智能回收箱的设计与组装

M. Makhseed, F. Salam, S. El-Aswad, S. Esmaeili
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引用次数: 1

摘要

空气污染物的浓度超过了与健康项目风险增加相关的水平。为了在尽量减少健康风险的情况下获得更健康的生活质量,需要减少污染。城市空气污染的一个主要因素是焚烧垃圾。因此,可以通过减少浪费来减少污染水平。本文讨论了智能回收箱(environment - bin)的设计与实现。智能回收箱根据以下材料类型进行过滤:金属、玻璃和纸张。根据材料类型对废物进行过滤将减少燃烧废物产生的有害气体的数量,并鼓励回收利用。提出的原型是一个自动废物过滤系统,包含红外传感器和两个接近传感器,一个电感传感器和一个电容传感器,以确定材料的存在和类型。此外,每个隔间包括一个红外传感器,以检测容器中的废物水平。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and Assembly of A Smart Recycling Bin
Concentration of air pollutants exceeds levels associated with increased risk of health programs. In order to obtain a healthier quality of life with minimized health risks, a reduction of pollution is needed. A major factor of air pollution in urban cities is the burning of waste. Therefore, a reduction in pollution levels can be achieved by reducing waste. This paper discusses the design and implementation of a smart recycling bin (Enviro-Bin). The smart recycling bin filters the waste according to the following material types: metal, glass, and paper. Filtering waste according to material type will consequently lead to decreasing the amount of harmful gases produced from burning the waste and encourage recycling. The proposed prototype is an automated waste material filtering system that contains infrared sensors and two proximity sensors, an inductive sensor and a capacitive one, to determine the presence and type of material. Moreover, each compartment includes an IR sensor to detect the level of the waste in the container.
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