Abstract: A method of making magazine formats in the form of signatures that include a flat 3-D piece that is die-cut from a web on a web press, which produces a plurality of such identical signatures as part of a high speed operation. The flat 3-D piece is located at the upper edge of one sheet and is freed from the remainder of the page on which it is die-cut when the lateral edges of the folded signature are trimmed.

Abstract: A method of making magazine formats in the form of signatures that include a flat 3-D piece that is die-cut from a web on a web press, which produces a plurality of such identical signatures as part of a high speed operation. The flat 3-D piece is located at the upper edge of one sheet and is freed from the remainder of the page on which it is die-cut when the lateral edges of the folded signature are trimmed.

Abstract: Methods for making magazines that incorporate pop-up structures formed from two facing pages of the magazine and a strategically placed pop-up piece that is adhesively affixed to both facing pages so as to open into an attention-attracting three-dimensional configuration when the magazine is opened to those two pages. The methods are efficient, economical and well adapted to high speed production using a novel integral continuous strip of pop-up pieces arranged end-to-end, and accordingly, the distribution of magazines incorporating three-dimensional pop-up structures becomes a reality.

Abstract: To provide pop-up items a plurality of individual sheet material structures are die-cut in composite sheet material consisting of a front sheet and a rear liner sheet of release-coated material joined together by having a pressure-sensitive adhesive (PSA) pattern between the rear surface of the front sheet and the front surface of the rear liner sheet so that, upon separating the sheets, PSA releases from the release-coated rear sheet and adheres to the front sheet in at least desired regions. A folded structure results from the interconnection between panels of the structure constituting a pop-up element in which two individual flag panels are joined together, as by being affixed to each other by PSA. When the pop-up element is placed between a pair of facing panels of a folded basepiece, a PSA-carrying subpanel becomes affixed to facing surfaces of the panels, and upon pivoting of the sheets or panels to the open position, the pop-up element assumes an attention-attracting, 3-dimensional configuration.

Abstract: To provide pop-up items a plurality of individual sheet material structures are die-cut in composite sheet material consisting of a front sheet and a rear liner sheet of release-coated material joined together by having a pressure-sensitive adhesive (PSA) pattern between the rear surface of the front sheet and the front surface of the rear liner sheet so that, upon separating the sheets, PSA releases from the release-coated rear sheet and adheres to the front sheet in at least desired regions. A folded structure results from the interconnection between panels of the structure constituting a pop-up element in which two individual flag panels are joined together, as by being affixed to each other by PSA. When the pop-up element is placed between a pair of facing panels of a folded basepiece, a PSA-carrying subpanel becomes affixed to facing surfaces of the panels, and upon pivoting of the sheets or panels to the open position, the pop-up element assumes an attention-attracting, 3-dimensional configuration.

Abstract: An assortment of two-sided puzzles are illustrated which are particularly suitable for use as promotional vehicles, postcards and game or novelty items. One embodiment employs a transparent backing sheet to which a set of puzzle pieces are attached by pressure-sensitive adhesive to one surface which set can be reassembled in a frame region to display a hidden promotional message. A postcard embodiment uses a similar transparent backing sheet to create a novelty piece wherein a plurality of interfitting pieces can be rearranged through the use of pressure-sensitive adhesive backings to either unscramble a message or uncover a scrambled visual pictorial. Another embodiment prints both sides of two sheets that are then laminated together via pressure-sensitive adhesive to create a lamination that contains a pair of puzzles that are solved through the use of a visage that only becomes exposed to view once a set of die-cut puzzle pieces is removed.

Abstract: To provide pop-up items a plurality of individual sheet material structures are die-cut in composite sheet material consisting of a front sheet and a rear liner sheet of release-coated material joined together by having a pressure-sensitive adhesive (PSA) pattern between the rear surface of the front sheet and the front surface of the rear liner sheet so that, upon separating the sheets, PSA releases from the release-coated rear sheet and adheres to the front sheet in at least desired regions. Some pop-up structures are formed with small panels carrying PSA hinged about fold lines which panels are rotated 180° to provide forward-facing subpanels having exposed PSA regions in the pop-up element.

Abstract: To provide pop-up items a plurality of individual sheet material structures are die-cut in composite sheet material consisting of a front sheet and a rear liner sheet of release-coated material joined together by having a pressure-sensitive adhesive (PSA) pattern between the rear surface of the front sheet and the front surface of the rear liner sheet so that, upon separating the sheets, PSA releases from the release-coated rear sheet and adheres to the front sheet in at least desired regions. Some pop-up structures are formed with two generally symmetrical halves arranged about a fold-line. A folded structure results from the superimposition of one-half of the structure onto the other constituting a pop-up element in which two individual flag panels are joined together, as by being affixed to each other by PSA and in which there are at least two subpanels having exposed PSA-covered surfaces.

Abstract: Pop-up items are provided which can either be mounted in three-dimensional form on a suitable supporting surface by means of pressure-sensitive adhesive carried by the item or can be affixed to facing panels of a letter or pages of a book. Some preferred items include a pop-up element in the form of one or two panels carrying strategically located pressure-sensitive adhesive which permits instant mounting, e.g. between facing panels so that, upon opening, the pop-up element assumes a three-dimensional configuration as a result of the pressure-sensitive adhesive bonding to the surfaces of facing panels or pages. The 3-dimensional pop-up can also be mounted to a suitable supporting surface. A variety of methods for the mass production of such pop-up elements from a continuous web, e.g., a printed and die-cut web from a web press, facilitate their inexpensive fabrication. These pop-up elements are preferably marketed or distributed in groups, e.g.

Abstract: Pop-up items are provided which can either be mounted in three-dimensional form on a suitable supporting surface by means of pressure-sensitive adhesive carried by the item or can be affixed to facing panels of a letter or pages of a book. Some preferred items include a pop-up element in the form of one or two panels carrying strategically located pressure-sensitive adhesive which permits instant mounting, e.g. between facing panels so that, upon opening, the pop-up element assumes a three-dimensional configuration as a result of the pressure-sensitive adhesive bonding to the surfaces of facing panels or pages. The 3-dimensional pop-up can also be mounted to a suitable supporting surface. A variety of methods for the mass production of such pop-up elements from a continuous web, e.g., a printed and die-cut web from a web press, facilitate their inexpensive fabrication. These pop-up elements are preferably marketed or distributed in groups, e.g.

Abstract: Pop-up items are provided in the form of a plurality of individual sheet material structures die-cut in composite sheet material consisting of a front sheet having an overall pressure-sensitive adhesive pattern on the rear surface thereof which causes it to be joined to a rear liner sheet of release-coated material. Each pop-up structure is formed with two generally symmetrical halves arranged about a fold-line, and the folded structure resulting from the superimposition of one-half of the structure onto the other constitutes a pop-up element in which two individual flag panels are joined together, as by being affixed to each other by the pressure-sensitive adhesive and in which there are at least two subpanels having exposed pressure-sensitive adhesive-covered surfaces.

Abstract: Pop-up items are provided which can either be mounted in three-dimensional form on a suitable supporting surface by means of pressure-sensitive adhesive carried by the item or can be affixed to facing panels of a letter or pages of a book. Some preferred items include a pop-up element in the form of one or two panels carrying strategically located pressure-sensitive adhesive which permits instant mounting, e.g. between facing panels so that, upon opening, the pop-up element assumes a three-dimensional configuration as a result of the pressure-sensitive adhesive bonding to the surfaces of facing panels or pages. The 3-dimensional pop-up can also be mounted to a suitable supporting surface. A variety of methods for the mass production of such pop-up elements from a continuous web, e.g., a printed and die-cut web from a web press, facilitate their inexpensive fabrication. These pop-up elements are preferably marketed or distributed in groups, e.g.

Abstract: Pop-up items are provided which can either be mounted in three-dimensional form on a suitable supporting surface by means of pressure-sensitive adhesive carried by the item or can be affixed to facing panels of a letter or pages of a book. The preferred items include a pop-up element in the form of one or two panels carrying strategically located pressure-sensitive adhesive which permits instant mounting, e.g. between facing panels so that, upon opening, the pop-up element assumes a three-dimensional configuration as a result of the pressure-sensitive adhesive bonding to the surfaces of facing panels or pages. The 3-dimensional pop-up can also be mounted to any suitable supporting surface. A variety of methods for the mass production of such pop-up elements from a continuous web, e.g., a printed and die-cut web from a web press, facilitate their inexpensive fabrication. These pop-up elements are preferably marketed or distributed in groups, e.g.

Abstract: Pop-up items are provided which can either be mounted in three-dimensional form on a suitable supporting surface by means of pressure-sensitive adhesive carried by the item or can be affixed to facing panels of a letter or pages of a book. The item may include one or more basepieces plus a pop-up element or a pop-up element alone in the form of one or two panels. When one basepiece is attached, or when mounted between facing panels, upon opening, the pop-up element assumes a three-dimensional configuration as a result of pressure-sensitive adhesive bonding to the surface of a facing panel or page. A variety of methods for the mass production of such pop-up items from a continuous web, e.g., the printed and die-cut web from a web press, facilitate their inexpensive fabrication. These items are preferably marketed or distributed in groups, e.g.

Abstract: Pop-up items are provided which can either be mounted in three-dimensional form on a suitable supporting surface by means of pressure-sensitive adhesive carried by the item or can be affixed to facing panels of a letter or pages of a book. The item may include one or more basepieces plus a pop-up element or a pop-up element alone in the form of one or two panels. When one basepiece is attached, or when mounted between facing panels, upon opening, the pop-up element assumes a three-dimensional configuration as a result of pressure-sensitive adhesive bonding to the surface of a facing panel or page. A variety of methods for the mass production of such pop-up items from a continuous web, e.g., the printed and die-cut web from a web press, facilitate their inexpensive fabrication. These items are preferably marketed or distributed in groups, e.g.

Abstract: Promotional pieces including pop-up structures and methods for mass production on a web press or the like are disclosed. After manipulating the web to create a double thickness in a region of two pop-up panels, die-cutting of the double-thickness region creates an identical pattern along edges of these panels which creates a desired artistic effect found earlier in hand-assembled items. These pieces may have a pop-up structure which includes a tunnel-like construction having apertures formed along a hinge line between two panels. Die-cutting may also be performed along both edges of a pair of folded-over pop-up panels.

Abstract: An improved method for making promotional pieces wherein a high speed web-press operation results in mass-production of attractive pieces which include three or more interconnected pop-up panels which assume a three-dimensional shape when the outer folder is opened. The preferred method utilizes a plurality of longitudinal slitting and folding steps, together with the application of glue lines in strategic locations, and culminates in the transverse cutting of the continuous moving web to separate each blank in series from the next. A continuous web is preferably longitudinally slit into at least three continuous ribbons which are then manipulated and associated with one another to create an endless series of interconnected pop-up assemblies atop a ribbon consisting of two side-by-side basepieces. In an alternative method, only two ribbons are employed, and pieces having a false backbone are created.

Abstract: Promotional pieces in the form of printed items made from paper or other suitable sheet material are designed for mass production of a web press operation. After die-cutting and adhesive application, a printed continuous web is subjected to a series of manipulating steps of folding and/or severing and/or trimming to produce a folded, continuous web that can be transversely severed into a series of identical items, each including a pop-up assembly located between a pair of basepieces arranged in a folder-like construction. Upon the opening of the folder, a pair of pop-up panels interconnected along a central fold line rise from the planes of the respective basepieces carrying along therewith a placard, which may be a coupon or the like, that is prominently displayed in association with one of the pop-up panels in an attention-attracting mode.

Abstract: Methods for making promotional or advertising pieces containing pop-ups on a web-press by initially printing and die-cutting a continuous web of sheet material to produce an endless series of blanks, each extending transversely across the web and being arranged to create an identical piece or folder containing one or more pop-ups. A suitable adhesive pattern is applied to the web, usually closely following the die-cutting operation which cuts at least one tab and, if desired, contours one or more of the pop-up panels. Each blank contains a pair of front and rear basepieces, a pop-up panel and a tab-containing panel, either one or both of which panels includes an actuator section. Either the tab-containing panel or the tab is adhesively affixed to the undersurface of the pop-up panel, and the other is adhesively attached to the interior surface of the rear basepiece.

Abstract: Improved promotional pop-up designs capable of fabrication by mechanical mass production, particularly as a part of a web-press operation. A pair of pop-up elements in the form of two panels which are attached to one another, preferably by adhesive, are interconnected by hinges to basepieces that constitute the halves of a folder. Automatic web-press operation can die-cut hinge elements, either within the basepieces or within the pop-up elements in the moving web. Both pop-up elements may be formed from the sheet material located adjacent one edge of a basepiece, or the pop-up elements may be formed in flanking relation to the basepieces with one pop-up element along each lateral edge of the moving web, or they may alternate across the web.