“Hybrid Assistive Limb” or “HAL” is an exoskeleton by Cyberdyne that detects electrical pulses on the skin when one’s brain sends a “move” message to a limb. The robotic suit recognizes the intended motion, and then moves “naturally” with the arm or leg, providing additional power.
Browsing Category: Robotics
UC Irvine professor Jeff Krichmar and colleagues are experimenting with robotic awareness and trying to teach mechanical brains to behave more like human and animal brains by programming traits that mimic obsessive-compulsive disorder or a fear of open spaces. Professor Krichmar presented his research this week at the IEEE International Conference on Robotics and Automation in Hong Kong. […]
DEKA is a robotic, prosthetic arm that will allow amputees to perform complex movements and tasks. It has just received FDA approval. Electrodes attached to the arm detect muscle contractions close to the prosthesis, and a computer translates them into movement. Six “grip patterns” allow wearers to drink a cup of water, hold a cordless […]
GiraffPlus is an integrated sensor and robot system aimed at keeping seniors healthy and independent in their own homes. It is being developed by a consortium of European universities. The robot uses a Skype-like interface to allow caregivers to virtually visit seniors. Sensors on the ceiling, doors, and under the mattress help the system understand where the person […]
http://stm.sciencemag.org/content/6/222/222ra19 In the ongoing effort to improve the dexterity of prosthetics, a recent trial showed an improved sense of touch and control over a prosthetic hand. EPFL professor Silvestro Micera and colleagues surgically attached electrodes from a robotic hand to a volunteer’s median and ulnar nerves. Those nerves carry sensations that correspond with the volunteer’s index finger and […]
http://www.roboearth.org/what-is-roboearth RoboEarth’s goal is to speed the development of human-serving robots. Scientists from five European universities gathered this week for its launch and demonstrated potential applications. This included a robot scanning a room’s physical layout, including the location of the patient’s bed, and the placing a carton of milk on a nearby table. The system is […]
http://pubs.rsc.org/en/Content/ArticleLanding/2014/NR/C3NR05496A#!divAbstract North Carolina State University researchers have developed a thumb joint mounted, multifunctional sensor using silver nanowires that measures strain, pressure, human touch and bioelectronic signals. With potential biomedical, military and athletic applications, the sensor can be used for prosthetics, robotic systems and flexible touch panels. “The technology is based on either physical deformation or […]