One piece container
A container comprising a first side-panel section separated from a second side-panel section. Each of the first and second side-panel sections includes a side portion fold line extending laterally across the side-panel sections, such that each side-panel section presents two side portions. Furthermore, the container includes a pair of end flaps extending along lateral edges of the first and second side-panel sections and separated from the side-panel sections via primary fold lines, with the end flaps operable to connect the first and second side-panel sections together. The container is configured to be erected from a knockdown configuration by folding together the first side-panel section and the second side-panel section, and extending the first side-panel section and the second side-panel section away from each other such that the container forms a rectangular perimeter.
1. A method of making a container, comprising:
forming a first side-panel section separated from a second side-panel section via a perforated segment that extends down a longitudinal centerline of said container;
forming a side portion fold line laterally across each of said first and second side-panel sections, such that each side-panel section presents two side portions;
forming a first end flap that extends along a first lateral edge of said first and second side-panel sections;
forming a primary fold line between said end flaps and said side-panel sections; and
forming a secondary fold line on said first end flap at a position that is aligned with said longitudinal centerline of the container, such that said first and second side panel sections can be folded together about said perforated segment and said secondary fold line.
2. The method of claim 1 , wherein said container is formed from corrugated paperboard material.
3. The method claim 1 , further including the step of:
forming edge sections that extend along a first longitudinal edge of each of said first and second side-panel sections; and
forming edge section fold lines that separate said edge sections from said side-panel sections.
4. The method of claim 3 , wherein each edge section comprises:
a proximal edge hingedly secured to said first edge of said side panel section;
a distal edge opposed to said proximal edge; and
side edges extending between said proximal and distal edges,
wherein said distal edge is narrower than said proximal edge such that at least one side edge of a first edge section is angled so as to correspond with an angled side edge of a second edge section.
5. The method of claim 1 , further including forming a second end flap that extends along a second lateral edge of said first and second side panel sections and forming a secondary fold line on said second end flap at a position that is aligned with said longitudinal centerline of said container, such that said first and second side-panel sections can be folded together about said perforated segment and said secondary fold line.
6. The method claim 5 , wherein in addition to said side-panel sections being operable to be folded together, said side-panel sections are operable to be separated away from each other and folded about said side portion fold lines such that said container forms a rectangular perimeter including four sides.
7. The method claim 1 , wherein said first and second side-panel sections each include an additional fold line extending laterally across said side-panel section and parallel with said side portion fold line.
8. The method of claim 1 , wherein the container is a pallet skirt container having a perimeter that corresponds with a perimeter of a pallet such that the pallet skirt container is operable to fit around the perimeter of the pallet.