- Technology Readiness Level: 4 - Prototype Developed
- Technology Validation: Pilot studies in a horse model demonstrate the utility of the e-textiles in ambulatory health monitoring of large animals in a minimally obtrusive manner beyond conventional measurement methods.
Short Description:
- Technology Readiness Level: 4 - Prototype Developed
- Technology Validation: Pilot studies in a horse model demonstrate the utility of the e-textiles in ambulatory health monitoring of large animals in a minimally obtrusive manner beyond conventional measurement methods.
Abstract:
Researchers at Purdue University have developed a method that enables the direct spray writing of multimodal sensors into commercial stretch fabrics or garments. Increasing demand for remote healthcare has elucidated the utility of electronic textiles (e-textiles). The pragmatic deployment of e-textiles in clinical practice has been challenged because no rapid, large-scale production method exists. The current methods have also lacked durability, electrical connectivity, and/or fine patterning. The e-textiles created via the Purdue researchers' method are patterned at submillimeter resolution and retain the wearability and durability of commercial textiles. Additionally, the e-textiles are accommodative of a variety of body sizes and shapes and fit tightly to the skin, helping to anchor the recording electrodes in place.
Advantages:
- Versatile in accommodating textiles
- High-resolution
- Durable
- Wearable
Potential Applications:
- E-textiles with tailored designs for both large animals and humans
Contact Information:
- Name: Patrick W Finnerty
- Title :
- Department :
- Email: pwfinnerty@prf.org
- Phone: 765-269-4080
- Address :