| # | Country | Total Patents | |
|---|---|---|---|
| #1 | Italy | 4 | |
| #2 | Australia | 1 | |
| #3 | Brazil | 1 | |
| #4 | China | 1 | |
| #5 | EAPO (Eurasian Patent Organization) | 1 | |
| #6 | EPO (European Patent Office) | 1 | |
| #7 | United States | 1 | |
| #8 | WIPO (World Intellectual Property Organization) | 1 |
| # | Industry | |
|---|---|---|
| #1 | Engines, pumps and turbines | |
| #2 | Environmental technology | |
| #3 | Machines |
| # | Technology | |
|---|---|---|
| #1 | Reduction of greenhouse gas emissions | |
| #2 | Unspecified technologies | |
| #3 | Special wind, spring and weight motors | |
| #4 | Wind motors |
| # | Name | Total Patents |
|---|---|---|
| #1 | Scarpa Paolo | 11 |
| Publication | Filing date | Title |
|---|---|---|
| AU2229097A | Magnus effect horizontal axis wind turbine | |
| ITRM960422A1 | System for converting energy with fluid-dynamic actions - employs kinetic and potential energy of fluid to obtain mechanical and=or electric energy is founded on use of blades rotating which interact with fluid | |
| ITRM960159A1 | System for converting energy with fluid-dynamic actions - employs kinetic and potential energy of fluid to obtain mechanical and=or electric energy is founded on use of blades rotating which interact with fluid | |
| ITRM940813D0 | Method for the conversion and amplification of the energy associated with fluids in general and more specifically wind power | |
| ITRM940529D0 | Method of amplifying dynamic surface pressure in machines of mechanical type |