基于物联网的太阳能智能废物处理系统

P. P, Sharanya K K, S. S., Suvatha B
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引用次数: 0

摘要

。智慧城市的废物管理是每天出现的主要挑战之一。在城市地区过健康和可持续的生活方式变得越来越困难。由于缺乏适当的废物处理方法,出现了废物外溢等问题,严重破坏了环境。随着人口增长、城市化和工业化的发展,垃圾的合理处理变得越来越困难。为了确保城市的生态卫生和可持续生活,我们实施了一个基于物联网的集成系统,包括覆盖系统、显示系统和通信系统。拟议的废物管理比任何其他传统废物都要有效得多,因为它减少了劳动力,避免了废物泄漏,节省了时间,更经济,最终实现了完全自动化。本文介绍了一种无需人工全天候监控的高效城市垃圾管理系统。检测湿或干废物的存在,这可以通过红外传感器检测。对于湿废物,可以使用湿度传感器。所有这些传感器都连接到Arduino Uno板上。当在此过程中仅检测到红外时,电机向干燥的垃圾箱旋转。超声波传感器用于测量储罐之间的距离。当垃圾桶满了,就会给那个人发送一条通知消息。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IoT Based Solar-Powered Smart Waste Disposal System
. Waste management in smart cities is one of the major challenges that arise every day. It is becoming increasingly difficult to lead a healthy and sustainable lifestyle in urban areas. Due to the lack of an appropriate approach to waste disposal, problems such as waste spillage occur, which seriously damage the environment. Proper waste disposal is becoming increasingly difficult to population growth,urbanizationandindustrialization.In order to ensure the ecological sanitation and sustainable life of the city, we implemented an integrated IoT-based system including a coverage system, a display system, and a communication system. The proposed waste management is significantly more efficient than any other conventional waste because it reduces labor, avoids waste leakage, saves time, is more economical, and eventually fully automated.In this paper, a system is introduced for efficient waste management inlargecitieswithouttheneed to manuallymonitor24/7. Detects the presence of wet or dry waste, which can be detected with an IR sensor. For wet waste, a moisture sensor can be used. All these sensors are connected to the Arduino Uno board. When only IR is detected during this process, the motor rotates towards the dry waste bin. Ultrasonic sensors are used to measure the distance between the tanks. When the trash can is full, a notification message is sent to that person.
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