Research on Capsule Leakage Detection Based on Linear Array Camera

L. Li, Genghuang Yang, Baoli Wang
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Abstract

The common detection method used for detecting capsule is to put oil blotting paper on it and to observe whether the paper is clean after the conventional time. This method could cost low payment but need spend more time. A method to detect capsule whether the leakage occurs based on linear array camera is proposed in this paper. Firstly, the capsule images are taken by linear array camera and imaged processing in computer. Secondly, Adaptive Histogram Equalization (AHE) algorithm and Sobel Operator (SO) algorithm are used to sharpen the obtained images to highlight the position of the leakage parts. Finally, the leakage positions are determined by comparing the gray value difference of each area of the images. It is proved by a large number of experiments that, in the context of real-time detection, the error rate of capsule leakage detection is reduced from 10% to 1.5% if it takes the line scan camera to capture the images of a capsule illuminated by a laser with a wavelength of 638nm and the images to process by the above algorithm. Meanwhile, under the same number of comparison experiments, the detection task can be complete seven days in advance. Therefore, the capsule detection method proposed in this paper can greatly improve the accuracy and efficiency.
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基于线阵相机的胶囊泄漏检测研究
检测胶囊常用的检测方法是将吸油纸放在其上,在常规时间后观察吸油纸是否清洁。这种方法费用低,但需要花费更多的时间。提出了一种基于线阵相机的胶囊泄漏检测方法。首先,用线阵相机拍摄胶囊图像,并用计算机进行图像处理。其次,采用自适应直方图均衡化(AHE)算法和Sobel算子(SO)算法对得到的图像进行锐化,突出泄漏部位的位置;最后,通过比较图像各区域的灰度值差确定泄漏位置。大量实验证明,在实时检测的情况下,采用线扫描相机采集波长为638nm的激光照射的胶囊图像,再进行上述算法处理,可以将胶囊泄漏检测的错误率从10%降低到1.5%。同时,在相同次数的对比实验下,可以提前7天完成检测任务。因此,本文提出的胶囊检测方法可以大大提高检测的准确性和效率。
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