Patent ID: 11966712
Assignee: GLOZ INC.
Field: Audio-visual technology (Electrical engineering)
Classification: CPC G  H | IPC G

Claim 8:
9. A method for providing a subtitle service using an artificial intelligence learning model in a server, the method comprising:
performing data communication with either or both of a first user terminal device of a client requesting translation of a content image and a second user terminal device of a worker performing the translation;
inputting image information on the content image to the artificial intelligence learning model in accordance with a worker recommendation command of the client;
acquiring, through the artificial intelligence learning model, a worker list of workers capable of translating the content image; and
transmitting the acquired worker list to the first user terminal device;
wherein the worker information comprises at least one of: profile information on each worker, a subtitle content task-completed by each worker, and task grade information evaluated for each worker,
wherein the server comprises a controller including:
a task creator configured to, in response to receiving translation request information comprising at least one of task condition information and image information from the first user terminal device, determine as to validity of the content image based on the image information, generate task information related to the translation request information of which validity is verified, and store the task information; and
a task executor configured to provide a subtitle content creating tool for a translation task for a content image related to at least one item of translation request information stored in the storage to the second user terminal device, and, in response to receiving a subtitle content on which the translation task has been
completed from the second user terminal device, store the subtitle content in the storage, and
wherein the image information comprises at least one of address information, title information, and description information on the content image.