Self-adapting tool rack

• US 5,853,092 A
• Filed: 08/28/1997
• Issued: 12/29/1998
• Est. Priority Date: 08/28/1997
• Status: Expired due to Fees

• Current Assignee: Gregory L. Goodman, Jeffrey O. Milman
• Original Assignee: Gregory L. Goodman, Jeffrey O. Milman
• Inventors: Goodman, Gregory L., Milman, Jeffrey O.
• Primary Examiner(s): GIBSON, ROBERT W
• Application Number:
  US08/919,846
• Time in Patent Office: 488 Days
• Field of Search: 211/70.6, 211/87.01, 211/89.01, 211/66, 211/106.01, 211/104, 211/99
• US Class Current: 211/70.6
• CPC Class Codes: A47F 5/0823 Article supports for peg-boards
• CPC Class Codes: B25H 3/04 Racks

Abstract

A rack for conveniently storing or displaying objects such as shop and garden tools, kitchen implements, office supplies and the like, having an array of individually retractable hooks. The hooks rest in an extended, or ready position. When an object is pressed against the rack, any hooks impacted by the object are caused to be moved into a retracted, or out of the way position. Any untouched hooks remain in an extended position, ready to engage and support the object at key points. Retracted hooks automatically return to an extended position when released by the removal of the object from the rack. In this manner, the rack automatically adapts to the shapes and sizes of different objects; thereby permitting objects to be quickly and easily hung on the rack, arranged on the rack in various groupings, and rearranged at any time, all without the need to manually adjust the position of the hooks.

Claims

1. A self-adapting rack for holding tools comprising a plurality of individually retractable hooks made of a rigid material and of a sufficient size to engage a tool, said hooks arrayed in a vertically disposed grid-like pattern on a support member and able to protrude from the periphery of said support member so as to permit a tool to be placed thereupon and held by the force of gravity, and a force means for continuously urging said hooks to protrude from said support member unless individually or in combination acted upon by an opposing force equal to or greater than that of a tool being manually pressed against one or more of said hooks, whereby said hooks may be selectively caused to retract according to the shape and size of a tool and will be caused to once again protrude from said support member when no longer engaged by said tool.

2. The self-adapting rack according to claim 1, wherein said support member includes a sheet of vertically disposed rigid material having a smooth or nearly smooth front surface and a plurality of perforations equal in number to said hooks, and said hooks are disposed in said perforations and protrude from said front surface, whereby a tool hung on said hooks may come to rest against said sheet of rigid material.

3. The self-adapting rack according to claim 1, wherein said force means is the force of gravity.

4. The self-adapting rack according to claim 1, wherein said force means is a plurality of springs communicating with said support member and said hooks.

5. The self-adapting rack according to claim 1, wherein said force means is a plurality of magnets communicating with said support member and said hooks.

6. The self-adapting rack according to claim 3, including pivots operatively coupled with said hooks, whereby said hooks may be caused to rotate.

7. The self-adapting rack according to claim 3, wherein said support member includes a plurality of sloping channels and said hooks are slidably mounted in said channels.

8. The self-adapting rack according to claim 6, wherein said pivots are rounded, said hooks have rounded recesses slightly larger in diameter than said pivots, and said rounded recesses have an open side slightly smaller in width than the diameter of said pivots, whereby said tool suspension members may be snapped onto said pivots during assembly.

9. A self-adapting rack for holding tools comprising:

(a) a plurality of tool suspension members of uniform shape and size made of a rigid material, said members each having an elongated portion of sufficient size to engage a tool;

(b) support means for holding said tool suspension members proximate to one another at spaced vertical and horizontal intervals, said support means having a substantially planar front edge, and said elongated portions protrude from and point in a direction substantially perpendicular to said front edge, whereby said tool suspension members may hold a tool by force of gravity;

(c) retraction means so as to permit each of said tool suspension members to be independently moved to a retracted position substantially flush with said support means front edge by an external force equal to or greater than that of a tool being manually pressed against one or more of said tool suspension members in a direction toward said support means front edge, whereby said tool suspension members may be selectively caused to retract according to the size and shape of said tool;

(d) force means for continuously urging said tool suspension members to protrude from said support means front edge, said force means being able to be overcome by an external force equal to or greater than that of a tool being manually pressed against one or more of said tool suspension members or a tool being held by force of gravity upon any other of said tool suspension members, whereby said tool suspension members may be generally maintained in protruding relation with said support means front edge when not being pressed against by a tool, and any of said tool suspension members in said retracted position will be caused to move so as to again protrude from said support means front edge when no longer pressed against by said external force.

10. The self-adapting rack according to claim 9, wherein said tool suspension members are hooks.

11. The self-adapting rack according to claim 9, wherein said tool suspension members are arranged in a plurality of uniform horizontal rows.

12. The self-adapting rack according to claim 9, wherein said tool suspension members are arranged in a plurality of staggered horizontal rows.

13. The self-adapting rack according to claim 9, wherein said support means front edge is a sheet of vertically disposed rigid material having a smooth or nearly smooth front surface and a plurality of perforations equal in number to said tool suspension members, and said tool suspension members are disposed in said perforations, whereby a tool hung on said tool suspension members may come to rest against said sheet of rigid material.

14. The self-adapting rack according to claim 9, wherein said retraction means is a plurality of pivots and said tool suspension members are operatively coupled with said pivots, whereby said tool suspension members may be caused to rotate.

15. The self-adapting rack according to claim 9, wherein said retraction means is a plurality of channels in which said tool suspension members are slidably mounted.

16. The self-adapting rack according to claim 9, wherein said force means is a plurality of springs communicating with said support means and said tool suspension members.

17. The self-adapting rack according to claim 9, wherein said force means is a plurality of magnets communicating with said support means and said tool suspension members.

18. The self-adapting rack according to claim 9, wherein said force means is the force of gravity.

19. The self-adapting rack according to claim 9, wherein said support means front edge has one or more curves.

20. The self-adapting rack according to claim 14, wherein said pivots are rounded, said tool suspension members have rounded recesses slightly larger in diameter than said pivots, and said rounded recesses have an open side slightly smaller in width than the diameter of said pivots, whereby said tool suspension members may be snapped onto said pivots during assembly.