전기 수술기 파워 자동 측정 시스템 개발
Development of Automatic Power Measurement System for Electrosurgical Unit
0
조회
0
다운로드
0
인용
0
참고문헌
키워드
초록
Electrosurgical Unit(ESU) is medical equipment that cut or coag tissues using electrical energy. It is used in hospitals’ outpatient clinic room and operating room. Improper use of an ESU may cause fatal injuries to the patient, such as burns. So, before using an ESU, make sure that it is supplying enough energy for cut and coag by measuring the output power and checking the output power cable. In this study, we developed a simple ESU power measurement system PW100 that allows anyone to check the basic output power. And PW100 can check the state of the cable associated with the output power before using ESU. Then, we compared the measured output power of the PW100 with an ESU Analyzer which was commercialized, and compared the performance. In the experiment, the output power measured by the PW100 was lower value than an ESU Analyzer’s that. However, the PW100’s output power measured in the 5% error range and showed stable reproducibility by a low %RSD value.
Abstract
Electrosurgical Unit(ESU) is medical equipment that cut or coag tissues using electrical energy. It is used in hospitals’ outpatient clinic room and operating room. Improper use of an ESU may cause fatal injuries to the patient, such as burns. So, before using an ESU, make sure that it is supplying enough energy for cut and coag by measuring the output power and checking the output power cable. In this study, we developed a simple ESU power measurement system PW100 that allows anyone to check the basic output power. And PW100 can check the state of the cable associated with the output power before using ESU. Then, we compared the measured output power of the PW100 with an ESU Analyzer which was commercialized, and compared the performance. In the experiment, the output power measured by the PW100 was lower value than an ESU Analyzer’s that. However, the PW100’s output power measured in the 5% error range and showed stable reproducibility by a low %RSD value.
참고문헌 (8)
- M. Fernandez-Chimeno, "Understanding electrosurgical unit perturbations in order to address hospital operating room electromagnetic compatibility", IEEE Transactions on Biomedical Engineering, 53(6), pp.1206~1209 (2006)
- 염호기, "환자안전 관리와 전망", 대한의사협회지, 56(6), pp.454~458 (2013), 대한의사협회
- DoSun Song, "Development of High Frequency Electro-surgical Instrument", Korean Institute of Information Technology, pp.135~140 (2005)
- 허성재, "편도아데노이드 절제술 중 전기수술기에 의한 화상", 대한이비인후과학회지 두경부외과학, 59(12), pp.873~876 (2016), 대한이비인후과학회[DOI]
- Han Woo Ko, "A Study on the True RMS Measurement of Electrical Unit for Performance Test", J. of KOSOMBE, 12(4), pp.309~314 (1991)
- "Fluke Biomedical, Electrosurgical Analyzer QA-ES II user Manual", pp.4~8 (2006), Fluke Biomedical Corporation
- Valleylab, "Force FX-8C Electro surgical generator service manual section 3", pp.14~36 (2007), Valleylab