一种小型履带式管道机器人的研究与设计OACSTPCD
Research and Design of a Small Crawler Pipeline Robot
针对通风管道人工探查不便的现状,设计了一款专用的小型履带机器人.该机器人通过合理的结构设计,可以在狭窄的管道内实现爬坡和越障功能.开发了基于树莓派和STM32的控制系统,设计了整个机器体的硬件电路和各模块的控制程序,利用Qt Creator软件创建了便于控制与接收数据的上位机界面.通过光纤通信实现上位机和机器人的数据互通.机器人搭载的摄像头模块和轮速计可以在复杂的管道环境中实现定位功能.经过实验与数据采集,表明该机器人整体功能完善,在实际工作环境中运行平稳,能够满足管道机器人的工作要求.
In view of the inconvenient manual exploration of ventilation ducts,a special small crawler robot is designed.Through reasonable structural design,the robot can realize the function of climbing and barrier cross-ing in the narrow pipeline.The control system based on Raspberry Pi and STM32 is developed,the hardware circuit of the whole robot and the control program of each module is designed,and the upper computer interface for easy use to control and receive data is created with Qt Creator software.The data exchange between the up-per computer and the robot is realized through optical fiber communication.The camera module and wheel ta-chometer can realize the positioning function in a complex pipeline environment.After the experiments and data collection,the result show that the overall function of the robot is perfect,and it runs smoothly in the actual working environment,which can meet the work requirements of the pipeline robot.
钱佳旺;李会军;宋爱国
南京信息工程大学自动化学院,江苏南京 210044南京信息工程大学自动化学院,江苏南京 210044||东南大学仪器科学与工程学院,江苏南京 211189
计算机与自动化
管道机器人树莓派STM32软硬件设计定位
pipeline robotRaspberry PiSTM32software and hardware designlocalization
《测控技术》 2024 (006)
1-7 / 7
工信部基础科研项目(JCKY2022110C040)
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