用于智能纺织品互连快速成型的导电丝的可用性研究

Karel Šíma, David Kalaš, R. Soukup, J. Řeboun, A. Hamácek
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引用次数: 0

摘要

摘要:本文主要研究智能纺织品互连的快速成型新工艺设计。测试了导电性能最好的FFF 3d打印灯丝。这种长丝用于从印刷平台到纺织品的热转印。最好的结果是在30 $\Omega$到10 cm长度的互连。与此电阻值的互连可用于轻型应用,例如布料中的加热路径或作为具有fme互连垫的组件之间的短功率传输路径或数据路径,因为与绣花机相比,使用3D打印机可以创建许多高质量的动机。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Usability Study of Conductive Filament Used for Rapid Prototyping of Interconnect in the Smart Textiles
Abstract: Abstract: This paper is focused on designing of new rapidprototypingprocess for the creation of interconnections for smart textiles. The best conductive FFF 3dprintingfilament Electrifi was tested. This filament was used for thermal transfer from the printing platform to the textile. The best results were obtained around 30 $\Omega$ to 10 cm length interconnection. Interconnection with this value of resistance can be used in light applications such as a heating path in cloths or as a short power delivery path or datapath between components with fme interconnection pads because it is possible to create many highquality motives with the 3D printer in comparison with embroiling machine.
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