Garbage classification system design

Jie Zhou, JingYan He, JiaYu Tao
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Abstract

An intelligent garbage automatic classification device based on single chip microcomputer STC89C52 is designed. The device is equipped with various modules on the basis of ordinary garbage cans to realize the functions of identifying garbage types, automatically classifying garbage after putting it in, and detecting the remaining space in the garbage cans, which improves the intelligence of the system and the market development value of the device. In the design process, the mechanical structure part of itself is analyzed by SolidWorks 3D modeling. After garbage management and classification, the recyclable utilization rate of resources can be maximized, and the amount of garbage treatment can be reduced. Garbage can be classified and treated before manual treatment to convert it into new energy.
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垃圾分类系统设计
设计了一种基于STC89C52单片机的智能垃圾自动分类装置。本设备在普通垃圾桶的基础上配置了各种模块,实现了识别垃圾种类、垃圾放入后自动分类、检测垃圾桶剩余空间等功能,提高了系统的智能性,提高了设备的市场开发价值。在设计过程中,对机械结构部分本身进行了SolidWorks三维建模分析。经过垃圾管理和分类,可以最大限度地提高资源的可回收利用率,减少垃圾处理量。垃圾可以在人工处理前进行分类处理,将其转化为新能源。
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