핀튜브 자동절단장치 개발
Development of the Automatic Fin Tube Cutting Machine
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This study was to develop the automatic fin tube cutting machine, equipped with semi-automatic supplying board, automatic transfer equipment, fin tube holder, and cutting equipment assembly for the effective and safe fin tube cutting. The development of the automatic fin tube cutting machine resulted in improving 150% of productivity, 300% of cutting length precision, and 230% of a vertical angle precision on the cutting plane. In addition, we were able to secure safety of the workers and to automate production management, and further to reduce environmental pollution by recycling cutting chips.
Abstract
This study was to develop the automatic fin tube cutting machine, equipped with semi-automatic supplying board, automatic transfer equipment, fin tube holder, and cutting equipment assembly for the effective and safe fin tube cutting. The development of the automatic fin tube cutting machine resulted in improving 150% of productivity, 300% of cutting length precision, and 230% of a vertical angle precision on the cutting plane. In addition, we were able to secure safety of the workers and to automate production management, and further to reduce environmental pollution by recycling cutting chips.
참고문헌 (6)
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- H. Y. Jeong, "Development of Sealing Technology for Instrumentation Feedthrough of High Pressure Vessel", Jou. of KSMT, 13(2) (2011)
- SJT Co., Ltd, "CATIA V5R15 Digital Mock-up", pp.84~174 (2005), Science Book
- 이춘만, "공작기계용 40,000rpm 고속주축의 정·동적 해석과 최적설계에 관한 연구", 대한기계학회논문집 A, 37(1), pp.105~111 (2013), 대한기계학회
- 이영훈, "2자유도 H∞ 제어기 종합 프레임웍에 기반한 유압식 Dipod 플랫폼의 강인제어기 설계", 대한기계학회논문집 A, 37(6), pp.805~814 (2013), 대한기계학회