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Description  |
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This invention relates to display racks. More particularly, this invention
relates to display racks of the type having multiple shelves of adjustable
height.
Adjustable shelf display racks are often used in supermarkets, as well as
other types of stores, to display items of merchandise generally handled
as self-service items. For example, such a display rack is often used to
display cases or cartons of soft drink bottles in supermarkets, the
bottles being removable by the customer in a self-service manner from the
display rack. One of the most important features of such display racks, in
present day merchandising practice, is the attractiveness or appearance of
the rack. It is necessary that the display rack be of a neat and
attractive appearance so as to not offend the customer from an aesthetic
standpoint. Further, it is also important that the display rack provide an
adjustable shelf structure which has no objectionable sharp corners or
protrusions or the like which might provide injury, e.g., scrapes or
nicks, to the customer. Of course, it is also important that the display
rack have shelves that are easily adjusted upward or downward relative to
floor level by non-skilled labor already in the employ of the store, the
position of the shelves depending on the merchandise being marketed from
the display rack.
Display racks with adjustable height shelves are well known to the prior
art. There are numerous different structural embodiments of such display
racks. One commonly used type of display rack makes use of corner posts
having a tubular configuration. The tubular corner posts are provided with
holes along the length thereof to permit mounting of shelves, the holes
being adapted to receive locater tangs or fingers associated with the
shelves, thereby supporting the shelves at the desired vertical position.
While a tubular corner post structure insures that each shelf's locater
tangs or fingers will be held in protective enclosure (since the tangs
protrude into the interior of the tubular corner posts), this is a more
expensive corner post structure than is, for example, a right angle corner
post structure. Further, such tubular corner posts must, to enhance the
aesthetics of the display rack, generally be of a costly tubular material,
such as burnished chrome.
Therefore, it has been one objective of this invention to provide a display
rack having an angular, i.e., non-tubular, corner post structure that is
provided with a removable decor insert.
It has been a further objective of this invention to provide a display rack
wherein each corner post structure is of an angular, and preferably a
right angular, cross-sectional configuration, shelf locater fingers
interconnecting with holes in the post structure to retain the shelf in
fixed vertical position, and wherein a decor strip is connectable with the
corner post for enclosng that finger and locater hole structure from sight
when the corner post's external surface is viewed by an observer.
In accord with these objectives, the preferred display rack structure of
this invention includes a corner post of an angular, non-tubular
configuration, and includes a plurality of shelf locater hole pairs
provided along the length of the post. A shelf support clip is adapted to
seat on the inside surface of the corner post, the clip including a pair
of fingers that extend through a cooperating pair of the holes in the post
at the desired shelf level. A decor strip is slidably received in a
guideway defined on the external surface of the corner post, thereby
hiding the clip's fingers and the unused locater holes from sight when the
corner post's external surface is viewed by an observer. The shelf
includes an edge wall depending from a support surface, that edge wall
being trapped between the clip and the internal surface of the post to
restrain the shelf in seated relation on the clip, thereby locating the
shelf at the desired vertical position on the display rack.
Other objectives and advantages of this invention will be more apparent
from the following detailed description taken in conjunction with the
drawings in which:
FIG. 1 is a perspective view illustrating an erected display rack in accord
with the principles of this invention;
FIG. 2 is a view similar to FIG. 1 but showing the display rack in a
disassembled position;
FIG. 3 is a cross-sectional view of a corner post taken along line 3--3 of
FIG. 1;
FIG. 4 is a blown-up broken away perspective view illustrating a section of
a corner post and a shelf clip in connected combination; and
FIG. 5 is a cross-sectional view taken along line 5--5 of FIG. 1.
As illustrated in FIG. 1, the display rack of this invention includes four
corner posts 10, a head frame 11, a base frame 12, and four shelves 13,
all of which are connected together to form a rigid display rack unit. The
head frame 11 and the base frame 12 are connected to the four corner posts
10 by bolts 14 and nuts 15. The shelves 13 are connected with the four
corner posts by shelf support clips 16, the shelf support clips being
selectively positionable on the corner posts along the length thereof,
thereby permitting the height of the shelves to be adjusted as desired
relative to the floor on which the display rack rests.
As shown in FIGS. 3 and 4, each corner post 10 is comprised of a generally
right angular member having an external surface 17 and an internal surface
18, and has a right hand side wall 19 and a left hand side wall 20 as
viewed from the external surface. Edge 21 of each side wall 19 or 20 of
the right angular post 10, from the top 22 to the bottom 23 thereof, is
provided with a decor strip connector structure in the form of an
outwardly turned lip 24. The U-shaped lips 24 along each edge of the
corner post 10 cooperate to define a right angle shaped guideway that
extends longitudinally of the corner post. As particularly illustrated in
FIG. 3, the outwardly turned lip 24 on the outer edge of each side wall
19, 20 includes an inner lip portion 25 offset inwardly from the adjacent
wall 26 of the post's corner rib 27, the inner lip portion being connected
therewith through web 28. Outer lip portion 29 of the U-shaped lip member
24 is parallel to the inner lip 25, and is spaced from the inner lip 25 so
as to define a gap G therebetween but also so that the external surface 30
thereof is substantially coplanar with the external surface 31 of the
adjacent corner rib wall 26. The corner rib walls 26, 26 cooperate to
define the corner rib 26, 26 of the corner post 10. Further, and
importantly as will appear below, the outer lip portion 29 is of
substantially shorter length L than the length L' of the inner lip portion
25, thereby exposing the external face 17 of section S of the side wall 19
or 20 to an observer. The inwardly offset section S of the corner post 10
(which does not overlie the outer lip 24), on each side 19, 20 thereof, is
provided with a series of spaced holes 32 along the post's length. The
holes 32 in sides 19, 20 are paired, and are adapted to receive the shelf
support clips 16 in seated relation therewith on finger seat edges 50 as
is described in detail below. The corner posts 10 may be fabricated of
extruded aluminum, or otherwise from a material of substantial strength.
A decor strip 41, adapted to connect with each corner post 10 is
illustrated in detail in FIGS. 3 and 4. The decor strip 41 is receivable
or engageable with the guideway defined by U-shaped lips 24 along the
corner post's edges, the strip being longitudinally slidable or receivable
into connected engagement with the corner post. The decor strip 41 also is
in the general configuration of a right angle member. Each side wall 42,
43 of the decor strip 41 terminates in a foot 44 offset from the general
plane 69 of that side wall a distance D about equal to the thickness of
the metal from which the corner post 10 is fabricated. The width of the
decor strip's side walls 42, 43 are sized so that, when the side walls
overlie or are mated with the external faces 31 of the corner post's rib
27, feet 44 are received in U-shaped or outwardly turned lips 24 of the
corner posts, thereby retaining the decor strip in fixed relation with the
corner post 10, see particularly FIG. 3. Since the offset distance D of
each foot 44 from its respective side wall 42, 43 of the decor strip is
about equal to the thickness of the metal used to fabricate the corner
post 10, substantial parallelism of each side wall section 42, 43 of the
decor strip 41 is maintained relative to the adjacent side wall section
25, 26 of the corner post 10 when the two are interconnected. The decor
strip may be fabricated of a colored vinyl, or chrome, or the like.
The corner post 10 structures are secured together at the top 22 and bottom
23 by the head frame 11 and the floor frame 12, respectively. The head
frame 11 is in the nature of four vertical panels 51, each having an
inwardly turned lip 52 along the bottom edge 53 thereof. Each panel 51 is
adapted to be secured between paired right 19 and left 20 side walls of
opposed corner posts 10 on the external faces 17 thereof by suitable nuts
15 and bolts 14. When the vertical head panels 51 have been located in
place, the inwardly turned lower lips 52 of the head panels define a frame
upon which head plate 54 may be seated, thereby defining a ceiling for the
display rack. The floor frame 12 includes a floor 55 having downwardly
depending side walls 56 of substantial depth. The floor 55, 56 structure
is sized to fit flush against the internal faces 18 of the corner posts'
side walls 19, 20 when the display rack is assembled. The floor 55, 56
structure is held in fixed relation with the corner posts by two pairs of
bolts 14 and nuts 15 at each corner connecting the post with the side
walls 56.
Each shelf 13 is fabricated of a single metal sheet having a generally
planar shelf portion 61, and downwardly turned edge 62 portions on each of
the four edges 63 of the shelf. It is the edge portions 62 which, in
combination with the planar shelf portion 61, interrelate with shelf
support clips 16 to hold the shelf 13 in the desired vertical position
relative to the corner posts 10 and, hence, relative to floor level, see
FIGS. 4 and 5. A typical shelf support clip 16 for use with the display
rack of this invention is of the same general angular cross section
geometry as the corner post 10, i.e., is of a generally right angular
structure. The shelf support clip 16 includes two pairs of fingers 64a,
64b, and 65a, 65b protruding outwardly and downwardly from the external
faces 66 of the clip's side walls 57, 58. Each pair 64, 65 of fingers is
located in a phantom plane 59 transverse to the longitudinal axis 60 of
the clip 16 (which axis 60 is parallel to the longitudinal axis 71 of the
corner post 10 when the clip and post are assembled), and each pair of
fingers 64, 65 is spaced one from the other along the clip's axis 60 a
distance H which is the same as the distance H' between the finger seat
edges 50 of successive square holes 32 in the corner post 10. Note that
the fingers 64, 65 are spaced outwardly from the external surface 66 of
the angle member clip 16 a distance K slightly greater than the thickness
T of the metal from which the corner post 10 is formed, and about equal to
the combined post thickness T and thickness T' of the metal sheet from
which each shelf 13 is fabricated. Such permits insertion of the edge wall
portions 62 of each shelf 13 into the gap established between the internal
surface 18 of the corner post's leg section 25 and the external surface 66
of the shelf support clips 16 when the post 10 and clips 16 are assembled,
the shelf portion 61 resting on top edges 70 of the clips, thereby
supporting the shelf in the desired height position relative to the floor.
Note that the top edges 70 of each shelf clip 16 are slightly flared
inwardly; such facilitates insertion or engagement of the shelf 13 in
seated relation with the clips 16 once the clips are mounted on the posts
10. Although the clips 16 have been shown with two pairs 64, 65 of fingers
per clip, it will be understood that the shelf support clips may be
fabricated with only one pair of fingers as well.
In use, and to assemble the display rack of this invention, the decor
strips 41 may first be removed from the corner posts 10. As a first step,
each of the four corner posts 10 is connected at a respective corner of
the floor frame 12 by bolts 14 and nuts 15, holes 75 being provided at the
foot of each corner post 10 on each side wall 19, 20 of the corner post to
mate with respective holes 76 provided in the floor frame's side walls 56.
Such corner post holes 75 are located within that section S of side walls
19, 20 between the offset portion 28 and outer leg 30 of foot 24 in each
side wall 19, 20. Such a hole 75 location permits the decor strip 41 to
cover the bolt's heads 77 when the bolts are installed through the corner
post 10 during erection of the display rack.
As a second step, the shelves 13 themselves may be positioned on now
vertical corner posts 10, shelf support clips 16 being interconnected with
each of the four corner posts at the desired level of the shelves relative
to ground level. As previously noted, the shelf support clips 16 are
seated on the internal surface 18 of the angle corner posts 10 with
fingers 64, 65 of the clips extending through square locater holes 32 in
the corner posts and depending downwardly over the corner post's exterior
surface so as to seat or locate the shelf clips in fixed position with
each corner post, see particularly in FIGS. 3 and 4. Note that the locater
holes 32 for shelf clips 16 are also formed in section S of the post's
side walls 19, 20, that section being spaced rearwardly from front surface
plane 30, 31 of each of the post's side walls (which plane 30, 31 defines
the right angle configuration of the post 10). In this seated attitude of
each shelf support clip 16, and because of the extension length K of the
fingers 64, 65 from the external face 66 of the clip, a gap is defined
between the external face of each clip and the internal face 18 of the
post's section S. This gap permits a shelf's depending edge walls 62 to
fit between the support clip 16 and the post 10, and permits the shelf
portion 61 to sit on top edge 70 of the clip, thereby firmly seating and
trapping the shelf 13 in fixed height location on the display rack. After
all shelves have been so positioned, the decor strips 41 are then slidably
received in the guideway defined by the two outwardly turned feet 24 that
run along the outside edges of each corner post 10, the strips thereby
covering the clips' fingers 64, 65 extending onto the external face 17 of
the corner post, as well as the floor frame's bolt heads 77 as previously
mentioned.
Thereafter, the head frame 11 of the display rack may be installed. Such
installation is accomplished by first connecting the bolts 14 and the nuts
15 in suitable holes 78 provided at the top 22 of the corner posts 10
without tightening same, i.e., leaving gaps between the surface plane 30,
31 of the corner post and the bolt heads 77. Each head frame wall or
partition 51 is provided with corresponding bolt holes 79 having a lower
portion 80 of diameter larger than that of bolt heads 77 and an upper
portion 81 of diameter smaller than that of the bolt heads, thereby
permitting each panel to be hung on a pair of bolts 77 provided on each
side wall 19 and 20 of each corner post. Once the head panels 51 are hung
in position, the ceiling panel 54 is then simply placed in operational
position and is so held by the head panel's inwardly turned lips 52. The
head frame's bolts 14 are then tightened so that the display rack
cornerposts are fixedly related at both the top, as well as at the bottom,
of the rack.
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Description |
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