Prosthetic Hand Using Emg

Author:

Selvan Mercy Paul,Raj Rishi,Gowtham Sai R,Jancy S.,Mary Viji Amutha

Abstract

Abstract The prosthetic hand is a device used for the amputee to make them capable of doing daily life stuff. Losing upper limbs is not just a physical loss it also affects the way that person sees their life, they start feeling disabled all the time. This event grows and make them disabled mentally or by god if they can handle it even though people will remind them time to time about their disabilities which may lead to suicide or even worse. To join hand to hand and to makes more abled than disabled, we are introducing prosthetic hand at the cheapest price. It’s not that this event is the only device in the market but I could say this event is the cheapest one with these many qualities. It could not be very good looking but it could be better than a decent one. Disability does not differentiate by the salary of a person or capability of someone, so this should be affordable to most of them. In the west, we have some country who can make prosthetic at an affordable price but their money and employment are stronger than us. So, a project like this can make a difference. The concept partially fulfilled the goals and targets set at the outset of the project. The initiative originally had four primary goals. The first goal is to create a tool like a prosthetic hand that can help an amputee with hand loss accomplish simple everyday tasks. Because of all the EMG signal calculation of various hand movements performed on a person who does not lose his her hand the system can only partially accomplish this goal.

Publisher

IOP Publishing

Subject

General Physics and Astronomy

Reference7 articles.

1. Prototyping of EMG — Controlled Prosthetic Hand with Sensory System;Borisov;IFAC-Papers Online, Elsevier,2017

2. Design and Development of EMG Controlled Prosthetics Limb;Sudharshan;Procedia Engineering, Elsevier,2012

3. Evaluation of EMG pattern recognition for upper limb prosthesis control: a case study in comparison with direct myoelectric control;Resnik;Journal of NeuroEngineermg and Rehabilitation,2018

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