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作 者:金洪杨 岳龙旺[1] 刘景达 郑卫卫 赵朝 徐嘉辉 JIN Hongyang;YUE Longwang;LIU Jingda;ZHENG Weiwei;ZHAO Zhao;XU Jiahui(School of Mechanical and Electrical Engineering,Henan University of Technology,Zhengzhou 450001,China;Zhengzhou Great Wall Scientific Instrument Research Institute Co.,Ltd.,Zhengzhou 450001,China)
机构地区:[1]河南工业大学机电工程学院,河南郑州450001 [2]郑州长城仪器科技研究院有限公司,河南郑州450001
出 处:《工程设计学报》2023年第4期449-455,共7页Chinese Journal of Engineering Design
基 金:国家自然科学基金资助项目(51541508);河南省自然科学基金资助项目(182300410286)。
摘 要:为提高柔性机械臂的刚度和控制精度,基于散粒体阻塞机理对柔性机械臂的变刚度控制进行了研究。在柔性硅胶管内部填充塑料颗粒以构成变刚度杆,并通过理论分析和实验研究构建了其刚度模型。沿圆周方向对称并联布置3根变刚度杆以构成变刚度柔性机械臂,并基于搭建的实验平台对柔性机械臂进行变刚度控制和定位精度分析。结果表明:散粒体阻塞不仅可以实现柔性机械臂的刚度调节,还可以提高其控制精度;柔性机械臂的剪切刚度与变刚度杆的真空度成正比,柔性机械臂的定位精度与变刚度杆的剪切刚度也存在一定的正比关系。研究结果对促进柔性机械臂在工业机器人、服务机器人领域的广泛应用和提高人-机交互、人-机协同安全性有重要意义。In order to improve the stiffness and control accuracy of flexible manipulators,the variable stiffness control for flexible manipulators was studied based on the particle blocking mechanism.A variable stiffness rod was formed by filling plastic particles in the flexibility silicone tube,and its stiffness model was built through the theoretical analysis and experimental research.Three variable stiffness rods were symmetrically arranged in parallel to form a variable stiffness flexible manipulator.Based on the established experimental platform,the variable stiffness control and positioning accuracy analysis for the flexible manipulator were carried out.The results showed that particle blocking could not only achieve the stiffness adjustment of the flexible manipulator,but also improve its control accuracy;the shear stiffness of the flexible manipulator was proportional to the vacuum degree of the variable stiffness rod,and the positioning accuracy of the flexible manipulator was also proportional to the shear stiffness of the variable stiffness rod.The research results are of great significance in promoting the wide application of flexible manipulators in the fields of industrial robots and service robots,and improving the safety of human-machine interaction and human-machine collaboration.
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