Secure peg hook
A support hook for use with a mounting surface, such as pegboard or slatboard, including a housing having a first side adapted to support a rod, at least one mounting lug extending outward from a second housing side, and a stabilizing member extending outward from a third housing side to a normal extended operating position wherein the stabilizing member slidably extends from the housing at an angle.
1. Field of the Disclosure
The disclosure is generally related to support hooks for use with pegboard and/or slatboard wall systems, and more specifically to support hooks having a releasable securement feature.
2. Background of the Related Art
Support hooks are widely used to display and store items and are especially well adapted to display and store items when disposed on a supporting wall, for example, pegboard, or a horizontally slotted board, such as slatboard. Typically, support hooks include one or more rods or wires having a series of bends. One end of the rod or wire is bent in a generally “L” or hook shape and is adapted to be disposed through one of the perforations in the perforated board or into the slotted grooves of a slatboard, thereby generally supporting the rod or wire extending outward, away from the supporting wall. Various items may then be hung from the rod or wire for display or storage. The outwardly extending rod or wire can take any of several shapes, e.g. short or long generally straight upward slope, hook shape, L-angled, multi-hook or any of the other shapes commonly found with so-called peg hooks as used, for example, with pegboard.
A significant drawback to typical support hooks is that they are easily dislodged from the supporting wall when the item hung from them is removed, or when they are bumped or otherwise upset. Such accidental dislodging can result in spilled display items, and time wasted re-installing the support hooks and items carried thereby. Additionally, because the perforated board or slatboard is usually formed as a paper, plastic or wood product, the result of use over time is that, the perforations or slotted grooves become worn out and uneven due to loads being placed on the support hooks which cause deformation of the material surrounding the perforations. This, in turn, causes the support hooks to become even more unstable when mounted and thus, even more easily inadvertently dislodged. Further, the perforations or grooves may become so worn or deformed that the rod or wire end of the support hook may sag or angle downward, thereby preventing stored or displayed items from staying on the rod or wire.
SUMMARY OF THE DISCLOSUREThe present disclosure teaches a secure support hook for use with a support wall board, such as pegboard and/or slatboard, including a support housing having a first side adapted to support a rod extending therefrom, a mounting lug extending outward from a second housing side, and a stabilizing member extending outward from a third housing side, with the stabilizing member being slidably extending from the housing. The resulting secure support hook, once mounted to a support wall, cannot be accidentally dislodged, such as by casual or inadvertent bumping, but an only be removed when the stabilizing member is purposely axially moved to its retracted position.
Additionally disclosed is a method of mounting a support hook, including providing a mounting surface that has a plurality of openings, and providing a support hook. The support hook includes a support housing, a support rod extending outward from a first housing side, a mounting lug extending outward from a second housing side, and a stabilizing member extending outward from a third housing side. The stabilizing member is slidably mounted to the housing and extends outwardly from the third housing side. Preferably, the stabilizing member is biased outwardly to a normally fully-extended securement position. The method includes forcibly depressing the stabilizing member, through a one-handed operation, by placing one end of the stabilizing member adjacent the mounting surface and applying a force to the housing in the general direction of the mounting surface, inserting the mounting lug into one of the plurality of openings, rotating the housing in a manner that brings the second surface of the housing into a generally parallel orientation adjacent the mounting surface, and thereby releasing and allowing extension of the stabilizing member until the stabilizing member contacts the mounting surface to thereby assist in securing the support hook to the support wall board. Preferably, the stabilizing member extends outwardly at a slight angle from the housing to best assist the stabilizing member in contacting the mounting surface.
BRIEF DESCRIPTION OF THE DRAWINGS
FIGS. 10A-C are side views of the support hook of
FIGS. 11A-C are side views of the support hook of
The disclosed secure support hook generally includes a housing, at least one mounting lug, and a stabilizing device, each of which will be discussed hereinafter. The secure support hook is mounted on a support surface and is used to hang or otherwise support objects or merchandise, for example, for sale in a store, and further, prevents accidental or inadvertent removal until properly manipulated to permit release from the support wall. The support hook may be configured to be mounted on any type of support surface. For example, the support hook may be mounted to holes or grooves formed in pegboard, slatboard, and regular plasterboard. Additionally, the support hook may include one or more rods or hooks extending from the housing. The rods may support the retail merchandise, label plates, so called “shelf-talkers”, or bar code scan plates, for example.
The stabilizing device 22 is a plunger type device and preferably is supported within the housing 12 and slidably extends outwardly, to a normal full extension position, through the top housing surface 24. The stabilizing device 22 in this example includes two pillars 30 and an anvil 32 spanning between and joining distal ends 34 of the pillars 30. The pillars 30 may be any cross-sectional shape, such as, circular, square, rectangular, oval, octagonal, hexagonal, or any other polygonal shape. The top of the anvil 32 is preferably rough textured or contains finger grooves, so as to permit easy finger grabbing for manipulation, i.e. depression or extension, of the stabilizing member 22 when needed to permit desired removal of the support hook 10 from a support wall. The anvil 32 extends slightly rearward, towards the back housing surface 16 thereby providing a ledge 36. In its fully extended and normal operational position, as shown in
The mounting lugs 14 are generally “L” shaped, and include a substantially horizontal portion 40 and a substantially vertical portion 42, although they may be virtually any shape that includes a portion that extends outward, away from the back surface 16 of the housing 12 and an angled portion extending generally upward, toward the top surface 24 of the housing 12. Additionally, the distance between the back surface 16 of the housing 12 and a bend in the mounting lugs 14 is approximately the thickness of the mounting surface 44 (not shown in
Likewise,
It will be understood that, regardless of which form of the secure support hook of the present disclosure, as exemplified in the above-described drawings, is utilized, the principal benefit, i.e. securement of a support hook to a wall surface without fear of and chance for accidental dislodgement, is achieved. That is, the upwardly-biased stabilizing member, the length of which preferably resides along and is confined to travel at a slight angle towards the mounting wall, normally extends to its full operational length, and cannot, for example, be moved say at 90° from its normal direction of axial travel. Thus, this prevents the support hook from prematurely coming out of the pegboard if it is accidentally bumped, or any attempt is made to rotate the support hook up into a removal position. However, by depressing the stabilizing member, against its biasing force, into its retracted position adjacent the housing, the support hook can then be easily removed from the support wall, when so desired. Thus, the present disclosure overcomes a significant drawback of prior art support hooks, namely inadvertent premature dislodgement of the hook from the support wall.
While certain embodiments have been described herein, it will be understood that variations may be made that are within the scope of the appended claims.
Claims
1. A support hook comprising:
- a housing adapted to support at least one rod extending from a first side thereof;
- at least one mounting lug extending outward from the housing on a second side of the housing; and
- a stabilizing member extending outward from the housing;
- wherein the stabilizing member is slidably mounted to the housing.
2. The support hook of claim 1, wherein the stabilizing member extends outwardly from a third side of the housing.
3. The support hook of claim 1, wherein the stabilizing member is resiliently biased to an extended normally operational position through a third housing side.
4. The support hook of claim 3, wherein the stabilizing member is displaced to a retracted condition when a force is applied to the stabilizing member in a direction opposite the bias.
5. The support hook of claim 3, wherein the bias is provided by one of a spring, a living hinge or a resilient seat.
6. The support hook of claim 5, wherein the spring is a coil spring mounted within the housing.
7. The support hook of claim 1, wherein the mounting lug is sized and shaped to be received by an opening in a mounting surface of an associated support wall.
8. The support hook of claim 7, wherein the support wall is pegboard.
9. The support hook of claim 7, wherein the support wall is slatboard.
10. The support hook of claim 7, wherein the opening is an elongated groove formed in the support wall.
11. The support hook of claim 1, wherein the stabilizing member includes one or more pillars slidably received through apertures formed in a third housing side.
12. The support hook of claim 11, wherein the cross-sectional shape of the one or more pillars and one or more apertures is substantially circular.
13. The support hook of claim 11, wherein the one or more pillars are substantially straight along their lengths.
14. The support hook of claim 11, wherein the one or more pillars are curved along their lengths.
15. The support hook of claim 11, wherein receiving pockets extend inwardly of the housing from the apertures, for slidably receiving and supporting the one or more pillars.
16. The support hook of claim 11, wherein the stabilizing member further includes an anvil portion spanning the one or more pillars at distal ends thereof.
17. The support hook of claim 16, wherein the anvil portion has a substantially flat surface for contacting the mounting surface when the support hook is mounted to the mounting surface and the stabilizing member is in the extended position.
18. The support hook of claim 1, wherein the stabilizing member extends from the housing at an acute angle relative to the second housing side.
19. The support hook of claim 18, wherein the acute angle is in the range of approximately 5 degrees to approximately 55 degrees.
20. The support hook of claim 18, wherein the acute angle is in the range of approximately 5 degrees to approximately 20 degrees.
21. The support hook of claim 1, wherein the at least one mounting lug is adapted to be accepted through an opening in slatboard.
22. The support hook of claim 21, wherein the opening in the slatboard is a groove.
23. The support hook of claim 1, wherein the housing is formed from a plastic material.
24. The support hook of claim 1, wherein the rod extending from the housing is formed to be of a shape of one of elongated generally straight, curved hook, a series of curves, a curvilinear shape, and a “V” shape.
25. The support hook of claim 1, wherein the at least one rod extending from the housing includes two or more rods.
26. A method of mounting a hook in a releasably secured condition to a mounting surface, the method comprising:
- providing a mounting surface including a plurality of openings;
- providing a support hook comprising: a housing; at least one rod extending outward from a first housing side; a mounting lug extending outward from a second housing side; and a stabilizing member extending outward from the housing; wherein the stabilizing member is slidably mounted to the housing;
- retracting the stabilizing member;
- inserting the mounting lug into one of the plurality of openings;
- positioning the housing, by bringing the second surface of the housing into a generally closely adjacent orientation relative to the mounting surface; and
- extending the stabilizing member until the stabilizing member contacts the mounting surface to thereby secure the support hook against the mounting surface.
27. The method of claim 26, wherein the step of retracting includes placing one end of the stabilizing member adjacent the mounting surface and applying a force to the housing in a direction generally towards the mounting surface;
28. The method of claim 26, wherein the stabilizing member extends from the housing at an acute angle relative to the second housing side.
29. The method of claim 26, wherein the stabilizing member is formed to be substantially straight along its extension length.
30. The method of claim 26, wherein the support hook is adapted to accommodate different thicknesses of the associated mounting surface by permitting the stabilizing member to extend to a lesser or greater extent of its full extension length.
31. The method of claim 26, wherein the stabilizing member is outwardly biased to a normally extended condition.
32. The method of claim 31, wherein the stabilizing member is outwardly biased by one of a spring, a living hinge or a resilient seat.
33. A support hook device for releasable securement to a support wall having apertures formed therein, comprising:
- a housing having a rear side, a front side and an upward direction relative thereto;
- at least one hook member supported by the housing, and extending forwardly of the housing;
- at least one lug member supported by the housing, and extending rearwardly of the housing for engagement with an aperture in the support wall; and
- a stabilizing member slidably carried by the housing and extending therefrom to an outwardly biased normally extended operating position, the stabilizing member adapted to be slidably retracted relative to the housing during installation and removal from the support wall.
34. The support hook of claim 33, wherein the outward biasing of the stabilizing member is provided by a biasing member
35. The support hook of claim 34, wherein the biasing member is carried by the housing.
36. The support hook of claim 35, wherein the biasing member is carried within the housing.
37. The support hook of claim 34, wherein the biasing member is one of a compression spring, a living hinge member, and a resilient seat member.
38. The support hook of claim 33, wherein the stabilizing member extends in the upward direction.
39. The support hook of claim 38, wherein the stabilizing member further extends at an angle rearwardly of the housing.
Type: Application
Filed: Jul 13, 2005
Publication Date: Jan 18, 2007
Inventors: Corey Ottens (Morrison, IL), Dennis Rooney (Sterling, IL), Susan Ottens (Morrison, IL)
Application Number: 11/181,181
International Classification: E04G 3/00 (20060101); A47B 96/00 (20060101);