Materials and methods for a warehouse storage system
A warehouse storage system having a pallet rack unit partitioned into compartments, the pallet rack unit defined by interior area between two vertical upright units operably connected by a first pair and a second pair of horizontal support beams that span a longitudinal distance between the vertical upright units. The pallet rack unit partitioned into compartments by a vertical backing divider that spans at least a portion of the longitudinal distance, which is operably connected to one or more divider panels that operably connect to at least one of the horizontal support beams.
1. A pallet rack system comprising:
a first vertical upright unit located within a first vertical plane and a second vertical upright unit located within a second vertical plane, each of the first and second vertical upright units having a first vertical column and a second vertical column spaced apart a first distance within the respective first and second vertical planes, each of the first and second vertical columns having a plurality of apertures; the first and second vertical upright units spaced apart a longitudinal distance.
a first pair of horizontal support beams located within a first horizontal plane, each of the first pair of horizontal support beams having a first end operably connected to the first vertical upright unit by engaging at least one of the plurality of apertures on the respective first and second vertical columns of the first vertical upright, each of the first pair of horizontal support beams having a second end operably connected to the second vertical upright unit by engaging at least one of the plurality of apertures on the respective first and second vertical columns of the second vertical upright, wherein the first pair of horizontal support beams are height adjustable within the plurality of apertures of the respective first and second vertical columns on each of the first and second vertical upright units;
a second pair of horizontal support beams located within a second horizontal plane, each of the second pair of horizontal support beams having a first end operably connected to the first vertical upright unit by engaging at least one of the plurality of apertures on the respective first and second vertical columns of the first vertical upright at a vertical distance located above the first ends of the first pair of horizontal support beams, each of the second pair of horizontal support beams having a second end operably connected to the second vertical upright unit by engaging at least one of the plurality of apertures on the respective first and second vertical columns of the secondt vertical upright at the vertical distance located above the second ends of the first pair of horizontal support beams, such that the second horizontal plane is located the vertical distance above the first horizontal plane, wherein the second pair of horizontal support beams are height adjustable within the plurality of apertures of the respective first and second vertical columns on each of the first and second vertical upright units;
a backing divider having a rectangular frame and a plurality of rungs within the rectangular frame, the backing divider located between the first and second vertical upright units and the first and second horizontal support beams, the backing divider located within a third vertical plane that is substantially perpendicular to both of the first and second vertical planes and the first and second horizontal planes, the backing divider forming a front portion and a back portion; and
at least one divider panel having a rectangular configuration operably connected to at least one of the rungs of the backing divider and to at least one of the horizontal support beams of the pair of horizontal support beams, the at least one divider panel located within the front portion defined by the back divider and within a fourth vertical plane that is substantially perpendicular to the third vertical plane of the backing divider, the at least one rectangular divider panel operably connected to the backing divider and the at least one of the horizontal support beams defining a partition within the front portion forming at least two separate compartment units within the front portion.
2. The pallet rack system of claim 1 , wherein the at least one divider panel is operably connected to one of the horizontal support beams of the first pair of horizontal support beams.
3. The pallet rack system of claim 2 , further comprising an aperture located in the horizontal support beam of the first pair of horizontal support beams, and wherein the at least one divider panel further comprises a slideable pin assembly that operably engages the aperture in the horizontal support beam of the first pair of horizontal support beams.
4. The pallet rack system of claim 3 , the at least one divider panel further operably connected to one of the horizontal support beams of the second pair of horizontal support beams.
5. The pallet rack system of claim 4 , further comprising an aperture located in the horizontal support beam of the second pair of horizontal support beams, and wherein the at least one divider panel further comprises a slideable pin assembly that operably engages the aperture in the horizontal support beam of the second pair of horizontal support beams.
6. The pallet rack system of claim 1 , further comprising a plurality of divider panels located in the front portion operably connected to the backing divider.
7. A pallet rack system comprising:
a first vertical upright unit and a second vertical upright spaced apart a longitudinal distance, each of the first and second vertical upright units having a plurality of apertures spanning at least a portion a vertical height of the first and second vertical upright units;
a first pair of horizontal support beams and a second pair of horizontal support beams, each of the first and second pair of horizontal support beams having a first end operably connected to the first vertical upright unit by engaging at least one of the plurality of apertures on the respective first and second vertical upright units, and each of the first pair of horizontal support beams having a second end operably connected to the second vertical upright unit by engaging at least one of the plurality of apertures on the respective first and second vertical upright units, the second pair of horizontal support beams operably connected to the first and second vertical upright units a vertical distance above the first pair of horizontal support beams by engaging at least one of the plurality of apertures on the respective first and second vertical upright units, the first and second horizontal support beams adjustable within the plurality of apertures to provide a desired height between the first and second horizontal support beams, the first and second pair of horizontal support beams spanning the longitudinal distance, and the first and second vertical upright units and the first and second pair of horizontal support beams defining an interior pallet rack unit area;
a backing divider having a rectangular frame and a plurality of rungs within the rectangular frame, the backing divider located within the interior pallet rack unit area in a substantially vertical plane that is substantially perpendicular to the first and second vertical upright units, the backing divider forming a front interior pallet rack unit area and a back interior pallet rack unit area; and
at least one divider panel having a rectangular configuration located in the front interior pallet rack unit area operably connected to at least one of the rungs of the backing divider and at least one of the horizontal support beams of the first or second pair of horizontal support beams defining a vertical partition, such that the front interior pallet rack unit area is partitioned into at least two separate compartments, the at least two separate compartments each having an area smaller than the front interior pallet rack unit area.
8. The pallet rack system of claim 7 , wherein the at least one divider panel is operably connected to one of the horizontal support beams of the first pair of horizontal support beams.
9. The pallet rack system of claim 8 , further comprising an aperture located in the horizontal support beam of the first pair of horizontal support beams, and wherein the at least one divider panel is operably connected to the at least one of the first pair of horizontal support beams by a slideable pin assembly that operably engages the aperture in the horizontal support beam.
10. The pallet rack system of claim 7 , wherein the at least one divider panel is operably connected to one of the horizontal support beams of the second pair of horizontal support beams.
11. The pallet rack system of claim 10 , further comprising an aperture located in the horizontal support beam of the second pair of horizontal support beams, and wherein the at least one divider panel is operably connected to the at least one of the first pair of horizontal support beams by a slideable pin assembly that operably engages the aperture in the horizontal support beam.
12. The pallet rack system of claim 7 , further comprising a plurality of divider panels located in the front interior pallet rack unit area operably connected to the backing divider.
13. An apparatus for partitioning an interior area of a pallet rack unit, the pallet rack unit defined by a first vertical upright unit spaced a longitudinal distance from a second vertical upright unit, each of the first and second vertical upright units having a plurality of apertures spanning at least a portion a vertical height of the first and second vertical upright units, the first and second vertical upright units operably connected to a first pair of horizontal support beams that span the longitudinal distance by the each of the first pair of horizontal support beams engaging at least one of the plurality of apertures on the respective first and second vertical upright units, and the first and second vertical upright units operably connected to a second pair of horizontal support beams that span the longitudinal distance by the each of the second pair of horizontal support beams engaging at least one of the plurality of apertures on the respective first and second vertical upright units, wherein the second pair of horizontal support beams are adjustable within the plurality of apertures and located a vertical distance above the first pair of horizontal support beams, the apparatus comprising:
a backing divider having a rectangular frame and a plurality of rungs within the rectangular frame, the backing divider located within the interior area of the pallet rack unit in a substantially vertical plane that is substantially perpendicular to the first and second vertical upright units, the backing divider defining a front interior area and a back interior area; and
at least one divider panel having a rectangular configuration located in the front interior area, the at least one divider panel operably connected to at least one rung of the backing divider and at least one of the horizontal support beams of the first or second pair of horizontal support beams defining a vertical partition; wherein the front interior area is partitioned into at least two separate compartments, the at least two separate compartments each having an area smaller than the front interior area.
14. The apparatus of claim 13 , wherein the at least one divider panel further comprises a first slideable pin assembly and one of the horizontal support beams of the first pair of horizontal support beams comprises an aperture, wherein the first slideable pin assembly is operably connected to the aperture in one of the horizontal support beams of the first pair of horizontal support beams.
15. The apparatus of claim 14 , wherein the at least one divider panel further comprises a second slideable pin assembly and one of the horizontal support beams of the second pair of horizontal support beams comprises an aperture, wherein the second slideable pin assembly is operably connected to the aperture in one of the horizontal support beams of the second pair of horizontal support beams.
16. The apparatus of claim 15 , wherein the at least one divider panel comprises a bracket that is operably connected to the backing divider.
17. The apparatus of claim 16 , wherein the backing divider comprises a vertical bar and the bracket operably engages the vertical bar of the backing divider.
18. The apparatus of claim 13 , further comprising a plurality of divider panels located in the front interior area operably connected to the backing divider.
19. The apparatus of claim 18 , wherein the back divider comprises at least one vertical bar and each of the plurality of divider panels each have a bracket that operably engages the at least one vertical bar of the backing divider.
20. The apparatus of claim 18 , wherein at least one of the plurality of divider panels is located proximate the first vertical upright unit.