Interconnectable beverage container system

Claim 2

A container for beverages or the like which is connectable with a plurality of like containers to form a multi-pack cluster of said containers without necessity of an external binding material, the container having a longitudinal axis and comprising a neck portion having a sealable opening thereon and a round body portion coaxial therewith and having a generally cylindrical sidewall of a predetermined radius, a plurality of axially extending male tongue members and a plurality of axially extending female groove members, said tongue members and said groove members being spaced at regular intervals about the periphery of said body portion, said tongue members each having a front surface situated radially within said radius and a pair of oppositely disposed axially extending undercut sides, and said groove members each having a pair of oppositely disposed undercut axially extending projections defining a void therebetween, said tongue member being snugly slidable in the axial direction into the void of a respective groove member of another container in said cluster.

Claim 3

The container of claim 1 in which said container has two of said tongue members diametrically disposed thereon and two of said groove members diametrically disposed thereon.

Claim 4

The container of claim 1 in which said tongue members alternate with said groove members.

Claim 5

The container of claim 1 in which said tongue members are disposed substantially 90 degrees from said groove members.

Claim 6

The container of claim 1, further comprising a neck plate extending radially outward from said neck portion substantially to the radial position of said tongue and groove members.

Claim 7

The container of claim 1, wherein the axially extending undercut sides of each of said tongue members are generally along parallel lines in the axial direction, but diverge in the radial direction, and the axially extending undercut projections of said groove members are likewise generally along parallel lines in the axial direction but converge in the radial direction.

Claim 8

The container of claim 6, wherein said groove members and said tongue members are unyielding to one another sufficiently to prevent snapping apart of said tongue members.

Claim 9

The container of claim 1, wherein said groove members are each open at top and bottom ends thereof for slideably receiving a mating one of the tongue members of another like container.

Claim 10

A container for beverages or the like which is connectable with a plurality of like containers to form a multi-pack cluster of said containers without necessity of an external binding material, the container having a longitudinal axis and comprising a neck portion having a sealable opening thereon and a body portion coaxial therewith and having a plurality of axially extending male tongue members and a plurality of axially extending female groove members being spaced at regular intervals about the periphery of said body portion, said tongue members each having a front surface and a pair of oppositely disposed axially extending undercut sides, and said groove members each having a pair of oppositely disposed axially extending projections defining a void therbetween, said tongue member being snugly slidable in the axial direction into the void of a respective groove member of another container in said cluster, and further comprising a neck plate extending radially outward from said neck portion substantially to the radial position of said tongue and groove members, wherein said neck plate is provided with cutouts between the positions of said tongue and groove members such that the cutouts of a cluster of said containers joined together by mating their respective tongue and groove members define a fingerhole to facilitate lifting the cluster of containers by said neck plate.

Claim 11

A container for beverages or the like which is connectable with a plurality of like containers to form a multi-pack cluster of said containers without necessity of an external binding material, the container having a longitudinal axis and comprising a neck portion having a sealable opening thereon and a body portion coaxial therewith and having a plurality of axially extending male tongue members and a plurality of axially extending female groove members being spaced at regular intervals about the periphery of said body portion, said tongue members each having a front surface and a pair of oppositely disposed axially extending undercut sides, and said groove members each having a pair of oppositely disposed axially extending projections defining a void therbetween, said tongue member being snugly slidable in the axial direction into the void of a respective groove member of another container in said cluster, and further comprising a neck plate extending radially outward from said neck portion substantially to the radial position of said tongue and groove members, wherein said neck plate is provided with cutouts between the positions of said tongue and groove members such that the cutouts of a cluster of said containers joined together by mating their respective tongue and groove members define a fingerhole to facilitate lifting the cluster of containers by said neck plate.

Claim 12

The container of claim 9 wherein said body portion has a generally cylindrical side wall of a predetermined radius from said axis, and said tongue and groove members are disposed radially within the radius of said body portion side wall.

Claim 13

A container for beverages or the like which is mechanically connectable with a plurality of like containers to form a multi-pack cluster of said containers without requiring an external binding material, each container having an axis and comprising an elongated body portion and a coaxial neck portion having a sealable opening, said body portion including a plurality of axially slideably connecting means integrally formed with the container body portion about the periphery thereof and mating means integrally formed with the container body portion about the periphery thereof for slidably receiving the connecting means of another container in the cluster, and a neck plate integrally formed with said neck portion and extending radially outward therefrom substantially to the periphery of said container, with cutouts therein between positions of said connecting means and mating means, such that respective cutouts of the cluster of said containers, formed by mating their respective connecting and mating means, together define a fingerhole to facilitate lifting the cluster of containers by said neck plates.

Claim 14

A container for beverages or the like which is mechanically connectable with a plurality of like containers to form a multi-pack cluster of said containers without requiring an external binding material, each container having an axis and comprising an elongated body portion and a coaxial neck portion having a sealable opening, said body portion including a plurality of axially slideably connecting means integrally formed with the container body portion about the periphery thereof and mating means integrally formed with the container body portion about the periphery thereof for slidably receiving the connecting means of another container in the cluster, and a neck plate integrally formed with said neck portion and extending radially outward therefrom substantially to the periphery of said container, with cutouts therein between positions of said connecting means and mating means, such that respective cutouts of the cluster of said containers, formed by mating their respective connecting and mating means, together define a fingerhole to facilitate lifting the cluster of containers by said neck plates.

Claim 15

The container of claim 11 in which the connecting means include axially extending projections having undercut sides, and said mating means include axially extending recesses having undercut side walls the recesses being open at their ends to permit sliding insertion of the projection of an associated container into the top or the bottom of the recess of the first-mentioned container; and in which said neck plate has lobes terminating, in the direction of said recesses and said projections, closer to said axis than the innermost positions of said recesses, so that the neck plate does not interfere with the insertion of one said container into a cluster of the same.

Claim 16

The container of claim 11 in which there are a pair of said connecting means and a pair of said mating means, said connecting and mating means being spaced substantially 90 degrees apart on the periphery of said body portion, and in which said neck plate is generally cruciform with lobes extending in the radial directions of said connecting and mating means.

Claim 17

The container of claim 11 wherein said body portion has a generally cylindrical side wall of a predetermined radius from said axis, and said mating means are disposed radially within the radius of the body portion side wall.