On the basis of briefly analyzing the mechanical model of toggle clamping mechanism,taking the minimum sum of both tie-bar and toggle s weight as the target function,taking stiffness condition as the constraint condition,the paper calculates the tie-bar diameter with optimal design.
在简要分析肘杆式合模机构的力学模型的基础上,以拉杆、肘杆质量之和最小作为目标函数,将刚度作为约束条件,用优化设计的方法对拉杆直径的计算进行了研究。
In this article, elbow-bar framework of the Die-Cutting system of Blocking Die-Cutter was analyzed with numerical method, and the author also designed an experiment to verify the theoratical analysis.
采用数值分析的方法对肘杆机构进行了分析,并针对分析结果设计实验,通过现场实测取得数据,验证了理论分析的正确性。
Development and Practice of the New Type Toggle Clamping Mechanismfor Iniection Machine;
注射机的新型肘杆合模机构的开发与实践
By taking the original errors as stochastic variables,the reliability of the elbow-bar mechanism of automatic die cutting machine was analyzed and calculated in three instances,namely only in the presence of the error of bar length,only in the presence of joint-gaps of hinge or in the presence of the both of them.
将各原始误差视为随机变量,对全自动平压平模切机肘杆机构分别在仅有杆长尺寸误差或铰链间隙误差以及两种误差同时存在的3种情况下,对其输出运动误差进行了分析与综合,建立了机构运动精度可靠性分析模型。
The dual-elbow-bar mechanism of the die-cutting machine was modeled and emulated by using SolidWorks.
利用SolidW orks对模切机的双肘杆机构进行了建模与仿真,并分析了部分构件的运动特性。
