전체 글 썸네일형 리스트형 [생각의 새로운 방법_TRIZ]Theory of Inventive Problem Solving_134 MacGyver creatively solves problems by leveraging available resources, highlighting the importance of "resource utilization" in creative problem-solving. Altshuller introduced tools like Multi-Screen Analysis, Effects, Su-Field Analysis, and 76 Standard Solutions to aid this process. These solutions focus on promoting the development and evolution of technical systems through generalized approac.. 더보기 [생각의 새로운 방법_TRIZ]Theory of Inventive Problem Solving_133 Simplification: Replacing complex and expensive solutions with simple, cost-effective ones.Optical Properties: Changing color or transparency of materials for better visibility or functionality.Homogeneity: Using identical or similar materials to enhance system stability.Rejection and Regeneration: Discarding or reusing elements after their functionality ends.Parameter Change: Modifying material.. 더보기 [생각의 새로운 방법_TRIZ]Theory of Inventive Problem Solving_132 Copy: Replace complex and expensive objects with inexpensive replicas to improve efficiency and reduce costs.Cheap Short Life: Utilize disposable, short-lifespan products instead of costly, long-lasting items.Replacing Mechanical System: Substitute mechanical systems with optical, acoustic, or magnetic systems for better efficiency.Pneumatics and Hydraulics: Replace solids with gases or liquids .. 더보기 [생각의 새로운 방법_TRIZ]Theory of Inventive Problem Solving_131 Rushing Through (Principle 21): Accelerate actions to minimize harmful effects, such as quickly removing a bandage or rapidly completing innovations despite risks.Convert Harmful to Useful (Principle 22): Utilize harmful elements positively, like using ship ballast water to stabilize during storms or repurposing heat from light bulbs as a heating source.Feedback (Principle 23): Employ feedback l.. 더보기 [생각의 새로운 방법_TRIZ]Theory of Inventive Problem Solving_130 Dynamicity (Increasing Freedom of Movement): Adjusting structures dynamically for adaptability, such as articulated buses or rotating vehicle centers, enhances functionality in specific environments.Partial or Excessive Actions: Avoid perfect precision; apply over- or under-doing principles to solve problems, like retractable car mirrors or simplified etching processes.Dimension Change: Alter sp.. 더보기 [생각의 새로운 방법_TRIZ]Theory of Inventive Problem Solving_129 Preliminary Action: Taking measures in advance prevents issues, such as applying paint to a mold before forming rubber balls, ensuring the paint adheres effectively.Preliminary Compensation: Proactive steps mitigate potential failures, like guardrails designed to absorb impact and guide vehicles safely.Equipotential: Altering workflows avoids unnecessary lifting, such as rolling heavy objects in.. 더보기 [생각의 새로운 방법_TRIZ]Theory of Inventive Problem Solving_128 TRIZ Principles in Action:Asymmetry: Innovate by replacing symmetry with asymmetry, e.g., designing a funnel with an offset opening for better efficiency.Consolidation: Combine related functions, such as collecting eggs and marking expiration dates simultaneously.Multifunction: Add multiple functions to a single component, like using a motorcycle frame for fuel storage.Nesting: Save space by emb.. 더보기 [생각의 새로운 방법_TRIZ]Theory of Inventive Problem Solving_127 TRIZ is a tool for creative problem-solving, utilizing 40 inventive principles to address technical challenges. Beginners may find it difficult to identify and resolve contradictions directly, so applying the 40 principles one by one is recommended for practice. Deep understanding and internalization of each principle through examples are essential. Over time, experience helps improve the abilit.. 더보기 이전 1 ··· 25 26 27 28 29 30 31 ··· 44 다음
