Generating PDF document

Please, wait a moment

Too much time loading?
Reload the page and try again.

CYTUVA

New sensors for device control

Download PDF

Contact Information

  • Alonso Alonso Alonso
  • Campus Miguel Delibes, Paseo Belén, 15
    Valladolid, Valladolid (47011) - 2D088
  • Send email
  • 983185571
  • 983423667
  • www.uva.es/leb

Basic Information

  • UniversityUniversidad de Valladolid
  • Center
  • DepartmentSignal Theory and Communications and Telematics Engineering
  • Investigation GroupLaboratory of Electronics and Bioengineering (LEB)


Description

In this line we work on the development of different sensors aimed at detecting muscle activity. To that end a comparison between the electromyography signals (EMG) and mechanomyography (MMG) is being carried out by constructing a dual electrode that collects both signals. The objective of this comparison is to study the possible substitution of the EMG signal for the MMG, for controlling external devices.


Other information

Number of researchers:

2

Development status:

In research and development phase

Intellectual Property Rights:

Susceptible de patente

Differentiation in the market:

Novelty

Applicability of technology:

Yes

Companies and markets:

Healthcare field

Advantages:

Alternative method for detecting muscle activity

UNESCO Code:

3311 - Instrumentation technology

Other members:

Ramón de la Rosa Steinz

Photos

Videos

Other resources

Related projects

UVa-NTS Platform - System for virtual training based on electromyography (EMG)

Assisted and rehabilitation system based on the use of various sensors aimed at detecting the bioelectric muscular activity, for its use in the study of some neuromuscular disorders. These sensors are able to get certain signals that can be processed... Read more >

SELVIDRON: Acoustic Doppler current profiler (ADCP) to river water mapping and bathymetry

This project develops and designs a water platform equipped by a self-propelled remote control and by a series of sensors that analyse river basins measuring water and its bottom parameters. This system provides data about river basin depth, as well ... Read more >

System for driver’s assistance that uses inertial and automotive sensors

The developed system is able to acquire and store vehicle data from different sources in order to provide useful information associated with that data to the system user in multiple formats. In order to do this, the proposed system works with the fol... Read more >

Wayfinding device for public spaces

Orientation in a place is a day-to-day action for the human being, that appeals to knowledge based on the experience to find the path. However, we need information of points of interest in an unknown environment so people can see them and be guided i... Read more >

This email will be sent to the technology and knowledge transfer office. In your case, it will also be sent to the researcher responsible for the chosen project.
Fields marked with * are mandatory.

I accept the Privacy Policy

CAPTCHA Image

Type the characters shown in the image on the left.

[ Different image ]

close