| 仿生机器人关节电机的分析与研究 |
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| 引用本文： | 李永梅,迟英姿,张卫芬.仿生机器人关节电机的分析与研究[J].工业控制计算机,2014(12):32-33. |
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| 作者姓名： | 李永梅 迟英姿 张卫芬 |
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| 作者单位： | 东南大学成贤学院机械工程系,江苏 南京,210088 |
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| 摘 要： | 随着仿生机器人的发展,实现蛇形机器人多形式越障运动,关节电机起关键作用。主要探讨了蛇形机器人关节电机的选择。可作为蛇形机器人关节的目前有四种电机可选:球形步进电机、舵机、伺服电机和步进电机。选用舵机作为关节电机,将很难克服堵转弊病,位置闭环系统以及体积问题也不适应蛇形机器人的力学情况;选用带减速的步进电机是较可行的方案。但选用步进电机必须解决解决三大问题:提高输出转矩,加大减速比;提高高压电源电压;解决电机外壳的散热。这三项都是行之有效的措施。
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| 关 键 词： | 蛇形机器人 关节电机 转矩 步进电机 |
Analysis and Research of Bionic Robot Joint Motor |
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| Abstract: | Joint motors play a significantly important role for snake robots to exert self-reconstruction function,and enable themselves to slide over barriers in various ways.This paper discusses the selection of the snake like robot joint motor.As the snake like robot joint currently has four motor optional：spherical stepper motor,servo motor and servo,stepper motor.lf servo motors cho-sen to be joint motors,we can hardly solve problems such as locked-motor malady,closed-loop position system,and the un-suitable mechanics situation caused by servo motors＆#39; bulk.There are three effective ways such as bigger reduction,raising voltage of high voltage power supply by using high-low voltage driving circuit and heat dissipation of motor casing. |
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| Keywords: | snake robot joint motor torque stepper motor |
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