使用 ESP32 微控制器和基于声波的物联网应用水稻害虫驱虫剂

Daniel Alfa Puryono, Enggar Panji Pangestu
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引用次数: 0

摘要

本研究旨在利用物联网创建一个自动驱虫系统。该系统使用型号为 ESP32 Devkit 的微控制器和 PIR 传感器来检测稻田叶蝉害虫的攻击。此外,该应用还配备了一个蜂鸣器和一个伺服电机,可以驱赶叶蝉。该电路可用于驱逐叶蝉,因为它能发出 40 kHz 范围内的超声波。由此产生的系统基于物联网,因此可以通过智能手机进行控制。该应用可以消灭半径为 3 米的叶蝉,并能在 2 小时内杀死叶蝉。但是,如果距离为 6 米,该工具可以在 4 小时的时间间隔内杀死叶蝉和蝗虫。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Application of Rice Pest Repellent Using ESP32 Microcontroller and Internet of Things Based Sound Wave
This research aims to create an automatic pest-repellent system using the Internet of Things. This system uses a microcontroller model ESP32 Devkit and PIR sensor to detect the attack of rice field leafhopper pests. In addition, the application is also equipped with a buzzer and a servomotor that can repel leafhoppers. The circuit can be used to expel leafhoppers because it can emit ultrasonic waves in the range of 40 kHz. The resulting system is IoT-based, so it can be controlled via smartphone. The application can eradicate leafhoppers at a radius of 3 meters and can kill leafhoppers within 2 hours. However, if the distance is 6 meters, this tool can kill leafhoppers and locusts in a 4-hour time interval.
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