常州工学院学报
常州工學院學報
상주공학원학보
JOURNAL OF CHANGZHOU INSTITUTE OF TECHNOLOGY
2011年
6期
5-10
,共6页
恒力吊%MATLAB%凸轮曲线%主弹簧优化
恆力弔%MATLAB%凸輪麯線%主彈簧優化
항력조%MATLAB%철륜곡선%주탄황우화
constant spring hanger%MATLAB%cam curve%main spring algorithm
对力平衡式恒力吊作机构分析,根据其工作原理建立其刀形凸轮的曲线微分方程,使用MATLAB程序求解凸轮曲线微分方程并绘制凸轮曲线。建立恒力吊主弹簧的优化设计数学模型,使用MATLAB遗传算法工具求解,实现主弹簧的优化设计。用这种方法设计力平衡式恒力吊,可以提高设计质量和设计效率。
對力平衡式恆力弔作機構分析,根據其工作原理建立其刀形凸輪的麯線微分方程,使用MATLAB程序求解凸輪麯線微分方程併繪製凸輪麯線。建立恆力弔主彈簧的優化設計數學模型,使用MATLAB遺傳算法工具求解,實現主彈簧的優化設計。用這種方法設計力平衡式恆力弔,可以提高設計質量和設計效率。
대력평형식항력조작궤구분석,근거기공작원리건립기도형철륜적곡선미분방정,사용MATLAB정서구해철륜곡선미분방정병회제철륜곡선。건립항력조주탄황적우화설계수학모형,사용MATLAB유전산법공구구해,실현주탄황적우화설계。용저충방법설계력평형식항력조,가이제고설계질량화설계효솔。
A mechanics model for force balanced constant spring hangers is put forward.The curve equation of knife cams is induced from the working principle of constant hanger.The curve equation is solved and the curves of cams are also plotted with MATLAB.The main spring mathematical model of optimal design is established.Parameters of the main spring are optimized with the MATLAB genetic algorithm tool.Design force balanced constant spring hangers in this way would improve the design quality and design efficiency.
