科研之友
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摘要
This study developed and tested the development of an all-fabric interconnection and one-stop production process for electronic textiles that are combined with electronic technologies on textiles. Primarily, this is a one-stop production method for electronic textiles consisting of multilayer structured fabrics for implementation of electronic functions in which (1) precise circuit patterns are formed, (2) conductive materials or conductive circuits on each fabric layer are electrically connected, and (3) individual fabric layers are fixed to the base layer through embroidery, while fabric layers are layered one by one using a commercial computer numeric control embroidery machine. Since the multilayer fabric structured electronic textiles constructed have different layers of conductive materials connected electrically, quickly durably, and reliably through embroidery, (1) the electrically connected parts are not likely to be broken by external forces, (2) all parts to be connected to external devices are formed on one piece of fabric so that the work to connect the textiles to an external device is simple, and (3) workability and productivity are improved so that manufacturing costs can be reduced and the textiles can be mass produced. Therefore, this one-stop method using commercial machinery has great potential as a highly useful technology that can be implemented on an industrial scale.
- 出版日期2017-7
