In this study, the following results were obtained by designing a high-efficiency hydrogel and colloid fusion applicator and checking production speed(hydrogel) and working setting time(coating time) by promoting the starting product. As a result of performing a product production test by manufacturing a starting product based on the process automation design, the production volume increased by about three times from 4m per minute to an average of 11m per minute. The working setting time(coating time) of the fusion applicator was shortened from the target of 10minutes to 1.69minutes, which had the effect of reducing the loss of work time.
목차
ABSTRACT 1.서론 2. 기술개발 필요성 2.1 개발의 필요성 2.2 기술개발 목표 2.3 기술개발내용 3. 시험방법 및 성능시험 3.1 시작품 시험테스트 4. 시험 결과 4.1 시험 5. 결론 References
이원섭 [ Won-Seub Lee | Member, Ph. D. candidate in department of Mechanical & Biomedical Engineering, Gangneung-Wonju National University ]
Corresponding Author
최우석 [ Woo-Suck Choi | Member, Professor, School of Mechanical and Autmotive Engineering, Gangneung-Wonju National University ]