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Novel knitted switches for smart clothing using single and double electrodes technology

Chughtai M. T., Usman M., Dias T.

Przegląd Elektrotechniczny

2016

R. 92, nr 4

175--178

This paper presents non mechanical knitted switches. This type of switches was developed for the first time at WLIC, University of Manchester, UK. The switches are operating with single electrode and double electrodes. The switches are designed to work with finger without glove and with glove. Double electrode switch is working based on it impedance characteristics, open circuit and when it has been touched by bare finger or finger with glove.

W artykule zaprezentowano nie-mechaniczne przełączniki dziewiarskie. Tego typu przełączniki zostały opracowane w WLIC, University of Manchester. Przełączniki pracują pod wpływem palców zarówno w rękawiczkach jak i bez. Przełączniki bazują na zmianie impedancji pod wpływem dotknięcia palcem.

Fibre-based single-wire keyboard - the integration of a flexible tactile sensor into e-textiles

Guo L., Soroudi A., Berglin L., Mattila H., Skrifvars M., Torstensson H.

Autex Research Journal

2011

Vol. 11, no. 4

106--109

A flexible textile keyboard, using carbon nanotube (CNT) filled polypropylene (PP) composite fibres, is introduced. The identification of input information is achieved by reading the effective resistance of the conductive composite fibre. By using a single wire, a complex matrix is avoided and the interface between textiles and processing electronics is reduced to a minimum. LabVIEW has been used as the output display of the keyboard indicator for testing. This keyboard is fully flexible and washable, which provides opportunities for its integration with e- textiles.