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KR-102961168-B1 - Artificial intelligence and NFT-based music production and purchase platform service system and method

KR102961168B1KR 102961168 B1KR102961168 B1KR 102961168B1KR-102961168-B1

Abstract

The present invention is configured to allow a user to select and use one of a sound creation service, a sound purchase service, or a sound gift service through a sound service web app, thereby enabling the creation of new NFT sound sources that suit the user's preferences or the purchase of such sources, which offers the advantage of allowing the user to create sound sources that match their tastes and use them freely from copyright restrictions. Furthermore, when user preference information is entered through a sound service web app installed on a user terminal, an AI composition model is configured to create new NFT sound sources reflecting the user's preference information, or to allow the purchase of NFT sound sources reflecting the user's preference information from among the sound sources previously composed by the AI composition model and stored in a database, thereby offering the advantage of allowing the user to possess ownership of sound sources that match their preference information.

Inventors

  • 조성인

Assignees

  • 주식회사 칠로엔

Dates

Publication Date
20260507
Application Date
20230918

Claims (16)

  1. A service request stage in which a service server receives a request for sound creation from a user through a sound service web app installed on a user terminal; A billing step in which the service server charges a preset sound generation cost through the sound service web app; A composition preference input step in which the service server receives first user preference information preferred by the user from the user through the music service web app; A musical element setting step in which the service server sets musical elements corresponding to the first user preference information among a plurality of musical elements required for composition that are stored in advance; A composition step of inputting musical elements set according to the first user preference information into an AI composition model machine-learned to generate a sound source according to the plurality of musical elements, and generating a sound source reflecting the first user preference information from the AI composition model; An NFT generation unit generates a Non-Fungible Token (NFT) for the sound source generated in the composition step and generates it as an NFT sound source; an NFT generation step; The above service server includes a composition sound source output step in which the above service server transmits the above NFT sound source to the user terminal through the sound source service web app, and The above composition preference input step is, The above first user preference information is displayed as a graphic user interface in the above music service web app and received as input from the user, and The above first user preference information is, Includes the length, mood, genre, tempo, motif, and instrumentation of the music, The length of the above music is displayed by classifying it into length items including the playback time of the music, the time period of the music, and the playback section of the video that is the subject of the music, and The mood of the above music is displayed by classifying mood items that include at least a plurality of depression, fear, anxiety, dreaminess, beauty, peace, joy, vitality, victory, fun, sensuality, irritation, and anger, and The genre of the music is selected and displayed first among a plurality of preset genre items that match the mood of the music entered, and the genre items include at least a plurality of hip-hop, soft house, disco, lo-fi, therapy music, and techno. The tempo of the above music is selected and displayed first from among a plurality of preset tempo items that match the mood of the input music, and The musical motifs described above are indicated by motif input means for inputting the musical motifs, and the motif input means include a keyboard, a pad, and voice. The instrumentation of the above music is such that, among a plurality of preset instrument items, instrument items suitable for the previously entered genre of the above music are first selected and displayed. The above musical element setting step is, Converts the length of the music received from the user into musical elements of length including beats per minute and a time signature, and Based on the mood of the music input by the user, musical elements regarding the mood, including tonality, chord progression, playing technique, mixing, mastering, and music style, are set, and Setting musical elements for the genre, including main melody, counter-melody, harmony, and rhythm, according to the genre of music received from the user, Method for AI and NFT-based music production and purchasing platform services.
  2. In claim 1, The above service request step further includes the process of receiving a music purchase request from a user through the music service web app, and When the service server receives the music purchase request, a purchase preference input step of receiving second user preference information preferred by the user through the music service web app from the user, and A display step in which the service server searches for an NFT sound source corresponding to the second user preference information among the NFT sound sources that have been pre-composed by the artificial intelligence composition model and stored in the database, and displays it as a list of sound sources available for purchase through the sound source service web app; A sound source selection step in which the service server receives input from the user selecting at least one NFT sound source that the user wishes to listen to from the list of purchasable sound sources, and The above service server further includes a playback step of streaming the above NFT sound source selected by the user through the above sound source service web app to provide the user with an opportunity to listen, Method for AI and NFT-based music production and purchasing platform services.
  3. In claim 2, A purchase approval step in which the service server receives purchase approval from the user for the NFT sound source streamed in the playback step through the sound source service web app, and A billing step in which, when the service server receives the purchase approval, a pre-set music purchase cost is charged for the NFT music approved for purchase through the music service web app, and The above service server further includes a purchased sound source output step in which the service server transmits the NFT sound source for which the sound source purchase cost has been paid to the user terminal, Method for AI and NFT-based music production and purchasing platform services.
  4. In claim 3, The above service server further includes a deletion step of deleting the NFT sound source for which the sound source purchase cost has been paid from the database, Method for AI and NFT-based music production and purchasing platform services.
  5. In claim 1, The above service request step further includes the process of receiving a request to gift music from a user through the above music service web app, and When the above service server receives the request to gift the music, it displays the music owned by the user, which has already been purchased and is owned by the user, through the above music service web app as a list of music available for gifting. The above service server receives from the user, via the above music service web app, a music track that the user wishes to gift from the list of giftable music tracks, and receives input of the recipient's information to receive the gift music track. Transmitting the above gift audio source to the above recipient, Method for AI and NFT-based music production and purchasing platform services.
  6. In claim 1, The above service request step further includes a process of receiving a request from a user to sell an NFT sound source that the user has previously purchased and owns through the above music service web app, and When the above service server receives the above music sales request, it pays the user a pre-set music cost through the above music service web app, and The above service server receives the NFT sound source for which the sound source fee has been paid from the user and stores it in a database, Method for AI and NFT-based music production and purchasing platform services.
  7. In claim 2, The above second user preference information is, Including at least some of the mood, genre, tempo, motif, and instrumentation of the music Method for AI and NFT-based music production and purchasing platform services.
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  14. A user terminal having a music service web app installed, receiving at least one of a request to create a music track, a request to purchase a music track, and a request to gift a music track through the music service web app, and receiving user preference information preferred by the user; A service server that provides the above-mentioned music service web app, charges a preset music creation cost or music purchase cost through the above-mentioned music service web app, and, upon receiving the above-mentioned music creation request, sets musical elements corresponding to the above-mentioned user preference information among a plurality of musical elements required for composition that are preset; An AI module that inputs musical elements set according to the user preference information into an AI composition model machine-learned to generate a sound source according to the plurality of musical elements, and generates a sound source reflecting the user preference information from the AI composition model; An NFT generation unit that generates a Non-Fungible Token (NFT) for a sound source generated by the above artificial intelligence module and generates it as an NFT sound source; It includes a database in which the remaining NFT sound sources among those composed by the artificial intelligence module are stored, excluding those NFT sound sources for which the sound source creation cost or the sound source purchase cost has been paid. The above service server is, The above user preference information is displayed as a graphical user interface in the above music service web app to receive input from the user, and The above user preference information is, Includes the length, mood, genre, tempo, motif, and instrumentation of the music, The length of the above music is displayed by classifying it into length items including the playback time of the music, the time period of the music, and the playback section of the video that is the subject of the music, and The mood of the above music is classified and displayed into multiple mood categories including at least a plurality of depression, fear, anxiety, dreaminess, beauty, peace, joy, vitality, victory, fun, sensuality, irritation, and anger, and The genre of the music is selected and displayed first among a plurality of preset genre items that match the mood of the music entered, and the genre items include at least a plurality of hip-hop, soft house, disco, lo-fi, therapy music, and techno. The tempo of the above music is selected and displayed first from among a plurality of preset tempo items that match the mood of the input music, and The musical motifs described above are indicated by motif input means for inputting the musical motifs, and the motif input means include a keyboard, a pad, and voice. The instrumentation of the above music is such that, among a plurality of preset instrument items, instrument items suitable for the previously entered genre of the above music are first selected and displayed. The above service server is, Converts the length of the music received from the user into musical elements of length including beats per minute and a time signature, and Based on the mood of the music input by the user, musical elements regarding the mood, including tonality, chord progression, playing technique, mixing, mastering, and music style, are set, and Setting musical elements for the genre, including main melody, counter-melody, harmony, and rhythm, according to the genre of music received from the user, Artificial intelligence and NFT-based music production and purchasing platform service system.
  15. In claim 14, The above service server is, Upon receiving the above music purchase request, search for an NFT music corresponding to the user preference information received at the time of the music purchase request among the NFT music stored in the above database, and display it as a list of music available for purchase through the above music service web app. Streaming the NFT music selected by the user from the above list of purchasable music through the above music service web app to provide the user with an opportunity to listen, and When approval for the purchase of the NFT sound source streamed through the aforementioned music service web app is received from the user, a pre-set sound source purchase fee is charged for the approved NFT sound source, and Transmitting the NFT sound file for which the purchase cost has been paid to the user terminal, Artificial intelligence and NFT-based music production and purchasing platform service system.
  16. In claim 14, The above artificial intelligence module is, A first artificial intelligence module including a first artificial intelligence composition model that generates a sound source according to musical elements reflecting the above user preference information, and A second artificial intelligence module comprising a second artificial intelligence composition model that generates a sound source according to the plurality of musical elements above, Artificial intelligence and NFT-based music production and purchasing platform service system.

Description

Artificial intelligence and NFT-based music production and purchase platform service system and method The present invention relates to an artificial intelligence and NFT-based music production and purchase platform service system and method, wherein the user can own the music by generating music that reflects user preference information using an artificial intelligence composition model or by purchasing pre-produced music through an artificial intelligence composition model. Generally, background music refers to music used primarily in movies, plays, and animations to set the mood or provide background for dialogue and actions. In addition, it is also used in factories, offices, and shops to improve productivity, reduce fatigue, relieve tension, and provide a change of mood. Conventionally, since pre-produced sound sources are mostly used as music, the same music is used repeatedly, which presents a problem in that it limits the ability to reflect the work, environment, and user preferences. To solve this, commissioning a composer to write new music is problematic because it is time-consuming and costly. FIG. 1 is a block diagram schematically illustrating the configuration of an artificial intelligence and NFT-based sound production and purchase platform service system according to a first embodiment of the present invention. FIG. 2 is a flowchart illustrating a method for an artificial intelligence and NFT-based sound production and purchase platform service according to a first embodiment of the present invention. Figure 3 is a flowchart illustrating the sound source generation service method illustrated in Figure 2. Figure 4 is a flowchart illustrating the sound source purchase service method shown in Figure 2. Figure 5 is a flowchart illustrating the sound source gifting service method shown in Figure 2. FIG. 6 is a schematic diagram showing an artificial intelligence composition model according to the first embodiment of the present invention. FIG. 7 shows an example of a screen for inputting the length of music in a sound source service web app according to the first embodiment of the present invention. FIG. 8 shows an example of a screen for inputting the mood of music in a sound source service web app according to the first embodiment of the present invention. FIG. 9 shows an example of a screen for inputting the genre and tempo of music in a sound source service web app according to the first embodiment of the present invention. FIG. 10 shows an example in which the music motif input means in a sound source service web app according to the first embodiment of the present invention is a keyboard. FIG. 11 shows an example in which the music motif input means in a sound source service web app according to the first embodiment of the present invention is a pad. FIG. 12 shows an example in which the music motif input means in a sound source service web app according to the first embodiment of the present invention is voice. FIG. 13 shows an example of a screen for inputting the instrument arrangement of music in a sound source service web app according to the first embodiment of the present invention. FIG. 14 is a block diagram schematically illustrating the configuration of an artificial intelligence and NFT-based sound production and purchase platform service system according to a second embodiment of the present invention. Hereinafter, embodiments of the present invention will be described with reference to the attached drawings. FIG. 1 is a block diagram schematically illustrating the configuration of an artificial intelligence and NFT-based sound production and purchase platform service system according to a first embodiment of the present invention. Referring to FIG. 1, the artificial intelligence and NFT-based sound production and purchase platform service system according to the first embodiment of the present invention includes a user terminal (10), a service server (20), an artificial intelligence module (30), an NFT generation unit (40), and a database (50). The above user terminal (10) has a music service web app provided by the above service server (20) installed on it. The above user terminal (10) can be any terminal capable of wired or wireless communication, such as a smartphone, tablet PC, or laptop. The above service server (20) is a server that provides the above music service web app and is capable of wired or wireless communication with the above user terminal (10). The above service server (20) receives user preference information input from the above user terminal (10), sets musical elements corresponding to the received user preference information, and transmits the set musical elements to the above artificial intelligence module (30). The above-mentioned music service web app is a platform built to utilize the music service provided by the above-mentioned service server (20). The above-mentioned music service web app provides a graphical user interface that allows a user to in