管道爬行器的研究与设计【设计说明书+CAD图纸(装配图、零件图、电路图)+SolidWorks三维图+STEP通用格式+开题报告+任务书+课题申核表+中期检查表】 管道机器人
摘 要
本课题是在对管道爬行器的结构和运动研究分析的基础上。本次设计在Solidworks的基础上构建管道爬行器的若干套三维造型,然后依据要求进行选择。最终方案采用列车连接结构,伸缩结构和“伞”型结构,以适应管道内部的弯道和大范围内径变化管道。通过电气控制,使各电机顺序动作以完成通过十字型和丁字型等较复杂的管道,通过新型吊环的调节始终保持摄像装置与水平面的平行。对管道爬行器的控制要求,采用常规的电气控制分析方法设计电气部分的控制电路,最终方案采用人工控制电机的顺序动作进行管道内的转弯,里程计反馈信息与管道工程图相结合的方法来进行爬行器的定位。为研究管道爬行器打下了一定的基础。
关键词:自适应性,伸缩结构,内径变化,新型吊环,Solidworks
The research and design of piping crawl robot
Abstract
The question for discussion base on the structure of piping crawl robot an-d the moving investigation'analyze. This project bases on Solidworks to concei-ve some 3D sculpt of crawl r-obot, then by requestion carry through choose. The final scheme adopt the structure about train and flex structure and umbrellastructure, for the sake of adapting tothe pipeline that can change radius in gr-eat range. And succeed overpassing crossmodel and t-shaped model complicatedpiping by the sequentially-operation of the electric motor ,and always can keepparallel state between vidicon setting and horizontalgeby adjusting by the new
fiying rings system.Gave the request for the contral of piping crawl robot. Ad-opt nomothetic approach about electrical control analysis for control circuit des-ign ofelectric parts.The final project adopt the manual control the electr-ic mot-or’s sequentially-operating make the machine pass the curved conduit.To adopt the way which use milemeter feedback information couple with piping’s sched-ule drawing for allocation.The paper lays the theoretic foundation for research piping crawl robot
Keywords: From the adaptability, Flexible structure, Inside the path variety,New fiying rings system,Solidworks
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