用于畜人冲突灌溉的太阳能电围栏

S. Raut, Prashant Y. Shende, Aarti K. Nagose, Prachi S. Ingade, Swati S. Kathane, Pragati S. Katakpure
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引用次数: 2

摘要

介绍了电动围栏技术的基本概念,提出了一种家畜电动围栏激励电路的新设计方法。印度拥有广阔的农业用地,从水稻到番茄,种植着各种各样的作物。但是由于动物的袭击,很少有农作物被破坏,因此需要保护农作物免受动物的侵害。在这项工作中,我们设计并实现了农业围栏周界保护。从野生动物手中拯救农作物是现代的需要。它依靠太阳能和备用设备,在夜晚和阴天不间断地运行。当PIR或IR传感器感知到任何物体时,控制器立即通过物联网技术将信息发送给授权人员,并与控制器接口。如果物体接触到电线,那么给予它们的冲击和蜂鸣器将持续工作,直到物体离开电线。它适用于偏远地区,提供了一种经济实用的解决方案,以实现对现场或特定区域的最大保护。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Solar Electric Fencing For Irrigation Of Animal Man Conflict
This paper introduces fundamental concepts of electric fence technology, presents a new design method for a livestock electric fence energizer circuit. India, with vast agricultural lands has different crops ranging from paddy to tomato. But few crops are destroyed due to animal attack and hence a protection is required to save the crops from animal. In this proposed work, we design and implement Fencing Perimeter Protection for agriculture. It is the modern day need to save the crop from wild-life animal. It works on Solar Energy with backup facility to run uninterruptedly during the nights as well as cloudy days. when any object is sensed by PIR or IR sensor, Immediately controller sends the message to the authorized person through the IOT technology, and it is interfaced with the controller. If the object touch to the wire then the shock given to them and buzzer will on continuously until the object pass away from the wire. Its applications suits remote areas provide an economical and practical solution to achieve maximum protection of field or particular areas.
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