[0001] The present invention relates to devices for visual communications to be applied
on shelves for exposing goods sold in shops, supermarkets and the like, and in particular
to a vertical pole holder for flag-like mounted promo cards.
[0002] Commonly used holders for promo cards to be mounted in a flag-like fashion usually
comprise a clip cursor shaped to be easily installed by a snap action on a front molding
or channel of a shelf and along which may be slided.
[0003] The document EP-A-0 919 980 discloses one of these known promo card holders.
[0004] The mounting of said holders in clip-cursors slidingly fitted in a front channel
shaped molding of shelves interferes with the disposition of price tags into the front
channel for which the front channel is primarily destined and the clip cursor and
the promo card held by the upright support mounted on the clip cursor may be subject
to buffets and accidental shifts that may disarrange the price tags inserted in the
channel.
[0005] On the other side, shelves commonly have blind or through holes at regular intervals
along their front edge for receiving engagement pins of front railing to prevent the
falling off of the goods stocked on the shelf. The shelves are often inclined for
letting the remaining goods slip by gravity against the front railing.
[0006] Object of the present invention is a promo card holder that can be realized as a
single piece of plastic by mold injection that exploits at least one of the holes
spacingly aligned at regular intervals along the front edge of the shelf for establishing
a robust anchorage at the holder to the shelf that cannot be shifted by accident and
that differently from the known holders, does not protrude from the front channel
or front molding of the shelf and does not interfere with the price tags inserted
in it.
[0007] Basically, the new card holder of the present invention is constituted by an up-right
portion in the shape of a column, provided with a plurality of elastically flexible
staggered parallel wings, at least two of which have a button that eventually engages
into a respective hole present on the fixing edge of a promo card upon forcibly inserting
it in the gap between the parallel staggered elastic wings. A pedestal at the base
of the upright portion for resting on the surface of the shelf has a broken-line profile.
A first segment of the pedestal has a resting surface laying on a plane substantially
orthogonal to the axis of the column that rises from the upper face thereof and a
second segment of the pedestal has a resting surface that, at rest, has an inclination
comprised between 5° and 10°. The second segment of the pedestal may be forcibly bent
elastically until the resting surfaces of the two segments become at least in part
coplanar. An engagement catch protrudes from the resting surface of the first segment
of the base portion and has a profile defining a notch engaging with the rim edge
of the foremost side of one of holes in the shelf plate, a guide knee defined at the
junction of the parallel edges of two segments of the catch, the lowermost one of
which is slanted and/or displaced rearwardly, and a terminal hook for engaging on
the rim of the rearmost side of a hole in the rearwardly bent bottom portion of the
front channel-shaped molding portion of the shelf The engagement is carried out by
forcing the catch into a hole in the shelf plate and into a hole in the underlying
rearwardly bent portion of the front channel-shaped molding portion of the shelf,
overcoming the elastic force contrasting the flattening of the segmented pedestal
onto the shelf plate and contrasting the bending of the catch as far as the terminal
hook finally surmounting and hooking on the rearmost rim of the bottom hole.
[0008] The different aspects and advantages of the invention will appear even more evident
through the following description of a preferred embodiment and by referring to the
attached drawings, in which:
Figure 1 shows the card holder of this invention and of the cross sectional profile of the
front edge of a shelf on which the card holder is installable;
Figure 2 shows the card holder of this invention anchored in one of the holes present along
the front edge of the shelf;
Figure 3 is a three-dimensional view of the card holder showing the way in which a promo card
provided with holes along the engagement edge is inserted in the card holder;
Figure 4 is a three-dimensional view of the card holder with a promo card installed in it,
ready to be anchored into one of the holes along the front edge of the shelf.
[0009] In order to make the figures more easily readable, the same elements are identified
with the same numerical reference in all the figures representing the device of this
invention.
[0010] Referring to the figures, the promo card holder 1 is destined to be used on shelf
2 provided with a front channel shaped molding portion into which are normally inserted
printed price tags of the goods 3 and with holes 4 and 5, present at regular intervals
along the front edge of the shelf through the upper flat plate 6 and of through the
rearward bent portion 7 of the front channel molding 3. The holes 4 and 5 are commonly
present for receiving and retaining engagement pins of a wire railing to prevent the
goods from falling off the shelf.
[0011] The promo card holder, labeled as a whole with 1 in the figures, is realized by injection
molding in the form of a single piece of plastic, for example a polycarbonate, acetalic
or polyamidic resin.
[0012] The card holder has a up-right portion, shaped as a column 8, provided with a plurality
of elastic parallel wings 9, staggered among them, such to define, between the two
array of staggered parallel wings, a narrow gap into which inserting a promo card
CP, by forcing the wings 9 apart.
[0013] On the face oriented toward the gap into which a card CP may be inserted, all or
at least some of the wings have a circular button or protrusion, preferably beveled,
that protrudes for the whole width of the separation gap (thickness of the card) into
which the card is forcibly inserted, such to slip over its surface while inserting
it and finally engaging into holes F present along the insertion edge of the promo
card CP (Figure 3).
[0014] The column 8 rises from a pedestal or base, indicated as a whole with 11, that eventually
rests on the shelf plate 6. The profile of the base 11, that is of the lower face
thereof has the aspect of a broken line, a first segment 11a lays on a plane substantially
orthogonal of the column 8 that rises from the upper face thereof. A second segment
11b has an inclination ranging, at rest, between 5° and 10°, in function of the mechanical
characteristics of the molded plastic material used and of an eventual strengthening
upper rib 11c, and is capable of bending elastically until becoming, at least in part,
coplanar to the first segment 11 a.
[0015] An engagement catch, indicated as a whole with 12, extends from the lower face of
the first segment 11a of the pedestal. The profile of the catch portion 12 defines
functional features that cooperate for establishing a robust and stable anchoring
of the holder on the shelf, by exploiting one of the coaxial hole pairs 4 and 5 that
are normally present for other purposes through the shelf plate 6 and through the
underlying rearwardly bent portion 7 of the front channel portion 3 of the shelf.
[0016] The profile defines:
- a notch 13 engaging the rim-edge of the foremost side of a hole 4 through the shelf
plate 6;
- a guide knee 14 defined at the junction of the parallel edges of two segments of the
catch 12, the lowermost one of which is slanted and/or displaced rearwardly;
- a terminal hook 15, capable of surmounting and hooking on the rim of the rearmost
side of the hole 5 in the rearwardly bent portion 7 of the front channel portion 13
of the shelf.
[0017] The anchoring takes place by forcing the catch 12 through a hole 4 of the shelf plate
6 and through the corresponding underlying hole 5 in the rearwardly bent portion 7
of the front channel molding portion 3 of the shelf. The forced insertion takes place
by overcoming the elastic force contrasting the flattening of the bottom of the segmented
pedestal 11 and the bending of the catch 12, when pushing down the holder as far as
the terminal hook 15 finally surmounts and hooks on the rim of the rearmost side of
the hole 5.
[0018] Figure 2 clearly depicts how, when the engagement is realized, the bending of the
second segment 11b of the pedestal keeps an elastic load force on the retaining hook.
1. A promo card holder (1) for shelves (2) composed of a plate (6) and a front channel-shaped
molding portion (3) for holding price tags and having holes (4, 5) at regular intervals
along the front edge through the shelf plate (6) and though a rearwardly bottom portion
(7) of said front channel portion (3), for receiving and retaining engagement pins
of a wire railing for preventing goods from falling off the shelf, fabricable in a
single piece of molded plastic and having an up-right column (8) with a plurality
of parallel staggered elastically flexible wings (9) for accomodating there between
a promo card, at least two of said wings (9) them having button (10) projecting from
the surface facing toward a gap defined between the parallel wings (9) for engaging
into a hole (F) present along the inserting edge of the promo card (P);
a pedestal (11) for resting on the shelf plate (6), the bottom profile of which is
in form of a broken line, a first segment (11a) of which lies on a plane substantially
orthogonal to the axis of said column (8) and a second segment (11b) is slanted by
an angle that at rest ranges between 5° and 10°, the second segment being capable
of elastically diverge from the first as far as becoming, at least in part, coplanar
with the first segment upon pressing the pedestal (11) onto said plate (6);
a catch (12) extending from the bottom face of said first segment (11a) of the pedestal
and whose profile defines the following features:
notch (13) for engaging with the foremost side of the rim edge of a hole (4) through
the shelf plate (6),
a guide knee (14) at the junction of the parallel edges of two segments of said catch
(12), the lowermost segment of which is slanted and/or displaced rearwardly
a terminal hook (15) for elastically surmounting and hooking on the rim of the rearmost
side of a hole (5) through said rearwardly bent bottom portion (7) of the front channel
portion (3) by overcoming an elastic reaction force contrasting the bending of said
catch (12) and the elastic reaction force contrasting the flattening of the bottom
of said pedestal (11) on the surface of the shelf plate (6).