流体传动与控制
流體傳動與控製
류체전동여공제
FLUICL POWER TRANSMISSION AND CONTROL
2013年
2期
22-25
,共4页
多冗余机械臂%逆运动学算法%混凝土泵车
多冗餘機械臂%逆運動學算法%混凝土泵車
다용여궤계비%역운동학산법%혼응토빙차
液压驱动的多冗余机械臂用常规方法很难实现实时、精确的自动化控制,提出了一种基于几何理论的数值迭代算法,能快速地求解出多冗余机械臂的运动学逆解,并利用此算法对混凝土泵车的臂架系统进行了模拟仿真,仿真结果表明,此算法符合泵车臂架系统的实时自动化控制.
液壓驅動的多冗餘機械臂用常規方法很難實現實時、精確的自動化控製,提齣瞭一種基于幾何理論的數值迭代算法,能快速地求解齣多冗餘機械臂的運動學逆解,併利用此算法對混凝土泵車的臂架繫統進行瞭模擬倣真,倣真結果錶明,此算法符閤泵車臂架繫統的實時自動化控製.
액압구동적다용여궤계비용상규방법흔난실현실시、정학적자동화공제,제출료일충기우궤하이론적수치질대산법,능쾌속지구해출다용여궤계비적운동학역해,병이용차산법대혼응토빙차적비가계통진행료모의방진,방진결과표명,차산법부합빙차비가계통적실시자동화공제.
This paper proposed a new iteration method based on geometry to solve the inverse kinematics for hydrau-lic driven multiple-redundant manipulator that is difficult to control real-time since its degrees of freedom are multi-ple-redundant. Using the proposed method, the optimal solution can be quickly and accurately obtained from these infinite solutions. Simulation results show that the new method has a fast convergence speed and good stability. It's suitable for control real-time.