电子设计工程
電子設計工程
전자설계공정
ELECTRONIC DESIGN ENGINEERING
2015年
1期
119-122
,共4页
机器人灵巧手%运动学%Matlab%仿真
機器人靈巧手%運動學%Matlab%倣真
궤기인령교수%운동학%Matlab%방진
robot dexterous hand%kinematics%Matlab%simulation
为了实现对灵巧手各关节的实时控制,提高灵巧手工作的"灵巧度",本文以英国Shadow公司的Shadow仿人灵巧手为研究对象,研究了Shadow灵巧手机械结构特点,运用D-H坐标法,建立了灵巧手的运动学模型,推导出灵巧手的单指正、逆运动学方程,求解出正、逆解析解及相关参数,并且运用Matlab软件对结果进行了验证和仿真,为进一步研究灵巧手动力学问题提供理论依据。
為瞭實現對靈巧手各關節的實時控製,提高靈巧手工作的"靈巧度",本文以英國Shadow公司的Shadow倣人靈巧手為研究對象,研究瞭Shadow靈巧手機械結構特點,運用D-H坐標法,建立瞭靈巧手的運動學模型,推導齣靈巧手的單指正、逆運動學方程,求解齣正、逆解析解及相關參數,併且運用Matlab軟件對結果進行瞭驗證和倣真,為進一步研究靈巧手動力學問題提供理論依據。
위료실현대령교수각관절적실시공제,제고령교수공작적"령교도",본문이영국Shadow공사적Shadow방인령교수위연구대상,연구료Shadow령교수궤계결구특점,운용D-H좌표법,건립료령교수적운동학모형,추도출령교수적단지정、역운동학방정,구해출정、역해석해급상관삼수,병차운용Matlab연건대결과진행료험증화방진,위진일보연구령교수동역학문제제공이론의거。
In order to realize the real-time control of each joint of the dexterous hand and improve the"dexterity"during the working process, the mechanical structure characteristics of dexterous hand were studied and the research was based on Shadow dexterous hand. Then the kinematics model is established by using D-H parameter method , and the forward and inverse kinematics equations are derived. The analytical solution and related parameters were solved also. Finally the results are verified and simulated in Matlab. .The results are the theoretical reference for the further study of the dynamics of dexterous hand.