Orloff M.A. Modern TRIZ: A Practical Course with EASyTRIZ Technology

New York: Springer, 2012. — 449 p. – ISBN: 978-3-642-25217-4,978-3-642-25218-1This book is based on a unique TRIZ basics remote learning technology designed by the author. It contains more than 250 examples, assignments and solutions, and an in-depth discussion of methodological recommendations on practical implementation of theoretical postulates.
It does not require any special preliminary training, and can be used by anyone who wishes to master TRIZ basics independently.
The book is recommended for technical specialists, regardless of the extent of their familiarity with TRIZ, and for students in engineering.Principles of TRIZOn Creative Discipline and Standardization of Knowledge
Learn or Re-learn?
About Modern TRIZ
Standardization of Education
Modern TRIZ herbie!
What is an "Inventive Problem"
EASyTRIZ: Constructive Learning Technology of Modern TRIZ
Original Concepts
Contradiction
Definition of Inventive Problem
General Contradiction
Standard Contradiction
Radical Contradiction
Transformations
Transformations Pyramid
Specialized Transformations
Operative Zone
Invention
Red Thread of Victory
Algorithms of Inventive Creativity
Noospheric Modeling Concept in Modern TRIZ
The Big Through the Small
The Unbelievable in the Routine
The Impossible Is Possible
The Invisible in the Apparent
History of Bicycle Evolution
Primary TRIZ Models 124
Extracting: Identification of TRIZ Models
Extracting the Transformation Models
Extracting the Contradictions
Operating Resources: Build the Solution Thus and Here!
Inductors and Receptors
Resource Modeling
Targeted Ideal Modeling
Ideal Final Result According to Bartini
Functional Ideal Modeling
OZ Transformation Scheme
Reinventing: TRIZ-Modeling the Invention Process
Reinventing
Prototype-artifact and Product-artifact
Algorithm START T-R-I-Z
To Defeat a Contradiction: Generation of Efficient Ideas
Resolution of Standard Contradictions
Resolution of Radical Contradictions
Advanced Primary TRIZ Models
Integrated TRIZ Models
Extended Classification of Contradictions
Resolution of Ordinary Contradictions
Resolution of Compositional Contradictions
Cycles and Branches in Problem Solving
System Evolution Models
Four Attributes of a Problem
Negative and Positive Systems
Evolution of System Classes
DISC Meta-Model
Practitioner's Mastery
EASyTRIZ Training Baseline
EASyTRIZ Instrumental Software
Distance Training Technology
Energy of Progress
On the Way to a New Innovation and Invention Theory
Opel, VW and Others: "Masses VS Elite"
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
From Mass Production to Lean Production System
Quick Changeover
Continuous Flow
Production Leveling
Poka-yoke
Andon System
Just-in-Time
Selected Examples
The Super-Task of Learning and Self-Training in EASyTRIZ
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
A-catalogs (short reference versions)
40 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
List of the Examples
Terms and abbreviations
Sources of illustrations
Selected web-sites