prosthetics
”Eagle With Prosthetic Beak Will Be Better, Stronger, Faster
In much the same way that science came to the rescue for a tail-less dolphin, a very dedicated group of volunteers is working hard to develop a robo-beak for one unfortunate eagle. "Beauty" was the victim of a hunter's bullet a number of years ago, leaving her unable to clutch or tear at food. Over the course of the last two years, a crack team composed of mechanical engineers, dentists, and veterinarians has been assembled to design and attach a lightweight nylon-composite beak formed using molds made from computer models. More »Dolphin Gets Prosthetic Tail
Winter was just two months old when she got her tail caught in a crab trap—and rendered a useless stump—off the coast of Florida. After a long recuperation and a year and a half of hard labor by one of the veterinary world's top prosthetics wizards, Winter became the first dolphin to receive a functional but fake tail, qualifying her, according to the Daily Mail, as the "world's first bionic sea creature." Here's the story:
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Fluidhand Prosthetic Makes Us Think of Darth and Luke
*Warped voice through Tannoy system* Chut chut. Pay Luke Skywalker bolla Tatooine frumf ti pund, konchee er pinkosponto kapa. Luke Skywalker bolla Tatooine frumf ti pund, pay." Translated from Huttese into Galactic Basic, that reads: "Greetings. Could Luke Skywalker make his way to the Tatooine Lost & Found, where his prosthetic hand has been handed in. Luke Skywalker to Tatooine's Lost & Found, please." More »
electricity
Knee Brace Charges Your Cellphone
A knee brace that generates enough electricity to power 10 cellphones was demonstrated by scientists recently. The brace harvests the energy of a person's knee braking after taking a step, similar to the way hybrid car brakes collect energy to charge their batteries. The device only weighs 3.5 pounds, and does not need the intense effort that other human-powered energy generators such as hand cranks require. And while the cellphone measurement given by the creators is pretty useless, they do have several practical applications in mind. More »Japanese Team Breathes Life into Robotic Arm Whose Muscles Are Driven by Compressed Air
Japanese researchers have developed a new approach to robotics that could revolutionize the future of artificial limbs. The team, from Okinawa University, has come up with an amazing "muscle" design that is driven by compressed air and is simpler than the designs of many other prosthetic arms currently in development. More info, plus a video of the "muscles" in action after the jump. More »
prosthetics
New Prosthetics Let Patients Reach Out and Touch Stuff
Researchers at Northwestern University have developed a way to make people with prosthetic limbs feel by transplanting nerves from the amputated hand into the patient's chest. Though the feeling would be in the chest rather than their arms, the scientists are hopeful that this could lead to prosthetics with sensors under the fingertips that would make people feel like they had a real hand. The only feedback that patients with the traditional prosthetics currently available get is visual, which leads to many broken glasses when they can't determine the force of their grip. Keep your fingers crossed that these bionic arms take off so that people with prosthetics will never have to fear about dropping their beer ever again. [Technology Review]Rocket-Fuelled Bionic Arm not Just for Sportsmen
A team at Vanderbilt University has come up with a prototype of a prosthetic arm powered by a miniature rocket motor that is as close to a bionic arm as you are going to get. "Our design does not have superhuman strength or capability, but it is closer in terms of function and power to a human arm than any previous prosthetic device that is self-powered and weighs about the same as a natural arm," says Michael Goldfarb, the professor leading the research. You can see more from him in the video below. More »Shadow Hand, As Good As The Real Thing
When we die and are reincarnated as robots, we will all have Shadow Hands. An advanced limb developed mostly for researchers, the Shadow Hand provides 24 unique movements, or 1:1 movement to a real human hand. These movements are spurred by 40 independent muscles, which are extremely cool.
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iWalk is So Much More than Just a Prosthetic Foot
A group of MIT and Brown researchers and engineers have debuted a prosthetic foot that propels the user forward using "tendon-like springs and an electric motor," meaning it is even more like the real thing than traditional prostheses. Professor Hugh Herr, head of biomechatronics at MIT's Media Lab, and a double amputee himself, tested the device, describing it as "wild—like you're on one of those moving walkways in the airport."
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you see something new every day
Amputee Dancer/Incredible Prosthetics
Dean Kamen Cyborg Arm (Part II)
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