After having been determined the basic dimensional type by using fuzzy identification, a new method of computing the position for a coupler point, real size and installing dimensions of the linkage is established for the first time. 推导出了在基本尺寸型通过模糊识别方法确定后机构实际尺寸、连杆上点的位置和机构安装尺寸参数的理论计算公式;
Assembly Constraint Solving with Spherical Geometry and Spherical Linkage Mechanism GRAPHICAL COMPUTING METHOD OF SPHERICAL LINKAGE ( 2) 三维装配约束推理的球面几何和球面机构法球面机构计算机图解算法(2)&球面高级机构运动分析(斯蒂芬森六杆机构)
GRAPHICAL COMPUTING METHOD OF FOUR-BAR LINKAGE ( 2)& Burmester s Center-point Curve, or Rather Burmester s Pole-locus Curve 四铰机构计算图解算法(二)&布尔梅斯特园心曲线或极位曲线
In addition the computing formulae of the total number of singularity requirements for the arbitrary complex multilooped planar linkage to produce a singular position were obtained. 还得到了任意复杂多回路平面机构产生奇异位置的奇异性条件总数的计算公式。
GRAPHICAL COMPUTING METHOD OF FOUR-bar LINKAGE& Inflexion Circle, Focal Axis, Ball's Point, Centering-point Curve and Circling-point Curve For Four ISP_s, Coupler Curves Based on Balls Points 四铰机构计算图解算法(一)&拐点园、焦轴、鲍尔点、环心曲线、环点曲线、鲍尔点图谱