초록 ▼

A beverage container holding device and methods for the storage and dispensing of beverages. Embodiments of the beverage container holder include two spaced apart parallel and aligned triangular planes each with rounded vertices and with three equal side lengths between the rounded vertices. The cor

A beverage container holding device and methods for the storage and dispensing of beverages. Embodiments of the beverage container holder include two spaced apart parallel and aligned triangular planes each with rounded vertices and with three equal side lengths between the rounded vertices. The corresponding sides of the triangular planes are connected by sides extending across the space between the triangular planes and perpendicular to them. One corner of the three sides extending in the spaced apart location comprises an articulated panel opening into an interior region of the beverage container holder. In some embodiments the parallel planes are trapezoidal in shape. Beverage containers are arranged, perpendicular to the triangular planes, in rows within the beverage container holder. The beverage container holder is filled by inserting beverage containers through the opened articulated panel and beverages are dispensed through the same portal. In some embodiments the beverage containers can be stacked.

대표청구항 ▼

1. A method of storing and retrieving beverage containers, the method comprising: (a) providing a beverage container holder comprising: first and second curved triangular planar sides, said first and second triangular planar sides being parallel and aligned, and being spaced apart from each other, e

1. A method of storing and retrieving beverage containers, the method comprising: (a) providing a beverage container holder comprising: first and second curved triangular planar sides, said first and second triangular planar sides being parallel and aligned, and being spaced apart from each other, each of said first and second triangular planar sides having rounded vertices and three side lengths between said rounded vertices;three sides extending between said first and second parallel and aligned triangular planes connecting said parallel and aligned triangular planes to each other, wherein each of said three sides is fixedly attached at one edge thereof to said first triangular planar side and at an opposing edge thereof to said second triangular planar side, wherein said three sides each further comprise at least one curved corner each corresponding to one of said rounded vertices of said curved triangular planar sides;wherein one curved region between two of said three sides, extending in a spaced-apart location between said first and second triangular planar sides, comprises an articulated panel opening into an interior region or outwardly to an exterior region of said beverage container holder,(b) opening said articulated panel of said beverage container holder;(c) placing elongated beverage containers in said beverage container holder in a manner such that a most elongated side of each said beverage container is oriented perpendicularly to each said curved triangular plane of said holder, wherein said beverage containers are inserted into said holder via a portal formed by said opening said articulated panel;(d) closing said articulated panel by moving or causing to move said articulated panel until at least a portion of a side of said articulated panel substantially engages at least part of at least one of said side lengths of each said curved triangular planar side; and opening said articulated panel of said holder and removing a beverage container. 2. The method of claim 1, wherein said beverage container holder further comprises a latching mechanism on the unattached end of said articulated panel wherein said latching mechanism holds the panel closed, and wherein after the desired number of beverage containers is removed, the articulated panel is closed by engaging said latching mechanism. 3. The method of claim 1, wherein said beverage containers are arranged in said holder in a pyramid structure. 4. The method of claim 1, wherein the beverage containers are placed into said holder along the side opposite said articulated panel, creating a first row of said beverage containers each touching, or being in close proximity, on three of its sides, to the holder's side or an adjacent beverage container; creating a second row of beverages by placing another row of beverage containers along said first row of beverage containers, each beverage container of said second row touching, or in close proximity, on three of its sides, to the holder's side or adjacent beverage containers and said second row has one less beverage container than the first row; creating successive rows of beverage containers substantially similar to the method of creating the second row of beverages, wherein each successive row of beverages has one less beverage container than the preceding row; continuing filling said holder until the last row is comprised of one beverage container that completely or substantially fills the space between the preceding row of beverages, sides of said holder and said articulated panel. 5. The method of claim 1, wherein said— placing elongated beverage containers comprises placing said elongated beverage containers in said holder in a manner such that two layers or levels of beverage containers are formed and the end of a beverage container in one layer is contiguous to the end of a beverage container in the other layer.