原型系统kendali机器人手臂夹持器机械手menggunakan挠性传感器Dan mpu6050基于物联网

Habib Nurfaizal, Makhsun Makhsun, Yan Mitha Djaksana
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引用次数: 1

摘要

在这个复杂的时代,很多人类的工作已经开始被机器人所取代。在机器人的发展中,物理限制和人类在重复或危险工作中的集中是重要的因素。其中一种机器人是为了使工作更容易而创造的,它有像人的手臂一样的能力,被称为手臂抓取机械手机器人。该机械手夹持臂由连接臂组成,即连杆、关节和伸臂。本研究设计了一种具有手势模式和物联网模式两种模式的机械臂抓取机械手控制系统。使用的微控制器是Arduino Mega 2560,带有弯曲传感器控制和MPU 6050惯性测量单元传感器,在手势模式下连接在手套上。并且使用智能手机进行物联网控制,测试结果显示5次运动中平均行程时间的误差为2.08%。机器人手臂夹持机械手的整体测试结果可以通过手势模式和物联网模式进行控制。希望这一解决方案将有助于人类在从事繁重工作时减少受伤的风险。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PROTOTYPE SISTEM KENDALI ROBOT ARM GRIPPER MANIPULATOR MENGGUNAKAN FLEX SENSOR DAN MPU6050 BERBASIS INTERNET OF THINGS
Received July 07, 2020 Revised Feb 06, 2021 Accepted Feb 08, 2021 In this sophisticated era, a lot of human work has begun to be replaced by robots. Physical limitations and human concentration in doing repetitive or dangerous work are important factors in the development of robots. One of the robots that was created to make work easier is a robot that has the ability like a human arm called the arm gripper manipulator robot. This manipulator gripper arm consists of interconnected arms, namely link, joint and endeffector. This research designed a control system of the robot arm gripper manipulator with 2 modes, gesture mode and IoT mode. The microcontroller used is Arduino Mega 2560 with flex sensor control and MPU 6050 inertia measurement unit sensor in gesture mode attached to the glove. And Iot control using a smartphone, the result of testing the error of the average travel time in 5 movements is 2.08%. The overall test results of the robot arm gripper manipulator can be controlled with gesture mode and IoT mode. The hope is that this solution will be useful for humans in reducing the risk of injury when doing heavy work.
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