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Characterization of a Reverse Molding Sequence at the Mesoscale for In-mold Assembly of Revolute Joints

机译:旋转接头模内组装的中尺度反向模塑序列的表征

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In-mold assembly and miniature molding have been combined to realize miniature assemblies. Our previous work has shown that for realizing in-mold assembly at the mesoscale, the molding sequence is the reverse of that used at the macroscale. Moreover, special features are needed in the mold to prevent plastic bending of the pin because of the pressure exerted by the second stage melt. This article presents novel mold designs and computational methods to enable the use of the reverse molding sequence to prevent: plastic bending of the premolded component, and joint jamming during the mesoscale in-mold assembly process. The computational methods are also validated through experimentation. Results reported in this article show that for making in-mold assembled revolute joints with the polymer combination of ABS and LDPE, a reversed molding sequence needs to be used for joints sizes less than 1.5 mm.
机译:模内组装和微型模制相结合,实现了微型组装。我们以前的工作表明,为了在中尺度上实现模内组装,模制顺序与在宏观上使用的顺序相反。而且,由于第二阶段熔体施加的压力,模具中需要特殊的特征以防止销的塑性弯曲。本文介绍了新颖的模具设计和计算方法,以使得可以使用反向成型顺序来防止:预成型组件的塑性弯曲以及中型模内组装过程中的接头卡塞。通过实验也验证了计算方法。本文报道的结果表明,要使用ABS和LDPE的聚合物组合制造模内组装的旋转接头,对于尺寸小于1.5 mm的接头,需要使用相反的成型顺序。

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