Injection-molded plastic beverage crates are used to ship beverage containers, such as plastic bottles, to stores. Often, it is intended that consumers will view the bottles in the store to make their selection and then remove the desired bottles from the crate.
Many known crates includes a base, a pair of opposed end walls extending upward from the base, and a pair of opposed side walls extending upward from the base between the end walls. Each side wall includes a plurality of side columns extending upward from the base to a side band.
The present invention relates to crates for carrying bottles, particularly plastic beverage bottles. One example for multi-serving (e.g. 2 liter) bottles is disclosed. One example for single serving (e.g. 20 oz or half-liter) bottles is disclosed. The crates are preferably injection molded as a single piece of plastic, such as HDPE or other suitable material.
The crate includes a base, a pair of opposed end walls extending upward from the base, and a pair of opposed side walls extending upward from the base between the end walls. Each side wall includes a plurality of side columns extending upward from the base to a side band.
Each side band includes a logo portion having a protruding portion protruding upward relative to an upper edge of the side band. Each side band further includes a curved recess formed in a lower edge of the side band, the curved recess complementary to the protruding portion of the logo portion. The protruding portions of the logo portions may be offset in opposite directions from a center of the side walls.
In the disclosed embodiments, the logo portions are ellipses having its major axis at an acute, non-zero angle relative to the straight upper edge of the side band. Each ellipse is truncated by the curved recess. Each ellipse may also be truncated by the straight lower edge of the side band.
The logo portions provide increased brand association with the product being sold from the crate. The logo portions also provide an anti-theft feature in that the crate will not provide a stable surface if inverted.
A crate 10 according to one embodiment of the present invention is shown in
Each side wall 14 includes a side band 24 spaced upwardly from the base 12 and positioned along the outside of the side columns 18. The side band 24 generally includes a straight upper edge 23 and a straight lower edge 25, but also includes a logo portion 26, which in this embodiment is in the form of an ellipse or oval 26 whose major axis is at an acute, non-zero angle relative to the straight upper edge 23. The logo portion 26 is superimposed over the straight upper edge 23 of the side band 24 and includes a curved protruding portion 28 that protrudes upward relative to the otherwise straight upper edge 23 of the side band 24. At a lower end, the logo portion 26 is truncated by the straight lower edge 25 and a curved cutout 30 in the otherwise straight lower edge 25 of the side band 24. The logo portion 26 is completely circumscribed by a rib 34. The side band 24 further includes a recessed arcuate portion 36 adjacent the logo portion 26. Between the columns 18, the side wall 14 includes a concave interior wall 31, spaced inward from the side band 24.
The logo portions 26 on the two side bands 24 are off-center and are on opposite ends of the centerline. This arrangement of the curved protruding portions 28 provides a relatively unstable surface for the crate 10 if the crate 10 were flipped over. This discourages theft of the crate 10, because it cannot be used as a stool, step or other support surface.
Each end wall 16 includes an upper handle portion 40 and a lower handle portion 42 extending between the corner columns 20. The upper handle portion 40 is spaced above the lower handle portion 42 to provide a handle opening. The end columns 22 extend upward from the base 12 to the lower handle portion 42.
Each of the side columns 18 includes a lower column portion 44 and an upper column portion 45. The lower column portion 44 is below the side band 24. The upper column portion 45 is formed on the interior of the side band 24. The lower column portion 44 includes a pair of angled, concave lower side walls joined by a front wall. The upper column portion 45 includes a pair of angled, concave upper side walls joined by an upper front wall. The upper side walls are recessed (i.e., offset outward of the crate 10) relative to the lower side walls. A vertical interior rib 54 extends generally perpendicularly between the side band 24 and the upper front wall of each upper column portion 45.
A plurality of low profile dividers 62 extend upward from the base 12 between the circular platforms, thereby partially defining bottle receiving pockets.
In
A crate 110 according to a second embodiment of the present invention is shown in
Each side wall 114 includes a side band 124 spaced upwardly from the base 112 and positioned along the outside of the side columns 118. The side band 124 generally includes a straight upper edge 123 and a straight lower edge 125, but also includes a logo portion 126, which in this embodiment is in the form of an ellipse or oval whose major axis is at an acute, non-zero angle relative to the straight upper edge 123. The logo portion 126 is superimposed over the straight upper edge 123 of the side band 124 and includes a curved protruding portion 128 that protrudes upward relative to the otherwise straight upper edge 123 of the side band 124. At a lower end, the logo portion 126 is truncated by the straight lower edge 125 and a curved cutout 130 in the otherwise straight lower edge 125 of the side band 124. The logo portion 126 is completely circumscribed by a rib 134. The side band 124 further includes a recessed arcuate portion 136 adjacent the logo portion 126. Between the columns 118, the side wall 114 includes at least one vertical rib 133 extending inward from the side band 124.
The logo portions 126 on the two side bands 124 are off-center and are on opposite ends of the centerline. This arrangement of the curved protruding portions 128 provides a relatively unstable surface for the crate 110 if the crate 110 were flipped over. This discourages theft of the crate 110, because it cannot be used as a stool, step or other support surface.
Each end wall 116 includes an upper handle portion 140 and a lower handle portion 142 extending between the corner columns 120. The upper handle portion 140 is spaced above the lower handle portion 142 to provide a handle opening. The end columns 122 extend upward from the base 112. A center end column 122 extends upward only to the lower handle portion 142.
Each of the side columns 118 includes a lower column portion 144 and an upper column portion 145. The lower column portion 144 is below the side band 124. The upper column portion 145 is formed on the interior of the side band 124. The lower column portion 144 includes a pair of angled, concave lower side walls joined by a front wall. The upper column portion 145 includes a pair of angled, concave upper side walls joined by an upper front wall. The upper side walls are recessed (i.e., offset outward of the crate 110) relative to the lower side walls.
In
In accordance with the provisions of the patent statutes and jurisprudence, exemplary configurations described above are considered to represent a preferred embodiment of the invention. However, it should be noted that the invention can be practiced otherwise than as specifically illustrated and described without departing from its spirit or scope.
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