Microchip controlled artificial knee to allow natural movement for amputees

7681_25070731521.jpg
Technology has no limit; in fact it has made things possible beyond our imagination. Science’s ability has reached such a level in the field of disabled that it can not only get amputees out of wheelchairs but also give them mobility that lets them blend back in into ordinary life. Hydraulic C-LEG’s is an excellent example of latest technology. C-LEG’s CPU brain automatically adapts to changes of speed and direction, and can be pre-programmed into up to 10 switchable modes to enable natural driving, cycling and other programmable activities that require different leg actions to normal walking and stair climbing. The new system will have more sensors, a faster hard drive, more memory, and will offer smooth automatic transitions between common movements such as level-ground walking, climbing stairs and running.

This new microchip-controlled artificial knee joint that’s opening up an unprecedented level of freedom of movement for above-knee amputees and allowing amputee servicemen to remain active in their jobs if they so choose.
Source

July 30, 2007 - 6:37 AM | Posted in - Gadgets
Recent Entries
  • Vibering jewelry senses endeavors at aiding the deaf
  • Melanoma Bracelet protects you from harmful UV rays
  • Walkers made to swallow RFID pills for monitoring body temperature
  • IBM all set to develop software that helps ‘Preemies’
  • Internet remote controlled Defibrillator launched first in Canada
  • Bruno Oro's creepy bear-shaped Dilus- child's best friend
  • Personal UV Monitor with Exposure Timings
  • Double-Amputee fails to make it to the Olympics
  • iShoe for wobbly elderly people and astronauts alike
  • GPS Bracelet device for Alzheimer Patients
  • Shape Up! alarm clock...wakes and shapes!
  • Bang & Olufsen’s Stylish Insulair
  • Tranquil sounds oxygen bar...A great stress-buster!
  • Medical X-Ray reveal the true reason for the sweet sound of $1.9m Stradivarius Violins
  • New sensors detect stress in you
  • Reader Comments
    Leave a Comment