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2. This ‘reverse umbrella’ doesn’t blow up in the wind, and it ...

   www.aol.com/reverse-umbrella-doesn-t-blow...

   This may just be the best umbrella ever. This ‘reverse umbrella’ doesn’t blow up in the wind, and it keeps your hands and head totally dry: ‘This is the greatest invention’ Skip to main ...

3. Nano-suction technology - Wikipedia

   en.wikipedia.org/wiki/Nano-suction_technology

   Nano-suction is a technology that uses vacuum, negative fluid pressure and millions of nano-sized suction cups to securely adhere any object to a flat non-porous surface. When the nano-suction object is pressed against a flat surface, millions of miniature suction cups create a large vacuum, generating a strong suction force that can hold a ...

4. This ‘reverse umbrella’ doesn’t blow up in the wind, and it ...

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   This may just be the best umbrella ever. For premium support please call: 800-290-4726 more ways to reach us

5. Umbrella - Wikipedia

   en.wikipedia.org/wiki/Umbrella

   Parts of an umbrella [2]. The word parasol is a combination of the Latin parare, and sol, meaning 'sun'. [3] Parapluie (French) similarly consists of para combined with pluie, which means 'rain' (which in turn derives from pluvia, the Latin word for rain); the usage of this word was prevalent in the nineteenth century.

6. Cagoule - Wikipedia

   en.wikipedia.org/wiki/Cagoule

   Vintage Peter Storm cagoule with zipped side-slit hand access to undergarments and extra-long sleeves with elasticated storm cuffs, modelled on a mannequin. A cagoule (French:, also spelled cagoul, kagoule or kagool), is the British English term for a lightweight weatherproof raincoat or anorak with a hood (usually without lining), which often comes in knee-length form. [1]

7. Wind lens - Wikipedia

   en.wikipedia.org/wiki/Wind_lens

   Studies have shown that the Wind Lens can have between two and five times more [1] output of power compared to the wind turbine due to the way it harnesses more wind.. The turbulence created as a result of the new configuration creates a low pressure zone behind the turbine, causing greater wind to pass through the turbine, and this, in turn, increases blade rotation and energy output.