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Development of Sprayer Vehicle using Unmanned System Technology by Remotely Operated Control for Organic Rice Field

机译:通过无人机系统技术开发喷雾器车辆有机稻田远程操作控制

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This research article aims to present the sprayer vehicle using unmanned system technology by remotely operated control for organic rice field. The 2.4 GHz radio control signal is used. The results of the test of the sprayer vehicle using remotely operated control by user within a distance of 0-600 meters showed that it can move on a distance of 0-500 meters, the operation was disconnected when the distance was over 500 meters. The control systems and devices can work in accordance with the conditions of the control and show high performance for agriculture activities. Therefore, the 35 farmers who had tested the sprayer vehicle were highly satisfied (4.35) with the sprayer vehicle using unmanned system technology by remotely operated control for organic rice field. It facilitates farmers’ activities and saves their working time.
机译:本研究制品旨在通过对有机稻田的远程操作控制使用无人驾驶系统技术呈现喷雾器车辆。 使用2.4 GHz无线电控制信号。 使用远程操作的喷雾器车辆的试验结果在0-600米的距离内使用远程操作的控制显示,它可以在0-500米的距离上移动,当距离超过500米时,操作断开。 控制系统和设备可以根据对照的条件工作,并为农业活动显示出高性能。 因此,使用无人驾驶的系统技术对有机稻田的远程操作控制,使用无人驾驶的系统技术,使用无人驾驶的系统技术,高度满意(4.35)的35个农民。 它促进了农民的活动并挽救了他们的工作时间。

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