Abstract: Binders and binder spines are disclosed that provide for easy insertion of labels into binder slots and also easy removal and replacement of labels in the binder slots. One printed material binder according to the present invention comprises a hardcover binder having front and back binder panels that are joined at a binder spine. The spine has a transparent cover and the spine comprises a spine support that is longitudinally foldable to open a space between binder spine and transparent cover. This open space allows for insertion of labels between the binder spine and transparent cover. When the spine support is returned flat, the label is held between the binder spine and transparent cover.

Abstract: A disposable notepad for use in wet environments having a base member, a plurality of sheets of natural and/or synthetic water resistant and/or waterproof paper stacked together to form a pad, wherein the base member is folded over to cover the top edge of the pad, one or more securement members extending through a region where the base member is folded over the pad.

Abstract: A file with a card-receiving recess is disclosed. The file comprises a first panel comprising a first layer and a backing layer, that contains an opening extending from the first layer to the backing layer, and a second panel hingedly associated with the first panel. The backing layer is configured to support a displayed sheet element in a position such that it is visible through the opening of the first layer, and the displayed sheet element is at least partially received within the thickness of the first surface and the backing layer. The backing layer contains an adhesive disposed thereon within the opening for securing the displayed sheet element to the backing.

Abstract: A binder including a first cover and a second cover pivotally coupled to the first cover, both of the covers being generally flat and planar and having a first and second opposite sides thereof. The binder further includes a pocket coupled to the first cover, wherein the pocket can be accessed from both the first and second sides of the first cover.

Abstract: An embedded recycled container sheet binder includes a front cover and a back cover, the front cover and the back cover being connected to one another for opening and closing, at least one of the front cover and the back cover being, at least in part, a plurality of flattened recycled containers embedded in a plastic base, and each of the plurality of flattened recycled containers being visibly recognizable. The plurality of flattened recycled containers is preferably embedded between a base substrate of plastic and a top layer of plastic. The base substrate is a recycled plastic base substrate selected from the group consisting of clear plastic, opaque plastic, colored plastic and combinations thereof. In some preferred embodiments, the embedded recycled container sheet binder the top layer is a recycled plastic selected from the group consisting of clear plastic, opaque plastic and combinations thereof.

Abstract: An album includes a front cover panel, a back cover panel, and a spine panel extending between the front and the back cover panels edge-to-edge. A folding arrangement, which couples between a last album page and the back cover panel, includes a flexible sheet having two longitudinal edges coupling at an outer side of last album page and an inner side of the back cover panel to retain the last album page being overlapped on the back cover panel in a slidably movable manner. When the album is folded at an opened position, the front cover panel, the spine panel, and the back cover panel are aligned to form a planer backing for providing a completely plane on the surface of the album.

Abstract: Collectible artistic renderings are integrated with an article of clothing or other clothing articles wherein the clothing article serves as a display for the collectible artistic renderings and the collectible artistic renderings serve to enhance and alter the look and design of the clothing article. The clothing articles themselves can include an image or pictorial representation serving as a backdrop. The collectible artistic renderings include a fastener for affixing such collectible artistic renderings to said clothing articles. The collectible artistic renderings can be collected, traded, and stored in a storage medium when not in use on a clothing article.

Abstract: A book having at least one bound-in removable interactive element is described. The book is constructed from material having sufficient rigidity and structural integrity to maintain the shape of the cover and each page while still facilitating efficient removal and insertion of individual removable interactive elements. The removable interactive elements are preferably formed by die-cutting a cover or page of the book such that the desired shape and its corresponding outline are formed. No backing material is provided on either side of the cover or page such that each removable interactive element may be inserted or removed from either side. This facilitates greater interactivity and flexibility in its use. The removable interactive element may be used as an object of play, as a puzzle piece, in a game, as part of a story, or in any other activity either within or outside the book.

Abstract: A peeling sheet on the back of a cover sheet is provided with a cover seal having a printed front surface is peeled off to partially expose an adhesive layer. A core material for cover is placed thereon. First side piece portion and second side piece portion are then peeled off and the entire surface of the first cover members, backbone member and second cover member of the core material for cover is bonded and fixed by the adhesive layer of the cover sheet for cover. Outer circumferential region of the cover seal for cover is then bent to the inside thus making a cover of a booklet. When a personal user edits electronic images and prints the electronic images on a printed sheet, the printed sheet can be fixed easily in a short time for making a booklet.

Abstract: A pad of heavy weight paper which can be inserted and removed from a wire binding. Each sheet contains a patterned edge having openings with an entrance for receiving a strand of the wire binding. Arrow shaped projections are formed between the openings. A line of perforations in each sheet allows the edge with the pattern to be torn off. The sheets maybe removed and reinserted. Also, the edges may be removed if the sheet is to be displayed.

Abstract: Printed products (2), in particular newspapers or magazines with different supplements are, for distribution, packed into a covering sheet e.g. made of paper. The covering sheet (1) comprises at least one region, which is completely punched-out and/or at least one region (7), which, due to a partial punching out is easily removable from the covering sheet (1). The punched-out region is a window (6), through which the title and/or the headline of a newspaper or magazine packed into the covering sheet (1) is visible. Partially punched-out regions (7) of the covering sheet (1) are marked by corresponding printing as voucher, reply card, collector's card, punch-out sheet or toy and are removed from the covering sheet (1) for functions other than the covering function of the covering sheet (1).

Abstract: An apparatus formed or molded from a transparent material to cover a book, composition book, or notebook of various sizes is provided. The transparent apparatus is double layered with an opened ended top edge to allow for paper of various weights to be inserted within the double layered body and mutually spaced inward folded portions. The inward folded portions are deep enough to slide the front and back covers of a book, composition book, or notebook into it for a secure fit. The inward folded edges are affixed and sealed through all thickness of the cover body at the bottom edge.

Abstract: A folded portion flattening device has: a sheet conveying section that conveys a booklet of folded sheets in a predetermined conveyance direction with a folded portion ahead; a sheet stopper that stops the booklet conveyed by the sheet conveying section at a fixed position; a pair of booklet holding members that hold the booklet stopped by the sheet stopper by gripping the booklet at both faces of the booklet; a pressing member that presses the front end of the folded portion of the booklet held by the booklet holding members in an opposite direction to the conveyance direction, so that a curve at the front end of the folded portion is flattened to form a flat face; and a wrinkle preventing member that prevents wrinkle from being generated in the flat face when pressed by the pressing member.

Abstract: The Compass Prayer Book is an invention which combines a book with a directional device, for example, a compass. It is uniquely designed to allow a reader to precisely determine the direction one wishes to face toward when one is reading a book. What is new is the ease and specificity, and certainty that a user will gain in determining the specific direction he or she wishes to face towards when using a book, or a prayer book. The user will have no doubt. What is also new is that the user will have no doubt as to being able to determine the direction one wishes to face while reading. When the user is in possession of the Compass Prayer Book, by definition, the user will have both a book and a directional device at the user's disposal, in one unique entity.

Abstract: The invention relates to a method and device for making an album, particularly from folded photograph sheets (3) and cover (2, 5) and divider sheets (4), which are glued into the form of an album. At least the photograph sheets (3) and the divider sheets (4) are positioned for gluing by using positioning means (e.g. 11-15, 20), the position of which relative to the glued piece can be moved away from the location of the glued piece.

Abstract: Our invention is a self-adhesive covering paper providing the notebooks or the books in different sizes to be covered practically and fast in a way not Io leave any space between or not to cause any bending, and which is produced from paper which is patterned or in a single colour.

Abstract: A notebook of the present invention comprises a main body, and a cover. The main body includes a plurality of pages with four corners thereof being round. The cover covers the main body with round corners corresponding to the four round corners of the main body. The width of the notebook from left to right is larger than the length of the notebook from up to down. The notebook of the present invention can protect the corners thereof from curling, deforming, or damaging during contact with other objects. Not only the notebook is kept a clean appearance, but also the service life of the notebook can be increased at a certain extent The notebook is convenient to use through flipping upwards and making the proportion between the width and the length greater than 1.

Abstract: A system and method for packaging, shipping, and distributing personalized books is provided. In one embodiment, the system comprises a container having a plurality of wall panels attached to one another to define a central space within the container. One or more of the wall panels of the container comprise an access portion that may be readily displaced to provide access to the central space. A plurality of personalized books, each having an associated identification structure, are positioned in the container such that upon displacement of the access portion the identification structure is at least partially visible to a user.

Abstract: An electronic cover for a passport, booklet or the like includes an electronic device and a layer of cover material that are bonded together by a fill-up adhesive layer, the electronic device preferably being in the form of an RFID inlay that includes a substrate, an antenna coupled to the substrate and an integrated circuit (IC) chip module conductively coupled to the antenna. During manufacture of the cover, the fill-up adhesive layer is applied to at least one of the electronic device and the layer of cover material. Immediately thereafter, the electronic device and the layer of cover material are held spaced apart from one another a predefined distance so as to define a void therebetween. Through a suitable trigger, the fill-up adhesive layer expands to fill in the entire void and subsequently cures to bond the electronic device to the layer of cover material.

Abstract: A dual notebook including a sheet of backing material, a first set of papers bound to the backing material and having a thickness, and a second set of papers bound to the backing material and having a thickness. The backing material is configured to be folded into a folded position wherein the folded backing material is positioned between the first and second set of papers in a thickness direction of the notebook. The backing material is movable to a flat position wherein the backing material is generally flat, and wherein when the backing material is in the flat position the first and second sets of papers are spaced apart by a distance less than the combined thickness of the first and second sets of papers.

Abstract: A food diary or journal small enough to fit comfortably on a keyring and meant to be carried with one's keys. Attaching the food journal to a keychain makes it easier to find in a pocketbook and also decreases the chances of the food journal being lost or left at home. The journal consists of bound covered paper with a single hole in the upper left corner to allow for insertion of a keyring. The pages of the journal may or may not be preprinted to allow conformation to a specific diet. The cover of the journal may contain a logo, design, or any type of artwork. Inspirational charms may also be added to the food diary keychain combination.

Abstract: A bound system including a plurality of pages and a cover/divider including a bound outer edge and a plurality of free outer edges. The cover/divider is bound to the plurality of pages along the bound edge. The cover/divider includes one or more discrete tabs extending generally outwardly relative to one of the free edges. Each tab is integrally formed from a single piece of material with the rest of the cover/divider. Each tab further has an opening formed therethrough and is configured to receive at least part of a binding device therethrough to thereby couple the cover/divider to the binding device.

Abstract: A flip-chart comprising at least two sheets bound by a linear attachment spine. The spine is positioned at a substantially vertical angle. The sheets are releasably securable to the spine and to optionally to a chart cover by means of support pegs. The sheets are adapted for writing on both sides thereon, and each sheet is removable from the pad.

Abstract: An improved structure for book cover includes a cover layer, a left positioning plate and a right positioning plate, wherein the left and the right positioning plates are disposed above the cover layer and the edges of the cover layer can be folded inwardly for being adhered or stitched at the edges of the left and the right positioning plates, and the left and the right positioning plates respectively have a protruded left binding portion and a protruded right binding portion which both have plural holes corresponding to each other for fixing loose leaf papers between the left and the right positioning plates directly by a spiral so as to form a book. Through the improved structure of book cover in the present invention, the manufacturing process can be simplified and the cost of labor and material can be saved.

Abstract: A book with removable objects comprising a plurality of card board sheets printed on both sides, cut to form removable insert, folded, and bound together as page(s), allowing for printed material to be visible in the insert cavity once the removable insert is extracted.

Abstract: Binding system (1) provided with a binding back (2) on which is provided a layer of hot-setting adhesive (6), and at least one end leaf which consists of a leaf (8) made of a rigid material coated at least partly on at both sides with a layer of flexible material (9) extending at least on the side edge to be bound beyond the rigid leaf (8) so as to form a binding strip (10) with which the end leaf is fixed in the binding back (2), and wherein at least a part of the binding strip (10) is as thick or practically as thick as the thickness (D) of the end leaf.

Abstract: An easel pad having a ledge for supporting an instrument, such as a marker, or a separate smaller notepad in the cover of the easel pad.

Abstract: A writing kit including a plastic sheet, a binding and a case with a closing element to hold the plastic sheet in the case. The case has at least one hole at a center portion of the case and the sheet has at least one hole in the sheet. A binding comprising a flexible cord is laced through the hole in the sheet and the case and a clasp slidingly engages the cord.

Abstract: The present invention provides the consumer with a protective book and binding system that allows the consumer to enjoy reading in a variety of environments where the reader may be exposed to water, moisture or other environmental conditions that could damage a conventional paper book. Specifically the present invention relates to a protective book and binding system wherein the protective book includes a protected book cover; a plurality of protected pages within said protective cover wherein said protected pages and protected book cover are impervious to moisture; and a binding means wherein binding means binds said plurality of protected pages within said protective cover. At least two sheets of protective film cover each side of each page in order to form the plurality of protected pages. In an alternative embodiment, the protected pages are manufactured of a durable plastic material.

Abstract: An apparatus for securely holding and protecting a layout of elements includes a portfolio having a first cover and a first overlay. The first overlay and the first cover are releasably cohered together, preferably utilizing magnetic forces. A loose arrangement of elements can be secured to a work surface of the first cover using the first overlay for safe storage and transport. The apparatus is used in rubber stamping design, stained-glass design, and quilting design.

Abstract: A document storage device is configured to receive a spine label. The document storage device includes a spine, a spine cover cooperating with the spine to define a pocket, and a sleeve member operable to at least partially surround the spine label to define a removable spine insert that is inserted into the pocket. The sleeve member remains in the pocket with the spine label and is removable from the pocket to remove the spine label.

Abstract: A flexible, preferably elastic empanelled book cover (12) that has pocket portions (25) to receive the covers of a book (10) that is inserted therein. The cover (12) consists of a unitary hexagonal sheet of pliable material such as “SPANDEX”, having extended upper and lower edges, with each edge bisected by a slot (32) of predetermined width that extends orthogonally. Fold lines (34, 36 and 38) form a laterally-extended rectangle, with the side fold lines (38) forming the lateral apices of the hexagon two triangular flap portions (20) of the cover pockets. The in-folded upper and lower flap portions of the hexagon are attached to each other and to the triangular side flap portions, to form the pocket portion (25), with lock stitching (27) at the innermost juncture by the spine opening. A central top and bottom fold-over engages the spine of the book in stabilizing relation. The unitary hexagonal blanks can be economically mass produced from roll material (40).

Abstract: A book with a slanted parallelogram cross section and a single film of clear plastic wrapped around its covers and spine has the advantage of a stronger and more flexible spine than a conventionally shaped paperback book. This advantage is due to a longer glue spine, and its bound pages being exposed to glue at a thin face strip in addition to its page edge. The slant angle is typically acute at 35 degrees from the front cover. A slantbind book can remain open and flat whereas a conventional paperback needs to be held open. The slanted spine offers a manufacturing advantage because the wedge shaped spine of a glued book block can be fed between spring loaded rollers to apply a clear film around the book to form its book covers. The film may be a heat activated laminating film or a wide tape-like pressure sensitive adhering film. The film helps strengthen the book spine while preserving its flexibility.

Abstract: Disclosed is an address book for storing and retrieving information related to one or more websites. The address book includes a plurality of address book leaves and a binding mechanism to removably secure the plurality of address book leaves together. Each of the plurality of address book leaves includes at least one information template configured thereon for storing the information related to the one or more websites.

Abstract: A book (100) includes a front cover (A), a back cover (B) and a plurality of intermediate sheets (1-11) disposed between the front cover (A) and the back cover (B) so as to define a plurality of printed pages (P1-P12), the covers (A, B) and the intermediate sheets (1-11) being bound, by means of a binder (20), on the left-hand edge of the book. A printed circuit board (30) with a plurality of LEDs (L1-L8) is disposed in the back cover (B), and slots (S) in the back cover (B) make the LEDs (L1-L8) visible. Through holes (F) are made in at least some of the intermediate sheets (2-11) to make visible the respective LED coinciding with the through hole (F). A magnetic page identifier (40) for identifying the pages that are being read is also disclosed.

Abstract: A book block is contemplated to be bound in its individual sections through various techniques. These sections will be attached to the book cover by a magnetic or mechanical way. The user of the book will then be allowed to select and detach individual sections of the book without destroying the integrity of the entire book block. Likewise, publishers of the book are now able to update and/or replace sections of an entire book block without needing to reprint and republish the whole book.

Abstract: An instant book binding system and book cover for rapidly binding single- or double-sided documents, photographs, pages, and other forms of hardcopy media into soft or hard cover books is disclosed. The book binding method using the book cover or system can be performed without special skills or training, and does not require the use of ancillary equipment. The book cover and system can be used in conjunction with output on a wide variety of media types, finishes, and stock weights from any type of printer or copier, or with photographs. The finished books retain the appearance and function of conventional mass produced soft and hard covered books.

Abstract: A multiple page article or booklet is disclosed. As disclosed, the multiple page article or booklet includes a plurality of staggered edges providing one or more generally flat staggered edges surfaces. An adhesive band is provided along the staggered edges or staggered edge surfaces to form a seam connecting pages of the multiple page article or booklet.

Abstract: The present invention is a book cover and a method of manufacturing thereof that requires less fabric than conventional covers and uses seaming/fastening on the inside of the cover in a manner that allows for better stress distribution. The stretchable book cover is formed from a pliable material and has an outer panel portion for covering a front cover, a back cover, and a spine portion of a book; four folded-in edge panel portions, which include a first side edge panel, a second side edge panel, a top edge panel, and a bottom edge panel; and at least one fabric strap for connecting the top edge panel to said bottom edge panel, forming a pair of apertures, permitting insertion of the front and back covers of the book into the cover such that the book cover does not have any seams coincident with any of edges of the book.

Abstract: The present invention provides a cover for a book having a wire concealment feature incorporated therein. The cover of the present invention generally comprises a front panel, a rear panel attached to and extending from the front panel, and a middle panel that extends from the opposite side of the rear panel. The inwardly facing surface of the front panel includes an elongated tab attached to or integral with its inner edge, with the tab including a longitudinally extending series of holes formed therethrough. A coiled wire passes through the holes formed through the tab, and a book is also attached to the coiled wire thereby interconnecting the book to the cover.

Abstract: A notebook includes a front cover, a back cover, an insert retaining panel, and an implement holder. The front and back covers each have first and second major sides and are movable relative to each other between open and closed positions. The panel cooperates with the back cover to form a pocket to receive an insert between the back cover and the panel. The implement holder is formed from a flap portion of the back cover into a sleeve for retaining an implement therein. The front cover and back cover are integrally formed and are foldable along at least one crease therebetween, and the panel is an integrally formed extension of the back cover. The flap defines a raised edge forming a stop against which an edge of an insert rests for proper positioning of the insert between the front and back covers. The notebook includes a spine integrally formed with the front cover and the back cover.

Abstract: A binder for holding papers or other objects is described. The binder comprises a window which enables a user to identify the contents of the binder. The outer surface of the window may be substantially flush with the outer surface of the binder. At least one tab may be located behind the window which enables a user to load a label and holds the label such that it is viewable through the window.

Abstract: Some embodiments provide a method for making a book. The method receives soil from a predetermined location. The method specifies a compartment on the book for storing the soil. The method places the soil in the compartment. The method covers the compartment to secure the soil. Some embodiments include a compartment cover for sealing the soil inside the compartment. In some embodiments the compartment cover is made of a transparent material. In some embodiments the compartment cover is glued to the book cover.

Abstract: A hollowback book includes: a content constructed by bonding plural leaves into a single body at a spine part; a cover that surrounds the content; and a backlining that is formed in a flattened tube, is disposed between the spine part and the cover, and connects the content and the cover due to an outer surface of a content-side portion being bonded to the spine part and an outer surface of a cover-side portion being bonded to the cover. An IC tag is attached to an inner surface of the cover-side portion of the backlining.

Abstract: An apparatus for securely holding and protecting a layout of elements includes a portfolio having a first cover and a first overlay. The first overlay and the first cover are releasably cohered together, preferably utilizing magnetic forces. A loose arrangement of elements can be secured to a work surface of the first cover using the first overlay for safe storage and transport. The apparatus is used in rubber stamping design, stained-glass design, and quilting design.

Abstract: A binder arrangement that has a plurality of covers hingably connected to a spine that spaces apart each cover such that each cover can carry a binder and be closed one on top of the other without either binder interfering with each other or case closure. Each binder includes a hold down page that is releasably attached by a hold down page latch that accommodates the binder holding contents having different thicknesses. In a preferred embodiment, the hold down page latch comprises a hook and loop fastener that has a loop strip fixed to a latch strap and a hook strip that is fixed to the hold down page. To increase the number of opening and closing cycles the binder arrangement can endure, the binder arrangement has sidewalls joined by a fastening arrangement that is resiliently anchored at one end to the spine, preferably by an elastomeric connector. In one preferred embodiment, the fastening arrangement is a zipper that is resiliently anchored at its zipper bottom stop by a piece of elastic fabric.

Abstract: A flexible, preferably elastic empanelled book cover (12) that has pocket portions (25) to receive the covers of a book (10) that is inserted therein. The cover (12) consists of a unitary hexagonal sheet of pliable material such as “SPANDEX”, having extended upper and lower edges, with each edge bisected by a slot (32) of predetermined width that extends orthogonally. Fold lines (34, 36 and 38) form a laterally-extended rectangle, with the side fold lines (38) forming the lateral apices of the hexagon two triangular flap portions (20) of the cover pockets. The in-folded upper and lower flap portions of the hexagon are attached to each other and to the triangular side flap portions, to form the pocket portion (25), with lock stitching (27) at the innermost juncture by the spine opening. A central top and bottom fold-over engages the spine of the book in stabilizing relation. The unitary hexagonal blanks can be economically mass produced from roll material (40).

Abstract: An adjustable book cover (10) consisting of a unitary hexagonal sheet of stretchable fabric (16) that is preferably coated with an elastomeric polyurethane resin (15). Interstices (19) of the fabric (16) are filled with at least a single layer of polyurethane resin (15), creating an impermeable waterproof barrier while maintaining the elastic functionality of the book cover (10). The hexagonal sheet has flap portions defined by fold lines (44,46,48) that delineate a laterally formed rectangle within the fabric polygon. Extended edges of the upper and lower shaped flap portions are each bisected by a slot (41) of predetermined depth, thus forming an access aperture (21) for the covers of a book when selected flap portions of the hexagon are secured together.

Abstract: A kit for manufacturing a stitch-bound printed book comprises a book cover (10), a collection of pre-perforated sheets (15) that can be printed to make up a printed bookblock (18), and endpapers (20a,20b) for assembling the printed bookblock in the cover. The pre-perforated loose sheets (15) have along one edge that corresponds to the book's spine a series of binding perforations (16). The pre-perforated loose sheets (15) are printable on one or both sides in an A4 printer to constitute printed pages of the book. A bookblock (18) is formed by reconstituting the printed pre-perforated pages as a collection with their perforations (16) aligned and by sewing through the perforations (16). This involves stitch-binding of individual sheets (15) instead of the usual stitch-binding of folded sheets, which makes it feasible to print the prepared collection of pre-perforated sheets using desktop publishing equipment.

Abstract: A bound system including a plurality of pages and a cover/divider including a bound outer edge and a plurality of free outer edges. The cover/divider is bound to the plurality of pages along the bound edge. The cover/divider includes one or more discrete tabs extending generally outwardly relative to one of the free edges. Each tab is integrally formed from a single piece of material with the rest of the cover/divider. Each tab further has an opening formed therethrough and is configured to receive at least part of a binding device therethrough to thereby couple the cover/divider to the binding device.