PAPER SENDING

  • googleplus
  • facebook
  • twitter
  • linkedin
  • linkedin

REVISTA DYNA NEW TECHNOLOGIES REVISTA DYNA NEW TECHNOLOGIES

  • Skip to the menu
  • Skip to the content
  • DYNA Publishing
    • DYNA
    • DYNA Energy and Sustainability
    • DYNA Management
    • DYNA New Technologies
  • Journal
    • The Journal and its bodies
      • The Journal
      • Editorial Board
      • Advisory-Scientific Board
    • Diffusion & indexation database
    • Mission, Vision & Values
    • Collaborating with DYNA
  • Authors & Referees
    • Guidelines, rules and forms
    • Collaborating with Journal
  • Papers
    • Search Content
    • Volumes / Issues
    • Most downloaded
    • Sending papers
  • Forum
  • News
    • News New Technologies
    • Newsletter DNT
  • Advertising
    • Advertising at DYNA
    • Advertising rates
  • Contact
    • Contacting
  • Search
    • In this Journal
    • Search in DYNA journals
  • Submit
  • Sign in
    • Privacy Policy

Return to the menu

  • Homepage
  • Papers
  • Search Content

Search Content

×

 |    : /

Vote:

Results: 

5 points

 8  Votes

ROBOTIC ARM CONTROLLED THROUGH VISION AND BIOMECHANICAL SENSORS

 |    : /

JANUARY-DECEMBER 2017   -  Volume: 4 -  Pages: [14 p.]

DOI:

https://doi.org/10.6036/NT8306

Authors:

JORDI TORNER RIBE - FRANCESC ALPISTE PENALBA - MIGUEL BRIGOS HERMIDA

Disciplines:

  • Computer Sciences (DISEÑO DE SISTEMAS DE SENSORES )

Downloads:   151

How to cite this paper:  
Download pdf

Download pdf


Key words:
sensores de visión, brazo biónico, mocap, Arduino, Impresión 3D, miembros protésicos
Article type:
COLABORACIÓN / COLLABORATION
Section:
COLLABORATIONS

The project aims to design the control of a robotic arm capable of following the movements of a real hand. In order to do that, a number of different technologies were implemented: manufacture by adding material (3D printing), Arduino board programming and implementing and programming of vision and biomechanics sensors.
The project was developed in 3 stages:
First, making a 3D printing of a robotic arm, which has been acquired with CAD software, for subsequent assembly of all parts.
Second, programming of an Arduino Uno, capable of operating actuators (servomotors), to perform the movement of the hand built.
Finally, developing a programming code capable of receiving, interpreting and manipulating the data obtained by a mocap device (motion capture), communicating with other devices and sending commands to the Arduino Uno controller chip.

Share:  

  • Twittear
  • facebook
  • google+
  • linkedin
  • delicious
  • yahoo
  • myspace
  • meneame
  

Search Content

banner crosscheck

  •  
  • Twitter
  • Twitter
  •  
  • Facebook
  • Facebook
  •  
Tweets por el @revistadyna.
Loading…

Anunciarse en DYNA 

© DYNA New Technologies Journal

EDITORIAL: Publicaciones DYNA SL

Adress: Alameda Mazarredo 69 - 2º, 48009-Bilbao SPAIN

Email: info@dyna-newtech.com - Web: http://www.dyna-newtech.com

 

  • Menu
  • DYNA Publishing
    • DYNA Publishing
    • DYNA
    • DYNA Energy and Sustainability
    • DYNA Management
    • DYNA New Technologies
  • Journal
    • Journal
    • The Journal and its bodies
      • The Journal and its bodies
      • The Journal
      • Editorial Board
      • Advisory-Scientific Board
    • Diffusion & indexation database
    • Mission, Vision & Values
    • Collaborating with DYNA
  • Authors & Referees
    • Authors & Referees
    • Guidelines, rules and forms
    • Collaborating with Journal
  • Papers
    • Papers
    • Search Content
    • Volumes / Issues
    • Most downloaded
    • Sending papers
  • Forum
  • News
    • News
    • News New Technologies
    • Newsletter DNT
  • Advertising
    • Advertising
    • Advertising at DYNA
    • Advertising rates
  • Contact
    • Contact
    • Contacting
  • Search
    • In this Journal
    • Search in DYNA journals
  • Submit
  • Sign in
    • Sign in
    • Privacy Policy

Regístrese en un paso con su email y podrá personalizar sus preferencias mediante su perfil


: *   

: *   

:

: *     

 

  

Loading Loading ...