Adjustable peg hook

• US 5,109,992 A
• Filed: 05/03/1991
• Issued: 05/05/1992
• Est. Priority Date: 05/03/1991
• Status: Expired due to Fees

• Current Assignee: MEAD Corporation (Meadwestvaco Corporation)
• Original Assignee: MEAD Corporation (Meadwestvaco Corporation)
• Inventors: Miller, Byron R.
• Primary Examiner(s): GIBSON, ROBERT W
• Application Number:
  US07/695,611
• Time in Patent Office: 368 Days
• Field of Search: 211/59.1, 211/57.1, 211/87, 211/106, 248/220.3, 248/220.4, 248/221.1, 248/222.2, 248/225.1, 248/224.3
• US Class Current: 211/59.1
• CPC Class Codes: A47F 5/0823 Article supports for peg-boards

Abstract

An adjustable peg hook for use in a pegboard-based merchandising display. The peg hook comprises a suspension bracket for affixation to a pegboard and an insert which slides within a pair of channel passages on the suspension bracket. The insert has a support plate characterized by a height which affords a sliding horizontal adjustment motion and a slight vertical locking motion. A merchandise suspension hook is carried by the support plate. The vertical locking motion causes a pair of nodules on the support to come into locking engagement with a wall of one of the channel passages.

Claims

1. An adjustable peg hook comprising:

a suspension bracket comprising a backing plate, a pair of pegs secured to said backing plate for engagement with spaced peg openings in a pegboard and upper and lower channel portions secured to said backing plate and defining horizontally extending and vertically spaced upper and lower plate passages,

an insert comprising a support plate for slidable reception in said upper and lower plate passages and a hook mounted on said support plate, and

locking means for selectively locking said support plate at any desired location along the horizontal extent of said passages.

2. An adjustable peg hook according to claim 1 wherein said channel portions each comprise a retaining wall extending forwardly from said backing plate and a closure wall extending inwardly and rearwardly from the forward extent of said retaining wall;

said support plate having a height less than the vertical distance between said retaining walls, and said locking means comprising nodule means on the forward face of said support plate for engaging one of said retaining walls in response to vertical movement of said support plate.

3. An adjustable peg hook according to claim 2 wherein said nodule means are positioned near the upper edge of said support plate for engagement with the upper one of said closure walls in response to downward movement of said support plate and disengagement with said closure wall in response to upward movement of said support plate.

4. An adjustable peg hook according to claim 3 wherein said nodule means comprises a pair of horizontally spaced nodules.

5. An adjustable peg hook according to claim 3 wherein the width of said backing is less than twice the horizontal distance between said pegs.

6. An adjustable peg hook according to claim 5 wherein said pegs are positioned symmetrically on said backing plate, so that the distance from each vertical edge of said backing plate to the nearest peg is less than one-half the distance between said pegs.

7. An adjustable peg hook comprising a suspension bracket defined by a backing plate, a pair of pegboard-engaging pegs secured symmetrically in horizontal alignment on the rear surface of said backing plate, an upper channel portion secured to the upper portion of said backing plate, and a lower channel portion secured to the lower portion of said backing plate, and an insert slidably received within said upper and lower channel portions and defined by a support plate configured for sliding reception by said channel portions and a merchandise suspension hook extending forwardly from said support plate;

characterized in that said suspension bracket has a width of approximately 17/8 in., said pegs have a spacing of 1 in. and locking means are provided for selecting locking said support plate at any desired location along said channel portions.

8. An adjustable peg hook according to claim 7 characterized in that said locking means comprises nodule means on said support plate adjacent the upper edge thereof for locking engagement with a wall of one of said channel portions in response to vertical movement of said support plate.

9. An adjustable peg hook comprising:

a backing plate,

a pair of pegboard engaging pegs secured in symmetrical horizontal alignment on the rear surface of said backing plate,

an upper channel portion secured to the upper portion of said backing plate,

a lower channel portion secured to the lower portion of said backing plate,

a support plate for reception between said upper and lower channel portions,

a merchandise suspension hook mounted on said support plate and extending forwardly therefrom, and

nodule means secured to said support plate near an upper edge thereof;

said support plate having a height enabling horizontally-slidable positioning along said channel portion and a slight vertical locking movement therebetween, and said nodule means being configured for locking engagement against said upper channel portion in response to said vertical locking movement.

10. An adjustable peg hook according to claim 9 wherein said nodule means comprise a pair of horizontally aligned and forwardly facing nodules for engagement against a forward wall of said upper channel portion.

11. A merchandise display comprising:

a pegboard provided with at least one horizontal row of evenly spaced peg openings,

a plurality of suspension, brackets imbedded within said row, each suspension bracket having a width slightly less than twice the spacing between said peg openings,

a merchandise suspension hook mounted on each suspension bracket, for slidable movement within a predetermined horizontal range,

a plurality of merchandise packages suspended on each of said suspension hooks, and

downwardly actuated locking means associated with each of said suspension brackets for selectively locking the associated suspension hook at any desired location within said predetermined range.