Storage system

• US 8,016,370 B2
• Filed: 11/09/2006
• Issued: 09/13/2011
• Est. Priority Date: 05/31/2006
• Status: Expired due to Fees

• Current Assignee: Allan Grainger
• Original Assignee: Allan Grainger
• Inventors: Grainger, Allan
• Primary Examiner(s): WILKENS, JANET MARIE
• Application Number:
  US11/558,050
• Publication Number:
  US 20070278918A1
• Time in Patent Office: 1,769 Days
• Field of Search: 312/107, 312/108, 312/265.1, 312/265.4, 312/330.1, 312/334.1, 312/334.6, 312/334.7, 312/334.13, 312/334.14, 312/265.2, 312/265.3, 312/111, 211/151, 211/162, 220/4.26, 220/4.24, 220/23.6, 220/789, 206/509, 206/512, 108/53.1, 108/53.5, 108/91, 108/101
• US Class Current: 312/111
• CPC Class Codes: A47B 67/04 Chests of drawers; Cabinets characterised by the arrangement of drawers A47B67/02 takes precedence; drawers, guides for drawers, per se A47B88/00

Abstract

A storage device includes a framework (100) comprising upper (102′, 104′, 106′) members and lower (102, 104, 106) members connected together in a spaced-apart relationship by a plurality of struts (108). The storage device further includes a container-supporting arrangement (210) slidably mounted within the framework, the container-supporting arrangement being moveable between a retracted position configured to store a supported container within the framework, and an extended position configured to position at least part of the supported container outside the framework.

Claims

1. A storage device including:

a framework comprising upper members and lower members connected together in a spaced-apart relationship by a plurality of struts, and

a container-supporting arrangement comprising a first base frame configured to support a container and a second base frame configured to extend partly out of the framework, each of the first and the second base frames including a pair of generally parallel elongate side members and an elongate rear member extending between the side members,

wherein at least one of the side members of the first base frame includes a projection configured to cooperate with a slot on at least one corresponding side members of the second base frame, and

wherein the first base frame is slidably mounted on the second base frame, the second base frame being slidably mounted within the framework, and said first base frame configured to extend partly out of the second base frame, thereby assisting with preventing the storage device from de-stabilizing when the container-supporting arrangement is moved to the extended position, and

wherein the container-supporting arrangement is slidably mounted within the framework configured to support a box-shaped container, in use, the container-supporting arrangement being moveable between a retracted position configured to store the container within the framework, and an extended position configured to position at least part of the container outside the framework, wherein upper surfaces of at least some of the struts of the framework include upper formations configured to cooperate with corresponding lower formations located on another storage device, thereby assisting with securely stacking the storage device and the another storage device.

2. A storage device according to claim 1, including a set of said struts located at four corners of the framework and wherein the upper and lower formations are located on upper and lower surfaces of each of the struts.

3. A storage device according to claim 2, wherein including further struts located about half-way along longer elongate members of the framework.

4. A storage device according to claim 1, wherein the upper formations comprise male members and the lower formations comprise female members.

5. A storage device according to claim 1, wherein the slot includes a formation that limits movement of the projection unless sufficient force or directional movement is applied to allow the projection to move free of the limiting formation in the slot.

6. A storage device according to claim 1, further including means for reducing friction between the framework and the second base frame, the friction reducing means located on at least one member of the framework.

7. A storage device according to claim 6, wherein the friction reducing means comprises a plastic panel.

8. A storage device including:

a framework comprising upper members and lower members connected together in a spaced-apart relationship by a plurality of struts, and

a container-supporting arrangement comprising a first base frame configured to support a container and a second base frame configured to extend partly out of the framework, each of the first and the second base frames including a pair of parallel elongate side members and an elongate rear member extending between the side members,

wherein the first base frame is slidably mounted on the second base frame, the second base frame is slidably mounted on at least some of the lower members of the framework, and said first base frame is configured to extend partly out of the second base frame, thereby assisting with preventing the storage device from de-stabilizing when the container-supporting arrangement is moved to the extended position, and

wherein the lower members includes a slot formation configured to cooperate with corresponding formations on the side members of the second base frame.

9. A storage device according to claim 8, wherein the rear member of the first base frame includes at least one formation configured to cooperate with at least one corresponding formation on the rear member of the second base frame.

10. A storage device according to claim 9, wherein the rear member of the second base frame includes at least one formation configured to cooperate with at least one, corresponding formation on a rear member of the framework.

11. A storage device according to claim 10, wherein positions of the at least one formation of the first base frame and the cooperating at least one formation of the second base frame are offset from the at least one formation of the second base frame and the cooperating at least one formation of the rear member of the framework.

12. A storage device according to claim 8, further including means for reducing friction between the framework and the second base frame, the friction reducing means located on at least one member of the framework.

13. A storage device comprising:

a framework comprising upper members and lower members connected together in a spaced-apart relationship by a plurality of struts, wherein upper surfaces of at least some of the struts of the framework include upper formations configured to cooperate with corresponding lower formations located on another storage device, thereby assisting with securely stacking the storage device and the another storage device;

a container support slidably mounted within the framework, said container support including first and second base frames, each base frame comprising a pair of generally parallel side members and a rear member extending between the side members, wherein the first base frame is slidably mounted on the second base frame and the second base frame is slidably mounted within the framework, and wherein at least one side member of the first base frame includes a projection and at least one side member of the second base frame includes a slot, said projection and slot configured to cooperate; and

a box-shaped container for attaching to the container support;

wherein the container support is moveable between a retracted position configured to store the container within the framework, and an extended position configured to position at least part of the box-shaped container outside the framework.

14. A storage device according to claim 13, wherein the slot includes a formation that limits movement of the projection unless sufficient force or directional movement is applied to allow the projection to move free of the limiting formation in the slot.

15. A storage device according to claim 13, further including means for reducing friction between the framework and the second base frame, the friction reducing means located on at least one member of the framework.

16. A storage device comprising:

a framework comprising upper members and lower members connected together in a spaced-apart relationship by a plurality of struts, wherein upper surfaces of at least some of the struts of the framework include upper formations configured to cooperate with corresponding lower formations located on another storage device, thereby assisting with securely stacking the storage device with another storage device;

a container support slidably mounted within the framework, said container support including first and second base frames, each base frame comprising a pair of generally parallel side members and a rear member extending between the side members, wherein the first base frame is slidably mounted on the second base frame and the second base frame is slidably mounted on at least some of the lower members of the framework, and at least one of the lower members includes a slot and at least one side member of the second base frame includes a projection, said slot and projection configured to cooperate; and

a box-shaped container for attaching to the container support;

wherein the container support is moveable between a retracted position configured to store the container within the framework, and an extended position configured to position at least part of the box-shaped container outside the framework.

17. A storage device according to claim 16, further including means for reducing friction between the framework and the second base frame, the friction reducing means located on at least one member of the framework.

18. A storage device comprising:

a framework comprising upper members and lower members connected together in a spaced-apart relationship by a plurality of struts, wherein upper surfaces of at least some of the struts of the framework include upper formations configured to cooperate with corresponding lower formations located on another storage device, thereby assisting with securely stacking the storage device with another storage device;

a container support slidably mounted within the framework, said container support including first and second base frames, each base frame comprising a pair of generally parallel side members and a rear member extending between the side members, wherein the first base frame is slidably mounted on the second base frame and the second base frame is slidably mounted on the framework, and wherein the rear member of the first base frame includes at least one formation configured to cooperate with at least one corresponding formation on the rear member of the second base frame; and

a box-shaped container for attaching to the container support;

wherein the container support is moveable between a retracted position configured to store the container within the framework, and an extended position configured to position at least part of the box-shaped container outside the framework.

19. A storage device according to claim 18, wherein the rear member of the second base frame includes at least one formation configured to cooperate with at least one corresponding formation on a rear member of the framework.

20. A storage device according to claim 19, wherein positions of the at least one formation of the first base frame and the cooperating at least one formation of the second base frame are offset from the at least one formation of the second base frame and the cooperating at least one formation of the rear member of the framework.

21. A storage device according to claim 18, further including means for reducing friction between the framework and the second base frame, the friction reducing means located on at least one member of the framework.