“New conductive ink for electronic apparel”
・This page is prepared for medias to obtain all press release materials related to “New conductive ink for electronic apparel".
・Please send a copy of the article to Someya (contact address: someya-sec@ee.t.u-tokyo.ac.jp) when it is released.
Documents
Press Release | press release |
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Press Conference Handout |
pdf (1MB)(Only in Japanese) |
Photos
High resolution | Low resolution | ||
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1MB | 220KB | Elastic conductor. Conductivity remains high even when stretched up to three times its original length. | |
142KB | 53KB | Conductive ink | |
3MB | 488KB | When printed on a textile garment, the elastic conductor can be stretched both verticlly and horizontally. | |
3MB | 464KB |
A touch sensor on a cloth made with printed wires. |
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1MB | 278KB |
A prototype EMG sensor that obtains signals through the elastic conductor printed on a cloth.
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1MB | 252KB | A prototype EMG sensor that obtains signals through the elastic conductor printed on a cloth. |
Movies
movie1_all |
movie 25MB | Printable Elastic Conductor (Japanese) |
movie1_all_en |
movie 13MB | Printable Elastic Conductor (English) |
movie2_print |
movie 5MB | With a simple printing process, elastic conductor can be printed on a textile. |
movie3_stretch |
movie 5MB | With a simple one-step printing process, elastic conductor can be printed on rubber or a textile. Printed wirings can be streched vertically and horizontally. |
movie4_led |
movie 4MB | LED on a garment. The printed ink exhibited high conductivity even after repetitive stretching. |
movie5_touch |
movie 6MB | A touch panel fabricated with the couductive ink. |
Contact information
Dr. Takao Someya, Professor
Department of Electrical Engineering and Information Systems
The University of Tokyo7-3-1 Hongo, Bunkyo-ku, Tokyo 113-8656, Japan
TEL: (+81)-3-5841-0411 FAX: (+81)-3-5841-6709 E-mail:someya@ee.t.u-tokyo.ac.jp
URL:http://www.ntech.t.u-tokyo.ac.jp/