The bionic arm essentially gets myeoelectric signals from motor nerves of the arm as the robot motor inputs. This muscular electrical energy is captured from under the skin, using a bipolar setup with two stainless steel electrodes on multiple sites. The electrical signals thus acquired are then processed by a TI 64-bit DSP chip embedded within the arm. The chip controls the motors in the arm. This results in a seamless translation of a mental hand-open command to a robotic-arm hand-open command.
The prototype is also capable of sensory feedback. The Bionic Arm Team reports that initial experiments at sensory feedback including pressure and temperature have been successful. The team is however still in the process of quantifying these signals completely.
This technology has tremendous potential and has generated a lot of interest in rehabilitation and assistive robotics. The robotic arm is a synthesis of international components with a hand from
Resources:
Jesse Sullivan powers robotic arms with his mind, March 23, 2006 CNN
Rehabilitation Institute of Chicago, Bionic Man
Jesse Sullivan, Robotic Arm Video
Brain controls robot arm in monkey, University of Pittsburgh. February 2005
4 comments:
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it will be furor in the area of traumatology!! many handless people will be absolutelyy happy to get it
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