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Research of Dynamic Identification Technology on Cotton Foreign Fibers

机译:棉花异纤动态识别技术研究

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Due to the low efficiency, large errors and other practical issues of manual sorting selection method, a new cotton foreign fiber analysis instrument was developed. After fully-smashing by the ginned cotton machine, the uninterrupted uniform cotton layer was formed, and then the image of the flow cotton layer was collected by line scanning camera. Firstly the gray-scale processing is carried on to the original cotton foreign fibers image. Moreover, some other treatment such as adaptive threshold method, filter technique and enhancement processing, are used to complete the image segmentation in order to obtain clear binary image; then hollowed inner point method and neighborhood search method are used to extract the contours in order to obtain the characteristic parameters of foreign fibers. Finally the category identification and weight statistics of foreign fibers is completed based on rough sets theory. It's proved by experiments that the detection speed of this new instrument can achieve 40m/h and the recognition precision of this analyzer can achieve 90%.
机译:由于效率低,误差大和人工分拣选择方法的其他实际问题,研制了一种新型的棉花异纤分析仪。用轧花棉机充分粉碎后,形成不间断的均匀棉层,然后用线扫描相机收集流动棉层的图像。首先,对原始棉异物图像进行灰度处理。此外,为了获得清晰的二值图像,还使用了其他一些处理方法,例如自适应阈值方法,滤波技术和增强处理,来完成图像分割。然后采用空心内点法和邻域搜索法提取轮廓,以获得异物纤维的特征参数。最后,基于粗糙集理论完成了异物纤维的类别识别和重量统计。实验证明,该仪器的检测速度可以达到40m / h,分析仪的识别精度可以达到90%。

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