrawing a user and executing inheritance in order to provide an expanded blockchain-based cryptocurrency platform service according to an embodiment of the present invention.

Referring to FIG. 3, S21 to S30 below are sequence diagrams illustrating a method of performing withdrawal when a user terminal requests withdrawal.

The user requests the service providing server 100 to withdraw from the user's own or owned object user (S21).

The service providing server 100 requests the distributed server 300 to verify whether the withdrawal data is executable (S22).

The distributed server 300 reads the data in the distributed ledger 310 and the distributed user ledger 320, and compares and confirms withdrawal information (S23).

If the verification result is abnormal (S24), the user withdrawal request is again executed (S25).

The service providing server 100 stores the user withdrawal information in its own server and transmits the user withdrawal information to the mediation server 200 (S26).

The mediation server 200 performs inheritance according to the withdrawal information according to the consensus algorithm provided by the existing platform (S27).

The distributed server 300 stores the withdrawal information and the inheritance result (S29).

User withdrawal is terminated (S29)

The service providing server 10 stores the result and notifies the result to the user terminal 10 (S30).

Below S31 to S36 are methods in which withdrawal is automatically performed even when there is no request for withdrawal from the user terminal 10. Even if there is no request from the user terminal, the intermediary server 200 periodically inquires the distributed ledger 310 of the distributed server 300 to describe a sequence diagram showing a method in which withdrawal is automatically performed.

The mediation server 200 performs operations S31 to S36 to generate a block in a predetermined manner on the blockchain platform, and the implementation details are stored in the distributed ledger 310 by the distributed server 300.

The intermediary server 200 searches the distributed ledger 310 and the distributed user ledger 320 of the distributed server 300 to find a user of a predetermined condition for which withdrawal should be performed (S31).

The mediation server 200 checks the result of whether there is a user found (S32).

The intermediary server 200 periodically repeats the operations S31 to S32 according to a period designated by the administrator of the intermediary server 200.

When the intermediary server 200 successfully finds a user for which withdrawal is to be executed, the inheritance according to the withdrawal information is performed according to a consensus algorithm provided by the existing platform (S34).

The distributed server 300 stores the withdrawal information and the inheritance result in the distributed ledger 310 and the distributed user ledger 320 (S35).

The mediation server 200 receives a signal from the distributed server 300 that the user withdrawal has been successfully distributed and stored and is completely terminated (S36).

As described above, the present invention has been described with reference to preferred embodiments of the present invention, but those skilled in the art can variously modify and change the present invention within the scope not departing from the spirit and scope of the present invention described in the following claims. You will understand that you can do it.

In addition, reference numerals in the claims of the present invention are provided for clarity and convenience of description, and are not limited thereto. In the process of describing the embodiments, the thickness of the lines shown in the drawings, the size of components, etc. May be exaggerated for clarity and convenience of description, and the above-described terms are terms defined in consideration of functions in the present invention and may vary according to the intention or custom of users and operators. Is to be made based on the contents throughout this specification.

10: user terminal
100: service providing server
200: mediation server
300: distributed server
310: distributed ledger
320: distributed user ledger

Claims (5)

In order to provide a blockchain-based cryptocurrency platform service that extends to not only humans but also users of things using a service providing server, users are registered, users are withdrawn, and inheritance is executed.
Registering, by the service providing server 100, an object including a computer, an automobile, and an artificial intelligence robot as a user through the user terminal 10; And
Including the step of performing inheritance by automatically remitting the user's cryptocurrency to another preset user when there is no usage record within a preset period for a user,
In the user registration, the user requests a user subscription to the service providing server 100 through the user terminal 10, and if the user is a person, his or her inheritance information is input, and the user is not a person, but a computer, car, artificial intelligence. In the case of an object containing a robot, the owner information of the object user is added,
The inheritance information is information that designates which user should inheritance when there is no one's own usage record for a predetermined period of time.
The method according to claim 1,
The step of requesting a user subscription to the service providing server 100 by the user terminal 10 (S1);
The service providing server 100 goes to the distributed server 300 with the subscription information and verifies whether subscription information is possible (S2);
The verification method includes the steps of reading the data of the distributed ledger 310 and the distributed user ledger 32 and comparing it with the subscription request information to check whether it is existing data or whether the inheritor designation is correct (S3);
If the service providing server 100 has no abnormality in the subscription information, storing the user subscription information in the service providing server and transmitting the subscription information to the mediation server 200 (S6);
The intermediary server 200 performing a task of adding user information to the distributed server 300 according to the blockchain platform consensus algorithm (S7);
The intermediary server 200 generates blocks in a predetermined manner in each blockchain platform, and the contents are stored in the distributed ledger 310 of the distributed server 300 (S9); And
The user subscription result is transmitted to the service providing server 100 and the service providing server 100 stores the result information (S10).
The method according to claim 2,
A step (S21) of a user requesting the service providing server 100 to withdraw from the user terminal 10 or of the user of the object he or she owns;
A step (S22) of the service providing server 100 requesting a verification to the distributed server 300 whether the withdrawal data is executable (S22);
The distributed server 300 reads the data in the distributed ledger 310 and the distributed user ledger 320 to compare and confirm withdrawal information (S23);
The service providing server 100 storing the user withdrawal information in its own server and transmitting the user withdrawal information to the intermediary server 200 (S26);
The intermediary server 200 performing inheritance according to the withdrawal information according to an agreement algorithm (S27); And
The distributed server 300 further comprises the step (S29) of storing the withdrawal information and the inheritance result.
The method according to claim 2,
The intermediary server 200 inquiring the distributed ledger 310 and the distributed user ledger 320 of the distributed server 300 to find a user with a predetermined condition to which withdrawal should be performed (S31);
Checking a result of whether there is a user found by the intermediary server 200 (S32);
When the intermediary server 200 successfully finds a user for which withdrawal is to be performed, performing inheritance according to withdrawal information according to a consensus algorithm (S34);
The distributed server 300 storing the withdrawal information and the inheritance result in the distributed ledger 310 and the distributed user ledger 320 (S35); And
The intermediary server 200 receiving a signal from the distribution server 300 that the user withdrawal has been successfully distributed and stored and completely terminated (S36).
In order to provide a blockchain-based cryptocurrency platform service that extends not only to humans but also to users of things, it includes a service providing server 100 to register users, withdraw users, and execute inheritance,
The service providing server 100 registers objects including computers, cars, and artificial intelligence robots as users through the user terminal 10, and if there is no use record within a preset period for a user, the password of the user Inheritance is carried out by automatically remitting money to other preset users,
In the user registration, the user requests a user subscription to the service providing server 100 through the user terminal 10, and if the user is a person, his or her inheritance information is input, and the user is not a person, but a computer, car, artificial intelligence. In the case of an object containing a robot, the owner information of the object user is added,
The inheritance information is information that designates which user should inheritance when there is no record of their own use for a predetermined period of time.

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