Perancangan Prototype Pendeteksi Warna Sampah Sensor Otomatis Berbasis Arduino terhadap Ketepatan Pemilahan Sampah

Nada Dhia Kamilia, Adib Suyanto, I. Iswanto
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Abstract

Plastic and paper are waste that are most produced by humans activities. Waste management is important to be implemented to minimize waste generation. The Arduino-based waste color de-tection prototype with TCS3200 sensor can make waste sorting easier. The purpose of this study was to determine the performance of Arduino-based automatic sensor waste color detection prototype in sorting accurately the plastic and paper waste which is represented by paper block objects with various colors. The research was a quasi-experiment with post-test only design. From the object sorting trial in duration of one hour that could conduct 100 repetitions, it was known that the red colored paper block has the highest succesfull sorting, and the blue one is the lowest. The study results show the average accuracy value of all types of colors, namely red, blue, green, and yellow is 95 %. The test of battery endurance showed that the prototype was last up to 14 hours 9 minutes and ended at 9,91Volt. To conclude, the prototype of waste color detection is successful and can sort objects in red, blue, green, and yellow color precisely.
基于Arduino的自动垃圾传感器设计原型,以垃圾的精确分级为基础
塑料和纸是大多数由人类活动产生的废物。为了尽量减少废物的产生,必须实施废物管理。基于arduino的垃圾颜色检测原型与TCS3200传感器可以使垃圾分类更容易。本研究的目的是确定基于arduino的自动传感器废物颜色检测原型在准确分拣以各种颜色的纸块物体为代表的塑料和纸张废物方面的性能。本研究为准实验,仅采用后测设计。从1小时100次的对象分拣试验中可知,红色纸块分拣成功率最高,蓝色纸块分拣成功率最低。研究结果表明,红、蓝、绿、黄四种颜色的平均准确率为95%。电池续航测试表明,原型机的续航时间长达14小时9分钟,最终电压为9.91伏。综上所述,垃圾颜色检测的原型是成功的,可以对红、蓝、绿、黄四种颜色的物体进行精确的分类。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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23 weeks
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