Deep U-NET Based Heating Film Defect Inspection System

  • Hwang, J. W.; 
  • Park, H. J.; 
  • Yi, H.
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초록

This study introduces a real-time, high-resolution image inspection system that utilizes multiple cameras and deep learning algorithms for the real-time detection of pinholes and scratches on large-area heating films. To accommodate the repetitive inspection processes inherent in products with consistent patterns, the system operates at the region level rather than the frame level. By modifying the U-Net architecture, the system achieved precise segmentation of the inspection area, enabling real-time detection of microscale pinholes and scratches. Additionally, a sticker marker was developed to label the defective regions detected on the film. The proposed system was experimentally validated in an actual production environment, where it demonstrated an impressive 96.6% accuracy in area inspection and a 97.5% defect detection rate at a transportation speed of 12 m/min. These results serve as clear evidence of the effectiveness and practicality of the automatic detection capability facilitated by deep learning in production processes.

키워드

Machine vision; U-Net; Deep learning; Automated production; Real-time defect detection; Heating film; IMAGE
제목
Deep U-NET Based Heating Film Defect Inspection System
저자
Hwang, J. W.; Park, H. J.; Yi, H.
DOI
10.1007/s12541-023-00937-x
발행일
2024-04
유형
Article
저널명
International Journal of Precision Engineering and Manufacturing
권
25
호
4
페이지
759 ~ 771