Data representation for the control of full-automated microfactories.
Résumé
The increase greater than ever in the developments of microproducts leads us to consider the design of an automatic, flexible, reconfigurable and upgradeable microfactory. Thus defined, the microfactory has the ability to implement an infrastructure of automated manufacture in small or average batches, and will be able to prove the feasibility of automated production in greater quantity. Two main difficulties have been identified. First, the operator in charge of the production setting has accessibility problem in the microworld. Second, the permanent adaptation of the production system to the variations of the intrinsic parameters of the microworld. Consequently, such a concept of microfactory must assist the operator by the capitalization of last experiments and the restitution of acquired know-how. Taking into account the importance and diversity of information, our approach consists in defining all this technical information system. Our method went on a modeling of the microfactory under UML, using the “use-cases” and “classes” diagrams. The technical information system resulting from our work is the spinal cord of the microfactory, it will constitute the base of the piloting structure.
Origine : Fichiers produits par l'(les) auteur(s)
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