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自动模切机
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  automatic die-cutting machine
     The Stress Analysis and Structural Optimization on Mainframe Wallboard of Automatic Die-cutting Machine Based on ANSYS
     基于ANSYS的自动模切机主机墙板的应力分析和结构优化
短句来源
     In the normal condition, the mainframe wallboard of automatic die-cutting machine is strongly struck, which can impact the die-cutting precision and reduce the quality of products. Its stress is analyzed by ANSYS.
     在正常工作情况下,高速自动模切机的主机墙板会受到很大的冲击,这会大大影响到模切精度,导致产品质量严重下降。
短句来源
  model in die-cutting machine
     Establishment of intermittent motion mechanism model in die-cutting machine
     自动模切机间歇机构的建模
短句来源
  the die-cutting machine
     Motion analysis of the dual-elbow-bar mechanism of the die-cutting machine using the loop method
     用回路法分析自动模切机双肘杆机构
短句来源
  “自动模切机”译为未确定词的双语例句
     Dynamics Analysis and Vibration Control on Paper-feeding Assembly of High Speed Automatic Die Cutting
     高速自动模切机输送纸系统的动力学分析和振动控制
短句来源
     The Study of the Scrap-clearing Mechanism for a High Speed Automatic Die Cutting Machine
     高速自动模切机清废机构的运动协调控制
短句来源
     Combined enterprise' s material requirement, this article analyzed and optimized the main die-cutting mechanism of automatic platen die-cutter, and done a parametric design system which adopted man-machine alternate form to improve flexible mechanism design.
     本课题结合企业具体需求,对平压平系列自动模切机主切机构进行了分析和优化,初步开发出一个参数化设计系统,采用了人机交互的形式,提高了机构的设计柔性。
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    This paper emphasizes on how to design MQ400 automatic paper box die cut machine. By analysising the basic theory of die cutting, it gives a new method to realize automatic die cutting with "plate pressing plate way". This machine can die cut not only paper box but also trade mark.

    本文在深入分析纸盒模切机基础原理的基础上,开发设计出一种新型的“平压平”式连续自动模切机,该机实现了模板的垂直及水平运动的合成动作,可实现连续自动模切,它既可用于纸盒模切,亦可用于商标模切.

    In order to describe exactly the high-speed dynamic performance of the parallel index cam mechanism used in die-cutting machine,reasons of factors and extent of impact were analyzed,and a model that could describe the torsion stiffness of the input shaft and the output shaft was established.The differential equations using Newton classical theories were got after doing some transfers which were necessary.A mechanism of a die-cutting machine was calculated.The model was the base of this mechanism's dynamic analysis....

    In order to describe exactly the high-speed dynamic performance of the parallel index cam mechanism used in die-cutting machine,reasons of factors and extent of impact were analyzed,and a model that could describe the torsion stiffness of the input shaft and the output shaft was established.The differential equations using Newton classical theories were got after doing some transfers which were necessary.A mechanism of a die-cutting machine was calculated.The model was the base of this mechanism's dynamic analysis.

    为精确描述模切机中的间歇机构在高速下的动力学响应,在对多种因素的机理及影响大小进行分析之后,建立了考虑输入轴和输出轴扭转刚度两种主要因素的动力学模型。应用传统的牛顿力学理论,对关键环节进行必要的转换之后,得到了微分方程的表达。最后对某型号自动模切机的间歇机构进行了实例计算,为进行动力学分析奠定了基础。

    In the normal condition, the mainframe wallboard of automatic die-cutting machine is strongly struck, which can impact the die-cutting precision and reduce the quality of products. Its stress is analyzed by ANSYS. Stress and stress distribution are found. Measures to improve the stress distribution and to minimize the maximum deflection are put forward in order to improve its working intensity and optimizing its structural. The result shows that the structure has higher strength and stiffness than original scheme....

    In the normal condition, the mainframe wallboard of automatic die-cutting machine is strongly struck, which can impact the die-cutting precision and reduce the quality of products. Its stress is analyzed by ANSYS. Stress and stress distribution are found. Measures to improve the stress distribution and to minimize the maximum deflection are put forward in order to improve its working intensity and optimizing its structural. The result shows that the structure has higher strength and stiffness than original scheme.

    在正常工作情况下,高速自动模切机的主机墙板会受到很大的冲击,这会大大影响到模切精度,导致产品质量严重下降。应用有限元分析软件ANSYS对其进行有限元分析,掌握其应力和变形的分布情况,并在有限元分析的基础上进行结构优化,使得优化后的结构在刚度和强度上有很大的提高,从而有针对性地解决实际问题。

     
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