Modern TRIZ. A Practical Course with EASyTRIZ Technology. Bearbeitet von Michael A. Orloff

Transcription

1 Modern TRIZ A Practical Course with EASyTRIZ Technology Bearbeitet von Michael A. Orloff 1. Auflage Taschenbuch. xvi, 449 S. Paperback ISBN Format (B x L): 15,5 x 23,5 cm Gewicht: 712 g Weitere Fachgebiete > Pädagogik, Schulbuch, Sozialarbeit > Besondere Pädagogik > Wissenschaftliches Arbeiten, Studientechnik schnell und portofrei erhältlich bei Die Online-Fachbuchhandlung beck-shop.de ist spezialisiert auf Fachbücher, insbesondere Recht, Steuern und Wirtschaft. Im Sortiment finden Sie alle Medien (Bücher, Zeitschriften, CDs, ebooks, etc.) aller Verlage. Ergänzt wird das Programm durch Services wie Neuerscheinungsdienst oder Zusammenstellungen von Büchern zu Sonderpreisen. Der Shop führt mehr als 8 Millionen Produkte.

2 Table of Contents Principles of TRIZ 1 1 Introduction On Creative Discipline and Standardization of Knowledge Learn or Re-learn? About Modern TRIZ Standardization of Education Modern TRIZ herbie! 1.2 What is an "Inventive Problem"? 1.3 EASyTRIZ: Constructive Learning Technology of Modern TRIZ Original Concepts Contradiction Definition of Inventive Problem General Contradiction Standard Contradiction Radical Contradiction 2.2 Transformations Transformations Pyramid Specialized Transformations 2.3 Operative Zone 2.4 Invention Red Thread of Victory Algorithms of Inventive Creativity 3.2 Noospheric Modeling Concept in Modern TRIZ 3.3 The Big Through the Small 3.4 The Unbelievable in the Routine 3.5 The Impossible Is Possible 3.6 The Invisible in the Apparent 3.7 History of Bicycle Evolution XIII

3 XIV Table of Contents Primary TRIZ Models Extracting: Identification of TRIZ Models Extracting the Transformation Models 4.2 Extracting the Contradictions Operating Resources: Build the Solution Thus and Here! Inductors and Receptors 5.2 Resource Modeling 5.3 Targeted Ideal Modeling Ideal Final Result According to Bartini Functional Ideal Modeling 5.4 OZ Transformation Scheme Reinventing: TRIZ-Modeling the Invention Process Reinventing 6.2 Prototype-artifact and Product-artifact 6.3 Algorithm START T-R-I-Z To Defeat a Contradiction: Generation of Efficient Ideas Resolution of Standard Contradictions 7.2 Resolution of Radical Contradictions Advanced Primary TRIZ Models Integrated TRIZ Models Extended Classification of Contradictions 8.2 Resolution of Ordinary Contradictions 8.3 Resolution of Compositional Contradictions 8.4 Cycles and Branches in Problem Solving

4 Table of Contents XV 9 System Evolution Models Four Attributes of a Problem 9.2 Negative and Positive Systems 9.3 Evolution of System Classes 9.4 DISC Meta-Model Practitioner's Mastery EASyTRIZ Training Baseline EASyTRIZ Instrumental Software 10.2 Distance Training Technology Energy of Progress On the Way to a New Innovation and Invention Theory 11.2 Opel, VW and Others: "Masses VS Elite" 11.3 Inventive Ideas Pool Reinventing of Automobile Production Systems Evolution From Craft Production to Mass Production System Interchangeability of Parts Dedicated Machine Tools Design Simplification Delivery of Parts Division of Assembly Line Moving Assembly Line 12.2 From Mass Production to Lean Production System Quick Changeover Continuous Flow Production Leveling Poka-yoke Andon System Just-in-Time

5 XVI Table of Contents 13 Selected Examples The Super-Task of Learning and Self-Training in EASyTRIZ 13.2 Inventions. People. Society "Checkered" Ideas Benchmark Examples: Kremlin Stars Mysteries of the Three Elements: Water, Air, Space Steps of Evolution Reference Materials A-matrix Plus- and Minus-factors A-matrix table 14.2 A-catalogs (short reference versions) primary transformation models (navigators) As-catalog Af-catalog (simplified) Afs-catalog (simplified) Advanced Af-catalog "Conditions Function" Advanced Af-catalog "Function Purpose" Table for the SITO-plus method Table for the SITO-minus method 14.3 List of the Examples 14.4 Terms and abbreviations 14.5 Sources of illustrations 14.6 Selected web-sites