DISPLAY WITH MULTIPLE NESTING COMPONENTS
A product display includes nestable shelves and foldable uprights that allow the display to be packaged within a relatively small storage container. The uprights include three sections pivotally connected to one another and are adjustable between a folded configuration, in which the sections are at least partially nested with one another, and an unfolded configuration in which each of the uprights are generally angled relative to the other uprights. Spanning members and cross braces are coupled to and extend between the uprights. The nestable shelves can be detachably positioned at selectable heights along the upright for supporting products.
The present invention relates generally to floor shelf displays and more specifically to a collapsible floor shelf displays.
Prominent display of and easy access to a product are desirable features in a floor display. When attempting to market a product, the seller typically wants consumers to easily recognize the product and remove the product from the display. To accomplish this, shelving units generally contain large, bulky pieces such as the shelves, uprights, and support members that can be difficult to disassemble and package for shipping or storage. As a result, large or multiple boxes frequently are required to ship a shelving unit to a given destination or store the unit within a warehouse and the like.
SUMMARYSome embodiments provide a shelving unit that includes a shelf and an upright assembly. The upright assembly includes a first member and a second member pivotably coupled to the first member. The upright assembly has a folded configuration in which the first member extends substantially parallel to and is at least partially received by the second member. The upright assembly also has a deployed configuration wherein the first member is angled relative to the second member.
Other embodiments provide a shelving unit that includes an upright assembly having a first member, a second member pivotally coupled to a first end of the first member, and a third member pivotally coupled to a second end of the first member. The upright assembly has a deployed configuration in which the members substantially form a triangle, and a folded configuration in which two of the members are nested within the remaining member. The shelving unit also includes a shelf supported by the upright assembly when the upright assembly is in the deployed configuration.
Other embodiments provide a shelving unit that includes a first upright assembly including a first member, a second member pivotably coupled to the first member, and a third member pivotably coupled to the first member. The upright assembly has a deployed configuration in which the members are unfolded and substantially form a triangle, and a folded configuration wherein the first member and the third member are nested within the second member. The second member defines a plurality of mounting locations along its length. The shelving unit also includes a plurality of substantially identical shelves. The shelves are stackable one upon the other when not deployed such that at least a portion of one shelf is received within a portion of another shelf. Each shelf is removably coupleable to any one of the mounting locations.
It is to be understood that the invention is not limited in its application to the details of construction and the arrangements of the components set forth in the following description or embodiments, or illustrated in the drawings. The invention is capable of other embodiments and of being practiced or being carried out in various ways. Also, it is to be understood that the phraseology and terminology used herein is for the purpose of description and should not be regarded as limiting.
The display 10 of the present invention is configurable in either a deployed configuration (see
The first upright assembly 14 of the floor display 10 includes a first member 38, a second member 42 pivotably coupled to the first member 38, and a third member 46 pivotably coupled to the first member 38. The first upright assembly 14 generally includes one or more mounting locations 114 (e.g., apertures) to which individual shelves 26 may be coupled when the display 10 is in the deployed configuration. In the illustrated construction, the first upright assembly 14 also includes a pair of wheels or casters 54 to provide support to the upright assembly 14 while allowing the display 10 to be easily moved. In other constructions, the upright assembly 14 may be secured to the floor, may include a set of supporting legs, or may have adjustable feet depending upon the preference of the end user and the environment in or the purpose for which the display 10 is deployed.
With reference to
With reference to
In the illustrated embodiment, the second member 42 also includes a plurality of mounting locations or apertures 114 extending along the length of the closed side 94. The apertures 114 provide a plurality of mounting locations along the length of the second member 42 so the shelves 26 can be positioned at varying locations along the second member 42. In other constructions, instead of apertures the mounting locations 114 may include hooks, slots, posts, or the like to removably couple a shelf 26 to the second member 42.
The second member 22 also defines an aperture 116 proximate the first end 102 for cooperation with the second spanning member 22, and an aperture 118 proximate the second end 110 for cooperation with the first spanning member 18. In some constructions, one or more of the apertures 114, 116, 118 may include a threaded boss 120, such as a PEM® nut, coupled to the second member 42 for receiving a threaded fastener.
As shown in
In the illustrated construction, each mounting location 66, 74, 98, 134 includes a co-axial aperture defined by opposing, preferably parallel, walls and configured to receive a fastener therethrough. However in alternative constructions, the mounting locations 66, 74, 98, 134 may utilize alternate methods for pivotably coupling two members.
To assemble the first upright assembly 14 as a unit, the first mounting location 66 of the first member 38 is pivotably coupled to the third mounting location 98 of the second member 42 (e.g., by a fastener (not shown)). The second mounting location 74 of the first member 38 is pivotably coupled to the fourth mounting location 134 of the third member 46 (e.g., by a fastener (not shown)).
The first upright assembly 14 is adjustable between a folded configuration (see
In the deployed configuration, the second member 42 is rotated relative to the first member 38 about the mounting locations 66 and 98 to produce an angle A therebetween (see
As shown in
The support surface 154 of the first spanning member 18 is substantially planar and defines a first plurality of apertures 178. Each aperture 178 is generally adjacent the side edges 166 and configured to align with a corresponding aperture 142, 142′ of the third members 46, 46′, respectively, to couple the first spanning member 18 to the third members 46, 46′. In alternate constructions, the support surface 154 may include additional recesses or contours configured to display merchandise or signage. In other constructions, the support surface 154 may include one or more openings, hooks, clamps, or the like for coupling a plurality of floor displays 10 to one another to form a row.
In the illustrated construction, the front panel 174 extends substantially perpendicular the support surface 154. The front panel 174 is configured to extend a distance substantially corresponding to the height of the third members 46, 46′ to provide an aesthetically pleasing front to the floor display 10.
The back panel 170 of the first spanning member 18 is formed at an angle B with respect to the support surface 154. The angle B is related to the angle A (in the illustrated construction, B−A=90 degrees), such that the back panel 170 substantially aligns with and contacts the closed side 94 of the second member 42 (see
In the illustrated construction, the first spanning member 18 is formed from a single piece of sheet material (e.g., steel) with bends on either end to form the support surface 154, back panel 170, and front panel 174. However in alternate constructions, the first spanning member 18 may be fabricated from multiple pieces, cast, molded, and the like.
As shown in
In the illustrated construction, the first and second legs 186, 190 of the second spanning member 22 are spaced a distance apart substantially corresponding to the width of the second member 42. The second spanning member 22 can therefore receive at least a portion of the upper end of second member 42. In alternative constructions, the header 34 may be integrally formed with the second spanning member 22.
As shown in
The third spanning member 28 extends between the first upright assembly 14 and the second upright assembly 14′ generally proximate the first ends 138, 138′ of the third members 46, 46′. The third spanning member 28 is generally “L” shaped and may be coupled to one or both of the third member 46 and the first member 38 of each upright assembly 14. The third spanning member 28 is configured to work in conjunction with the first spanning member 18 and the second spanning member 22 to establish spacing between the first upright assembly 14 and the second upright assembly 14′ while adding rigidity to the floor display 10.
In addition to the first spanning member 18, the second spanning member 22, and the third spanning member 28, the floor display 10 includes a pair of cross braces 30 forming a generally “X” shaped pattern across the rear of the floor display 10 (e.g., between the first and second upright assemblies 14, 14′) to further increase the overall rigidity of the assembly.
The floor display 10 also includes a plurality of shelves 26 removably coupleable to the upright assemblies 14, 14′ upon which merchandise may be placed for display. As shown in
With reference to
Among the plurality of wires that define each shelf 26 is a plurality of J-brackets 234. Each J-bracket 234 includes a first leg 238 that defines the support surface 206, a second leg 242 that defines the back wall 218, and a third leg 246 that defines the front wall 222. The J-brackets 234 are spaced along the width of the shelf 26. The wires also include a first set of parallel, generally equally spaced rods 250 that define the support surface 206. The rods 250 are coupled to the first leg 238 of the J-bracket 234 and extend substantially the width of the shelf 26. The back wall 218 of each shelf 26 extends substantially perpendicularly from the rear edge 214 of the support surface 206 and is defined by a second set of parallel, generally equally spaced rods 254. The rods 254 are coupled to the second leg 242 of the J-brackets 234 and extend substantially the width of the shelf 26.
The front wall 210 of each shelf extends substantially perpendicularly from the front edge 210 of the support surface 206. In the illustrated construction, the front wall 222 is shorter than the back wall 218 and includes a rod 258 coupled to the third leg 246 of each J-bracket 234 and extending generally the width of the shelf 26. In some constructions, the shelves 26 may not include a front wall 210. In other constructions, the front wall 210 may be taller, and may include multiple rods or be formed by a solid surface.
The side walls 226 of each shelf 26 are defined by rods 262 that extend from the rod 258 of the front wall 222 rearwardly and upwardly to the back wall 218. The rods 262 act as a barrier for the merchandise and support the front edge 210 of the support surface 206 by directing any loads to the back wall 218 and ultimately the mounting brackets 230. The rods 262 extend a distance outwardly from the support surface 206 such that the shelves 26 may be nestably stacked one upon the other. In some constructions, the rods 262 of the front wall and side walls 226 may be formed from a single piece of material (see
The mounting brackets 230 of each shelf 26 are fixed to and extend from the back wall 218. Each mounting bracket 230 includes a first mounting member 266 and a second mounting member 278. The first mounting member 266 includes a first leg 270 extending generally rearwardly from the back wall 218 and a second leg 274 extending generally upwardly and slightly forwardly from the first leg 270. The first mounting member 266 is shaped so that mounting the shelf 26 to the second members 42 involves rotating the shelf upwardly and inserting the second legs 274 of each mounting bracket 230 into selected apertures 114 of the second members. Once received within the apertures 114, the shelf 26 is rotated downwardly such that the first leg 270 is positioned within the aperture 114 and the second leg 274 is positioned behind the aperture and engages the inner surface of the second member 42. The second mounting members 278 extend rearwardly from the back wall 218 and are configured for engagement with other apertures 114 of the plurality of apertures when the support surface 206 is substantially perpendicular to the second member 42.
In the illustrated construction, each shelf 26 is formed from a plurality of rods. The rods generally are welded, soldered, or brazed to one another. In alternate constructions, each shelf 26 may be formed from a stamped piece of sheet material (e.g., steel), molded from plastic, or formed from various combinations of suitable materials. In the illustrated construction, the shelves 26 are substantially identical, however, in other constructions certain shelves may be configured differently than other shelves, for example, for support of a variety of specific product types. In some constructions, dividing walls, retaining mechanisms, signage, and the like may be attached to or formed with each shelf to accommodate the merchandise to be displayed.
The number of shelves 26 used and the spacing at which they are positioned along the second member 42, 42′ can be selected to correspond to the size, shape, and quantity of the merchandise to be displayed. In some constructions, the shelves 34 may be positioned at a greater distance from adjacent shelves 34 to provide increased clearance, while, in other constructions a combination of different types of shelves may be installed to permit different types of merchandise to be displayed.
Typically the shelves 26 are installed from the bottom working upwardly, to assure that neighboring shelves 26 do not interfere with the installation process. Furthermore, alternate forms of installing the shelves onto the uprights may be used dependent upon the style of shelf and the type of mounting brackets being used.
As shown in
Claims
1. A shelving unit comprising:
- a shelf; and
- an upright assembly for supporting the shelf, the upright assembly including a first member and a second member pivotably coupled to the first member, the upright assembly having a folded configuration wherein the first member extends substantially parallel to and is at least partially received by the second member, and a deployed configuration wherein the first member is angled relative to the second member.
2. The shelving unit of claim 1, wherein the upright assembly includes a third member pivotably coupled to the first member.
3. The shelving unit of claim 2, wherein the third member is at least partially received by the second member in the folded configuration.
4. The shelving unit of claim 2, wherein the shelf is removably coupleable along the second member.
5. The shelving unit of claim 1, wherein the upright assembly is a first upright assembly and the shelving unit further includes a second upright assembly spaced a distance from the first upright assembly.
6. The shelving unit of claim 1, wherein the shelf is one of a plurality of shelves, and wherein the plurality of shelves are nestable with one another when the shelves are not supported by the upright assembly.
7. The shelving unit of claim 2, wherein the members of the upright assembly are each angled relative to each other in the deployed configuration.
8. A shelving unit comprising:
- an upright assembly including a first member, a second member pivotally coupled to a first end of the first member, and a third member pivotally coupled to a second end of the first member, the upright assembly having a deployed configuration wherein the members are each angled relative to each other, and having a folded configuration wherein two of the members are nested within the remaining member; and
- a shelf supported by the upright assembly when the upright assembly is in the deployed configuration.
9. The shelving unit of claim 8, wherein when the upright assembly is in the deployed configuration, a first end of the second member is coupled to the first end of the first member, and a second end of the second member is coupled to a central portion of the third member.
10. The shelving unit of claim 9, wherein the first and third members are nested within the second member in the folded configuration.
11. The shelving unit of claim 8, wherein the second member is sized to receive at least a portion of the first member, and wherein the first member is sized to receive at least a portion of the third member, both when the upright assembly is in the folded configuration.
12. The shelving unit of claim 9, wherein the second member defines a plurality of mounting locations along its length, and wherein the shelf is removably coupleable to any one of the mounting locations.
13. The shelving unit of claim 8, wherein the shelf is one of a plurality of substantially identical shelves, and wherein the shelves are stackable one upon the other such that at least a portion of one shelf is at least partially received within a portion of another shelf when the shelves are not supported by the upright assembly.
14. The shelving unit of claim 8, wherein the upright assembly is a first upright assembly, the shelving unit further comprising a second upright assembly spaced a distance from the first upright assembly, and a spanning member extending between the first and second upright assemblies.
15. A shelving unit comprising:
- a first upright assembly including a first member, a second member pivotably coupled to the first member, and a third member pivotably coupled to the first member, the upright assembly having a deployed configuration wherein the members each form an angle relative to another member, and a folded configuration wherein the first member and the third member are nested within the second member, the second member defining a plurality of mounting locations along its length; and
- a plurality of substantially identical shelves to be supported by the upright assembly, the shelves stackable one upon the other when they are not supported by the upright assembly such that at least a portion of one shelf is receivable within a portion of another shelf, and wherein each shelf is removably coupleable to any one of the mounting locations.
16. The shelving unit of claim 15, wherein in the deployed configuration one end of the second member is coupled to a first end of the first member, and wherein an opposite end of the second member is coupled to a central portion of the third member.
Type: Application
Filed: Apr 28, 2010
Publication Date: Nov 3, 2011
Inventor: Blake Daily (Chicago, IL)
Application Number: 12/769,464