KR20240003341A - Multi-party chatting system using chatting activity among multiple users connected to network as proof of work for mining digital assets - Google Patents

Abstract

A multi-party chat system is disclosed that promotes interaction between users by using chat activity between multiple users connected through a network as proof of work for mining digital assets (referred to as EMP). The multi-party chat system includes a chat service provider that creates a chat window through which multiple users can exchange messages, and the chat service provider represents mining rights to mine digital assets (EMP) within a predetermined period of time. Mining Rights (EGG) Management Department, which provides mining rights (EGG) to users' digital wallets; Quantitatively and qualitatively analyzes chat activities between source users and target users in the chat window, generates proof-of-work (EMC) to mine digital assets (EMP) based on the analysis results, and sends the generated EMC to the source user. and a proof-of-work (EMC) management unit to serve digital wallets of target users; and Exchange mining rights (EGG) provided to source users and target users for digital assets (EMP) by combining them with proof-of-work (EMC) provided to source users and target users, and exchange the exchanged digital assets (EMP) with source users and target users. It includes a digital asset (EMP) management unit provided to the digital wallet, and mining rights (EGG) and proof of work (EMC) are expired after a certain period of time. According to the present invention, chatting activities between users in a chat window can be encouraged, and as a result, the level of intimacy between users participating in the chat can be increased.

Description

Multi-party chatting system using chatting activity among multiple users connected to network as proof of work for mining digital assets digital assets}

The present invention relates to an online chat system, and in particular to promote mutual communication between users by using chat activity between multiple users connected through a network as proof of work for mining digital assets (hereinafter referred to as "EMP"). It is about a multi-party chat system for

Modern people are spending more and more time using smartphones and computers, and communication with each other is increasing. In particular, this trend has become more common as working from home has increased due to the Covid-19 pandemic, and this trend is expected to continue even after the Covid-19 pandemic ends.

As communication using smartphones and computers increases, it has become possible to receive immediate and subtle compensation for advice or counseling for professional knowledge, which was not possible in the past, and for communication that provides emotional comfort. During formal consultation or communication, we promote high-quality communication through immediate and subtle compensation for the other party's benevolent communication behavior, rather than a flat-rate compensation based on time, and explicitly express gratitude for the other party's goodwill. can do.

In particular, it is increasingly becoming known that not only physical health but also mental health is very important in human health. Mental health refers to the level of stress a user experiences and the level of satisfaction with the user's current life. Medication is also used to treat mental health, but in order for individuals to improve their own mental health, Republic of Korea Patent Application No. 1020080042471 (filed on May 7, 2008, the name of the invention is "Inducing breathing to achieve a relaxation effect") Physical and mental self-relaxation therapies such as breathing and meditation are widely used, and recently, stress relief through interpersonal communication has been widely used. It is known that social therapy also plays a very important role.

However, no matter how great a therapy is, it is useless if the user does not practice or implement it consistently. Most users can feel the health-promoting effects by consistently practicing these health-promoting activities for a long period of time, and it is often only then that they become established as a lifestyle habit. Therefore, at the stage when users begin a new health promotion activity through communication, they do not give up midway by arousing interest and motivation until they experience the effect of health promotion themselves and establish it as a good lifestyle habit. It is most important to create an environment where the other party can continuously communicate.

Therefore, there is an urgent need for technology to improve the level of intimacy between users by providing immediate and subtle compensation for advice or counseling for professional knowledge and communication that provides emotional comfort.

Republic of Korea Patent Application No. 1020080042471 (filed on May 7, 2008, invention title “Method and device for providing relaxation effect by inducing breathing”)

The purpose of the present invention is to provide a multi-party chatting system that can increase the level of intimacy between users participating in the chat by encouraging chatting between users in a chat window.

In addition, the purpose of the present invention is to provide a multi-party chat system that promotes high-quality interaction between users by using chat activity between multiple users connected through a network as proof of work for mining digital assets (EMP). .

One aspect of the present invention to achieve the above objectives is to use chatting activity between multiple users connected through a network as a proof of work for mining digital assets (hereinafter referred to as "EMP"), thereby facilitating interaction between users. It is about a multi-party chat system that facilitates. The multi-party chatting system according to the present invention creates a chat window in which multiple users can exchange messages and provides it to the user terminal, and sends the message from the chat window implemented in the source user terminal possessed by the source user. It includes a chat service provider that receives a message to be transmitted to a target user who receives the message, and transmits the received message to a chat window implemented in a target user terminal possessed by the target user, wherein the chat service provider, within a predetermined period of time, A mining rights (EGG) management unit that provides mining rights (hereinafter referred to as “EGG”) representing mining rights to mine the digital asset (EMP) to the user’s digital wallet; Proof of work (hereinafter referred to as “EMC”) to quantitatively and qualitatively analyze chat activities between the source user and the target user in the chat window, and mine the digital asset (EMP) according to the analysis results. A proof-of-work (EMC) management unit for generating and providing the generated EMC to the digital wallets of the source user and the target user; and exchanging the mining rights (EGG) provided to the source user and the target user for the digital asset (EMP) by combining the mining rights (EGG) provided to the source user and the target user with the proof of work (EMC) provided to the source user and the target user, and exchanging the exchanged digital asset (EMP). It includes a digital asset (EMP) management unit that provides digital wallets of the source user and the target user, and the mining rights (EGG) and the proof of work (EMC) may expire after a predetermined period of time. According to one embodiment, the mining right (EGG) management unit sells the mining right (EGG) to the user, or automatically generates the mining right (EGG) at a predetermined period based on the digital asset (EMP) held by the user, Upon a request from a user connected to the multi-party chat system, mining rights (EGG) contained in the digital wallet of the requesting user are provided to another user, or upon a request from a health-related sponsorship partner connected to the multi-party chat system. , It is characterized in that it is configured to provide mining rights (EGG) contained in the digital wallet of the requested sponsorship partner to other users. According to one embodiment, the proof-of-work (EMC) management unit allows the source user to gift the proof-of-work (EMC) to the target user based on the target user's activity on the message sent by the source user. to be; providing the proof-of-work (EMC) to the source user and the target user based on the target user's activity on messages sent by the source user; and providing the proof-of-work (EMC) to the source user and the target user based on the number of transmitted messages and the total number of characters included in the transmitted messages in the chat between the source user and the target user in the chat window. It is characterized in that it is configured to perform at least one of the things provided. According to one embodiment, the proof-of-work (EMC) management unit monitors the immediacy, adequacy, and relevance of the target user's activity with respect to the message sent by the source user in the chat window. Characterized in that it is configured to provide the proof of work (EMC) to the source user and the target user based on at least one of the following. According to one embodiment, the target user's activities include: checking messages sent by the source user; a response to an inquiry from the source user; Responses to surveys provided by said source users; Participation in games suggested by said Source User; Confirmation of advertisements recommended by the source user and visits to advertisers; Installing the app and signing up for the service at the request of the source user; and at least one of performing a mission given by the source user to the target user. According to one embodiment, the mission includes: activities of the target user in the multi-party chat system; Purchasing behavior at an online shopping mall recommended by the source user; Visiting or signing up for a site recommended by the source user; and at least one of donating at least one of mining rights (EGG), proof of work (EMC), and digital assets (EMP) held by the target user to a target recommended by the source user. According to one embodiment, the chat service provider detects a gesture performed by the source user in a chat window implemented in the source user terminal owned by the source user, and sends a message according to the detected gesture to the source user terminal and It is characterized in that it is configured to change the way it is expressed in the chat window implemented in the target user terminal. According to one embodiment, the gesture may include: a tapping period representing a period of time during which the source user taps a send button to send the message; The number of times the source user taps the send button; Selecting a different transfer icon displayed in the chat window; and dragging the screen in a predetermined shape in the chat window. According to one embodiment, the chat service provider sets an affinity level between the source user and the target user based on the affinity between the source user and the target user, and sets the mining right according to the set affinity level. (EGG), the proof of work (EMC), and the digital asset (EMP) are characterized in that it further comprises an intimacy level management unit for controlling the amount or ratio provided to the source user and the target user. According to one embodiment, the intimacy management unit assigns different classes to users according to the amount and activity history of the user staking the digital asset (EMP) in the multi-party chat system and allows chatting with any user. It is characterized in that it is further configured to change the maximum number of opponents according to the class assigned to the user.

According to the present invention, chatting activities between users in a chat window can be encouraged by providing immediate and subtle rewards for chatting activities, and as a result, the level of intimacy between users participating in the chat can be increased.

In addition, for the purpose of the present invention, a multi-party chat system is provided that promotes interaction between users by using chat activity between multiple users connected through a network as proof of work for mining digital assets (EMP).

1 is a block diagram schematically showing a multi-party chatting system according to the present invention.
Figure 2 illustrates an example of a chat window created by the multi-party chat system according to the present invention.
Figure 3 illustrates that proof-of-work (EMC) is provided as bilateral chatting progresses in the multi-party chatting system according to the present invention.
Figures 4a and 4b illustrate that messages are expressed differently in the target user's chat window according to the source user's gesture in the chat window created by the multi-party chat system according to the present invention.
Figure 5 illustrates that a proof-of-work (EMC) between users can be presented in a chat window created by the multi-party chat system according to the present invention.
Figure 6 is a diagram illustrating the intimacy level according to the intimacy between users participating in the multi-party chatting system according to the present invention.
Figure 7 is a diagram illustrating a digital wallet storing mining rights (EGG), proof of work (EMC), and digital assets (EMP) managed by the multi-party chat system according to the present invention.

In order to fully understand the present invention, its operational advantages, and the objectives achieved by practicing the present invention, reference should be made to the accompanying drawings illustrating preferred embodiments of the present invention and the contents described in the accompanying drawings.

Hereinafter, the present invention will be described in detail by explaining preferred embodiments of the present invention with reference to the accompanying drawings. However, the present invention may be implemented in many different forms and is not limited to the described embodiments. In order to clearly explain the present invention, parts that are not relevant to the description are omitted, and the same reference numerals in the drawings indicate the same members.

1 is a block diagram schematically showing a multi-party chatting system according to the present invention.

Referring to Figure 1, the multi-party chatting system 100 according to the present invention includes a source user terminal 110, a target user terminal 120, and a chat service provider 130, and the chat service provider 130 It includes an EGG management unit 140, an EMC management unit 150, an EMP management unit 160, and an intimacy level management unit 170.

First, the multi-party chatting system 100 shown in FIG. 1 uses chatting activities between multiple users connected through the network 190 as proof of work for mining digital assets (hereinafter referred to as “EMP”), thereby generating digital It promotes interaction between users by allowing mining of assets (EMP) to be performed through chat. Each component is described below.

The chat service provider 130 creates a chat window in which multiple users can exchange messages and provides it to the user terminal. In this specification, a user sending a message in a chat window is referred to as a source user, and a user receiving the message is referred to as a target user. Additionally, the user terminal possessed by the source user is called a source user terminal, and the user terminal possessed by the target user is called a target user terminal. In the embodiment shown in Figure 1, 110 is depicted as referring to the source user terminal and 120 as referring to the target user terminal, but they may be interchanged. In addition, in the embodiment shown in FIG. 1, it is explained that there are two user terminals and a conversation between the two occurs in a chat window, but the present invention is not limited to this embodiment. In other words, there may be three or more users who can participate in chatting in the chat window created by the chat service provider 130.

The chat service provider 130 receives a message that the source user wants to send from the chat window implemented in the source user terminal 110 and transmits the message to the chat window implemented in the target user terminal 120. The source user and target user are not fixed in the chat window, but can continuously change depending on who sends and receives messages. The chat service provider may analyze the received message, calculate the information entropy contained in the message, and provide it to the EGG management unit 140 to issue a proof of work or automatically generate a response message using a chatbot.

The EGG management unit 140 included in the chat service provider 130 provides a mining right (hereinafter referred to as “EGG”) representing the mining right to mine digital assets (EMP) within a predetermined period to the user’s digital wallet. to provide. In this case, the EGG management unit 140 1) automatically generates mining rights (EGG) at a predetermined period based on the digital assets (EMP) held by the user, or 2) responds to a request from a user connected to the multi-party chat system 100. Accordingly, the mining rights (EGG) contained in the digital wallet of the requesting user may be provided to another user, or 3) upon a request from a related cooperative sponsor connected to the multi-party chat system 100, the mining rights (EGG) contained in the digital wallet of the requesting user may be provided to the digital wallet of the requesting cooperative sponsor. The included mining rights (EGG) can be provided to other users. In case 1), the operator of the multi-party chat system 100 provides mining rights (EGG) to registered members, and in case 2), mining rights (EGG) are transferred between subscribers of the multi-party chat system 100. . Additionally, in case 3), organizations such as public institutions, public enterprises, and private enterprises that have joined the multi-party chat system 100 purchase mining rights (EGG) and provide them to their members. The concept of mining rights (EGG) is explained in detail as follows.

- Provision based on digital assets held

Mining rights (EGG) can be issued according to the digital assets (EMP) held by the user. For example, a certain percentage of your digital assets (EMP) could be automatically provided as daily mining rights (EGG). As mentioned above, even if mining rights (EGG) are provided, no actual digital assets (EMP) are mined without proof of work (EMC). In other words, mining rights (EGG) only mean that you have the right to mine, not that it has been mined. Mining rights (EGG) can be implemented in the form of a separate token or coin, and when the proof of work (EMC) is confirmed, the mining rights (EGG) are destroyed and a digital asset (EMP) is created instead to be used by the user. deliver it to

In this case, no matter how many mining rights (EGG) any one user has, it is desirable that the digital assets (EMP) that an individual user can mine daily are limited. The reason is that by restricting the issuance of mining rights (EGG) as digital assets (EMP), the remaining mining rights (EGG) will be extinguished. This is to encourage users to actively trade or donate the mining rights (EGG) that will expire. For example, the value of EMP linked to the price of a 1 gram gold bar may be determined by the number of digital assets (EMP) that a user can mine every day.

In this way, the EGG management unit 140 grants mining rights (EGG) to the user. However, the remaining mining rights (EGG) that exceed the maximum mining amount that a user can mine will be lost if there is no activity. Therefore, in order to prevent the mining rights (EGG) provided to the user from expiring, the user trades the mining rights (EGG) or donates them to other users. In this way, the act of providing mining rights (EGG) to other users can be understood as the act of sowing grain to harvest it. Therefore, this action can be named ‘planting’.

To facilitate this seeding activity, the mining rights (EGG) held by the user are displayed in the user's digital wallet. If mining rights (EGG) are displayed as inactive, users can easily see how many digital assets (EMP) can be mined today. At this time, it is desirable that coins that can be mined by oneself and coins that can be sowed to others are displayed in different colors. For example, mining rights (EGG) that can be mined by oneself can be displayed in gray, and EGG that can be sown to others can be displayed in green.

Users who provide mining rights (EGG) do not necessarily have to be individuals; for-profit or non-profit corporations can also be users. Even state agencies such as the Ministry of Health and Welfare or the Health Insurance Review and Assessment Service can also become users of the multi-party chat system (100). For example, if a life insurance company is a user of the multi-party chat system (100), the insurance company can As health improves, insurance expenditures can be reduced. If a national agency has a multi-party chat system (100 users), the country can reduce medical insurance expenditures by improving the health of its citizens. For-profit entities such as general private companies can use multi-party chat For users of the system 100, a commercial corporation may use the multi-party chat system 100 to attract more people to use its service.

Proof of Work as Mining Condition (hereinafter referred to as “EMC”)

As described above, in order to mine digital assets (EMP) in the multi-party chat system 100, both a mining right (EGG) and a certain proof of work (EMC) are required. The digital asset mined in the present invention may be a utility coin named EMP, and in order to mine EMP, a proof of work (EMC) is required.

In the present invention, chat activity between users is utilized as proof of work (EMC). That is, the EMC management unit 150 quantitatively and qualitatively analyzes chat messages made between source users and target users in the chat window created by the chat service provider unit 130, and creates digital assets (EMP) according to the analysis results. Proof of Work (EMC) for mining is generated, and the generated EMC is provided to the digital wallets of the source user and target user. The digital wallet management program is included in the chat service provider 130 and can manage the harvested EMP, and can also support e-commerce in on and off markets where EMP can be used. For example, in online shopping malls that support EMP, EMP can be used like cash.

The EMC management unit 150 may allow the source user to gift proof-of-work (EMC) to the target user based on the target user's activity on messages sent by the source user, or Proof-of-Work (EMC) may be provided to the source user and the target user based on the target user's activities. To this end, the EMC management unit 150 provides the proof of work (proof of work) to the source user and the target user based on the number of transmitted messages in the chat made between the source user and the target user in the chat window and the total number of characters included in the transmitted messages. EMC) can be provided, which is the result of quantitative analysis of the chat window.

Additionally, the EMC management unit 150 performs operations on the source user and the target user based on the immediacy, adequacy, and relevance of the target user's activity with respect to the message sent by the source user in the chat window. Proof (EMC) can also be provided, which is the result of a qualitative analysis of the chat window.

Basically, the EMC management unit 150 provides proof of work (EMC) according to chats between users. Here, the target user's activities to provide proof of work (EMC) include 1) confirmation of the message sent by the source user, 2) response to the source user's inquiry, 3) response to the survey provided by the source user, 4), Participation in the game suggested by the source user, 5), Confirmation of the advertisement recommended by the source user and visit to the advertiser, 6) Installation and subscription of the app requested by the source user, and 7) Target by the source user This may include the performance of missions given to the user. In addition, the mission mentioned in 7) is: 1) the target user's activities in the multi-party chat system, 2) purchasing behavior at the online shopping mall recommended by the source user, and 3) visiting or signing up for a certain site recommended by the source user. , and 4) the act of donating at least one of mining rights (EGG), proof of work (EMC), and digital assets (EMP) held by the target user to a target recommended by the source user.

In case 3), visiting the site recommended by the source user presupposes that the target user believes and accepts the source user's recommendation. This is due to the high trust between the source user and the target user, and the higher the intimacy between the source user and the target user, the more effective the advertisement or promotion provided by the source user to the target user will be. This kind of promotional effect will be much better than targeted advertising that only takes into account a specific user's life patterns or areas of interest without considering relationships with other people. Thanks to this promotional effect, an explosive increase in subscribers to a specific site or app can be expected.

In 4), donations of mining rights (EGG) or digital assets (EMP) can also be used as proof of work (EMC) because donations can be promoted and consideration for the socially disadvantaged can be realized. In addition, a promotional effect is expected because recipients of donations must also do proof-of-work (EMC) to harvest mining rights (EGG) into digital assets (EMP), and the multi-party chat system 100 according to the present invention is widely distributed. It can play a big role.

As described above, the mining rights (EGG) contained in the recipient's digital wallet expire after a certain period of time. Therefore, rather than vaguely performing proof-of-work (EMC) without any special purpose, proof-of-work (EMC) is performed within a limited time frame before the mining rights (EGG) expire, and thus, those who have joined the multi-party chat system (100) Users become more active.

Referring again to FIG. 1, the EGG management unit 140 and the EMC management unit 150 store and manage mining rights (EGG) and digital assets (EMP) held by users.

The chat service provider 130 may also be responsible for trading digital assets (EMP) or mining rights (EGG) between users.

Hereinafter, a chat service implemented in the multi-party chat system 100 according to the present invention will be illustrated using screenshots.

Figure 2 illustrates an example of a chat window created by the multi-party chat system according to the present invention.

Referring to Figure 2, it can be seen that the message sent by the source user 'Shani' is tagged with different proof-of-work (EMC) depending on its length. In Figure 2, you can see that the chat window called 'ExermineTalk' can display the type of message being sent, the ranking of the most used chat service, the goal to be achieved in the chat service, and the execution results.

As shown in FIG. 2, if different proof-of-work (EMC) is tagged according to the length of the message, it is possible to prevent securing the proof-of-work (EMC) by inadvertently increasing the number of short messages.

In Figure 2, the message sent by the source user suggests that the intimacy between the source user and the target user is very high. Accordingly, the target user has a high probability of complying with the interest and advice provided by the source user, and as a result, the intimacy between the source user and the target user can be further improved.

Figure 3 illustrates that proof-of-work (EMC) is provided as bilateral chatting progresses in the multi-party chatting system according to the present invention.

For convenience of explanation, it is assumed that all messages in the chat window illustrated in FIG. 3 are tagged with one proof-of-work (EMC), but it should be noted that this does not limit the present invention. A proof-of-work (EMC) tagged in a transmitted message may be provided if the message is read by the target user. In this case, one proof of work (EMC) may 1) be provided entirely to the source user, 2) may be provided entirely to the target user, or 3) may be provided in installments at a predetermined ratio. Additionally, the rate at which proof-of-work (EMC) is split may vary depending on the nature of the transmitted message or the activity of the target user.

Figures 4a and 4b illustrate that messages are expressed differently in the target user's chat window according to the source user's gesture in the chat window created by the multi-party chat system according to the present invention.

Referring to Figure 4a, it can be seen that all messages are displayed in the same color. In the multi-party chatting system 100 according to the present invention, the source user can directly set the way his or her message is displayed to the target user. For example, depending on the method of tapping the 'Send' icon in FIG. 4A, the transmitted message may be displayed in a different color, displayed with a predetermined notification sound, or displayed while causing vibration on the target user terminal. Accordingly, the source user can easily change the display method of the message using different gestures depending on the importance of the message to be sent.

An example in which the method of transmitting the last message in FIG. 4A is changed and the corresponding message is displayed in a different color is shown in FIG. 4B. That is, the last message in Figure 4b, 'Where and how does it hurt? The message ‘If you’re sick, go to the doctor’ can be highlighted by displaying it in a different color. These gestures include 1) a tapping period, which represents the period of time the source user taps the send button to send the message, 2) the number of taps the source user taps the send button, and 3) a different send icon displayed in the chat window. This may include selecting, and 4) dragging the screen in a predetermined shape in the chat window.

In addition, of course, the message may be expressed in different ways not only in the target user's chat window, but also in the source user's chat window depending on the source user's gestures.

Figure 5 illustrates that a proof-of-work (EMC) between users can be presented in a chat window created by the multi-party chat system according to the present invention.

As shown in Figure 5, a source user named 'Shiny' can provide 10 proof-of-work (EMC) to a target user named 'Shiny' in the form of a gift called GiftChat. GiftChat means that the source user directly provides proof of work (EMC) to the target user based on how well the target user follows the source user's guidance and how well the target user responds to the source user's queries. Through these features, the target user can more eagerly answer the source user's queries or better follow the source user's guidance.

Figure 6 is a diagram illustrating the intimacy level according to the intimacy between users participating in the multi-party chatting system according to the present invention.

The intimacy level management unit 170 included in the chat service provider 130 according to the present invention can set the intimacy level between the source user and the target user based on the affinity between the source user and the target user. Furthermore, the intimacy level management unit 170 may control the amount or rate at which mining rights (EGG), proof-of-work (EMC), and digital assets (EMP) are provided to source users and target users according to the set intimacy level. For example, as shown in Figure 6, there may be three levels of intimacy among users participating in a chat: 'Kkanbu friends', 'Communication friends', and general 'friends'. At this time, the intimacy level management unit 170 may provide more proof-of-work (EMC) as the intimacy level increases, or may adjust the rate at which proof-of-work (EMC) is provided. For example, among friends, EMC may be distributed 1:1, whereas among friends, EMC may be distributed more 4:1 to source users.

Furthermore, the intimacy level management unit 170 assigns different classes to users in the multi-party chat system according to the amount of digital assets (EMP) staked by the user and the activity history, and assigns different classes to the user depending on the assigned class. You can control the number of chat partners. For example, it is possible to set it so that a user with a higher class can have more friends and friends.

Figure 7 is a diagram illustrating a digital wallet storing mining rights (EGG), proof of work (EMC), and digital assets (EMP) managed by the multi-party chat system according to the present invention.

As shown in Figure 7, a user may have 400 mining rights (EGG), 447 proof-of-work (EMC), and 400 digital assets (EMP). As mentioned above, among these, mining rights (EGG) and proof of work (EMC) expire after a certain period of time, but the digital asset (EMP) once provided does not change. Therefore, in order to convert mining rights (EGG) to digital assets (EMP) before they expire (i.e., to mine EMP), users must more actively participate in chat to secure proof of work (EMC) and work on the secured work. Obtain digital assets (EMP) by combining proof (EMC) with mining rights (EGG).

The present invention has been described with reference to the embodiments shown in the drawings, but these are merely illustrative, and those skilled in the art will understand that various modifications and other equivalent embodiments are possible therefrom. For example, a user's membership class may include Rookie, Member, Silver, Gold, Platinum, Diamond, and Royal. The higher the class, the more proof-of-work (EMC) provided when performing the same mission.

Additionally, the Friendship Type between users can be divided into Kanbu Friends, Sympathetic Friends, Friends, and Good Relationships. Kanbu Friends share exercise information and health information with EGG, while Sympathetic Friends only share exercise information. , good relationships with friends can only be achieved through chatting. In other words, Kanbu Friends and Sympathy Friends can mine chat through MineChat, so EMC is generated every time they have a conversation. The amount of EMC may vary depending on the quantity and quality of text messages sent.

At this time, the quantity of the message is determined by the number of words in the message text, and the quality of the message varies depending on the significance of each word in the message text. The significance of each word is determined by the database and conversation context information indicating the relationship between the word and the semantic quantity.

Corporate customers or trainers can become Kanbu Friends or Sympathetic Friends through chatbots or direct chatting and provide chatting services to users. The company provides EGG through spawn coupons and provides EMC through questions and answers through a dedicated chat window, allowing users to obtain EMP. At this time, EMC is not determined by calories, which are physical quantities, but by the quantity and quality of text messages sent. Additionally, in the case of corporate customers, EMCs may be awarded only to member customers who receive the service, or for trainer customers, EMCs may be issued only to trainer customers.

Depending on the class and intimacy level, the number of friends you can have may be as follows. For example, in the case of the Rookie class, you can only have one friend and one vice-principal friend, and if you are promoted to Member class, you can have two friends and two vice-principal friends. In the case of Royal class, you can have 100 Kanbu friends and Vice Principal friends. In this way, the size of the community that can be formed varies depending on the membership level. Additionally, various additional services may be provided for each class. In other words, if you reach the Gold class, services such as free golf instruction and a round once a year may be provided.

According to the present invention, the dynamism of a multi-party chatting system can be guaranteed by encouraging chatting activities between members to increase the intimacy level of users and promoting interaction between users. Of course, limiting the size of the community or providing different services differently can also encourage users who have signed up for a multi-party chat system to participate more actively in the service.

The multi-party chatting system according to the present invention can be provided in a centralized manner and a decentralized manner. If implemented in a centralized manner, the chat service provider will be implemented as a centralized chat server. On the other hand, if implemented in a decentralized manner, the chat service provider will be implemented by storing and managing chat activity history on a decentralized blockchain.

If the multi-party chat system is implemented in a decentralized manner, mining rights (EGG), proof-of-work (EMC), and digital assets (EMP) can be issued as NFTs (Non-Fungible Tokens), and NFTs issued in this way can be used as non-fungible tokens. It can also be traded in systems other than the chat system by invention. Additionally, chat activity details that reflect the amount of chatting, immediacy, appropriateness, and relevance of chatting can also be issued and traded as NFTs. This chatting activity history can be called chatting entropy, and while proof-of-work (EMC) and digital assets (EMP) can be generated based on classes, chatting entropy is a concept that refers to the absolute pure chatting activity history. am.

Furthermore, classes set in the chat system according to the present invention can also be issued and traded as NFT.

In the chatting system according to the present invention, one party to the conversation can be a mentor or an expert. For example, assume that a user suffering from diabetes uses the chat system according to the present invention to manage diabetes. In this case, one party to the conversation may be a diabetic patient, and the other party may be a diabetes specialist or operator of a diabetes clinic. In this way, if a mentor-mentee relationship is established between an expert and a patient and a class of friends or sympathizers is created, the patient's diabetes can be managed much more effectively and with greater reliability than simply providing one-way diabetes coping strategies. . In other words, patients can check their symptoms at any time and inform the expert, and the expert can immediately tell the patient how to deal with the symptoms. In this case, the patient can immediately compensate the specialist who immediately provided the appropriate treatment to him/her through EGG coupons and proof of activity (EMC) paid in advance.

In this way, when one party to the conversation is an expert, the chatting system according to the present invention can be understood as providing a matching service that matches the expert and the user. A typical matching service provides the user with the expert's history, researches the field needed by the user, and recommends expert candidates in that field to the user. However, in the case of conventional matching services, the expertise of an expert can only be evaluated based on the ratings of users who have received services from the expert. However, these ratings are given based on the individual's personality, so it is difficult to serve as an objective indicator, and the ratings are one-time only. Since it is only granted, it cannot be used to continuously evaluate expertise.

However, in the chatting system according to the present invention, the user can immediately provide digital assets (EMP) to evaluate the service provided by the expert, and this evaluation is not limited to a one-time event but can be provided continuously. Then, the chat system according to the present invention can analyze the economic value compensation made in the chat window between a specific expert and several users, identify the expert's expertise, and provide it to the user. Therefore, unlike conventional expert matching services, appropriate expertise can be systematically and rigorously evaluated and provided.

The method according to the present invention can be implemented as computer-readable code on a computer-readable recording medium. Computer-readable recording media may include all types of recording devices that store data that can be read by a computer system. Examples of computer-readable recording media include ROM, RAM, CD-ROM, magnetic tape, floppy disk, and optical data storage devices, and can also be implemented in the form of a carrier wave (e.g., transmitted via the Internet). Includes. Additionally, the computer-readable recording medium may store computer-readable code that can be executed in a distributed manner by a distributed computer system connected to a network.

In the terms used in this specification, singular expressions should be understood to include plural expressions, unless clearly interpreted differently from the context, and terms such as “including” refer to the described features, numbers, steps, operations, and components. , it means the existence of parts or a combination thereof, but should be understood as not excluding the possibility of the presence or addition of one or more other features, numbers, step operation components, parts, or combinations thereof. In addition, terms such as "...unit", "...unit", "module", and "block" used in the specification refer to a unit that processes at least one function or operation, which is hardware, software, or hardware. and software.

Accordingly, the present embodiment and the drawings attached to this specification only clearly show a part of the technical idea included in the present invention, and those skilled in the art can easily understand the technical idea included in the specification and drawings of the present invention. It will be obvious that all inferable modifications and specific embodiments are included in the scope of the present invention.

The present invention can be used to activate a chat service in which multiple users connected through a network chat.

100: Multi-party chat system
110: source user terminal
120: Target user terminal
130: Chat service provision department
140: EGG management department
150: EMC Management Department
160: EMP management department
170: Intimacy level management department

Claims (10)

It is a multi-party chat system that promotes interaction between users by using chat activities between multiple users connected through a network as proof of work for mining digital assets (hereinafter referred to as "EMP"),
A chat window in which multiple users can exchange messages is created and provided to the user terminal, and a message is sent to the target user who receives the message from the chat window implemented in the source user terminal owned by the source user sending the message. It includes a chat service provider that receives the received message and transmits the received message to a chat window implemented in the target user terminal possessed by the target user, and the chat service provider includes,
A mining rights (EGG) management unit that provides mining rights (hereinafter referred to as “EGG”) representing mining rights to mine the digital asset (EMP) within a predetermined period to the user’s digital wallet;
Proof of work (hereinafter referred to as “EMC”) to quantitatively and qualitatively analyze chat activities between the source user and the target user in the chat window, and mine the digital asset (EMP) according to the analysis results. A proof-of-work (EMC) management unit for generating and providing the generated EMC to the digital wallets of the source user and the target user; and
The mining rights (EGG) provided to the source user and the target user are combined with the proof of work (EMC) provided to the source user and the target user to exchange for the digital asset (EMP), and the exchanged digital asset (EMP) is exchanged. It includes a digital asset (EMP) management unit provided to the digital wallet of the source user and the target user,
A multi-party chat system that uses chat activity as proof of work for mining digital assets, wherein the mining right (EGG) and the proof of work (EMC) are expired after a predetermined period of time. According to paragraph 1,
The mining rights (EGG) management department,
Sell the mining rights (EGG) to the user, or
The mining rights (EGG) are automatically generated at a predetermined interval based on the digital assets (EMP) held by the user, or
Upon a request from a user accessing the multi-party chat system, mining rights (EGG) contained in the requesting user's digital wallet are provided to another user, or
Characterized in that, in response to a request from a related/cooperating sponsor connected to the multi-party chat system, mining rights (EGG) contained in the digital wallet of the requested sponsoring partner are provided to other users, chatting activities are used to mine digital assets. A multi-party chat system used as proof-of-work to According to paragraph 2,
The proof-of-work (EMC) management department,
enabling the source user to grant the proof-of-work (EMC) to the target user based on the target user's activity on messages sent by the source user;
providing the proof-of-work (EMC) to the source user and the target user based on the target user's activity on messages sent by the source user; and
Providing the proof-of-work (EMC) to the source user and the target user based on the number of sent messages and the total number of characters included in the sent messages in the chat between the source user and the target user in the chat window. doing
A multi-party chat system that uses chat activity as proof-of-work for mining digital assets, characterized in that it is configured to perform at least one of the following: According to paragraph 2,
The proof-of-work (EMC) management department,
to the source user and the target user based on at least one of immediacy, adequacy, and relevance of the target user's activity with respect to the message sent by the source user in the chat window. Providing Proof of Work (EMC)
A multi-party chat system that uses chat activity as proof-of-work for mining digital assets, characterized in that it is configured to perform. According to clause 3 or 4,
The target user's activities are:
Verification of messages sent by the source user;
a response to an inquiry from the source user;
Responses to surveys provided by said source users;
Participation in games suggested by said Source User;
Confirmation of advertisements recommended by the source user and visits to advertisers;
Installing the app and signing up for the service at the request of the source user; and
Performance of the mission given by the source user to the target user
A multi-party chat system that uses chat activity as proof-of-work for mining digital assets, comprising at least one of the following: According to clause 5,
The mission is,
the target user's activity in the multi-party chat system;
Purchasing behavior at an online shopping mall recommended by the source user;
Visiting or signing up for a site recommended by the source user; and
An act of donating at least one of mining rights (EGG), proof of work (EMC), and digital assets (EMP) held by the target user to a target recommended by the source user.
A multi-party chat system that uses chat activity as proof-of-work for mining digital assets, comprising at least one of the following: According to paragraph 1,
The chat service provider,
A gesture performed by the source user is detected in a chat window implemented in the source user terminal possessed by the source user, and a message is expressed in a chat window implemented in the source user terminal and the target user terminal according to the detected gesture. A multi-party chat system that uses chat activity as proof-of-work for mining digital assets, characterized in that it is configured to change the method. In clause 7,
The gesture is,
a tapping period representing a time period during which the source user taps a send button to send the message;
The number of times the source user taps the send button;
Selecting a different transfer icon displayed in the chat window; and
Dragging the screen to a certain shape in the chat window
A multi-party chat system that uses chat activity as proof-of-work for mining digital assets, comprising at least one of the following: According to paragraph 1,
The chat service provider,
Based on the affinity between the source user and the target user, an affinity level is set between the source user and the target user, and according to the set affinity level, the mining rights (EGG), the proof of work (EMC), and Characterized by further comprising an affinity level management unit for controlling the amount or rate at which the digital asset (EMP) is provided to the source user and the target user, chat activity is used as a proof of work for mining digital assets. Multi-party chat system. According to clause 9,
The intimacy management department,
In the multi-party chat system, different classes are assigned to users depending on the amount and activity history of the user staking the digital asset (EMP), and the class assigned to the user determines the maximum number of opponents that a user can chat with. A multi-party chat system using chat activity as proof-of-work for mining digital assets, characterized in that it is further configured to change according to.