Spraying Robot Controlled by Application Smartphone for Pepper Farm

Chatchai Khuantham, Arkira Sonthitham
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引用次数: 3

Abstract

This article aims to a spraying robot controlled by application smartphone for pepper farm. Promoting agricultural technology by developing agricultural tools and to help farmers reduce the use of labor in agriculture. Reduce direct chemical exposure from traditional chemical, which was very harmful to the body. The result of their testing for the spraying robot controlled by application smartphone: 1) the testing a Bluetooth signal connection for spraying robot can connected to a constant Bluetooth signal at a distance of up to 50 meters 2) the testing a WiFi signal connection can connected to a constant WiFi signal at a distance of up to 120 meters and 3) the testing power supply 24VDC from battery for spraying robot working continuously at time period 0-90 minutes per full charging in working area about 1,600 square meters, which was speed moving at 5 kilometers per hour. The 30 pepper farmers who have tested the spraying robot for pepper farm were satisfied on this spraying robot at 4.31 was at a high level. Therefore, the results from the testing of the spraying robot. With the usage of modern agricultural technology, farmers can be more comfortable in their careers and be safe from various chemical spray drift.
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应用智能手机控制的辣椒农场喷雾机器人
本文旨在研制一种应用智能手机控制的辣椒农场喷雾机器人。通过开发农业工具来促进农业技术,并帮助农民减少农业劳动力的使用。减少对身体有害的传统化学品的直接接触。他们对应用智能手机控制的喷涂机器人的测试结果:1)喷漆机器人的测试蓝牙信号连接可以连接到一个恒定的蓝牙信号的距离50米2)测试无线信号连接可以连接到一个恒定的无线信号的距离120米,3)测试电源24伏直流电从电池喷漆机器人工作持续时间0 - 90分钟完全充电工作面积约1600平方米,速度是每小时5公里的速度移动。对辣椒农场喷洒机器人进行测试的30名辣椒农户对该喷洒机器人的满意度为4.31,处于较高水平。因此,测试结果来自于喷涂机器人。随着现代农业技术的使用,农民可以在他们的职业生涯中更加舒适,并且不受各种化学喷雾漂移的影响。
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