The objective is to develop a new generation of socio-bio-cooperative robotic devices based on haptic technology combined with the novel approach of socio-bio-cooperative control of robotic systems, which proposes to use the biophysical signals of the users to adapt their reaction to the state of the users. In the framework of this project it is also proposed to apply these socio-bio-cooperative devices in a geriatric environment to favour active ageing and increase the quality of life of the users.
This combination of technologies will take a leap on the robotic devices capacites in the interaction with users at a physical-emotional level reaching being natural and autonomous. This new generation of socio-bio-cooperative devices could acte physically with elderly people and adapt it to the physical-emotional needs of these people.This will mean that older people will be able to do physical exercise adapted on-line to their physical-emotional capacities,impacting in a positive way in ther health at general level, therefore in an improvement of the personal autonomy and a lower demand of socio-assitencial services of the Public health system.
- Development of a robotic socio-bio-cooperative prototype with capacity to interact at physical and emotional elvel with elderlies.
- Adaptation and interaction of the robotic prototype to the physical and emotional status of the users in a natural and autonomous way in real-time.
- Demonstration of the prototype functioning in end users.
- Definition of the requirements of the robotic socio-bio-cooperative devices.
- Design of playful therapies of active aging.
- Design and implementation of socio-bio-cooperative robotic devices.
- Validation of the prototype of the socio-bio-cooperative device.
- Development of a functional prototype with liberty degree.
- Implementation of therapies that improve users activity.
- Configuration of adaptative therapies to the needs of users and physiotherapies
Industrias Rios S.L
CARTIF Budget: 177,500€
Duration: 11/07/2022 – 31/07/2024
César Domínguez Vega
Industrial and Digital Systems Division
Industrial Solutions projects:
DAMPERDOOR looks to develop a competitive system and of high benefits for sliding doors in furniture sector. These features aim for a self-controlled closure, independent of the excessive force that a user may bring to the closing action, thus avoiding shocks and with the ability to complete the travel to a full and accurate closure.
The 5R Network, Cervera network in Robotic technologies for intelligent manufacturing, has as its mission to establish a collaborative network, equipped with the necessary technology, tools and infrastructures to act as a driving force for the development and introduction of new robotic technologies in the industrial fabric.
The main objective is to develop, adapt and apply new technologies to improve the efficiency in the use of raw materials and energy of processes that take place on metallurgy industries.
“Intelligent Visual Computing for products/processes in the agri-food sector” is an industrial research project framed in the field of computer vision (digital enabler of Industry 4.0) associated with the agrifood sector.
The Intrusion-G4 project seeks new technologies to overcome the challenge of increasing the degree of security of the intrusion detection sensors currently available on the market.
The TRREX project (Extended Range Robot Enabling Technologies for the Flexible Factory) investigates and develops technologies that contribute to the deployment of mobile industrial robots for the factories of the future. These systems will increase the flexibility of the plants and allow the optimization of industrial processes, improving their productivity.
NUMASTA allows the development of a new generation of FRP sandwich panels for its application in the wastewater treatment sector. The distinguishing characteristic is presented in its core, based on a polyurethane foam, manufactured using formulations designed “à la carte” through a manufacturing process in a single stage where the curing process of the leathers and the foaming of the core take place in a synchronous
i-Visart, “New artificial vision methodologies for the visual inspection of highly reflective and textured surfaces”.
It is an industrial research project framed in the field of computer vision (digital enabler of industry 4.0) associated with the industrial sector.
CARTIF, has designed and developed a new module based on AR for smart glasses based on the recognition of QR markers to launch the experiences of AR, particularized for three technological pilots: Risk identification, Management of machine maintenance and Machine status monitoring
A new intelligent system has been developed for manual assembly positions in the industry. This system aims to minimize assembly errors by operators by validating operations, providing information and guiding the operator in real time through a man-machine interface based on Augmented Reality
Nowadays in hot and cold lamination of “long” elements only the detection of punctual defects are made, not longitudinal defects. Therefore, the technological leap and the differentiating key of future products is to detect both, punctual and longitudinal defects on the production of flat steel in the rolling process, either the cold or hot process.
MARCA provides the maintenance operator with tools that facilitate access to content, communications and technologies necessary for the guidance, support and registration of maintenance work. It is based on technologies of augmented reality, mobility and communication, as well as a knowledge base for incident management.
INCEPTION develops new methods and tools for automated 3D modelling and analysis of European cultural assets proposing advancements on hardware and software, as well as new approaches for Cultural Heritage 3D data inclusive access and exploitation by means of the so called INCEPTION-Platform.
The aim of MODINTECO project is to develop prototypes of Automatic Tool Changers for milling machines, modular and adaptable, intelligent and autonomous, universal..
The purpose of the CALYPSO project is that the inspection process can be enriched by automatic pattern recognition techniques.