An apparatus, method and system for use in the shipment, delivery, and display of flowers. The apparatus comprises a preferably translucent enclosure with a lid, housing a removable tray assembly. The removable trays have aligned openings for the insertion of flower stems. The enclosure itself is configured to be stacked conveniently on a pallet for bulk shipment and delivery. The system and method comprise providing an interface for users to order flowers contained in the enclosure and delivering the enclosure with a customized multimedia electronic greeting.

An apparatus, method and system for use in the shipment, delivery, and display of flowers. The apparatus comprises a preferably translucent enclosure with a lid, housing a removable tray assembly. The removable trays have aligned openings for the insertion of flower stems. The enclosure itself is configured to be stacked conveniently on a pallet for bulk shipment and delivery. The system and method comprise providing an interface for users to order flowers contained in the enclosure and delivering the enclosure with a customized multimedia electronic greeting.

A system, includes a gown (100), optionally a drape (200), and a handbill (500). The handbill includes a physical substrate (501) defining a first major face (502) and a second major face (503). A package (400), which can be transparent, ha situated therein the gown in a folded state, the drape in a folded state, and the handbill with the handbill abutting an interior surface (901) of the package. The handbill includes an instruction (503) disposed along the first major face to pass the substrate beneath a door after transforming the gown from the folded state to a donned state.

A system, includes a gown (100), optionally a drape (200), and a handbill (500). The handbill includes a physical substrate (501) defining a first major face (502) and a second major face (503). A package (400), which can be transparent, ha situated therein the gown in a folded state, the drape in a folded state, and the handbill with the handbill abutting an interior surface (901) of the package. The handbill includes an instruction (503) disposed along the first major face to pass the substrate beneath a door after transforming the gown from the folded state to a donned state.

A printable blank sheet includes a top substrate, a center layer adhered to the top substrate with a permanent adhesive, and a release liner adhered to the center layer with a removable adhesive. Perimeter cut lines extend through the top substrate and the center layer of the printable blank sheet and define a perimeter of an object blank in the printable blank sheet. A center cut line extends through the top substrate and into but not through the center layer on the object blank that defines a first object half and a second object half of the object blank.

Embodiments comprise a greeting card with a self-retracting, pullout banner and an activation feature tied a movement of the self-retracting banner. The activation feature may include a visual or audio output and can be provided by an electronic component. The self-retracting banner may be affixed to an edge of the greeting card. A user may extend the banner by pulling the handle away from the greeting card. As such, the self-retracting banner is movable to and between a fully retracted and closed first position and a fully extended and open second position. The activation feature may be a sound activation feature that generates an audio output through a speaker when the self-retracting banner is moved out of the closed first position. Both the activation feature and the self-retracting banner can include content that may supplement a message or artwork included on panels of the greeting card.

The present disclosure relates to systems and methods which allow a user, or multiple users, to remotely record personalized greeting messages and deliver them to a centralized server, for example over the Internet. The centralized server may process one or more audio files and load the message, or combined messages, onto a personalized, physical item for an intended recipient.

A decorative gift wrapping assembly includes a sheet of die-cut decorative gift wrapping paper having a decorative outer surface and an inside surface opposite the decorative outer surface, the decorative outer surface includes a graphic design element printed, coated or otherwise applied thereto. The sheet of die-cut decorative gift wrapping paper includes a central core section with flaps extending therefrom with a gift box positioned and affixed on the central core section with the flaps folded. A user unfolds the die-cut sheet of decorative gift wrapping paper to reveal the gift box, a gift item is placed inside a cavity defined by the gift box, and the flaps are wrapped about the gift box using pre-placed peel and stick adhesives.

The invention concerns a 3D pop-up card having a foldable base card which has an inner side and an outer side, the base card being foldable along a fold and being reversibly transferable from a folded, closed state to an unfolded, open state, wherein a foldable figure is fixed to the inner side of the base card and the foldable figure unfolds autonomously into a three-dimensional structure when the base card is transferred into an open state, wherein the base card is double-layered, the layer which is on the inside in the closed state having at least one slit on each of the two sides of the fold the base card and the foldable figure being connected to one another via L-shaped connecting pieces, and the first leg of an L-shaped connecting piece engaging in a slit and the second leg of an L-shaped connecting piece being attached to the foldable figure.

A customizable greeting card system. The customizable greeting card system includes a greeting card. The greeting card has an outer face displayed oppositely of an inner face. The inner face is designed to include a parallel circuit therein. The parallel circuit includes a power source, as well as a number of electronic devices. Each electronic device has a power receiver that receives power from the power source. The electronic devices are programmed to perform at least one desired function.