Simplified Agrirobot For Modern Agricultural Techniques Using IoT

B. Naveen, Bharath Nayaka, V. Goutham, J. Anusha, B. S. Raghukumar
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引用次数: 2

Abstract

Numerous advances in innovation have made a considerably lesser amount of work in agribusiness. Farmers are searching for better approaches to carry out innovation to reduce expenses and reduce work hours. Internet of Things (IoT) technology has brought a revolution to each field by making everything smart and intelligent. Numerous nations in Asia including India are agrarian, economies and the vast majority of their rustic populaces rely upon agribusiness to acquire their work. Execution of groundbreaking thoughts and innovation is an important blessing to the new era. In this methodology available smart machines which are sufficiently keen to work in an unmodified or semi-regular habitat. This paper proposed the agriculture stick through Arduino technology. This paper presents a microcontroller-based pesticide showering robot. It majorly includes the following stages seed distribution, obstacle detection, and pesticide spraying. To plant the seeds a mechanical arm will burrow to an exact profundity with the equivalent distance between the seeds. At the lower part of the robot, the water siphon will be set, and according to the necessity, water will be sprinkled. The perfect measure of manure will be spread over the seed. This paper yields the simplified machine which is fabricated and exhibited to accomplish the cultivating task in the field of agribusiness.
基于物联网的现代农业技术简化农业机器人
创新方面的许多进步大大减少了农业综合企业的工作量。农民们正在寻找更好的方法来进行创新,以减少开支和工作时间。物联网(IoT)技术使一切都变得智能,给各个领域带来了一场革命。包括印度在内的许多亚洲国家都是农业经济体,绝大多数农村人口依靠农业综合企业来获得工作。执行开创性思想和创新是新时代的重要祝福。在这种方法中,智能机器足够热衷于在未修改或半规则的栖息地中工作。本文通过Arduino技术提出了农用手杖。介绍了一种基于单片机的农药淋浴机器人。主要包括种子分发、障碍物检测和农药喷洒三个阶段。为了播种,机械臂将挖到与种子之间等距的精确深度。在机器人下部设置虹吸管,根据需要进行洒水。把适量的肥料撒在种子上。本文提出了一种为完成农业综合领域的耕作任务而制造和展示的简化机器。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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