초록 ▼

A device for the non-deleterious, passive aging of wine wherein the interior of the semi-permeable wall of the aging container, which provides the interface between the wine and the atmosphere, has a substantially larger interface area per unit volume of wine than does that of the prior art device.

A device for the non-deleterious, passive aging of wine wherein the interior of the semi-permeable wall of the aging container, which provides the interface between the wine and the atmosphere, has a substantially larger interface area per unit volume of wine than does that of the prior art device. The device employs a polyhedron shaped aging container or vessel having a volumetric capacity of greater than 30 gallons; and, a relationship (ratio) of the interior surface area of the container to the volume of the container from 0.33 square inches to 1.0 cubic inch to 4.0 square inches to 1.0 cubic inch. In one advantageous embodiment, the container is a rectangular hexahedron. In another advantageous embodiment, the container is a trapezoidal hexahedron.

대표청구항 ▼

1. A wine aging container for the passive, enhanced aging of wine comprising: a polyhedron shaped vessel of a volume greater than 30 gallons formed of walls each of which is semi-permeable, and has straight edges and flat faces which define an interior surface area and an exterior surface area; wher

1. A wine aging container for the passive, enhanced aging of wine comprising: a polyhedron shaped vessel of a volume greater than 30 gallons formed of walls each of which is semi-permeable, and has straight edges and flat faces which define an interior surface area and an exterior surface area; wherein the relationship (ratio) of the interior surface area of the vessel to the volume of the vessel is from 0.33 square inches to 1.0 cubic inch, to 4.0 square inches to 1.0 cubic inch; and, wherein each of said walls are disposed between the wine within the vessel and the atmosphere surrounding the vessel such that the wine is in contact with the interior surface area of each wall and the atmosphere is in contact with the outer surface area of each wall such that oxygen from the atmosphere infuses through the semi-permeable walls to interact with and passively enhance the aging of the wine within the container. 2. The wine aging container of claim 1 wherein the polyhedron shape is a rectangular hexahedron. 3. The wine aging container of claim 1 wherein the polyhedron shape is a trapezoidal hexahedron. 4. The wine aging container of claim 1 wherein the volumetric capacity is equal to or greater than 60 gallons. 5. The wine aging container of claim 1 wherein the relationship (ratio) of the interior surface area to the volume is from 0.5 square inches to 1.0 cubic inch, to about 3.0 square inches to 1.0 cubic inch. 6. The wine aging container of claim 1 wherein said semi-permeable walls are selected from oak, sintered ceramics, semi-porous polymers, and sintered metal. 7. The wine aging container of claim 2 wherein at least one of the sides of the rectangular hexahedron are corrugated. 8. The wine aging container of claim 1 further comprising a rigid rectangular frame for providing support to the wine aging container. 9. The wine aging container of claim 8 further comprising a lattice cross-sectional support retained within the rigid rectangular frame for providing support to the wine aging container. 10. A wine aging container for the passive, enhanced aging of wine comprising: at least two rectangular polyhedron shaped vessels of a volume greater than 30 gallons formed of walls, each of which is semi-permeable, having straight edges and flat faces which define an interior surface area and an exterior surface area; wherein the relationship (ratio) of the interior surface area of the vessel to the volume of the vessel is from 0.33 square inches to 1.0 cubic inch, to 4.0 square inches to 1.0 cubic inch; and, wherein each of said walls are disposed between the wine within the vessel and the atmosphere surrounding the vessel such that the wine is in contact with the interior surface of each of said walls and the atmosphere is in contact with the outer surface of each of said walls such that oxygen from the atmosphere infuses through the semi-permeable walls to interact with and passively enhance the aging of the wine within the container. 11. The wine aging container of claim 10 wherein each rectangular hexahedron shaped wine aging vessel has a volumetric capacity equal to or greater than 60 gallons. 12. The wine aging container of claim 10 wherein each of said rectangular hexahedron shaped wine aging vessels has a relationship (ratio) of the interior surface area of the wine aging container to the volume of the container from 0.5 square inches to 1.0 cubic inch, to about 3.0 square inches to 1.0 cubic inch. 13. The wine aging container of claim 10 wherein each of said rectangular hexahedron shaped wine aging vessels has semi-permeable walls of a material selected from oak, sintered ceramics, semi-porous polymers, and sintered metal. 14. The wine aging container of claim 10 wherein at least one of said rectangular hexahedron shaped wine aging vessels has at least one corrugated wall. 15. The wine aging container of claim 10 wherein each of said at least one rectangular hexahedron shaped wine aging vessels further comprises a rigid rectangular frame for providing support to the wine aging container and at least two of said rigid rectangular frames are connected with at least one connecting lattice horizontal spacer. 16. The wine aging container of claim 10 wherein at least one rectangular hexahedron shaped wine aging vessel further comprises a lattice cross-sectional support retained within the rigid rectangular frame for providing support to the wine aging container.