Using Petri Net Models for Regulation: Case of Assembly Process Mechanics


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Abstract


The indistinctness of the manufacturing processes makes that a parts cannot be realized in an absolutely exact way towards the specifications on the dimensions. It is thus necessary to assume that the effectively realized product has to belong in a very strict way to compatible intervals with a correct functioning of the parts. This paper presents an approach based on a new modelling tool: the Interval Constrained Petri Nets. This tool is introduced in order to extend some properties of p-time PN to non-temporal constraint. A robust command of a mechanical assembly process is presented as an application. This command will then have to maintain the specifications interval of parts in front of the variations.
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Keywords


Intervals of Tolerances; Interval Constrained Petri Nets; Robust Command; Production Rate

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References


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