Pipe Freezing Device
OwnerKelly Miyashiro, Floralyn Miyashiroinventors
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Abstract
A pipe freezing device is disclosed that facilitates the use of a pipe freezing method which changes the temperature of the ocean. The pipe freezing device comprises a liquid nitrogen component which is applied to at least one pipe. Thus, the liquid nitrogen component is used to make the temperature of the pipes just below freezing, thereby causing the water flowing through the pipes to become colder.
Claims20
A pipe freezing device that is designed to change the temperature of the ocean, the pipe freezing device comprising:
- a liquid nitrogen component;
- and
- at least one pipe;
- wherein the liquid nitrogen component is applied to at least one pipe;
- and
- further wherein water flowing through at least one pipe becomes colder as the water exits at least one pipe.
A pipe freezing device that is designed to change the temperature of the ocean, the pipe freezing device comprising:
- a liquid nitrogen component;
- and
- at least one pipe which is cylindrical with an open interior cavity and opposing ends;
- wherein liquid nitrogen of the liquid nitrogen component is colorless, odorless, tasteless, non-flammable, and provides a quick cooling effect on the at least one pipe;
- wherein the liquid nitrogen component is applied to the at least one pipe and is utilized to cool the at least one pipe to just below freezing, thereby causing the water flowing through the at least one pipe to become colder;
- wherein the at least one pipe extends from one end of a ship to an opposite end;
- wherein water flowing through the at least one pipe becomes colder as the water exits the at least one pipe;
- and
- further wherein the ship is utilized to transport at least one pipe and to distribute cold water from at least one pipe into a body of water.
A method of artificially cooling down ocean water, the method comprising the following steps:
- providing a pipe freezing device comprising a liquid nitrogen component;
- applying the liquid nitrogen component to at least one pipe;
- making the temperature of at least one pipe just below freezing via the liquid nitrogen component;
- and
- sending water to flow through at least one frozen pipe, such that water flows in warm and flows out cold.
Dependencies are inferred from the claim text.