Papers by Keyword: Embroidery

Abstract: The Cluster of Excellence “Centre for Tactile Internet with Human-in-the-Loop (CeTI)” deals with developments and inventions concerning smart devices used in many fields, e.g. industry 4.0, medicine and skill learning. These kind of applications require smart devices, sensors, actors and conductive structures. Textile structures address these applications by meeting requirements such of being flexible, adaptable and wearable. Within this paper, the development of a protective coating for electrically conductive (EC) yarns is captured. These EC yarns are nowadays often used for smart textile applications. One challenge in their application is the integration into textile structures. Often, the handling and use of EC yarns lead on the one hand to damages on the surface of the yarn and on the other hand to reduced electromechanically characteristics. This paper aims to characterize these EC yarns in regard to develop a suitable protective coating based on polypropylene (PP). To achieve this development, an extensive characterization of the EC yarns as well as the protective coating itself is important. The surface free energy (SFE), the topographical and the chemical characteristics are necessary for developing a suitable protective coating. However, the yarns are characterized before and after implementation into the textile structure and furthermore after the coating respectively with the developed finish.

Abstract: In order to improve the tactile perception, as well as other comfort properties of modern smart clothing, conventional electrical wires, which are used to connect integrated electronic components, are more and more often replaced by conductive threads. Conductive threads can be used to replace mounting wires in smart clothing, as well as to make sensors. In order to determine the durability of conductive threads made by different manufacturers, a study was conducted in which the conductive threads, which were integrated using embroidery technique, were subjected to multiple washing cycles. After each washing cycle electrical resistance of connections, made by these threads, was measured and its changes were compared. Suggestions about the use of different conductive threads can be found in the conclusions section of this study.

Abstract: This article discusses the design method of bedding embroidery patterns, such as abstract simplification, Exaggerated beautification, alienation perspective, adding imagination and scattered layout; the decorative positions of embroidery pattern are centerpiece decoration, edge decoration and the change of decoration; Diversified technology of bedding embroidery patterns are decoration of the appearance accessories and analysis of the related factors and other decorations. Beautiful embroidery patterns and appropriate decorative techniques can not only play the role of sugar-coat textile bedding, but also enhance the aesthetic interest and artistic decoration design value.

Abstract: Today, the fashion designer’s concern for reconstruction design of fabric attains a new level. The embroidery, always be viewed as a traditional deep processing skill for silk, is still an important method of reconstruction for silk in nowadays fashion design. This paper mainly deals with the inheritance and innovation of embroidery in modern silk dress design.