机电工程技术
機電工程技術
궤전공정기술
MACHANICAL & ELECTRICAL ENGINEERING TECHNOLOGY
2015年
5期
144-146
,共3页
正弦机构%球面展开%运动方程
正絃機構%毬麵展開%運動方程
정현궤구%구면전개%운동방정
sine mechanism%unfolding of steel ball surface%kinematics equation
把正弦机构运用于球面展开中,推导出了一套新用于球面展开机构的运动学方程。经过MATLAB模拟仿真说明:钢球受此正弦机构和匀速运动的驱动,能完成一种复杂的空间螺旋运动,实现完全展开。这一研究为钢球展开机构的优化提供了必要的数学工具与理论基础。
把正絃機構運用于毬麵展開中,推導齣瞭一套新用于毬麵展開機構的運動學方程。經過MATLAB模擬倣真說明:鋼毬受此正絃機構和勻速運動的驅動,能完成一種複雜的空間螺鏇運動,實現完全展開。這一研究為鋼毬展開機構的優化提供瞭必要的數學工具與理論基礎。
파정현궤구운용우구면전개중,추도출료일투신용우구면전개궤구적운동학방정。경과MATLAB모의방진설명:강구수차정현궤구화균속운동적구동,능완성일충복잡적공간라선운동,실현완전전개。저일연구위강구전개궤구적우화제공료필요적수학공구여이론기출。
In this paper, sine mechanism is applied to steel-ball’ s surface unfolding mechanism, and it is necessary for the meridian wheel to set up a group of new kinematics equation. The steel ball whose surface may be detected thoroughly by the sensor is forced to carry out a kind of complex dimensional screw movement by the sine driving mechanism and additional rotation at a constant velocity. This research provides necessary mathematical tools and theory basis for the mechanism optimization of steel ball surface unfolding.