A REALLY handy app: Incredible prosthetic limb that can be controlled by a smartphone


Touch Bionics has created the i-limb ultra revolution prosthetic hand

  • Controlled by signals from nerves in the patients arm - and an app
  • App allows user to choose between 24 different grips at touch of a button
  • The hand also has a rotating thumb and five individually powered fingers

A prosthetic technology company has created a hand which is so advanced it can be controlled using a smartphone app.
Touch Bionics’ i-limb ultra revolution prosthetic hand also features a rotating thumb, five individually powered fingers, a rotatable wrist and aluminium chassis.
The company claims that this is the most dextrous prosthetic hand ever made.
Scroll down for video
A prosthetic technology company has created a hand which is so advanced it can be controlled using a smartphone app
A prosthetic technology company has created a hand which is so advanced it can be controlled using a smartphone app
The hand can be controlled using an app but it can also pick up on muscle signals
The hand can be controlled using an app but it can also pick up on muscle signals

HOW IT WORKS

The wearer of the hand can use an app to choose one of 24 different grips.
Alternatively, the hand can be controlled by muscle signals.
Electrodes in the wrist pick up electrical impulses created by contracting muscles and these are interpreted by a computer in the back of the hand.
The computer then moves the hand into any of a series of pre-set patterns.
It is also the first upper limb prosthesis to be created which can be controlled using an app.
It comes with an iOS app that allows the user to control the hand’s grip using their smartphone.
 
The app means that the wearer can choose from 24 different grips at the touch of a button.
The app can also offers training on how to best use the device and can diagnose problems with it.
However, it is not only controllable using an app – it also uses muscle signals to shift into a series of pre-set patterns.
It achieves this by using electrodes in the wrist to pick up electrical impulses created by contracting muscles, which are interpreted by a computer in the back of the hand.
Touch Bionics' i-limb ultra revolution prosthetic hand features a rotating thumb, five individually powered fingers, a rotatable wrist and aluminium chassis
Touch Bionics' i-limb ultra revolution prosthetic hand features a rotating thumb, five individually powered fingers, a rotatable wrist and aluminium chassis
The company claims that this is the most dextrous prosthetic hand ever made
The company claims that this is the most dextrous prosthetic hand ever made
Each of the fingers bends at the joints and can be adapted to fit around any shape of object that the owner wants to grasp.
It can also be used for everything from typing to tying shoe laces.
It comes in black or neutral, can automatically return to a natural position after a period of inactivity and is powered by a battery.
The device is so technical that users have to undergo rigorous training to get the most out of it.
It comes with an iOS app that allows the user to control the hand's grip using their smartphone
It comes with an iOS app that allows the user to control the hand's grip using their smartphone
The app means that the wearer can choose from 24 different grips at the touch of a button
The app means that the wearer can choose from 24 different grips at the touch of a button
The app can also offers training on how to best use the device and can diagnose problems with it
The app can also offers training on how to best use the device and can diagnose problems with it
Each of the fingers bends at the joints and can be adapted to fit around any shape of object that the owner wants to grasp
Each of the fingers bends at the joints and can be adapted to fit around any shape of object that the owner wants to grasp
It comes in black or neutral, can automatically return to a natural position after a period of inactivity and is powered by a battery
It comes in black or neutral, can automatically return to a natural position after a period of inactivity and is powered by a battery

0 komentar:

Post a Comment