Modern TRIZ Modeling in Master Programs - Introduction to TRIZ Basics at University and Industry

Description

The book is addressed to Master-students, senior students of universities, professors working at Master Programs, as well as researchers, engineers and managers of all industries without restrictions. Examples and illustrations of the book give a vivid impression of the spectrum of creative models of Modern TRIZ, which can be opened in any design and managerial decisions. The book is especially useful for students for performing TRIZ modeling and for inventing original ideas at Master Programs. The book is indispensable for passing Master Programs led by the author at the MTRIZ Academy. Professor Michael A. Orloff is one of the leading developers of TRIZ in the newest direction Modern TRIZ. He is a founder of the Modern TRIZ Academy (from 2000) in Berlin, Germany, which developed the very first e-course in Modern TRIZ on the platform of new methods in educating as extracting and reinventing. He also teaches "Modern TRIZ" for the Master of Science Program in Global Production Engineering at the Technical University Berlin. Professor Orloff has educated over 5000 specialists over the last 10 years through courses and seminars worldwide. Table of Contents......Page 13 Part I Key Concepts ofMTRIZ Modeling......Page 21 1.1 Modern TRIZ......Page 23 1.2 Man Ingenious......Page 24 1.3 Why the Problem......Page 26 1.4 Poly-Screen Model of System Development......Page 28 1.5 System Development......Page 29 1.6 Formulas of System "Idealization"......Page 30 1.7.1. "Complete" Structure of System......Page 31 1.7.2. The TRIZ Laws of System Development and Evolution......Page 32 1.7.3. The Law of Spiral Progress......Page 34 1.8 General Contradiction......Page 36 1.9 Standard Contradiction......Page 37 1.10 Radical Contradiction......Page 38 1.11 What is Changed at the Invention Process......Page 40 1.12 How to Invent by TRIZ......Page 43 1.13 Meta-Algorithm of Invention T-R-I-Z......Page 44 1.14 Algorithm "START"......Page 45 1.15 Transformation Models......Page 46 1.16 Meta-Principle of Invention......Page 47 1.17 Meta-Models of Transformation......Page 48 1.18 Specialized Transformers......Page 49 1.19 Method of Extracting......Page 50 1.20 Solving to Standard Contradiction......Page 52 1.21 Resources of Operative Zone......Page 54 1.22 Solving to Radical Contradiction......Page 56 1.23 Method of Standard Extracting-1 and Extracting-2......Page 58 1.24 Method of Standard Reinventing......Page 62 2.1. Crosshairs of Contradictions......Page 66 2.2 Modeling (Resolving) the Crosshairs of Contradictions......Page 68 2.3 Spaces of MAI T-R-I-Z......Page 70 2.4 Correct vs. Wrong Extracting & Reinventing......Page 72 Part II Samples of MTRIZ Modeling at MSc Programs......Page 81 3.1. Engineering and Art of "Velocipede" Inventing......Page 83 3.1.1. Bicycles......Page 84 3.1.2. Unicycles, Scooters, etc.......Page 99 3.1.3. …for Bicycles......Page 109 3.1.4. Velomobiles......Page 114 3.2. Engineering and Art of the "Chairless Chair" Inventing......Page 118 4.1. Ocean Current Power Generation System......Page 123 4.2. Algae-fueled Bioreactor......Page 126 4.3. Stop Losses – Make Profit......Page 131 4.4. Stop Sunlit – Make Shadow......Page 140 4.5. AirHES by Andrey Kasantsev......Page 147 5.1. Turn Harm in Use......Page 157 5.2. Production of ... Clouds......Page 165 6.1. Inventive Archibiotecture......Page 170 6.2.2. String rail......Page 185 6.2.3. SkyWay......Page 186 6.2.4. Transportation modularity......Page 187 6.2.5. Transportation infrastructures......Page 189 6.2.6. MTRIZ MODELING......Page 191 6.2.8. Linear Cities......Page 195 6.2.9. Looking to the Future......Page 201 7.1. Does SIEMENS like simple solutions?......Page 202 7.2. Does SIEMENS like simple solutions?......Page 203 7.3. Does SIEMENS like simple solutions?......Page 207 7.4. Training, Discussion and Solution of a Logistic Problem for an Automobile Concern at the Ajou University, Korea......Page 208 7.5. Machine for Assembly of the Liquid Crystal Screens, Korea......Page 210 7.6. How Searches Become Reality at SAMSUNG, Korea......Page 217 7.7. Some Dreams Come True Elsewhere, Korea......Page 227 7.8. How Can Hundreds of Specialists be Quickly Introduced into MTRIZ? Cases of Intensive Mass Training, China......Page 229 7.9. New Waves and Generations in Training and Software, Belarus......Page 233 7.10. International Master Trainings, Germany......Page 235 7.11. Mass Training at the Industrial Holding, Kazakhstan......Page 238 7.12. Space Industrialization with String SpaceWay Systems byUnitsky, Belarus......Page 242 Part III Samples of MSc Theses with MTRIZ Modeling......Page 247 8 Modeling the Green Automotive Innovations......Page 249 8.1. NEW FUEL ALTERNATIVE......Page 250 8.2. NEW ALTERNATIVE FUEL IMPROVEMENT......Page 256 8.3. ELECTRICAL ENERGY SUPPLY IMPROVEMENT......Page 262 8.4. OCEAN TRANSPORT ENERGY ALTERNATIVE......Page 270 8.5. SOLAR TECHNOLOGY IMPROVEMENT......Page 278 8.6. ENERGY SUPPLY FOR RAIL TRANSPORT IMPROVEMENT......Page 284 8.7. NEW TECHNOLOGY OF ENGINE PERFORMANCE......Page 290 8.8. PUBLIC TRANSPORTATION IMPROVEMENT – BUS......Page 296 8.9. RAIL AND ROAD TRANSPORT ALTERNATIVE......Page 302 9 Managing Value Across Industries: Modern TRIZ Modeling of Jerome Lemelson’s Inventions......Page 310 9.1.1. Biography......Page 311 9.1.2. List of Patents for Modeling......Page 312 9.2. Information Management:......Page 313 9.3. Precision Technology:......Page 319 9.4. Industrial Hardware:......Page 325 9.5. Monitoring and Control:......Page 330 9.6. Beverage:......Page 336 9.7. Cosmetics:......Page 342 9.8. Communication & Electronics:......Page 347 9.9. Instruments / Medical:......Page 356 9.10. Manufacturing:......Page 361 9.11. Robotics / Automation:......Page 366 9.12. Music:......Page 372 9.13. Safety / Risk Mitigation:......Page 377 9.14. Sport:......Page 382 9.15. Recreation:......Page 387 9.16. Service and Maintenance:......Page 392 9.17. Apparel:......Page 397 10 Modeling the Great Inventions of Carl and Werner von Siemens with Modern TRIZ......Page 402 10.1.1. The History of Siemens......Page 403 10.1.2. Brief Introduction of Brothers Siemens......Page 407 10.1.2.1. Carl Siemens......Page 408 10.1.2.2. Werner Siemens......Page 409 10.2.1.1. TELEGRAPH LINE......Page 412 10.2.1.2. REGENERATIVE FURNACE......Page 416 10.2.1.3. OPEN HEARTH......Page 420 10.2.1.4. AN ELECTRIC THERMOMETER......Page 425 10.2.2.1. POINTER TELEGRAPH......Page 429 10.2.2.2. DYNAMO (ELECTRIC GENERATOR)......Page 434 10.2.2.3. ELECTRIC RAILWAY......Page 438 10.2.2.4. ELECTRIC ELEVATOR......Page 442 11 Reinventing of Automobile Production Systems Evolution......Page 446 11.1.1 Interchangeability of Parts......Page 447 11.1.2 Dedicated Machine Tools......Page 453 11.1.3 Design Simplification......Page 459 11.1.4 Delivery of Parts......Page 465 11.1.5 Division of Assembly Line......Page 470 11.1.6 Moving Assembly Line......Page 476 11.2.1 Quick Changeover......Page 482 11.2.2 Continuous Flow......Page 489 11.2.3 Production Leveling......Page 496 11.2.4 Poka-yoke......Page 501 11.2.5 Andon System......Page 507 11.2.6 Just-in-Time (JIT)......Page 512 Part IV Reference Materials......Page 523 R1. A-Matrix......Page 525 R2. As-Catalog......Page 529 R3. Afs-Catalog......Page 533 Main References......Page 535