自动番茄分选机

Dhroov Batra, Hardik Rewari, Hema N
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引用次数: 7

摘要

西红柿分类是必要的,因为西红柿在印度被广泛使用,是一种重要的水果,因此它们在我们的日常生活中起着至关重要的作用。我们的目标是提供更高质量的西红柿以满足市场标准,为此我们需要新鲜成熟的西红柿而不是未成熟的西红柿。在印度,番茄的分类是由人工完成的,这很容易出现人为错误。我们需要将误差最小化,为此提出了一种低成本的番茄分选机,该分选机根据西红柿的颜色区分成熟和未成熟的西红柿。为了区分成熟和未成熟的西红柿,在该系统中使用了两个TCS3200 RGB颜色传感器。番茄在斜坡上沿直线传递到表征点。通过检查颜色传感器产率的重复调查,可以对所传番茄的颜色进行鉴别证明。番茄成熟和未成熟的排列取决于TCS3200颜色传感器捕捉到的颜色力。总体框架精度为93.33%。以每小时1500个番茄为例,以1个通道进行排列执行,如果至少利用2个通道,则可以扩大排列执行。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Automated Tomato Sorting Machine
Sorting of Tomatoes is necessary as tomatoes are widely used and an important fruit in India hence they play a vital role in our day to day lives. Our goal is to provide better quality tomatoes to meet the market standards and for that we need fresh and ripe tomatoes instead of unripe tomatoes. In India, sorting of tomatoes is done by humans which is prone to human error. We need to minimize the error and for that a low cost Tomato Sorting Machine is proposed which differentiates between ripe and unripe tomatoes on the basis of their colour. To differentiate between ripe and unripe tomatoes two TCS3200 RGB Colour Sensors are used in the proposed system. The tomatoes are passed in a straight line on the incline to the characterization point. The distinguishing proof of the colour of tomatoes passed on should be possible by checking the recurrence investigation of the yield of the colour sensor. The arranging of tomatoes as ripe and unripe depends on the colour force caught by TCS3200 colour sensor. The general framework precision was 93.33%. The arranging execution was evaluated for 1500 tomatoes for every hour with 1 channel which can be expanded if at least 2 channels are utilized.
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