메시 튜브를 이용한 4방향 전동 연성내시경 개발
Development of the 4-Way Electric Flexible Videoscope with Mesh Tube
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초록
The electric flexible videoscope was developed. The developed components of the videoscope are insertion tube, 360 degrees full articulation tip with joystick control, detachable probe part, cameramodule equipped with CMOS sensor and adjustable high-intensity white LED light sources. The insertion tube can have strong torsional rigidity from the components of spiral spring and tungsten mesh tube. The handset with joystick control makes it possible to manipulate the videoscope tip articulation in 360 degrees of all directions easily. Over 90 degrees of bending angle measured from the straight camera probe makes it possible to inspect the surface of side wall. The detachable probe model can separate insertion tube with probe. It is useful to select proper length of insertion tube. Several tests were performed to check the development objectives.
Abstract
The electric flexible videoscope was developed. The developed components of the videoscope are insertion tube, 360 degrees full articulation tip with joystick control, detachable probe part, cameramodule equipped with CMOS sensor and adjustable high-intensity white LED light sources. The insertion tube can have strong torsional rigidity from the components of spiral spring and tungsten mesh tube. The handset with joystick control makes it possible to manipulate the videoscope tip articulation in 360 degrees of all directions easily. Over 90 degrees of bending angle measured from the straight camera probe makes it possible to inspect the surface of side wall. The detachable probe model can separate insertion tube with probe. It is useful to select proper length of insertion tube. Several tests were performed to check the development objectives.
참고문헌 (4)
- 송성재, "산업용 내시경 시스템 개발", 한국기계기술학회지, 17(5), pp.1017~1022 (2015), 한국기계기술학회
- D. H. Kim, "Recent Nondestructive Testing Using Structural Health Monitoring Techniques", journal of the korean society for nondestructive testing, 32(1), pp.78~85 (2012)
- 박영훈, "IR 이미지와 PDE 해석에 의한 결함깊이 하이브리드 연구", 한국기계기술학회지, 17(4), pp.665~674 (2015), 한국기계기술학회
- S. O. Kim, "Industrial endoscope Embedded System for Sequence Images Transmission", the institute of electronics engineers of korea symposium, 2004(6), pp.973~976 (2004)