使用 Flysky Fs-I6 遥控器远程实现手扶拖拉机控制装置

Riyan Wahyudi, Muhamad Ariandi
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引用次数: 0

摘要

- 手扶拖拉机是一种农业工具,用于最大限度地减少人力的使用,从而提高犁田过程的效果和效率。使用手扶拖拉机耕种农田仍会产生一些问题,如操作人员的工作疲劳和人体工学问题,从而可能导致工作事故。根据这一问题,作者萌生了制造一种可安装在手扶拖拉机上的工具的想法,以便使用遥控器远程控制手扶拖拉机。在硬件部分,主控使用 Arduino nano 板上的 atmega328 微控制器,Flysky FS-i6 遥控器作为发送远程命令的输入,伺服电机作为拖拉机上气体机械传动的输出,电动窗拉动拖拉机离合器左右转弯,太阳能电池板为电池充电。根据工具测试的结果,在 1 至 100 米的距离内进行了工具性能测试。在这个距离上,工具运行良好,没有出现任何错误。一块稻田的面积从 10 x 10 米到 50 x 50 米不等,因此可以使用远程手扶拖拉机控制设备,即使距离很远也不会出错。这说明该工具是成功的,可以远程控制拖拉机。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Implementation of Hand Tractor Control Device Remotely Using Flysky Fs-I6 Remote Control
– Hand tractors are agricultural tools used to minimize the use of human labor, so as to increase the effectiveness and efficiency of the process of plowing rice fields. The use of hand tractors for cultivating agricultural land still causes several problems such as work fatigue and ergonomic problems for operators which can result in accidents while working. From this problem the author had the idea to build a tool that could be installed on a hand tractor so that the hand tractor could be controlled remotely using a remote control. In the hardware section, the main control uses an atmega328 microcontroller on the Arduino nano board, a Flysky FS-i6 remote control as input for sending remote commands, a servo motor as an output for the gas mechanical drive on the tractor, a power window that pulls the tractor clutch to turn right and left, the panel solar for battery charging. Based on the results of tool testing, tool performance testing was carried out at a distance of 1 to 100 meters. At this distance, the tool worked well and no errors occurred. The area of one rice field ranges from 10 x 10 meters to 50 x 50 meters, so that remote hand tractor control equipment can be used and there will be no errors even over long distances. This shows that this tool has been successful and the tractor can be controlled remotely.
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