A optimization algorithm called as genetic and punishable complex method GPCM is approached, and applied to design of the plane four-bar linkage mechanism.
2
利用转化机架法，将按预定连架杆构件位置的四杆机构设计问题，转化为按预定连杆位置设计四杆机构问题。
In this paper, an analytic method to design the plane four-bar linkage mechanism according to three predetermined locations of framed link is introduced.
3
用几何法证明了等视角定理和低副运动可逆性在铰链四杆机构设计中的等价性，以求揭示它们之间的本质联系。
The equivalence between theorem of equal angle of view and reversible property of low pair, applied in synthesis of plane four-bar linkage, is demonstrated to reveal essence of their relation.
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