使用超声波换能器的有害生物排斥系统

Abhinav Kumar, Ankita H. Harkare, B. Neole, Vaishnavi Ghatole
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引用次数: 0

摘要

农业是印度经济的支柱。根据印度经济监测中心(CMIE)的数据,它占全国劳动力总就业人数的38%。动物、蝗群和其他有害生物对农作物的袭击严重影响了许多人的生计。当地对付这类袭击的方法包括使用化学喷雾、电围栏、扬声器等。随着时间的推移,它们被证明是低效的,不利于产量质量和生态系统,需要大量的人为干预。本文提出了一种发射超声波的排斥系统,以防止有毒生物对农场的先发制人的攻击。它在整个农场采用传感器节点,这些节点由Atmega-2560微处理器与外部连接的Wi-Fi模块和超声波传感器一起构建,以物联网的方式进行交互。这是一种经济有效的方法,可以将人类的错误降到最低,因为该系统能够自主运作。这一系统将使农民受益,并减少对作物的破坏。
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Noxious beings Repulsion System Using Ultrasonic Transducers
Agriculture sector is the backbone of the Indian Economy. As per the Centre for Monitoring Indian Economy (CMIE) data, it holds a 38 % share in total employment of the country’s workforce. Attacks on crops by animals, locust swarms, and other noxious beings severely affect the livelihood of many. Locally used methods to deal with such attacks involve the use of chemical spraying, electric fencing, loudspeakers, etc. Over time they have proven to be inefficiently unfavorable for the yield quality and ecosystem and require a lot of human intervention. This paper presents a repulsion system that emits ultrasonic waves to prevent pre-empted attacks on farms by noxious beings. It employs sensor nodes throughout the farm, which are built by an Atmega-2560 microprocessor with an externally connected Wi-Fi module and ultrasonic sensors together to interact in an Internet of Things arrangement. This is a cost-effective way of repelling the noxious species with minimum human error since the system is capable of functioning autonomously. This system will benefit farmers and lessen crop devastation.
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