Modular rack system and components therefor

• US 6,044,990 A
• Filed: 05/22/1998
• Issued: 04/04/2000
• Est. Priority Date: 05/22/1998
• Status: Expired due to Fees

• Current Assignee: Richard P. Palmeri
• Original Assignee: Richard P. Palmeri
• Inventors: Palmeri, Richard P.
• Primary Examiner(s): GIBSON, ROBERT W
• Application Number:
  US09/083,522
• Time in Patent Office: 683 Days
• Field of Search: 211/189, 211/182, 211/191, 403/217, 403/231
• US Class Current: 211/189
• CPC Class Codes: A47B 47/0016 Node corner connectors, e.g. cubic
• CPC Class Codes: Y10T 403/44 Three or more members connected at single locus
• CPC Class Codes: Y10T 403/4602 Corner joint

Abstract

A new modular rack system is provided which can be ganged, expanded, contacted and modified in various ways, depending on the type of merchandise to be transported or stored. It can be readily moved by forklift and lifted by cables. Once the new modular rack system has fulfilled its transportation or storage function, it can be easily disassembled, transported, and stowed until needed for subsequent transportation and/or storage missions. In its most basic embodiment, the modular rack system generally comprises a plurality of beams, each beam consisting of an elongated member having first and second ends; and a plurality of coupler blocks, each block consisting of a three-dimensional polygonal body having a plurality of faces, each face having an aperture for receiving a single end of a beam, and each aperture including a retaining mechanism which releasably locks the received end within the aperture. For a preferred embodiment of the rack system, each coupler block has six cubically-arranged faces. Thus, by interconnecting multiple coupler blocks with multiple beams, cubic rack arrays of various shapes and sizes may be assembled. The length of the beams may be varied to accommodate various sizes and shapes of merchandise. The system further contemplates the incorporation of multiple shock absorbing feet, each of which is nestingly secured to a coupler block positioned at each lowermost corner of the rack array.

Claims

1. A modular rack array, comprising:

a plurality of elongated beams, each beam having a pair of opposed ends, each end having a locking hole;

a plurality of coupler blocks, each of which has a plurality of external faces, each face having an aperture for receiving an end of a beam, and each aperture having associated therewith a pin retaining hole and

a locking mechanism associated with each aperture for releaseably locking the received end of a beam therein, said locking mechanism comprising a retaining pin which is removably insertable within said pin retaining hole, said retaining pin passing through the locking hole of the received end.

2. The modular rack array of claim 1, which further comprises a plurality of shock-absorbing feet, each foot nestingly mated to a face of a single coupler block.

3. The modular rack array of claim 1, wherein each of said coupler blocks has a cubic configuration having six faces, each face being perpendicular to four adjacent faces.

4. The modular rack array of claim 3, wherein each face includes a pin retaining hole for the aperture of an adjacent face.

5. The modular rack array of claim 1, wherein each coupler block is formed from a single metal casting.

6. The modular rack array of claim 5, wherein said metal is selected from the group of metals consisting of aluminum, magnesium and alloys of aluminum and magnesium.

7. The modular rack array of claim 1, wherein each beam is of substantially rectangular cross section and has a groove on each of its four major faces, each of said grooves providing an anchor for threaded fasteners.

8. The modular rack array of claim 7, wherein shelves and protective siding are attached to the beams via the threaded fasteners.

9. The modular rack array of claim 1, wherein each elongated beam has a hollow core which extends the length of the beam, and each beam has a locking hole at each end thereof.

10. The modular rack array of claim 7, wherein each coupler block is fabricated as a composite structure, said structure comprising:

a central connector assembly having

a hollow cubic structure with six sides, each side being associated with a single face of the coupler block;

a tube centrally and perpendicularly affixed to a side of said cubic structure, each tube sized for slidably mating within the hollow core at the end of an elongated beam, each tube having an anchoring hole aligned to the locking hole of a mated beam.

11. The modular rack array of claim 10, wherein each side of the hollow cubic structure has a central threaded hole that is coaxial with the attached tube, said threaded hole sized to receive a threaded member providing an anchor point for an attached shock-absorbing foot.

12. The modular rack array of claim 2 wherein each shock-absorbing foot comprises a body having an outer shell, a central core, and a hollow pressurizable interior chamber surrounding said central core, said outer shell being formed with an upper recess for nestingly receiving one face of a coupler block, said core having an axial bore for receiving a threaded member with which said foot may be secured to a nested face.

13. The modular rack array of claim 1, which further comprises at least one electronic tagging device mounted thereon, said tagging device being selected from the group consisting of shipment identification devices, inventory control devices and shipment routing devices.

14. A modular rack array comprising:

a plurality of elongated beams, each beam having a pair of opposed ends, each end having a locking hole therein;

two retaining pins for each beam; and

a plurality of coupler blocks, each of which has six cubically-arranged external faces, each face having an aperture for receiving an end of a beam, each aperture having associated therewith a pin insertion hole for receiving a retaining pin, said retaining pin passing through the locking hole in the end of a beam when a beam is inserted within the aperture, thereby releasably locking the beam end within the aperture.

15. The modular rack array of claim 14, wherein each end of each beam is locked into one aperture of one of said plurality of coupler blocks.

16. The modular rack array of claim 14, which further comprises a plurality of shock-absorbing feet, each foot nestingly mated to a face of a single coupler block.

17. The modular rack array of claim 14, wherein each beam is of substantially rectangular cross section and has a groove on each of its four major faces, each of said grooves providing an anchor for threaded fasteners.

18. The modular rack array of claim 17, wherein shelves and protective siding are attached to the beams via the threaded fasteners.

19. The modular rack array of claim 14, wherein each elongated beam has a hollow core which extends the length of the beam.

20. The modular rack array of claim 14, wherein each coupler block is formed from a single metal casting.

21. The modular rack array of claim 20, wherein said metal is selected from the group of metals consisting of aluminum, magnesium and alloys of aluminum and magnesium.

22. The modular rack array of claim 20, wherein each coupler block is fabricated as a composite structure, said structure comprising:

a central connector assembly having

a hollow cubic structure with six sides, each side being associated with a single face of the coupler block;

a tube centrally and perpendicularly affixed to a side of said cubic structure, each tube sized for slidably mating within the hollow core at the end of an elongated beam, each tube having an anchoring hole aligned to the locking hole of a mated beam.

23. The modular rack array of claim 22, wherein each side of the hollow cubic structure has a central threaded hole that is coaxial with the attached tube, said threaded hole sized to receive a threaded member providing an anchor point for an attached shock-absorbing foot.

24. The modular rack array of claim 16 wherein each shock-absorbing foot comprises

a body having an outer shell, a central core, and a hollow pressurizable interior chamber surrounding said central core, said outer shell being formed with an upper recess for nestingly receiving one face of a coupler block, said core having an axial bore for receiving a threaded member with which said foot may be secured to a nested face.

25. A modular rack array of claim 14, which further comprises at least one electronic tagging device mounted thereon, said tagging device being selected from the group consisting of shipment identification devices, inventory control devices and shipment routing devices.

26. The modular rack array of claim 14, wherein each shock-absorbing foot has a lower recess which permits the rack array to be stacked on top of a similarly sized lower rack array with each lower recess nesting with a coupler block of the lower rack array.

27. The modular rack array of claim 14, which further comprises at least one electronic tagging devices mounted thereon, said tagging device being selected from the functionality group consisting of shipment identification, inventory control and shipment routing.