Myo Armband Prosthesis
Project Type
Event
Abstract
Prosthetic limbs are often very expensive and if an amputee is uninsured, their options are very limited. Through the advancements of EMG (electromyography) in the Myo armband and 3D printing in the area of prosthetics, the opportunity to create an affordable but effective prosthetic hand is very feasible. In order to successfully design an affordable and effective 3D printed hand that incorporates the Myo armband’s EMG technology, the hand will perform different human-like gestures including a point, a grip, and a fine pinch. The hand will also be portable and able to last for a full day’s use on battery life. The proposed design will make use of the Myo armband connected to an Arduino board via a Bluetooth module which will then control actuators that will physically move the fingers to accomplish the different gestures. The programming will implement machine learning in order to create the desired gestures.
Myo Armband Prosthesis
Reed 330
Prosthetic limbs are often very expensive and if an amputee is uninsured, their options are very limited. Through the advancements of EMG (electromyography) in the Myo armband and 3D printing in the area of prosthetics, the opportunity to create an affordable but effective prosthetic hand is very feasible. In order to successfully design an affordable and effective 3D printed hand that incorporates the Myo armband’s EMG technology, the hand will perform different human-like gestures including a point, a grip, and a fine pinch. The hand will also be portable and able to last for a full day’s use on battery life. The proposed design will make use of the Myo armband connected to an Arduino board via a Bluetooth module which will then control actuators that will physically move the fingers to accomplish the different gestures. The programming will implement machine learning in order to create the desired gestures.