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首页> 外文会议>Digital fabrication 2010 : Technical programs and proceedings >InkJet Printing on Textiles: Software Package for Textile Designers
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InkJet Printing on Textiles: Software Package for Textile Designers

机译：在纺织品上进行喷墨打印：纺织品设计师的软件包

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摘要

Digitally applying droplets onto the substrate enables new ways of finishing textiles. In this method microdroplets launched from ink-jet printing head are used as a transportation media for certain functional species. This technique has many advantages in comparison with traditional textile finishing methods like bath treatment. Precise control of the species distribution in the substrate enables development of new functional textiles, for expensive functional species it may give large cost saving, however one of most important can be reduction of waste production in manufacturing process. To gain all these advantages textile engineer needs to find optimal printing parameters to obtain desired ink distribution in the textile. Complex nonlinear effects of ink penetration into the textile (mainly capillary phenomenon) make this task very time consuming and may require significant number of expensive preprints. To overcome these difficulties CIM-mes Projekt (within the EU DIGITEX Project) developed a numerical model of ink penetration into the textile and encapsulated it in a form of toolbox for Functional Textile Architecture (FunTeA CAD). This paper shows capabilities of developed software on two virtual test cases: development of single sided hydrophobic textile and textile with anisotropic conductive pattern.
机译：将液滴数字化地施加到基材上可以实现整理纺织品的新方法。在这种方法中，从喷墨打印头喷出的微滴用作某些功能物质的运输介质。与传统的纺织品整理方法（如浴处理）相比，该技术具有许多优势。精确控制基材中物种的分布可以开发新的功能纺织品，对于昂贵的功能物种，可以节省大量成本，但是最重要的方法之一可以是减少制造过程中的废物产生。为了获得所有这些优点，纺织工程师需要找到最佳的印刷参数以获得所需的油墨在纺织品中的分布。墨水渗透到纺织品中的复杂非线性效应（主要是毛细管现象）使这项工作非常耗时，并且可能需要大量昂贵的预印本。为了克服这些困难，CIM-mes Projekt（在欧盟DIGITEX项目中）开发了一种墨水渗透到纺织品中的数值模型，并将其封装为功能纺织品体系结构的工具箱（FunTeA CAD）。本文展示了在两个虚拟测试案例上开发的软件的功能：开发单面疏水性纺织品和具有各向异性导电图案的纺织品。

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