Ohio State University Researchers are Working with Smart Fabrics
Kalin Ned — October 30, 2018 — Life-Stages
References: electroscience.osu.edu & smithsonianmag
The ElectroScience Laboratory at the Ohio State University is working with a material that can potentially revolutionize the use and implementation of smart fabrics into clothing. The technique is called 'Antenna Embroidery.' Each thread consists of bundles of twisted metal-coated polymer filaments. The resulting electricity-conducting e-thread can be fed into an embroidery machine and thus, added to garments. Due to their flexible nature, the e-thread antennas can be combined with complex designs — such as company logos, as well as be added to very thin textiles.
The e-threads can be connected to sensors and batteries, providing functional smart fabrics that are incredibly useful for wearable developers. The researchers have tested the embroidery-infused antennas and have been able to create "smart hats that read deep brain signals for patients with Parkinson's or epilepsy," for example. This venture into smart fabrics is definitely beneficial, when it comes to monitoring a patient's health.
The e-threads can be connected to sensors and batteries, providing functional smart fabrics that are incredibly useful for wearable developers. The researchers have tested the embroidery-infused antennas and have been able to create "smart hats that read deep brain signals for patients with Parkinson's or epilepsy," for example. This venture into smart fabrics is definitely beneficial, when it comes to monitoring a patient's health.
Trend Themes
1. Antenna Embroidery - Revolutionize the use and implementation of smart fabrics into clothing by incorporating antenna embroidery technique.
2. E-thread Antennas - Create functional smart fabrics by connecting e-thread antennas to sensors and batteries.
3. Wearable Health Monitoring - Utilize smart fabrics for monitoring a patient's health, such as reading deep brain signals for patients with Parkinson's or epilepsy.
Industry Implications
1. Fashion and Apparel - Explore disruptive innovation opportunities in incorporating antenna embroidery into clothing to create smart fabrics.
2. Healthcare and Medical Devices - Discover disruptive innovation opportunities in utilizing e-thread antennas for wearable health monitoring in the field of healthcare.
3. Sensor Technology - Find disruptive innovation opportunities in connecting e-thread antennas to sensors for creating functional smart fabrics.
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