Materials for and method for manufacturing container with end supports and resulting container
In accordance with the invention, a method of manufacturing containers such as shipping, display and display ready packaging, for example, and resulting containers and associated preassemblies and blanks are provided, which, when utilized, result in preassemblies that include end supports that provide increased stacking strength and are easily and quickly assembled into fully assembled containers.
1. A container preassembly comprising:
a primary blank including a plurality of lateral panels configured to provide an exterior of the container; and
a plurality of supplementary blanks each including a plurality of major panels extending between a pair of attachment panels,
wherein each of the pair of attachment panels of each of the plurality of the supplementary blanks is affixed to a first and a second of the lateral panels that are opposed to one another such that, as the container is assembled, each of a plurality of supports is formed proximate to a third lateral panel located between the first and second opposed lateral panels when the first and second opposed lateral panels corresponding to the third lateral panel are folded relative to the third lateral panel,
wherein, following final assembly, the plurality of major panels of each supplementary blank constitute the lateral support proximate to the corresponding third lateral panel,
wherein the plurality of major panels of each supplementary blank are configured to form support forms a V-shaped end support following final assembly, the end support having an apex along a fold line located between the plurality of major panels.
2. The preassembly of claim 1 , wherein the primary blank includes a plurality of pairs of rollover panels, each pair of rollover panels being configured to be folded upon themselves during final assembly of the container so as to trap a region of each of two of the lateral panels adjacent to one another therebetween to form one of the lateral panels of the container.
3. The preassembly of claim 1 , wherein each of the pair of attachment panels of each of the plurality of supplementary blanks is glued to a corresponding one of the lateral panels of the primary blank.
4. The preassembly of claim 1 , wherein the primary blank further comprises a bottom panel extending between the two opposing first and second lateral panels of the primary blank.
5. The preassembly of claim 1 , wherein the container is a flat bottomed tray container.
6. A container preassembly comprising:
a primary blank including a plurality of lateral panels configured to provide an exterior of the container; and
a plurality of supplementary blanks each including a plurality of major panels extending between a pair of attachment panels,
wherein each of the pair of attachment panels of each of the plurality of the supplementary blanks is affixed to a first and a second of the lateral panels that are opposed to one another such that, as the container is assembled, each of a plurality of supports is formed proximate to a third lateral panel located between the first and second opposed lateral panels when the first and second a opposed lateral panels corresponding to the third lateral panel are folded relative to the third lateral panel, and
wherein, following final assembly, the plurality of major panels of each supplementary blank constitute the lateral support proximate to the corresponding third lateral panel,
wherein the width of the combination of the major panels of each supplementary blank is equal to the width of the corresponding third lateral panel plus two times a corner offset width, which is the distance between a corner partially formed by the corresponding third lateral panel and a fold line included in the supplementary blank between one of the major panels and the neighboring attachment panel.
7. A plurality of blanks for a container preassembly, the plurality of blanks comprising:
a primary blank including a plurality of lateral panels configured to provide an exterior of the container; and
a plurality of supplementary blanks each including a plurality of major panels extending between a pair of attachment panels,
wherein the primary blank is configured to mate with and be affixed with the supplementary blanks so that each of the pair of attachment panels of each of the plurality of supplementary blanks is affixed to a first and a second of the lateral panels that are opposed to one another such that, as the container is assembled, each of a plurality of supports is formed proximate to a third of the lateral panels located between the first and second lateral panels when the first and second lateral panels corresponding to the third lateral panel are folded relative to the third lateral panel,
wherein, following final assembly, the plurality of major panels of each supplementary blank constitute the support proximate to the corresponding third lateral panel, and
wherein the plurality of supports form V-shaped end supports following final assembly of the container, the end supports having an apex along a fold line located between the plurality of major panels.
8. The plurality of blanks of claim 7 , wherein the primary blank includes a plurality of pairs of rollover panels, each pair of rollover panels being configured to be folded upon themselves during final assembly of the container so as to trap a region of each of two of the lateral panels adjacent to one another therebetween to form one of the lateral panels of the container.
9. The plurality of blanks of claim 7 , wherein each of the pair of attachment panels of each of the plurality of supplementary blanks is configured to mate with and be glued to a corresponding one of the lateral panels of the primary blank.
10. The plurality of blanks of claim 7 , wherein the primary blank further comprises a bottom panel extending between the two opposing first and second lateral panels.
11. The plurality of blanks of claim 7 , wherein the container is a flat bottomed tray container.
12. A plurality of blanks for a container preassembly, the plurality of blanks comprising:
a primary blank including a plurality of side panels and end lateral panels configured to provide an exterior of the container; and
plurality of supplementary blanks each including a plurality of major panels extending between a pair of attachment panels,
wherein the primary blank is configured to mate with and be affixed with the supplementary blanks so that each of the pair of attachment panels of each of the plurality of supplementary blanks is affixed to corresponding side a first and second of the lateral panels of the primary blank that are opposed to one another such that, as the container is assembled, each of a plurality of end supports is formed proximate to a corresponding end a third of the lateral panel panels of the primary blank located between the first and second lateral panels when the side first and second lateral panels corresponding to that end the third lateral panel are folded relative to that end the third lateral panel,
wherein, following final assembly, the plurality of major panels of each supplementary blank constitute the end support proximate to the corresponding end third lateral panel, and
wherein the width of the combination of the major panels of each supplementary blank is equal to the width of the corresponding third lateral panel plus two times a corner offset width, which is the distance between a corner partially formed by the corresponding third lateral panel and a fold line included in the supplementary blank between one of the major panels and the neighboring attachment panel.
13. A method of manufacturing a container, the method comprising:
cutting a primary blank including a plurality of lateral panels configured to provide an exterior of the container;
cutting a plurality of supplementary blanks each including a plurality of major panels extending between a pair of attachment panels;
affixing each of the pair of attachment panels of each of the plurality of supplementary blanks to a first and a second of the lateral panels that are opposed to one another such that, as the container is assembled, each of a plurality of supports is formed proximate to a third of the lateral panels located between the first and second opposed lateral panels when the first and second opposed lateral panels corresponding to the third lateral panel are folded relative to the third lateral panel,
wherein, following final assembly, the plurality of major panels of each supplementary blank constitute the support proximate to the corresponding third lateral panel; and
wherein the plurality of supports form V-shaped supports with an apex along a fold line located between the plurality of major panels.
14. The method of claim 13 , wherein the primary blank includes a plurality of pairs of rollover panels, each pair of rollover panels being configured to be folded upon themselves and trap a region of each of two of the lateral panels adjacent to one another therebetween to form one of the lateral panels of the container.
15. The method of claim 13 , wherein each of the pair of attachment panels of each of the plurality of supplementary blanks is glued to a corresponding one of the lateral panels of the primary blank.
16. A method of manufacturing a container, the method comprising:
cutting a primary blank including a plurality of lateral panels configured to provide an exterior of the container;
cutting a plurality of supplementary blanks each including a plurality of major panels extending between a pair of attachment panels;
affixing each of the pair of attachment panels of each of the plurality of supplementary blanks to a first and a second of the lateral panel that are opposed to one another such that the container is assembled, each of a plurality of supports is formed proximate to a third of the lateral panels located between the first and second opposed lateral panels when the first and second opposed lateral panels corresponding to the third lateral panel are folded relative to the third lateral panel,
wherein following final assembly, the plurality of major panels of each supplementary blank constitute the support proximate to the corresponding third lateral panel; and
wherein the width of the combination of the major panels of each supplementary blank is equal to the width of the corresponding third lateral panel plus two times a corner offset width, which is the distance between a corner partially formed by the corresponding third lateral panel and a fold line included in the supplementary blank between one of the major panels and the neighboring attachment panel.
17. The method of claim 13 , wherein the primary blank further comprises a bottom panel extending between the two opposing first and second lateral panels of the primary blank.
18. The method of claim 13 , wherein the container is a flat bottomed tray container.