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Description
Surveillance and telepresence system for people with motor disabilities. This system is controlled with afferent interfaces of biomedical signal acquisition and allows the user to have total control of the movements of a robot with a wireless camera in a controlled environment. With this device the user with big mobility problems can virtually move around every room in its home. In addition, a functionality remotely operated has been incorporated that allows the user (carer or family member of the disabled person) to move the robot around a controlled environment, via internet and from a remote location. With this functionality the aim is that the remote user would be able to know the condition of the disabled person through a live time feed.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:
Health-care and medical field. Assisted and rehabilitation systems Addressed to people with severe motor disabilities or big mobility problems.
Advantages:
With the submitted architecture two functionalities are achieved from the same system: surveillance, allow the disabled user to virtually move around the controlled environment of its home and telepresence, allow a remote user (carer or family member) to see the condition of the disabled person with big mobility problems in real time.
UNESCO Code:
3314 - Medical technology
Other members:
Ramón de la Rosa Steinz
The area of rehabilitation technologies (TR) dedicates its functions to the research of technologies related to medical applications or destined to rehabilitation. The activities carried out can be divided into two types: A) Afferent interfaces. Th... Read more >
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