Eureka - Innovative Engineering Design
 
   
Search :   Search Help    login

Space technology powers insulin watch pump 14/12/2007
 
Piezo electric technology originally developed for use in space and employed on the Rosetta satellite produces sufficient electricity to power a novel wristwatch type insulin pump for people with type 1 diabetes.

The “COR” has been devised by Nicole Schmiedel, an industrial student at the Braunschweig University of Arts in Germany, and the prototype recently won one of the three Design and Technology Student Awards at this year’s Materialica trade fair in Munich.

The insulin pump is powered by “DuraAct” transducers made by the German company Invent. One would in theory be sufficient to produce the 50 to 100mW required by the pump, but by having four to five transducers round the wristband, it can be powered by movement in any direction. The pump is attached to the user via a thin tube and a needle inserted under the skin to allow the insulin to flow continuously into the body, as an alternative to conventional syringe injections. Schmiedel said that, “COR looks like a watch and not a medical device. When the pump is not in operation, the menu switches to watch mode and displays the current time and date. It also includes an alarm clock”.

For more information: http://www.esa.int/SPECIALS/TTP2/SEMCSE361AF_0.html
 
Author
Tom Shelley
 
Email this article
 
Bookmark this article using:
 
Del.icio.us digg reddit Facebook StumbleUpon
 
News Item
Similar News Articles
 
  Grasping the bigger picture
 
  Eye on the road to better optics
 
  Spike soles customised for victory
 
  Lighting the way to skin cancer cure
 
  'Mission possible' for rock-climbing unmanned vehicle
 
 
News Item
Similar Reference Library Articles
 
  Doing it faster
 
  Mountain boards speeded by rapid techniques
 
  Web of intrigue
 
  Electric fields stir films on small scales
 
  Human interaction crucial to product success
 
 
News Item
Related Industry Events
 
  6th BSSM International Conference on Advances in Experimental Mechanics