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Optimization of Digital Transfer Textile Printing Process using Multi-Objective Function Analysis

机译:基于多目标函数分析的数字转移纺织品印花工艺优化

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Digital textile printing (DTP) is widely used because it is more efficient and simpler than conventional textile printing methods. Digital transfer textile printing (DTTP) is one of the most efficient and simplest DTP methods. In this study, the optimum process conditions for DTTP have been investigated, to minimize the distortion of printed images and maximize the color reproducibility. First, a novel measurement method for fabric shrinkage and image distortion was developed. Then 9 characteristic values were defined and a series of experiments were designed and performed using the Taguchi method. Finally, two different multiple-characteristic value analyses were performed on the results. In one method, 9 characteristic values were converted into a single value. In the other method, the characteristic values were divided into 3 groups for analysis. Finally, results from the two methods were compared to determine which method was more suitable.
机译:数字纺织品印花(DTP)比常规纺织品印花方法更有效,更简单,因此被广泛使用。数字转移纺织品印花(DTTP)是最有效,最简单的DTP方法之一。在这项研究中,对DTTP的最佳工艺条件进行了研究,以最大程度地减少打印图像的失真并最大化色彩再现性。首先,开发了一种新颖的织物收缩率和图像变形测量方法。然后定义了9个特征值,并使用Taguchi方法设计并进行了一系列实验。最后,对结果进行了两种不同的多特征值分析。在一种方法中,将9个特征值转换为单个值。在另一种方法中,将特征值分为3组进行分析。最后,比较两种方法的结果,以确定哪种方法更合适。

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