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配网导线绝缘漆喷涂机器人及控制系统设计 被引量:3

Development of Automatic Painting Robot and Its Control System for Over-head Electrical Power-line
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摘要 综合嵌入式系统、自动化、虚拟样机、无线通信、智能控制等技术、模块化设计及嵌入式系统方法,设计了配网导线自动喷涂机器人系统;该系统包括线上行走机器人机械移动本体、机载控制系统及地面站三部分,机械本体采用模块化结构形式,机载控制系统采用ATmega 128A8位MCU;地面站软件采用TurboDelphi设计,与机载控制系统之间采用433MHz无线通信形式,系统工作电压为24V;实验表明,该系统最大运行速度约12m/s,最大涂漆厚度2mm,鲁棒性强,可稳定、高效地实现配网导线的绝缘漆自动喷涂作业。 Combining such technologies as embedded control system, automation, virtual machine, wireless communication, intelligent control, modular design with embedded control method, an automatic insulation--painting robot was designed and developed. The robot con- sists of mechanical mobile carrier on the power--line, on--board MCU control system and station controller designed with TurboDelphi. Meanwhile, the modular method and embedded method were adopted to design the mechanical mobile carrier and the on-- board AT- mega128A 8--bit MCU control system respectively. The station controller connects with the on--board control system with 433MHz wire- less module, and the motors run ira 24V DC voltage. The site experiments indicate the robot moves in about 12m/s velocity, the paint thick- ness is 2mm, together with its robustness of the on--board MCU control system and high--performance of the painting robot.
出处 《计算机测量与控制》 北大核心 2014年第6期1757-1759,共3页 Computer Measurement &Control
关键词 配网导线 机器人 无线通信 嵌入式系统 over--head electrical power--line mobile robot wireless communication embedded system
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