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Development a machine vision system for tomato sorting [electronic resource].

By:

El-Sheikha, Mohamed A

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Language: English Summary language: Arabic Description: p.733-748Other title:

تطوير ألة الرؤية الألية لفرز الطماطم [Added title page title]

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Misr journal of agricultural engineering, 2012, Special issue [electronic resource] Part 2:

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In: Misr Journal of Agricultural Engineering, 2012 (19), Special issue, 14-15 November, 2012 (Part 2) 2012.(19)pt.2Summary: The main objective of this study is to design, manufacture and evaluate the performance of a color machine vision system for automatically color sorting of tomato depending on light sensors and electronic cycles. By the ff"l:l.it passing front of light sensor, the LED sent light on the fruit and light sensor receive the reflecting light according to fruit color. By receiving the reflected light, the sensor sending a signal for the air valve circuit subsequently the air valve pushing air for falling tomato fruit on its special receiving unit. Feeding speed in the range of0.10 mls to 96.18% give the high value of sorting efficiency of 97.48 to 96.18% with productivity of 80.70 to 94.80 kglh at sensor high of 35 mm for tomato (Bito 86) with energy requirement of 3.83 to 2.97 kW.h/ton and operation cost of 5.66 L.Eih.

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The main objective of this study is to design, manufacture and evaluate the performance of a color machine vision system for automatically color sorting of tomato depending on light sensors and electronic cycles. By the ff"l:l.it passing front of light sensor, the LED sent light on the fruit and light sensor receive the reflecting light according to fruit color. By receiving the reflected light, the sensor sending a signal for the air valve circuit subsequently the air valve pushing air for falling tomato fruit on its special receiving unit. Feeding speed in the range of0.10 mls to 96.18% give the high value of sorting efficiency of 97.48 to 96.18% with productivity of 80.70 to 94.80 kglh at sensor high of 35 mm for tomato (Bito 86) with energy requirement of 3.83 to 2.97 kW.h/ton and operation cost of 5.66 L.Eih.

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