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Agricultural produce grading and sorting system using color CCD and new color identification algorithm

机译：农业生产彩色CCD和新型颜色识别算法的分级和分拣系统

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A high-speed automatic agricultural produce grading and sorting system using color CCD and new color identification algorithm has been developed. In a typical application, the system can sort almonds into two output grades according to their color. Almonds are rich in 18 kinds of amino acid and 13 kinds of micro minerals and vitamins and can be made into almond drink. In order to ensure the drink quality, almonds must be sorted carefully before being made into drink. Using this system, almonds can be sorted into two grades: up to grade and below grade almonds(such as unpeeled, mouldy almonds) or foreign materials(such as almond shells, stones, leaves and so on). A color CCD inspects the almonds passing on a conveyor of rotating rollers, a color identification algorithm grades almonds and distinguishes foreign materials from almonds. Employing an elaborately designed mechanism, the below grade almonds and foreign materials can be removed effectively from the raw almonds. This system can be easily adapted for inspecting and sorting other kinds of agricultural produce such as peanut, bean, tomato and so on.
机译：已经开发出使用彩色CCD和新颜色识别算法的高速自动农业生产分级和分拣系统。在典型的应用中，系统可以根据颜色将杏仁对两个输出等级进行排序。杏仁富含18种氨基酸和13种微型矿物质和维生素，可以制成杏仁饮料。为了确保饮料质量，杏仁必须在饮料中仔细进行整理。使用该系统，杏仁可以分为两种等级：高达等级和低于阶级杏仁（如未剥离，发霉的杏仁）或异物（如杏仁贝壳，石头，叶片等）。彩色CCD检查通过旋转滚轮的输送机的杏仁，彩色识别算法等级杏仁，并将外国材料与杏仁区分开来。采用精心设计的机理，低于杏仁和异物可以有效地从原料杏仁中消除。该系统可以很容易地调整检查和分类其他种类的农产品，如花生，豆类，番茄等。

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