NATIONAL PROJECTS IN THE INVOLVED ITCL
PROMARE. Mantenimiento proactivo de máquinas remotas singulares
Expediente: 201160000020896
PROMARE: Mantenimiento proactivo de máquinas remotas singulares
El objetivo del proyecto es el de disponer de herramientas que permitan a empresas fabricantes de bienes de equipo realizar el mantenimiento proactivo de las máquinas una vez instaladas en las factorías de sus clientes. Esto les permitirá por un lado ofrecer un servicio de mantenimiento remoto de sus máquinas y por otro utilizar la información de sus máquinas en producción para un rediseño de aquellas partes que consideren críticas.
Con el sistema de mantenimiento remoto, el fabricante de la máquina podrá tener acceso a toda la información de producción, por lo que le será más sencillo determinar la problemática concreta de cada uno de sus clientes.
Presupuesto: 1.377.950,12 €.
Periodo de ejecución: 2011 a 2013
El proyecto ha sido subvencionado por el Ministerio de Ciencia e Innovación, y cofinanciado por el Fondo Europeo de desarrollo Regional (FEDER) y la Unión Europea (UE) dentro del programa LIA de articulación e internacionalización del sistema. Programa Nacional de Cooperación Público-Privada. Subprograma INNPACTO - Convocatoria 2011
PRODIRE
File: SUP-040100-2010-1
Prodire: Technology Improvement Plans through productivity, diversification and Cost Reduction Prodire
The project aims to provide a reference model for SMEs , which allows developing its own PAIT + D: Annual Plan for Technological Innovation and diversification, incorporate into their management elements of analysis to improve their competitive position: productivity, product and market diversification and cost reduction , and provide SME framework of vision and validated by five Intermediate Bodies in relation to the dimension of practices within the Management of Innovation and Diversification.
Number of SME participants: 33
Participants Autonomous Communities: Asturias, Castilla y León, Cantabria, Cataluña and Valencia.
The project has been funded by the Ministry of Industry, Tourism and Commerce, and funded by the European Development Fund (ERDF) and European Union (EU) within the program Innoempresa.
E-MOLDE. Mechatronic molds connected via internet
Record: IST-020500-2010-167
E-CAST project aims to introduce a new technological improvements in the processes of plastic injection. Wants to develop and use systems and mechatronics, embedded systems in these processes. Thus aims to ensure that the tools are no longer passive elements to achieve improved efficiency in the whole cycle.
Tools will become the active elements connected with the process and integrated knowledge. And all elements of the process can be monitored and corrected in real time.
The tool will be the connection to the flow of knowledge, and knowledge integrated into these molds to store the know-how managed by technical and exploit this knowledge more efficiently, In conclusion, is meant to mold getting smarter.
Duration: twenty-four months
Total grant awarded € 102,382.
This project, initiated and coordinated by FEAMM, with the participation of the following partners:
ISF_2G
File: PID-560300-2009-11
ISF-2G project proposes the development of the second generation of incremental deformation technology (Incremental Sheet Forming, Second Generation), in order to achieve the performance demanded by the market for small-series production in sectors such as aeronautics or special vehicles:
• Speed
• Flexibility
• Accuracy
• Any type of material or geometry
The project is structured around three main lines of development:
1. The use of industrial robots, as a machine that drives the movements to the forming tool.
2. The use of a laser source for heating the material to deform, according to two different working modes:
- Direct Laser Forming incremental: no action of a physical tool.
- Laser Assisted Incremental Forming: the material is deformed by the localized action of a forming punch.
3. The development of a system based on neural networks to automate the design process.
These three strands will be integrated into a final demonstrator Ascamm, and apply the knowledge in the manufacture of industrial parts.
Duration: thirty months to the end of 2011 total budget granted
about 1.8 M €.
This project, initiated and coordinated by Ascamm, with the participation of the following partners:
SIMPRO
File: IST-020512-2009-68
Development of a tool based on interactive 3D graphics and Virtual Reality techniques for building simulators quickly machines or industrial processes of any sector and type, in order to train the workers who handle them, thus improving the curve learning them for the real machine operation and reduce accidents at work.
The project will establish a methodology for applying the "Scalable Simulator" to 3 clearly defined process: Robotics / Cnc, Plastics, Rapid Prototyping.
Sectors related to this project:
- Industrial Sector, equipment subsector development project.
- Aviation industry.
- Sector traditional industry.
Duration: 2009-2011
The project has been funded by the Ministry of Industry, Tourism and Commerce under its National Plan for Scientific Research, Development and Technological Innovation 2008-2011.
Read more
This project involving the following partners:
SIMULATION OF TRUCKS
File: FIT-20600-2006-101
Research project manager for operators of trucks and cargo-handling equipment "held at the Technological Institute of Castilla and León (ITCL), in collaboration with Mayor SA Trucks and the University of Zaragoza, in the framework of the Program for Promotion of Technical Research (PROFIT) of the Ministry of Industry, Tourism and Trade (MITT).
The main objective of the simulator is to allow forklift training forklift handling avoiding risk and enabling a more comprehensive training. Thanks to the training of forklift operators will have better training before joining the company thus decreasing accidents.
Key features:
· System 3D stereoscopic imaging.
· Visualization with Virtual Reality helmet.
· System for monitoring the movements of 6DOF head of the student.
· Realistic physics.
· Platform movement generation.
· Cabin Sensorised to capture real time data.
· Areas necessary for development: Virtual Reality, Computer Graphics, Computer, hydraulics, mechanics and electronics.
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