공기부양판을 적용한 에어쿠션 트랜스포터의 개발

다국어 초록 (Multilingual Abstract)

Recent trends in transport system for carrying heavy freight are that demands of a high efficiency, economic efficiency, convenience and safety are increased. Conventional transport systems were poor in transport efficiency and economic efficiency. And Safety problems can be caused to products and workers. In order to overcome these problems, an air cushion transport device with a high-pressure air is required. The air cushion transporter is a device for reducing the frictional force of floor surface and lifting the heavy freight by spraying the high-pressure air to the floor. Technology to float and transfer freight using high-pressure air is very convenient and initial cost can be reduced. In this paper, the study on the levitation performance and transport efficiency of air cushion transport system is conducted and verified that air cushion transporter has a significantly higher transport efficiency than conventional heavy handling systems.

참고문헌 (Reference)

1 윤동원, "중량물 운반을 위한 에어쿠션 이송장비의 개발" 한국동력기계공학회 19 (19): 17-24, 2015

2 이태걸, "대평판 글라스 이송용 공기 부상 이송장치의 개발" 한국생산제조학회 22 (22): 635-642, 2013

3 김준현, "다공성 패드를 갖는 챔버의 배열에 따른 공기 부상 테이블의 비접촉 부상 수준에 대한 연구" 한국생산제조학회 22 (22): 913-920, 2013

4 노태정, "공기부상 FPD 이송장치에서 다공질판과 글래스 사이의 공기유동 해석" 한국산학기술학회 9 (9): 878-885, 2008

5 Yim, W. S, "The Design of Concept Car by Using the Compressed Air" 839-842, 1999

6 Lee, E. K, "FSI Analysis of Air-turn-Bar System in Roll-to-Roll Continues Process" 269-270, 2010

7 Chang, H. S, "CFD Analysis for Concept Design of Air Levitation Transport System" 81-82, 2006

8 Hwang, J. H, "A Study on the Positioning Characteristic of Aerostatic Stage" 668-671, 2000