Prototype Of Wheel Suggestion Control Using Android Based On Arduino Uno R3

Rizki Maulana Hidayat, Eko Hadi Purwanto, Andik Ekok Kristus Pramuko
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Abstract

Development of a wheeled suitcase prototype with arduino-based technology, so that the suitcase can run using its own Android to move the wheeled suitcase. The suitcase control method can use Gesture mode, namely the buttons that have been provided on Android to move the wheel. There is also a Gyroscope, which is a sensor used to track rotation or rotation of the movement device. In other words Gyroscope is referred to as a device that is used to maintain the orientation of an angle to remain stable. The experimental method of this research aims to make observations that are interconnected between cause and effect. After testing the wheeled suitcase using Gesture Mode in this study using the buttons provided by android to move as it should, and for Gyroscope Mode by maintaining the orientation of the android so that the suitcase moves according to the movement of the android. In testing the author has tested the distance of the android connection to the wheeled suitcase, the results obtained are a distance of 7 meters and it is still connected.
基于Arduino Uno R3的Android车轮建议控制原型
利用基于arduino的技术开发了一个轮式手提箱原型,使手提箱可以使用自己的Android运行来移动轮式手提箱。提箱控制方法可以使用Gesture模式,即Android上已经提供的按钮来移动轮子。还有一个陀螺仪,这是一个传感器,用于跟踪旋转或旋转的运动设备。换句话说,陀螺仪是指一种装置,用来保持一个角度的方向保持稳定。本研究的实验方法旨在观察因果关系。本研究在对轮式行李箱进行测试后,使用手势模式,使用机器人提供的按钮进行应有的移动,对于陀螺仪模式,通过保持机器人的方向,使行李箱根据机器人的运动进行移动。在测试中,作者测试了机器人与轮式行李箱的连接距离,得到的结果是距离为7米,仍然连接。
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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