Patent classifications
B42D15/042
ELECTRONIC CARD WITH SECURED SWITCH CONNECTION
An electronic card with secured switch connection includes a circuit board and an insulation sheet; a contact plate and a elastic sheet provided on the circuit board and acting as a switch, the elastic sheet resiliently pressed against the contact plate, the insulation sheet being slidable between the contact plate and the elastic sheet; a U-shaped snap-engaging sleeve provided on the circuit board and located above the contact plate and the elastic sheet, the insulation sheet being slidably inserted in the U-shaped snap-engaging sleeve, one end of the insulation sheet being provided with a through hole, the circuit board and a fixed end of the insulation sheet being fixed on two sides of a folding electronic card respectively. The electronic card with secured switch connection is advantageous in that it can prevent displacement of the insulation sheet.
Bend and tear postcard with pocket
A bend and tear postcard with pocket, having flaps 1 extending from an interior graphics side and an exterior graphics side of a postcard. The flaps fold inwards toward the interior graphics side at fold of flaps. Flaps extend from the interior graphics side and the exterior graphics side of the postcard, the flaps fold inwards toward the interior graphics side. Flaps extending from the interior graphics side and the exterior graphics side of the postcard, the flaps fold inwards toward the interior graphics side and are glued to a glue area of the interior graphics side. A peelable adhesive strip or glue adheres to a bend and tear-away closure.
Payment Card Enclosure System and Methods of Manufacturing and Use
A three sectioned payment card enclosure includes a flap that is partially cut out from one of the sections. The flap includes an attachment portion with an adhesive for securing payment cards thereto. The flap is displaced from the surrounding section of the payment card enclosure such that when the recipient opens the card, the payment card resides above and away from the surface of the surrounding section
System and Process for Manufacturing Animated Papers using Digital Printing
Innovative animated paper (100) that includes fold lines (300) each of which consists of two or more parallel fold grooves (301). The bottom (302) each fold groove (301) is narrow compared with its upper part (303). In addition, a system and process for the manufacture of animated papers products using digital printing, which includes the following components and stages: software that offers a selection of three-dimensional paper product models. The software enables the user to choose a specific model from the selection of models, to design graphics for the selected model, and to send the graphic design to the printing house as a ready-for-print file. The printing house maintains a stock of pre-prepared paper for these models, which has already undergone processes of cutting. The printing house then receives the ready-for-print file from the software and prints the graphics on the relevant pre-prepared paper for the selected model.
ARTICLE WITH REMOVABLE THREE-DIMENSIONAL OBJECT
A greeting card may include multiple panels with at least one object positioned between the panels. The object(s) may include multiple individual members arranged in a lattice configuration. At least one flap may connect the object(s) to at least one of the panels, where the flap(s) may be separable from the object(s) at a weakened portion such that the object(s) are removable from the panel(s).
REUSABLE ENVELOPE
A reusable envelope has one or more spaces thereon where address, return labels and/or postage can be removably placed or permanently affixed such as for finite number of shipments using a permanently affixed postage area, for example. The reusable envelope also includes a resealable closure allowing the interior of the envelope to be closed and reopened multiple times for multiple uses (shipments, receiving) or optionally to use a finite number of times by exposing the permanent adhesive to the flat and mating surface depending on user preference.
Sheet with feeding perforation
A printable sheet assembly and method provide for feeding cardstock sheets through a printer. The printable sheet assembly may include a first fold region. The first fold region comprises a robust perforated line disposed horizontally across the sheet assembly. The printable sheet assembly may include a second fold region. The second fold region may comprise a second robust perforated line disposed horizontally across the sheet assembly. The sheet assembly may include a product such as a name tag, business card, label, or card formed into the sheet assembly and configured to be processed through a printer device to receive indicia thereon.
Digital asset generation and communication
Methods and systems are provided that include receiving an instruction to associate a unique identifier with a digital presentation, where the unique identifier is associated with a tangible object, receiving a first digital asset from a first remote device, determining a first media component to prepend to the first digital asset, determining a second media component to append to the first digital asset (which influences the determination of the first media component or the second media component), incorporating the prepended content, digital asset, and appended content into the digital presentation, and associating the unique identifier with the digital presentation in a data store.
Greeting card assembly with simulated instrument play
A greeting card assembly having an electronics unit is embedded into the card. Electronics that play a length of music containing consecutive notes that can be selectively played over the speaker. A graphic of at least one instrument is displayed in the card. At least one activation sensor is provided within the graphic. Each activation sensor can be triggered by touching the graphic where the activation sensor is located. When an activation sensor is triggered, the electronics unit plays only one or two notes from the length of music. In this manner, to play the full length of music, the activation sensor must be repeatedly triggered. By strategically positioning the activation sensor in the graphic of the instrument, the repeated triggering of the activation sensor provides the appearance that a user is actually playing the instrument depicted in the graphic.
CELEBRATION KIT
A kit for creating a scene to celebrate an event includes a main element and a mat that defines an area of the scene. The mat may have a design graphic printed thereon that corresponds to a theme of the event. The mat is configured to support auxiliary elements thereon. The kit may include one or more auxiliary elements thematically associated with the event or scene including one or more note cards that corresponds to the event or theme and a banner that includes a message board for conveying a message displayed on a front surface of the message board and that is configured to extend over the scene. The kit includes a template that is a visual representation of where to position the auxiliary elements upon the mat.