Overview
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Denis CAVALUCCI: Professor of Innovation Engineering, INSA Strasbourg
INTRODUCTION
When implementing a project supported by TRIZ theory, modeling the technical system under study according to the law of integrality of parts is an important step in understanding the functioning and elementary constitution of the same object.
This sheet suggests an approach for modeling a technical system, however complex, according to the TRIZ law of integrality of parts.
The benefits to the user of implementing the Tryptique approach can be summed up in three points:
build the starting typtic of a TRIZ study by modeling the "Tool", the "Main Useful Function" and the "Object";
transform the object into a set of key components that interact with each other and, through their association, perform the same object's Main Useful Function;
analyze whether the law of completeness is respected and, if not, diagnose the major design orientations to be undertaken for the same system.
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Represent a technical system according to the law of integrality of parts
Bibliography
G. Altshuller, Creativity as an Exact Science: The theory of the solution of inventive problems , Gordon and Breach Science Publishers, 1984
D. Choulier, TRIZ: a state of mind , TRIZ France, 2000
D. Cavallucci, Contribution à la conception de nouveaux systèmes mécaniques par intégration méthodologique , Louis Pasteur, 1999
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Websites
Products and suppliers
STEPS (Sytematic Tool for Efficient Problem Solving) from T2i (Time to Innovate): www.time-to-innovate.com
Goldfire Innovator from Invention Machine: http://inventionmachine.com
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