应用Xbee pro模块与机器人控制系统对地震灾害现场进行组织和监测

Adewasti, R. Febriani, Sholihin, Eka Susanti, Emilia Hesti
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引用次数: 4

摘要

在印度尼西亚,地震灾害是一种经常发生的灾害,造成了大量的破坏和人员伤亡,因此研究人员将尝试设计一个机器人控制系统,使用基于Xbee Pro的Arduino来监测地震灾害定位。在机器人形成初期,如何设计机器人形式的工具是必须考虑的一个问题,在这种情况下,机器人可以为社区提供有用的工具,并可以帮助搜救队在监测地震位置方面的工作。研究人员只将研究对象限制在一组接收器和监测设备上。为了监测地震灾害现场的状态,该机器人配备了摄像头作为监测工具。该工具采用Arduino作为微控制器,Xbee Pro作为远程与机器人之间的通信媒介,Driver Motor作为直流电机驱动,直流电机作为机器人驱动,伺服电机作为摄像头驱动,无线摄像头和移动设备作为监控设备。因此,机器人能够在房间内行走并接收20多米远的命令,并与手机保持连接,以监测地震的位置。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Xbee pro module application in to organize and monitoring earthquake disaster location with the robot control system
In Indonesia, the earthquake disaster is a disaster that often happens and cause a lot of damage and casualties, so researchers will try to design a Robot control system to monitor the Earthquake Disaster Location Using Xbee Pro Based Arduino. Initial robot formation, how to design a tool in the form of robot is one that must be considered for the tool produced in this case a robot can be useful for the community and can help the work of the SAR team in terms of monitoring the location of earthquakes. Researchers only limit the subject matter only to the set of receivers and monitoring devices. In order to monitor the state of the earthquake disaster site, this robot is equipped with a camera as a monitoring tool. This tool uses Arduino as Microcontroller, Xbee Pro as communication medium between remote and robot, Driver Motor as DC motor drive, DC Motor as a robot drive, Servo Motor as camera drive, Wireless Camera and Mobile as monitoring device. As a result the robot is able to walk and receive commands up to a distance of more than 20 meters while in the room, and stay connected to the phone to monitor the location of the earthquake.
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