Ajn Projectos Mecanicos E Fabris

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	Quelques documents de Ajn Projectos Mecanicos E Fabris
	European network on control of joining technologies AUTOJOIN 1999 - 2003 Sujets : Industrial Manufacture, Electronics, Microelectronics, Innovation, Technology Transfer Type de contrat : Thematic network contracts Participants : Instituto de Soldadura e Qualidade PORTUGAL Instituto de Soldadura e Qualidade Research Welding Robotics Group - Production Technologies Division PO Box 119 Tagus Park 2781 PORTUGAL Cranfield University UNITED KINGDOM Cranfield University Education School of Industrial and Manufacturing Science Welding Group MK43 0AL UNITED KINGDOM Gesellschaft für Automatisierung, Prozeßsteuerung und Schweißtechnik mbH DEUTSCHLAND Gesellschaft für Automatisierung, Prozeßsteuerung und Schweißtechnik mbH Other Europäisches Zentrum für Mechatronik 4,Reutershagweg 52074 DEUTSCHLAND INSTITUTE OF MECHANICAL ENGINEERING AND INDUSTRIAL MANGEMENT PORTUGAL INSTITUTE OF MECHANICAL ENGINEERING AND INDUSTRIAL MANGEMENT Research,Other 174-214,Rua do Barroco 174/214 4465-591 PORTUGAL Rheinisch-Westfälische Technische Hochschule Aachen DEUTSCHLAND Rheinisch-Westfälische Technische Hochschule Aachen Education Lehrstuhl für Automatisierung, Prozeßsteuerung und Schweißtechnik 4,Reutershagweg 52074 DEUTSCHLAND THE UNIVERSITY OF LIVERPOOL UNITED KINGDOM THE UNIVERSITY OF LIVERPOOL Education,Other DEPARTMENT OF ELECTRICAL ENGINEERING AND ELECTRONICS PO Box 147 Brownlow Hill L69 3GJ UNITED KINGDOM INSTITUTO DE ENGENHARIA MECANICA PORTUGAL INSTITUTO DE ENGENHARIA MECANICA Research Rua dos Bragas 4050-123 PORTUGAL AJN Projectos Mecanicos e Fabris LDA PORTUGAL AJN Projectos Mecanicos e Fabris LDA Other Production and Quality Department EN 2125 PORTUGAL Universidade de Coimbra PORTUGAL Universidade de Coimbra Education Faculdade de Ciencias e Tecnologia Grupo de Materiais e Engenharia de Superficies - Departamento de EngenhariaMecânica Polo II 3030 PORTUGAL Meta Technology Ltd UNITED KINGDOM Meta Technology Ltd Other Harrier Park OX11 7PL UNITED KINGDOM Medcen Ltd UNITED KINGDOM Medcen Ltd Other Welding Research Greenford Road UB6 8QY UNITED KINGDOM Institut für Fügetechnik und Werkstoffprüfung Gmbh DEUTSCHLAND Institut für Fügetechnik und Werkstoffprüfung Gmbh Research Otto Schott Str 07745 DEUTSCHLAND Kuka Schweißanlagen GmbH DEUTSCHLAND Kuka Schweißanlagen GmbH Other PROZESSTECHNIK Bluecherstrasse 144 86165 DEUTSCHLAND Deutscher Verband für Schweißtechnik e.V. DEUTSCHLAND Deutscher Verband für Schweißtechnik e.V. Other Forschungsvereinigung Schweissen und Schneiden e V Research Association Welding and Cutting Postfach 40010 Aachener Straße 40223 DEUTSCHLAND Sud Hi Tech & Produits FRANCE Sud Hi Tech & Produits Other Rue Louis Lépine 13500 FRANCE Isotek Electronics Ltd UNITED KINGDOM Isotek Electronics Ltd Other Clayton Wood Bank, West Park Ring Road LS16 6QZ UNITED KINGDOM Sociedade Portuguesa Do Ar Liquido ARLIQUIDO Portugal Sociedade Portuguesa Do Ar Liquido ARLIQUIDO Industry Welding Department Rua Dr Antonio Loureiro Borges Portugal British Robot Association United Kingdom British Robot Association Industry Aston Science Park B7 4BJ United Kingdom Hide general information It is well accepted that automation of most processes brings about a threefold increase in production. Unfortunately, however this increase is often offset by a lack of operator intervention when a process loses control without detection and therefore subsequent warning or plant shutdown fails to take place. More specifically when automating welding processes it is recognised that there may still be some risk of defects. This is all truer in welding automation and robotisation where many companies have faced these problems. To fully exploit the potential of fully automated welding, it is clearly necessary that new methods be developed in order that data may be processed at real time rates and reliability of the full system is achieved. Several RTD projects have been carried out in Europe where this aspect has been addressed. Research groups in Europe, some of them involved in the network consortium, have achieved interesting results, which can improve welding production in industry. In this Implementation phase. Working groups will be created based on cluster subjects related with welding control and automatisation, which has resulted from a preliminary assessment of the problems and demands from different industrial sectors as well as from the actual state of the art on currently research, carried out during the Exploratory phase and existing technical support on this joining technology. Thematic working clusters will be the exchange of knowledge tool between research performers and industrial users, on the following topics: Welding Sensors; Welding simulation; Monitoring and Control Systems and Robot Systems. It is expected to promote and develop further research and use of control of joining technologies in industry and for industry, in order to increase the product performance and quality as well as the European competitiveness face to United States and Japan. Increase use of welding control means (e.g. sensors), new research projects, training, and staff exchange are some of the outcomes expected to achieve from the exchange of knowledge. Finally, a dissemination of the technological transfer is envisaged to other potential industrial end users. The present network is covered by the BRITE-EURAM Programme Areas 1.1, 2.2, 2.3. Source : cordis