Three-dimensional multilayer fabric structures for interactive textiles
Paper in proceedings, 2011

The integration of performances in interactive textile fabric system has so far been rather complicated since they are based on multilayer or three-dimensional principles. These structures are today mainly put together by means of several processes, which is laborious and time consuming. In this interdisciplinary study we have combined the principle of a three-dimensional multilayer weaving process and interactive textiles structures in order to enable the manufacturing of interactive textile structure in one process. The process is investigated using a manual reconstructed loom and the approach has been to use the 3D structures in order to integrate and organize conductive and compressive spacer layers as a textile capacitive structure. Measurements on such a structure was done by construction a first order passive high pass filter and using the fabric sample as the capacitor and a 1MΩ resistor. The behavior of the measurement of the capacitive sensor is quite close to the theoretical calculation and already at this stage the structure might be used to indicate the presence of a pressure. In this project we have shown that a three-dimensional structure enables the development of interactive textiles in one process. Further the concept of using a rebuilt manual loom has shown great potential in early research stages. It is considerable saving time and resources since, in this case, it is easy to reconstruct the loom design compared to performing similar reconstruction on a machine. Future research will focus on developing other types of interactive structures. Another issue will be to scale down the size of the structures in order to get thinner and more flexible qualities.

Weaving

Interactive textiles

Multilayer

Textile capacitor

Three-dimensional

Author

Siw Eriksson

Chalmers, Product and Production Development, Design and Human Factors

L. Berglin

University of Borås

Emanuel Gunnarsson

Chalmers, Applied Physics

L. Guo

University of Borås

Tampere University of Technology

H. Lindholm

University of Borås

Leif Sandsjö

University of Borås

Sahlgrenska University Hospital

3rd World Conference on 3D Fabrics and Their Applications; Wuhan; China; 20 April 2011 through 21 April 2011

63-67

Subject Categories

Textile, Rubber and Polymeric Materials

ISBN

978-184626049-0

More information

Latest update

4/17/2018