The document discusses the Theory of Inventive Problem Solving (TRIZ). It includes sections on the table of contents, examples of problems solved with TRIZ, and levels of TRIZ expertise from 1 to 5. TRIZ is presented as a problem solving method that can be used to resolve various technical, scientific, and engineering challenges.

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- Table of Contents -

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8 2 1 5
5 0 3 2
7 1 4 2
6 2 0 4
?

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Target
TRIZ

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TRIZ
1% Level 5 :
4% Level 4 :
20 TRIZ
18% Level 3 :
(4 )
45% Level 2 :
32% Level 1 :

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菱

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(1)
.
(2) (Ideal Idea)
.
(3) .
.
(4) (Concept) .
( ) .
(5) .
.
(6) (Tool)
.
(7)
.

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Goal

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C Parameter -C
 

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Physical Separation
Contradiction Principles
Analysis and
Classification about
the Principles used at
overcoming
Contradiction
- Separation in TIME
- Separation in SPACE
- Separation in SCALE

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Technical 40 Principles
Contradiction 39 Engineering Parameters
Analysis and
Classification about
the Principles used at
overcoming
Contradiction
1 Length of moving object 18 Mechanical vibration
2 Speed 37 Thermal expansion
3 Force ……
…… 40 Composite Material

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How to move it ?
How to
reduce
temperature?

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Innovation Roadmap with TRIZ Goldfire Innovator
Innovation Trend
Device/Process Analysis and Problem Statement Tools
Analysis
(Patents Analytics)
Hybrid System Design
Project Description (Feature Transfer)
Company Profile
Root Cause
Analysis Competitive Analysis
of Intellectual Activity
Process Function Device Function
Analysis Analysis Technology Analysis
Patent Citation
Design Simplification
(Trimming)
Semantic
Problem Solution Manager - Problems/Solutions Evaluation Selection Search
Researcher – Problem Solving Tools
System
Modification Personal Corporate
Inventive IMC Scientific Patent
Patterns Knowledge Knowledge
Principles Effects Collections
(Prediction) Bases Bases
TechOptimizer™
Report Problem Solution Manager - Modules
Generator Concepts Evaluation Selection “New Modules

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Genrich Altshuller
(1926-1998)

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