The Ohio State University: Wearable Electronic Textiles
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- čas přidán 14. 06. 2016
- Researchers at The Ohio State University have reached a milestone in their work to develop wearable electronics: They are able to embroider circuits into fabric with 0.1 mm precision-the perfect size to integrate electronic components such as sensors and computer memory devices into clothing.
With this advance, Ohio State takes the next step toward the design of functional textiles-clothes that gather, store, or transmit digital information. With further development, the technology could lead to shirts that act as antennas for your smart phone or tablet, workout clothes that monitor your fitness level, sports equipment that monitors athletes’ performance, a bandage that tells your doctor how well the tissue beneath it is healing-or even a flexible fabric cap that senses activity in the brain.
Watch as Ohio State ElectroScience Laboratory Director John Volakis and research scientist Asimina Kiourti discuss the technology and its potential.
“A revolution is happening in the textile industry,” said Volakis, who is also the Roy & Lois Chope Chair Professor of Electrical Engineering at Ohio State. “We believe that functional textiles are an enabling technology for communications and sensing-and one day even medical applications like imaging and health monitoring.”
Recently, he and Kiourti refined their patented fabrication method to create prototype wearables at a fraction of the cost and in half the time as they could only two years ago. With new patents pending, they published the new results in the journal IEEE Antennas and Wireless Propagation Letters.
Downloadable photos and more information is available at the link:
news.osu.edu/news/2016/04/13/...
Learn more about The Ohio State University Department of Electrical and Computer Engineering here: ece.osu.edu
Video and editing by: Ryan Horns, Ohio State ECE Public Relations Coordinator
I search this kind of interesting thing that might help us now, because i think some of the scientist look forward to develop and improve this kind of project. Keep up the good work, and thank you for the wonderful informations.
Great video Dr. Volakis. Anyone with a PhD in Electrical Engineering must be a genius. 👀
Excellent work, but have you checked for SAR guidelines
Awesome!!! Congratulations. Excellent work. There are a lot of possibilities. In fact i think that with this technology we can communicate emotions and physiological signals at the speed of light. :D
Jorge Gamaliel Frade Chávez. You can work with us if you want.
Where can I get someone that can do something like this for me..
Great work...I want to work on Implantable patch antenna can anyone help me?
ECE rocks!
Not sure I like the idea of sewing antennae into clothes, still - fascinating and pioneering work is always fun to watch. Until it's watching you.
which thread we use for this and which machine we use and what"s the procedure of it
I want to know about screening thread... that seems to look like display on your dress... any idea🤔
what is the material used for patch ?? since u said it is washable ..
I am no engineer, but I recall it is wire fabric, woven into a useful pattern. The team has worked over the years to reduce the size of the wire into a increasingly woven consistency.
Awesome.. idea ..
Wearable [sensor] antennas shouldBe analyzed in real-world situations!, Configuration of the antennas with denim, cotton, polyamide-elastane and polyester~~~~{substrates!- have A bandwidth [S11] < −6 dB) of 285 and 269 MHz
I am textile student. I need your help. i want to do my thesis project through this technique please guide me more about this.
Please, do you find any information about this technics!??
e gold
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Wearable [sensor] antennas shouldBe analyzed in real-world situations!, Configuration of the antennas with denim, cotton, polyamide-elastane and polyester~~~~{substrates!- have A bandwidth [S11] < −6 dB) of 285 and 269 MHz
Wearable [sensor] antennas shouldBe analyzed in real-world situations!, Configuration of the antennas with denim, cotton, polyamide-elastane and polyester~~~~{substrates!- have A bandwidth [S11] < −6 dB) of 285 and 269 MHz
Wearable [sensor] antennas shouldBe analyzed in real-world situations!, Configuration of the antennas with denim, cotton, polyamide-elastane and polyester~~~~{substrates!- have A bandwidth [S11] < −6 dB) of 285 and 269 MHz