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    RISS 인기검색어

      FABRICATION OF ARTIFICIAL VENTRICLES BY DIP-COATING METHOD USING ROBOT

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      https://www.riss.kr/link?id=A3033453

      • 저자

        Lee, Jung Chan (Interdisciplinary Program in Medical and Biological Engineering Major, Graduate School, Seoul National University, The institute of Artificial Heart Implantation Cheju National University) ;  Kim, Jung Mi (The institute of Artificial Heart Implantation Cheju National University) ;  Hwang, Chang Mo (Interdisciplinary Program in Medical and Biological Engineering Major, Graduate School, Seoul National University, The institute of Artificial Heart Implantation Cheju National University) ;  Park, Chan Young (Interdisciplinary Program in Medical and Biological Engineering Major, Graduate School, Seoul National University) ;  Lee, Sang Baek (The institute of Artificial Heart Implantation Cheju National University, Department of Chemical Engineering, Cheju National University) ;  Choi, Min Joo (The institute of Artificial Heart Implantation Cheju National University, Department of Medicine, Medical School, Cheju National University) ;  Min, Byoung Goo (The institute of Artificial Heart Implantation Cheju National University, Institute of Medical and Biological Engineering, Medical Research Center, Seoul National University, Department of Biomedical Engineering, College of Medicine, Seoul National Univ.)

      • 발행기관
      • 학술지명
      • 권호사항
      • 발행연도

        2001

      • 작성언어

        English

      • KDC

        512.000

      • 자료형태

        학술저널

      • 수록면

        61-72(12쪽)

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      다국어 초록 (Multilingual Abstract) kakao i 다국어 번역

      영어
      한국어
      One-piece BVAD called as AnyHeart contains the right and left blood sacs, which are aritificial ventricles fabricated of polyurethane by dip-coating method. Because the ventricles have been fabricated by manual process, it is difficult to control their thickness and mechanical properties, and the process also needs experts who have long-term experience in this work. Additionally the production rate and yield are also very low. Six-degree-of-freedom (6 D.O.F) robot was employed for the fabrication of membranes and ventricles. The procedures of manual coating were carefully monitored and were converted to the computer programs for robot operation. The thickness of membranes and ventricles fabricated by robot was measured and analyzed. The distribution of membrane thickness was utilized as control data for the improvement of robot program to fabricate ventricles. The thickness of ventricles was relatively more uniform than manually coated ones. The employment of robot system will be more useful for the fabrication of ventricles than manual process.
      번역하기

      One-piece BVAD called as AnyHeart contains the right and left blood sacs, which are aritificial ventricles fabricated of polyurethane by dip-coating method. Because the ventricles have been fabricated by manual process, it is difficult to control thei...

      One-piece BVAD called as AnyHeart contains the right and left blood sacs, which are aritificial ventricles fabricated of polyurethane by dip-coating method. Because the ventricles have been fabricated by manual process, it is difficult to control their thickness and mechanical properties, and the process also needs experts who have long-term experience in this work. Additionally the production rate and yield are also very low. Six-degree-of-freedom (6 D.O.F) robot was employed for the fabrication of membranes and ventricles. The procedures of manual coating were carefully monitored and were converted to the computer programs for robot operation. The thickness of membranes and ventricles fabricated by robot was measured and analyzed. The distribution of membrane thickness was utilized as control data for the improvement of robot program to fabricate ventricles. The thickness of ventricles was relatively more uniform than manually coated ones. The employment of robot system will be more useful for the fabrication of ventricles than manual process.

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      목차 (Table of Contents)

      • 1.Introduction
      • 2.Method
      • 3.Results
      • 4.Discussion
      • 5.Conclusion
      • 1.Introduction
      • 2.Method
      • 3.Results
      • 4.Discussion
      • 5.Conclusion
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