摘要
为提高对管道复杂环境的适应性,实现机器人平稳可靠行走,对柔性蠕动管道机器人进行了结构优化设计和管内通过性分析。该机器人采用柔性弹簧轴驱动和单向轮机构,靠自身的结构自适应性实现蠕动行走,并能在一定范围内自主适应管道内径和形状的变化。通过对蠕动机器人在直线管道的运动分析和受力分析,得到了机器人的蠕动行走条件。利用ADAMS仿真软件对机器人进行了运动仿真,验证了该机器人蠕动行走的可行性和行走条件的正确性。
To improve the adaptability to the complex environment of the pipe and make the robot move stable,the structure of the robot is optimally designed and the trafficability in the pipe is analised.The robot is made up with flexible helical axle and one-way wheels.The peristaltic motions in pipe are realized with the adaptability of the structure.And the robot can adapt to the pipeline with different diameters and different shapes by itself.The motion and force of the pipe robot in straight pipe are analyzed.The mechanical models of the pipe robot are established.The moving condition of the pipe robot is inferred.The motion of the pipe robot is simulated by ADMAS.The results of the simulation illustrates that the pipe robot can realize peristaltic motion and the moving condition is right.
出处
《机电产品开发与创新》
2012年第1期6-8,共3页
Development & Innovation of Machinery & Electrical Products
基金
国家自然科学基金资助项目(50905019)
高等学校博士学科点专项科研基金(20090005120006)
关键词
管道机器人
蠕动行走
行走条件
pipe robot
peristaltic motion
moving condition
