| 1 | Segmentation |
| 2 | Extraction, separation, removal, segregation |
| 3 | Local quality |
| 4 | Asymmetry |
| 5 | Combining, integration, merging |
| 6 | Universality, multi-functionality |
| 7 | Nesting |
| 8 | Counterweight, levitation |
| 9 | Preliminary anti-action, prior counteraction |
| 10 | Prior action |
| 11 | Cushion in advance, compensate before |
| 12 | Equipotentiality, remove stress |
| 13 | Inversion, the other way around |
| 14 | Spheroidality, curvilinearity |
| 15 | Dynamicity, optimization |
| 16 | Partial or excessive action |
| 17 | Moving to a new dimension |
| 18 | Mechanical vibration/oscillation |
| 19 | Periodic action |
| 20 | Continuity of a useful action |
| 21 | Rushing through |
| 22 | Convert harm into benefit, “blessing in disguise” |
| 23 | Feedback |
| 24 | Mediator, intermediary |
| 25 | Self-service, self-organization |
| 26 | Copying |
| 27 | Cheap, disposable objects |
| 28 | Replacement of a mechanical system with “fields” |
| 29 | Pneumatics or hydraulics: |
| 30 | Flexible membranes or thin film |
| 31 | Use of porous materials |
| 32 | Changing color or optical properties |
| 33 | Homogeneity |
| 34 | Rejection and regeneration, discarding and recovering |
| 35 | Transformation of the physical and chemical states of an object, parameter change, changing properties |
| 36 | Phase transformation |
| 37 | Thermal expansion |
| 38 | Use strong oxidizers, enriched atmospheres, accelerated oxidation |
| 39 | Inert environment or atmosphere |
| 40 | Composite materials |