Template TRIZ exercise (Solution based on Contradictions)
Source: Doan Minh Dang @ TRIZ Studies - rosetta.vn/triz - 2020-08-09
Table 1. Meta data
Title: | |
Abstract: | |
Classification-field: | |
Classification-method: | |
Take-away-messages: | |
Tags: | |
Table 2. Problem description
Description: | |
Objective: | |
Reference: | |
Picture: | |
Video: | |
Table 3.1. Problem modeling and analysis - System
System: | (name of the system) |
Model: | (list: components in the system, interactions between components) |
Function: | (<carrier> <action> <property to be changed of the object>) |
Table 3.2. Problem modeling and analysis - 9-windows
Subsystem-in-the-past: | |
Current-subsystem: | |
Subsystem-in-the-future: | |
System-in-the-past: | |
Current-system: | |
System-in-the-future: | |
Supersystem-in-the-past: | |
Current-supersystem: | |
Supersystem-in-the-future: | |
Table 3.3. Problem modeling and analysis - Ideal final result
Ideal-Final-Result: | (the situation where the desired function exists automatically, without any further action) |
Table 3.4. Problem modeling and analysis - Contradictions
Administrative-contradiction: | (the desired goal) |
Technical-contradiction: | (IF <do something> THEN <parameter A is improved> BUT <parameter B has negative effect>) |
Physical-contradiction: | (<a parameter of the system> must have BOTH <property +P > AND <property -P >) |
Table 3.5. Problem modeling and analysis - Resources inside system and in environment
Resource-as-space-or-field: | |
Resource-as-substance: | |
Resource-as-time: | |
Resource-as-structure: | |
Resource-as-energy: | |
Resource-as-information: | |
Table 4. Problem solving process - Based on 40 principles
Parameter-to-improve: | |
Parameter-to-preserve: | |
List-of-suggested-principles: | |
Principle-to-follow-1: | |
Idea-1: | |
Evaluation-1: | |
Principle-to-follow-2: | |