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Defect Inspection System of Carbonized Bamboo Cane Based on LabView and Machine Vision

机译:基于LabView和机器视觉的碳化竹藤缺陷检测系统。

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摘要

A set of detection systems for online classification of carbonized bamboo cane based on virtual instrumentation and machine vision technology was developed pertinent to the problem that automation degree of defect detection of carbonized bamboo cane is low. Threshold segmentation and image filtering processing were conducted on images of bamboo cane with image processing technology, and then corresponding defect points were obtained through conducting morphological analysis and particle analysis. Rapid detection upgrading and date storage of carbonized bamboo cane were realized in this system. Experimental results indicate that classification of five kinds of bamboo canes with defects can be realized in this system and classification speed is 70mm/s; and average recognition rate of defect bamboo canes can reach above 90.6%.
机译:针对碳化竹杆缺陷检测自动化程度低的问题,开发了一套基于虚拟仪器和机器视觉技术的碳化竹杆在线分类检测系统。利用图像处理技术对竹藤图像进行阈值分割和图像滤波处理,然后通过形态分析和颗粒分析获得相应的缺陷点。该系统实现了碳化竹藤的快速检测升级和日期存储。实验结果表明,该系统可以对五种有缺陷的竹藤进行分类,分类速度为70mm / s。缺陷竹竿的平均识别率可以达到90.6%以上。

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