This invention relates generally to gift cards and more particularly to a device for holding and displaying gift cards while providing indicia and/or audio recordings selected or provided by the purchaser to personalize the gift.
Transaction cards, stored value cards, or gift cards as they are commonly called based upon their intended use, have become popular gifts. Gift cards typically comprise a stored value card whereby a certain cash equivalent value is encoded upon a magnet strip applied to the surface of the card. This stored value may be determined by the vendor prior to packaging and display for sale or, more commonly, is selected at the point of sale by the purchaser and loaded by the cashier using a magnet card reader/writer. While popular, gift cards are typically provided with a generic and impersonal design, typically identifying only the associated merchant for which the card may be used to purchase merchandise, and therefore are not personalized in view of the intended recipient.
Gift cards are often presented for sale on display racks in stores. The cards are typically attached to a carrier panel via removable adhesive or plastic wrap and the carrier panel is hung upon a display stand peg. Alternatively, gift cards may be sold in a packet. A given area of a store will only support a certain number and size of display stands, given store traffic and other considerations, which makes allocation of display space an important marketing decision that may require selecting only certain high selling cards for display. Display of other items in the same store area will typically reduce the substantially finite space available for displaying gift cards.
In addition to the above considerations, gift cards must fit within a set allocated space in pre-existing displays. A gift card carrier panel or packet must not exceed 5.25″ tall and 4″ wide. These dimensions are an industry standard and are typically non-negotiable. In addition, for gift cards that use barcodes the carrier panel must have a 0.75″ tall×3.125″ wide die cut window to provide access to the C128 barcode on the gift card when affixed to the carrier. In order to properly hang each gift card, carrier panels or associated hang tags must also include a J-hook hole (sombrero cut) with the exact dimensions of 1.875″ wide by 0.5″ high and be placed 0.1875″ from the top of the carrier panel or hang tag. Presently, the above requirements pertain to approximately 95% of all gift cards that are sold at retail.
What is needed, therefore, particularly among competing gift card purveyors, is a means for distinguishing a gift card line from other lines while not requiring additional display space or displacing gift cards from display. Additionally, gift cards are by their nature a relatively generic gift in that they are selected primarily according to monetary value or denomination and, perhaps, associated vendor. What is further needed is a means to not only distinguish a line of gift cards from among other lines but to personalize the gift of the card to the recipient.
The purpose of this invention is to provide a gift card holder that bears indicia for indicating the name of the sender and recipient of the gift card, decorations of various styles or themes, a slot for inserting a gift card into the holder, and means for providing a removable, associated gift card that may be readily accessed by a store cashier for activation. The gift card may be attached to holder carrier panel using removable adhesive so that the card may be removed at the point of purchase for loading with a stored value or activation. Alternatively, the carrier panel may be provided with a horizontal crease or with sufficient flexibility so that it may be bent away from the gift card to expose the gift card magnetic strip for swiping through a magnetic card reader. As a further alternative, a horizontal score may be cut along carrier panel at 1.25″ above the lower margin of the attached gift card so that the carrier panel be bent away from the card at the score to provide access to the card magnetic strip. In the case of a gift card encoded using a bar code, the carrier panel may include a window formed in the carrier panel so that the bar code may be accessed and scanned through the back of the carrier panel. Prior to giving the gift card to the gift recipient, the card is installed within a pocket provided in the holder by the gift giver so that the personalized holder is what is first viewed by the gift recipient versus simply a generic gift card.
The gift card holder is specifically designed to enhance the value of a gift card while not taking additional display space, by adhering to industry dimensional standards for gift cards and associated packaging (carrier panels or packets).
The gift card holder typically includes a carrier panel for holding a removably attached gift card via temporary or removable adhesive or other means and a flap attached forward of the carrier panel to cover and obscure the gift card when the holder is presented for sale. The flap may include decorative elements or information and may include additional flaps or pages to form a greeting card or booklet.
One embodiment of a gift card holder may include a relatively planar carrier panel that includes a means such as removable adhesive for holding a gift card to a forward surface of the carrier panel. A presentation portion typically comprising one or more flaps is attached to the carrier panel and is folded over a portion of the forward surface of the panel to obscure the gift card from view when the gift card is attached to the forward portion.
Another embodiment of a gift card holder may include a relatively planar carrier panel having a forward surface, a presentation portion attached to the carrier panel and folded over a portion of the forward surface, and a gift card removably attached to the forward surface so that the presentation portion overlies the gift card. The gift card includes a bar code on its rearward surface and a window in the carrier panel is in alignment with bar code so that the bar code may be viewed through the window.
Another embodiment of a gift card holder may include a relatively planar carrier panel having a forward surface, a presentation portion attached to the carrier panel and folded over a portion of the forward surface, and a gift card removably attached to the forward surface so that the presentation portion overlies the gift card. The gift card includes a magnetic strip on its rearward surface. A crease formed in the carrier panel overlies the rearward surface along a line above the magnetic strip so that the portion of the panel below the crease may be bent away from the rearward surface to reveal the bar code.
Other advantages of the invention will become apparent from the following description taken in connection with the accompanying drawings, wherein is set forth by way of illustration and example an embodiment of the present invention.
As required, detailed embodiments of the present invention are disclosed herein; however, it is to be understood that the disclosed embodiments are merely exemplary of the invention, which may be embodied in various forms. Therefore, specific structural and functional details disclosed herein are not to be interpreted as limiting, but merely as a basis for the claims and as a representative basis for teaching one skilled in the art to variously employ the present invention in virtually any appropriately detailed structure.
Referring now to
Indicia on the inside surfaces of the holder 100 may be provided to indicate the identity of the gift giver and recipient, i.e. “to/from” indicia 165. Any of the viewable surfaces of the presentation portion 110 or carrier panel 105 may include any desired text, graphic designs or further indicia such as indicia 170 including lines for the gift giver to write upon to indicate gift card monetary value and to provide a message to the recipient.
As an alternative to bar code encoding, the gift card 135 may include a magnetic strip for storing a selected stored value and other information. In one embodiment, at the point of sale the card 135 is detached from the carrier panel 105 and the magnetic strip is loaded with a selected stored value by passing the card 135 through a magnetic strip reader equipped with appropriate software and hardware for completing the transaction. In a preferred embodiment, a horizontal crease or score is placed along the carrier panel at approximately 1.25″ from the bottom of the gift card 135 so that the carrier panel may be bent away from the card 135 at the crease or score to expose the magnetic strip for scanning/swiping without the need to remove the card 135 from the carrier panel 105.
Gift cards 135 are often presented for sale on display racks in stores. A typical display rack 200 arrayed with gift card packs 205 in the prior art is shown in
The gift card holder 100 of the present invention is specifically designed to enhance the value of a gift card 135 by adding a presentation portion 110, while not taking any additional viewable display space on the display rack 200. This is achieved by providing a holder 100 that provides the added value of a presentation portion 110, while still providing accessibility to the gift card 135 at the point of sale via the carrier panel 105, with the entire holder 100 assembly remaining within the standardized size constraints already in effect upon gift cards 135 and carrier panels in the prior art.
Further alternative embodiments include a gift card holder 100 in which the presentation portion 110 may be torn from the hang tag portion 125 along a line of perforations therebetween, and a gift card holder 100 including audio record and playback functionality as disclosed in patent application Ser. No. 61/183,891, hereby incorporated by reference.
The holder 100 components may comprise cardboard, heavy paper, plastic, foam board or any sufficiently resilient material.
This application claims the benefit of the prior filed, provisional application Ser. No. 61/228,248, filed Jul. 24, 2009.
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Number | Date | Country | |
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61228248 | Jul 2009 | US |