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      와이어 하네스 단선 단락 선별을 위한 디지털 고장 검출 시스템 개발 = Development of Digital Fault Detection Systems for Screening Open and Short of Wire Harness

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      https://www.riss.kr/link?id=A108850645

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      다국어 초록 (Multilingual Abstract)

      Wire harness is a component for efficient control when electronic parts are required such as construction machinery and electric vehicles. With emerging issues such as autonomous driving and automation in construction, a wire harness composed of multiple cables has become an essential part because more electronic parts are required. However, when a wire harness failure occurs, systems can be stopped, accidents can occur, and economic damage can be significant. Therefore, in this paper, we developed a digital fault screening system that could easily and quickly diagnose faults in the wire harness. The principle of the developed system was to sequentially send pulse signals to the wire harness and use returned signals to perform fault detection. As a result of diagnosing faults using the developed failure detection system, a detection accuracy of 99.9 % was confirmed through the experiments.
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      Wire harness is a component for efficient control when electronic parts are required such as construction machinery and electric vehicles. With emerging issues such as autonomous driving and automation in construction, a wire harness composed of multi...

      Wire harness is a component for efficient control when electronic parts are required such as construction machinery and electric vehicles. With emerging issues such as autonomous driving and automation in construction, a wire harness composed of multiple cables has become an essential part because more electronic parts are required. However, when a wire harness failure occurs, systems can be stopped, accidents can occur, and economic damage can be significant. Therefore, in this paper, we developed a digital fault screening system that could easily and quickly diagnose faults in the wire harness. The principle of the developed system was to sequentially send pulse signals to the wire harness and use returned signals to perform fault detection. As a result of diagnosing faults using the developed failure detection system, a detection accuracy of 99.9 % was confirmed through the experiments.

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      참고문헌 (Reference)

      1 강영기 ; 장주섭, "유압 브레이커의 자동타격력 제어기구 설계에 관한 연구" 사단법인 유공압건설기계학회 19 (19): 1-8, 2022

      2 한경철 ; 최용성, "온도, 습도의 누설전류와 절연저항 영향 연구" 한국전기전자학회 23 (23): 370-374, 2019

      3 원진호 ; 전진택 ; 홍영기 ; 양창주 ; 김경철 ; 권경도 ; 김국환, "승용형 농기계용 직진 자동조향장치 주행특성 연구" 사단법인 유공압건설기계학회 19 (19): 19-28, 2022

      4 서명국 ; 신희영 ; 이호연 ; 고재일 ; 투멘자르갈 엔크바타르, "상용차량의 하중을 측정하기 위한 탑재형 자중계 개발" 사단법인 유공압건설기계학회 18 (18): 9-16, 2021

      5 백희승 ; 신종호 ; 김성준, "굴착기 주행디바이스의 고장 진단을 위한 AI기반 상태 모니터링 시스템 개발" 사단법인 유공압건설기계학회 18 (18): 24-30, 2021

      6 I. Calvo-Sotomayor, "Workforce Ageing and Labour Productivity in Europe" 11 (11): 5851-2019, 2019

      7 B. Adebisi, "Wire Integrity Testing Using Intermodulation Product Processing" 213-217, 2008

      8 J. G. Yoo, "The Estimation Techniques of Cable Fault Type and Location" 1-2, 2014

      9 A. Choudhary, "State of the Art Technologies in Fault Diagnosis of Electric Vehicles: A Component-Based Review" 2022

      10 R. Guerrero, "Simulation Model for Wire Harness Design in the Car Production Line Optimization Using the SimPy Library" 14 (14): 7212-, 2022

      1 강영기 ; 장주섭, "유압 브레이커의 자동타격력 제어기구 설계에 관한 연구" 사단법인 유공압건설기계학회 19 (19): 1-8, 2022

      2 한경철 ; 최용성, "온도, 습도의 누설전류와 절연저항 영향 연구" 한국전기전자학회 23 (23): 370-374, 2019

      3 원진호 ; 전진택 ; 홍영기 ; 양창주 ; 김경철 ; 권경도 ; 김국환, "승용형 농기계용 직진 자동조향장치 주행특성 연구" 사단법인 유공압건설기계학회 19 (19): 19-28, 2022

      4 서명국 ; 신희영 ; 이호연 ; 고재일 ; 투멘자르갈 엔크바타르, "상용차량의 하중을 측정하기 위한 탑재형 자중계 개발" 사단법인 유공압건설기계학회 18 (18): 9-16, 2021

      5 백희승 ; 신종호 ; 김성준, "굴착기 주행디바이스의 고장 진단을 위한 AI기반 상태 모니터링 시스템 개발" 사단법인 유공압건설기계학회 18 (18): 24-30, 2021

      6 I. Calvo-Sotomayor, "Workforce Ageing and Labour Productivity in Europe" 11 (11): 5851-2019, 2019

      7 B. Adebisi, "Wire Integrity Testing Using Intermodulation Product Processing" 213-217, 2008

      8 J. G. Yoo, "The Estimation Techniques of Cable Fault Type and Location" 1-2, 2014

      9 A. Choudhary, "State of the Art Technologies in Fault Diagnosis of Electric Vehicles: A Component-Based Review" 2022

      10 R. Guerrero, "Simulation Model for Wire Harness Design in the Car Production Line Optimization Using the SimPy Library" 14 (14): 7212-, 2022

      11 C. Wu, "Natural Language Processing for Smart Construction : Current Status and Future Directions" 134 : 104059-, 2022

      12 H. G. Nguyen, "Manufacturing Automation for Automotive Wiring Harnesses" 97 : 379-384, 2021

      13 C. Furse, "Frequency-Domain Reflectometry for On-Board Testing of Aging Aircraft Wiring" 45 (45): 306-315, 2003

      14 X. Huang, "Fault Diagnosis and Location for Long Submarine Cable Based on Frequency Domain Refection" 4047-4050, 2020

      15 C. K. Lee, "Fault Detection in Multi-Core C&I Cable via Machine Learning Based Time-Frequency Domain Reflectometry" 10 (10): 158-, 2019

      16 R. C. Gleichman, "Failure Modes and Field Testing of Medium-Voltage Motor Windings" 38 (38): 1473-1476, 2002

      17 A. R. Kim, "Development of Cable Fault Detector to Prevent System Malfunction" 125-126, 2022

      18 Q. Shi, "Detection and Localization of Cable Faults by Time and Frequency Domain Measurements" 1-6, 2010

      19 B. Agard, "Design of Harnesses for Mass Customization" 53-62, 2002

      20 H. Yang, "Design and Implementation of an Identification System in Construction Site Safety for Proactive Accident Prevention" 48 : 193-203, 2012

      21 S. Rowlinson, "Construction Safety Management Systems" Routledge 2004

      22 S. S. Bang, "Classification of Faults in Multicore Cable via Time–Frequency Domain Reflectometry" 67 (67): 4163-4171, 2019

      23 R. K. Sokas, "Building a Sustainable Construction Workforce" 16 (16): 4202-, 2019

      24 Y. J. Shin, "Application of Time-Frequency Domain Reflectometry for Detection and Localization of a Fault on a Coaxial Cable" 54 (54): 2493-2500, 2005

      25 J. Zhang, "Analysis of Time-Domain Reflectometry Combined with Wavelet Transform for Fault Detection in Aircraft Shielded Cables" 16 (16): 4579-4586, 2016

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