Shelf support structure

Abstract

A shelf having a horizontal planar supporting surface and an edge portion is supported by a vertically disposed post having a pair of support strips fixed in angular relation to each other and in each of which a plurality of apertures are formed in vertically spaced relationship together with a support clip having a pair of vertically disposed support panels fixed in angular relation to each other and respectively disposed adjacent said support strips, the angular relation between said support panels corresponding generally with that between said support strips so that the panel and strips are disposed in parallel relationship to each other and wherein at least one support tab is formed on each support panel and disposed in an aperture in the associated support strip, the support tabs being configured so that the shelf edge portion may be firmly gripped between said support strips and their corresponding support panels.

Description

Display stands having a plurality of vertically disposed support posts together with a plurality of horizontally disposed shelves supported by the posts must present an attractive appearance and must be constructed so the shelves are readily adjusted vertically to accommodate variations in height of displayed items without impairing the mechanical reliability of the device as a support structure.

According to this invention in one form, a shelf having a planar element and an edge portion is securely interlocked at its corners with vertically disposed corner posts by means of a specially constructed support clip comprising a pair of angularly related support panels to each of which at least one support tab is secured, the tabs being inserted into apertures formed in complimentary support strips comprising parts of each corner post. According to one form of the invention each support tab comprises a horizontal part secured at one end to its associated support panel and a vertically disposed part secured to the other end of the horizontal part and the length of the horizontal part of the support tab is at least as great as the combined thickness of the shelf skirt and the associated support strip so that a gripping action is effectively applied to the shelf skirt whereby the skirt is positively supported by the upper edges of the support panels which engage the planar element of the shelf so that the shelf skirt is gripped and held frictionally but disjointably against substantial vertical movement relative to the corner post and the associated support clip. According to another form of the invention, a shelf having a wire edge portion is arranged so that such edge portion is gripped between a specially configured support panel to provide secure but disjointable support for such a shelf.

For a better understanding of the invention reference may be had to the following detailed description taken in conjunction with the accompanying drawing in which

FIG. 1 is a perspective view of a display stand corner post on which a support clip is mounted in accordance with one form of the invention;

FIG. 2 is a perspective view of the support clip in FIG. 1 shown apart from its associated post;

FIG. 3 is a cross sectional view taken along the line designated 3--3 in FIG. 1;

FIG. 4 is a fragmentary view of a corner post together with its associated clip and showing the manner in which the shelf is interrelated with the corner post and clip according to one form of the invention;

FIG. 5 is a view similar to FIG. 1 and which represents a second embodiment of the invention;

FIG. 6 is a cross sectional view taken along the line designated 6--6 in FIG. 5; and which also shows a wire shelf in place;

FIG. 7 is a view similar to FIG. 4 and which depicts the modification of the invention shown in FIGS. 5 and 6;

FIG. 8 is a perspective view of another form of support clip constructed according to the invention and which is specially adapted for use with a shelf having a wire edge portion; and in which

FIG. 9 is a perspective view of a wire shelf which may be supported by the support clip shown in FIG. 8.

The form of the invention shown in FIGS. 1, 2, 3 and 4 utilizes a corner post P in which a support strip 1 is secured along its edge 2 to an edge of a flange panel 3 which in turn is secured at its edge 4 to a side web strip 5a. Similarly a support strip 6 is secured along its edge 7 to a flange panel 8 which in turn is secured along its edge 9 to an edge of side web strip 5b. Side web strips 5a and 5b are secured or integrally formed to the side edges of central web strip 5 to form web structure. As is apparent particularly in FIG. 3, support strips 1 and 6 are angularly disposed to each other and for most applications of the invention these panels are disposed in normal relation to each other as viewed for example in FIG. 3 so as to accommodate a corner of a shelf which usually is square. Flange panels 3 and 8 are parallel with each other and are disposed at acute angles with respect to the support strips 1 and 6 respectively. Side web strips 5a and 5b are disposed at obtuse angles to central web strip 5 as is apparent in FIG. 3.

For interrelating a shelf with the support strips 1 and 6, a support clip generally designated in FIG. 2 by the numeral 10 is provided and is secured to the support strips 1 and 6. The support clip comprises a base panel designated by the numeral 11 together with a pair of support panels designated by the numerals 12 and 13. Support panels 12 and 13 are angularly disposed with respect to each other at an angle which corresponds generally with the angle between support strips 1 and 6 and base panel 11 is diagonally disposed with respect to support panels 12 and 13.

For the purpose of mounting the support clip 10 onto a corner post comprising support strips 1 and 6, at least one support tab 14 is secured to support panel 12 and at least one support tab 15 is secured to support panel 13. Support tabs 14 are inserted into selected ones of the apertures designated by the numeral 16 which are formed in support strip 6 while support tabs 15 are inserted into selected ones of the apertures 17 formed in support strip 1. Of course the particular apertures such as 16 and 17 into which the associated support tabs such as 14 and 15 are inserted determine the height of the support clip 10 relative to the post comprising support strips 1 and 6 and in turn determine the height of the associated shelf.

As is apparent from FIGS. 3 and 4, the associated shelf S comprises a planar element 18 which is horizontally disposed and an edge portion in the form of a skirt 19 which depends downwardly from the outer periphery of planar element 18.

With a clip such as 10 mounted on the vertically disposed support strips such as 1 and 6 as shown in FIGS. 3 and 4, the shelf is mounted and supported by simply inserting the part 19a of skirt 19 between support panel 12 and support strip 6 while the part 19b of shelf skirt 19 is secured between the support panel 13 and the support strip 1. This inserting operation is facilitated by the inwardly curved upper ends 12a and 13a of support panels 12 and 13 respectively. All of the support tabs such as 14 and 15 are of substantially identical construction. As indicated in FIG. 2, support tabs such as 15 comprise a horizontally disposed part 15a and a vertically disposed part 15b. From FIG. 3 it is apparent that the length of the horizontally disposed part 15a must be at least as great as the combined thickness of skirt portion 19b of the shelf 18 plus the thickness of support strip 1. When so constructed it is apparent that the shelf S is securely fixed in position relative to the corner posts and their support strips 2 and 6 and substantial horizontal relative movement between the shelf S and the corner posts is precluded. Furthermore the planar element 18 of the shelf S may rest atop the inwardly curved portions 12a and 13a of support panels 12 and 13 and by this means a secure junction is provided at each post which affords a sturdy support for the shelf and the items mounted thereon.

For the purpose of insuring that all corners of a shelf such as S are disposed at the same elevation, dimples 20 and 21 may be formed in support strips 1 and 6 respectively and may constitute recessed or upraised areas readily located by simple finger touch.

For mounting top horizontal cross panels (not shown) at the upper ends of posts P, apertures 22 and 23 are formed in support strips 1 and 6 and bolts or screws (not shown) are inserted through holes in such cross panels and thence into the apertures 22 and 23 to secure the cross panels. Since posts P are generally diagonally disposed to the shelf corners, bolts in apertures 22 and 23 are not observable and the appearance of the display is considerably enhanced. In like fashion, bottom cross panels are secured to posts P by bolts or screws (not shown) the lower end of post P being omitted from FIG. 1. The particular cross sections of post P also shields support clips 10 from view. Because of the right angle between support strips 1 and 6, the shelf corner is accommodated and the diagonal central web strip 5 enhances appearance and with side web strips 5a and 5b contributes to the strength of the posts and may be decorated attractively.

According to a second form of the invention, support strips may take the form shown in FIGS. 5 and 6 as indicated at 1a and 6a and these support strips may be secured together at their edges as indicated at 24. The corner at 24 is reinforced by offset portions 25 and 26 which add substantially to the resistance of the post to torsional and other stresses. A plurality of apertures 16a are formed in support strip 6a and similarly, a plurality of spaced apertures 17a are formed in support strip 1a.

As is best shown in FIG. 6, a sheath may be provided and may comprise a first sheath strip 28 secured at 29 to a second sheath strip 30 and these sheath strips may be disposed along the outer surfaces of support strips 16a and 17a respectively. As is best shown in FIG. 6, sheath strip 28 is provided with an inwardly offset edge portion 28a while sheath strip 30 is provided with an inwardly offset edge 30a. Furthermore support strip 6a is provided with turned over edge portion 16b which envelopes the inwardly offset edge 28a of sheath strip 28. Similarly support strip 1a is provided with turned over edge portions 17b which envelope the inwardly offset edge portion 30a of the sheath strip 30. The offset panels 25 and 26 add strength to the corner by locating the corner 24 immediately adjacent corner 29 and also afford space between support strips 1a and 16a and the sheath strips 28 and 30.

From the description in connection with FIGS. 1-4 inclusive, it is apparent that support clip 10a having reversely curved parts 31 and 32 is mounted on the structure shown in FIG. 6 by simply inserting the support tabs 14a into certain apertures 16a and by inserting the support tabs 15c into selected apertures 17a. The vertically disposed parts such as 15b of support tabs 15c are interposed between the support strip 1a and the sheath strip 30 and wire 33 of wire shelf 34 is interposed between support strips 1a and 16a and the curved parts 31 and 32 of panels 12a and 13a.

It is apparent that the arrangement represented by FIGS. 5, 6, 7, 8 and 9 in the drawings like the modification of FIGS. 1-4 provides a secure support for a shelf S which prevents substantial relative horizontal movement between each corner post and the associated shelf while providing an adjustable mounting means which is both sturdy structurally and attractive in appearance.

It is obvious that clip 10 could also be used with the post shown in FIGS. 5 and 6 particularly if the associated shelf were of metal with a depending edge skirt. Also it is apparent that the clip 10a could be used with the post of FIGS. 5 and 6 particularly if a wire shelf is employed. Also either clip 10 or 10a may include or omit a diagonal panel such as 11.

Claims

1. In a shelf support assembly, a shelf support post of unitary construction comprising web structure, a pair of generally parallel flange panels secured along corresponding edges to opposite edges of said web structure respectively, a pair of support strips secured respectively along corresponding side edges to the edges of said flange panels remote from said web structure and disposed at acute angles with respect to said flange panels respectively, and the portion of said web structure remote from said flange panels being disposed in close proximity to said support strips.

2. A shelf support post according to claim 1 wherein a plurality of apertures are formed in each of said support strips and wherein a plurality of dimples are formed in at least one of said support strips in fixed relation to certain of said apertures.

3. A shelf support post according to claim 1 wherein said web structure includes a central web strip and a pair of side web strips secured to the side edges of said central web strip respectively and disposed with respect thereto at obtuse angles.

4. In a shelf support assembly, a shelf support post of unitary construction comprising a central web strip, a pair of side web strips secured to the side edges of said central web strip and disposed at obtuse angles with respect thereto, a pair of generally parallel flange panels secured respectively along one side edge thereof to the edges of said side web strips remote from said central web strip and at acute angles thereto, a pair of support strips secured respectively along one side edge thereof to the edges of said flange panels remote from said side web strips, said support strips being angularly disposed to each other and the free edges thereof remote from said flange panels being disposed adjacent said central web strip, and a plurality of apertures formed in said support strips and disposed in longitudinally spaced relation to each other.

5. In a shelf support assembly, a shelf support post of unitary construction comprising a pair of vertically disposed support strips fixed in angular relation to each other, a plurality of apertures formed in each of said support strips and disposed in vertically spaced relationship, a pair of spaced generally parallel flange panels whose height corresponds to the height of said support strips and to corresponding edges of which the outer edges of said support strips are respectively secured, a pair of side web strips having spaced outer edges and spaced inner edges, said spaced outer edges being secured to the edges of said flange panels remote from said support strips, and said spaced inner edges being disposed in close proximity to said support strips.

6. A shelf support post according to claim 5 wherein the angle between each of said side web strips and the corresponding one of said flange panels is acute.