Abstract: Provided is a system for predicting disease based on biosignal data and medical knowledge base convergence. The system includes a first system unit configured to receive, from a user terminal, biosignal data collected from at least one sensor for sensing a biosignal, and calculate a disease score from the biosignal data based on a pre-trained prediction model, a second system unit configured to provide medical knowledge data for the first system unit, analyze a query input from the user terminal to provide a corresponding response, and augment the medical knowledge data based on the query and response; and a unified distributed repository that includes a database for enqueuing the biosignal data, a manager database for storing additional information of a user, and a medical knowledge base for storing predetermined medical knowledge data.

Abstract: Provided is a system for predicting disease based on biosignal data and medical knowledge base convergence. The system includes a first system unit configured to receive, from a user terminal, biosignal data collected from at least one sensor for sensing a biosignal, and calculate a disease score from the biosignal data based on a pre-trained prediction model, a second system unit configured to provide medical knowledge data for the first system unit, analyze a query input from the user terminal to provide a corresponding response, and augment the medical knowledge data based on the query and response; and a unified distributed repository that includes a database for enqueuing the biosignal data, a manager database for storing additional information of a user, and a medical knowledge base for storing predetermined medical knowledge data.

Abstract: A method for manufacturing a back seat for a solar cell module is disclosed, which method comprises a first step for unwinding a PET film wound on a roller; a second step for applying an adhesive on one surface of the unwound PET film; a third step for passing an adhesive applied PET film through a plurality of heating chambers which are sequentially arranged with different temperatures; a fourth step for cooling the PET film which is processed in the third step; a fifth step for unwinding the wound tedlar film and pressurizing and laminating the unwound tedlar film on an adhesive applied surface of the PET film cooled in the fourth step by a pressurizing roller; and a sixth step for winding the tedlar film-attached PET film on the roller.