Abstract: A sheet post-processing device includes a stacker section that temporarily stores paper sheets as a paper sheet bundle, a stopper that regulates a carrying-in direction leading end of the paper sheet carried into the stacker section, a binding section that binds the paper sheet bundle regulated in position by the stopper, and folding rollers and a folding blade that perform folding processing for the sheet bundle bound by the binding section at a predetermined folding position of the paper sheet bundle. The binding section binds the paper sheet bundle with a paper-made staple. The stopper sets a position of the paper sheet bundle such that a binding position of the paper-made staple straddles the predetermined folding position. With this configuration, there can be provided a sheet-post processing device capable of folding the staple together with the paper sheet bundle.

Abstract: A bound device including a binding device, a plurality of papers bound to the binding device, and a pocket bound to the binding device. The pocket includes a first major panel and a second major panel coupled together along a major fold line and configured such that the first and second major panels are generally parallel and overlap in a thickness direction of the pocket. The pocket further includes a first pocket panel coupled to the first major panel and defining a first pocket with the first major panel. The first pocket panel has an edge positioned adjacent to a mouth of the first pocket. The pocket further has a second pocket panel coupled to the second major panel and defining a second pocket with the second major panel. The second pocket panel has an edge positioned adjacent to a mouth of the second pocket.

Abstract: A binding strip includes a substrate having an interior surface and an exterior surface, a spine-alignment edge, a free edge opposite the spine-alignment edge and substantially non-perpendicular thereto, a face-attachment portion of the exterior surface adjacent to the spine-alignment edge, and a wraparound portion of the interior surface adjacent to the free edge. A border is defined laterally between the face-attachment portion and the wraparound portion and substantially parallel to the spine-alignment edge. An adhesive layer is arranged over the wraparound portion. A first spacer is affixed to the interior surface opposite the face-attachment portion so that a fastener area is defined. The spacer has a selected thickness.

Abstract: Systems, apparatuses, and methods for a flexible book binding with interchangeable pages are presented. A plurality of elongate rods include tips disposed on ends of the elongate rods. A plurality of flexible, elongate link members includes one or more openings disposed in the elongate link members. The one or more openings are formed to receive the tips of the elongate rods. A plurality of pages includes rod couplers disposed along edges of the plurality of pages. The rod couplers are formed to receive the elongate rods.

Abstract: Albums having variable width spines and the components thereof are described. An example album includes a first cover, a second cover, a first spine element includes a first side and a second side. The first side includes a plurality of first extensions, a first rib, and a first groove. The second side is coupled to the first cover. A second spine element includes a third side and a fourth side. The third side includes a plurality of third openings, a third rib, and a third groove. The fourth side is coupled to the second cover. To couple the first spine element to the second spine element, the first rib is received by the third groove, the third rib is received by the first groove and, as the spine elements are longitudinally moved relative to one another, the first extensions are received within a portion of the respective third openings.

Abstract: Spine elements for use with albums are described. An example album includes a first spine element and a second spine element that is substantially similar to the first spine element. The first spine element is adjacent and removably coupled to the second spine element to form an album spine. Additionally, the first spine element and the second spine element each include a binding gap positioned toward the interior of the album to receive and couple an edge of at least one album sheet to the respective spine element.

Abstract: A non-cellulose based deformable substrate having at least one fold line is configured to be able to be directly mounted on a frame or included in a publication. The substrate is configured to reduce the propagation of stress along the at least one fold line.

Abstract: Albums having variable width spines and the components thereof are described. An example spine element for use in a variable width album, the spine element includes a first side comprising a plurality of extensions extending therefrom, each of the plurality of extensions comprising an end and an elongated portion, the end having a larger width than the elongated portion. The spine element also includes a second side comprising a plurality of openings positioned substantially opposite the plurality of extensions, each of the openings comprising a first portion sized to receive an end of respective extensions of an adjacent spine element and a second portion sized to receive an elongated portion of the respective extensions of the adjacent spine element when the extensions of the adjacent spine element are received by the openings of the spine element and the adjacent spine element is longitudinally moved relative to the spine element to couple the spine elements together.

Abstract: A reversibly bound book is provided. A first cover strip is wrapped around the first edge of a first cover board, passes over the first side of the first cover board and along the first side of the second cover board. One end of a second cover strip is wrapped around the second edge of the second cover board, strip passes along the second side of the second cover board and over the second side of the first cover board. The cover boards are only attached to each other via the cover strips and can be rotated and turned inside-out. One book can have two different appearances simply by rotating the cover boards with respect to each other. At least one floating spine is bound to one cover board, serving as a spine in one configuration and a closure in the other.

Abstract: Book, in particular an album, characterised by two front and back covers which are separate from each other and are joined with a spacing from each other by at least one flat strip-like spine part, the portion of the spine part between the opposing inner edges of the two covers being foldable in the manner of a concertina into a predetermined number of peak folds of the same height, and four respective pages being formed by a centrally folded sheet which has, at the centre along the fold, at least one narrow slotted opening of predetermined length and width for feeding through a peak fold which projects above the slotted opening in at least one sheet at such a height that a narrow, web-like connecting element is configured so as to be insertable through the protruding opening in the peak fold for detachable connection to the book.

Abstract: In order to newly provide a folder that facilitates insertion of a document fastener into a narrow slit and that is improved in durability by making use of a property of a document fastener whose folded state can be kept due to resin, the document fastener is so arranged to comprise a plate material (a) made of resin having a body part (11) extending longitudinally and a pair of folded pieces (12) extending from the body part (11), wherein a thickness of both end portions (14) of the plate material (a) is formed to be thinner than a thickness of other portions of the plate material (a), a boundary(13) between the body part (11) and the folded piece (12) is made to be foldable, and the folded state on the boundary (13) can be kept by making use of the properties of the resin itself.

Abstract: A binder unit, for binding a sheet stack having a mounting hole, includes an elongated binding body and two fastening arms. The binding body has a first binding portion biasing against a top side of the sheet stack at an edge portion thereof, a second binding portion biasing against a bottom side of the sheet stack, and a guiding slot aligning with the mounting hole. The fastening arms are extended from a first edge of the binding body to detachably engage with the second binding portion of the binding body at a position that the fastening arms are slidably coupled within the guiding slot through the mounting hole, wherein the fastening arms are bent for resting on the bottom side of the sheet stack to reinforce the edge portion of the sheet stack being securely sandwiched between the first and second binding portions of the binding body.

Abstract: Spine elements for use with albums are described. An example album includes a first spine element and a second spine element that is substantially similar to the first spine element. The first spine element is adjacent and removably coupled to the second spine element to form an album spine. Additionally, the first spine element and the second spine element each include a binding gap positioned toward the interior of the album to receive and couple an edge of at least one album sheet to the respective spine element.

Abstract: A file (100), provided with a front cover (2), a back cover (3) and a spine (4) connecting the covers, wherein a binding element is provided for detachably fixing sheets, between the front (2) and back cover (3), wherein at least the front cover (2) and the back cover (3) are provide with a longitudinal edge and wherein a closure element is provided, which can be coupled to at least one longitudinal edge, such that the space enclosed by the front cover (2), back cover (3) and the spine (4) is covered by the closure element and the file (100) with the closure element has a substantially closed box shape.

Abstract: In order to provide more secure binding of physical media, activation and deactivation mechanisms for media binders are presented. As such, internal spine clamp deactivation mechanisms for deactivating a spine clamp in a media binder are presented, the mechanism including: a tension sheet configured to operate the spine clamp in response to opening the media binder in a range of approximately 270 to 360 degrees (°), normally, greater than approximately 270°; a tear line disposed along the tension sheet and oriented along the spine clamp wherein when the tension sheet is torn at the tear line, the spine clamp is deactivated. In some embodiments, the mechanism further includes a cosmetic sheet disposed between the tension sheet and a cover of the media binder for providing a cover for the spine clamp such that when the tension sheet is torn, the spine clamp remains covered.

Abstract: The present invention provides improvements in paper fastening to enable a user to remove a desired portion of papers from a fastened stack of papers without having to unnecessarily detach unwanted papers in the stack from the prongs of the fastener. The improved paper fastening arrangement is for use with a fastener having a base including two ends each having a leg extended therefrom, the leg foldable relative to the base. The arrangement comprises a sheath including an extension shaped to slideably engage one of the legs, the extension including an opening that defines a cavity to receive the leg, wherein the extension at least partially covers the leg and is operative to engage through sheet materials. At least one guide tab depends from the extension downward from the opening, the guide tab being foldable.

Abstract: The present invention provides an unitary spine binder which comprises an elongated dorsal hinge bearing pairs of opposing and complementary male and female ring elements having known male fastener and female fastener, respectively. Each pair of ring elements also comprise a concave distal end on one element, and a complementary convex distal end on the other element. When the distal ends of the ring elements are moved towards each other, the male and female fasteners reversibly engage with each other so that each pair of ring elements, in cooperation with the dorsal hinge, forms substantially a ring to secure sheet paper by occupying a pre-punched hole in the paper. At the same time, the concave and convex distal ends also engage, so that the sidewalls of the concave distal end engages the convex distal end to protect the fasteners against disengagement by torsional and lateral forces.

Abstract: A variable capacity binder including an outer cover and a binding mechanism including a plurality of spaced rings, each ring being shaped to be received through a hole of a piece of paper to couple the paper to the binding mechanism. Each ring is non-symmetrical with respect to at least one axis and has a longitudinal axis. The binding mechanism is pivotally coupled to the cover such that the longitudinal axis of each ring can be pivoted relative to the spine.

Abstract: Described is a bookmark having a bookmark body, on which a bookmark clip is disposed. The bookmark clip can clam the cover or inner pages of a book to prevent the bookmark body from falling off from the book. The bookmark body is bendable and includes a protection surface of mounting the bookmark clip, a bendable surface and folding sheet capable of being inserted into content pages of a book. The bookmark can be repeatedly used for many times while having the features of being simple in structure, easy to manufacture, and flexible and convenient to use.

Abstract: The present invention relates to an apparatus for labeling the spine or edge of a binder. In an embodiment, the device comprises a housing, a clip attached to the housing and a label encased within the housing. The housing further comprises a base portion and a cover portion, wherein the cover portion is adapted to enclose a label within the base portion of the labeling device.

Abstract: An open ring-like device for holding articles such as plastic cards and keys is formed so that its ends are opposed to one another and includes tips at the ends. The distance between the tips is less than the thickness of an article. Articles can be inserted into the device by pushing the edge of an article against the tips to spread the tips apart. The article is slid in between the tips to fit a tip through a hole in the article to hold the article on the device. The device allows for the insertion or extraction of articles without a separate step of opening or closing the device.

Abstract: An optical storage media management system and process for storing and organizing a relatively large collection of optical discs in the form of a display binder with a plurality of display sheets including associated indicia matching a positional identifier indicating the location of the disc. In one embodiment, the binder is used in conjunction with a table of contents indicating the position of individual optical discs in relation to the binder contents and a centralized database for storing optical disc information in a categorized format in cooperation with a computerized table of contents generator for generating the table of contents for the binder.

Abstract: A wrap-around notebook or binder includes a ring assembly with a shield and a pair of frames forming a bistable construction, and a hinge plate pivotally coupled to the shield with the outer surface of the hinge plate aligned with the outer extent of the shield/frame assembly when the hinge plate is parallel to the plane of the shield. The exposed frame member may be convex, recessed to receive rivet heads, and may be plated. The hinge plate(s) may have curls which interfit with alternate curls from the shield to provide a hinge. The ring assembly may be mounted in the notebook or binder so that the shield side of the ring assembly faces the front cover of the binder. The pivot line between the shield and the hinge plate may be spaced from the shield by a clearance distance. The notebook or binder lies flat on an underlying surface with either the front cover of the rear cover folded under the assembly.

Abstract: A system for binding books includes a flexible binding material in the form of a stud having top and bottom caps. The stud is inserted into signature staples that protrude from the body of the signature to form stud holes. The binding material can be any material that is extremely flexible, including silicone, metals, etc., as long as it allows the signatures to open in a lay-flat manner either at the signature interfaces or in the body of any signature. The flexible binding material can also be used to temporarily bind pre-punched pages of a book by inserting the flexible binding material into the pre-punched holes to facilitate lay-flat opening of the book.

Abstract: An optical storage media management system and process for storing and organizing a relatively large collection of optical discs in the form of a display binder with a plurality of display sheets including associated indicia matching a positional identifier indicating the location of the disc. In one embodiment, the binder is used in conjunction with a table of contents indicating the position of individual optical discs in relation to the binder contents and a centralized database for storing optical disc information in a categorized format in cooperation with a computerized table of contents generator for generating the table of contents for the binder.

Abstract: A spiral coil is used when stacking a plurality of sheets each having a plurality of holes punched at a constant pitch, and binding the sheets by inserting the spiral coil therethrough. The spiral coil has a different pitch from that between the holes of the sheets. The spiral coil may be densely wound or have a different pitch from that of the sheets. A bookbinding device is prepared for inserting the spiral coil through the holes in the sheets. The bookbinding device has the same pitch as that between the holes, and has an engaging portion at an end thereof for engagement with the spiral coil. The bookbinding device is inserted through the holes such that the spiral coil follows it and is plastically deformed, thereby binding the sheet. The spiral coil after the plastic deformation is held at a pitch after the deformation.

Abstract: A spiral coil is used when stacking a plurality of sheets each having a plurality of holes punched at a constant pitch, and binding the sheets by inserting the spiral coil therethrough. The spiral coil has a different pitch from that between the holes of the sheets. The spiral coil may be densely wound or have a different pitch from that of the sheets. A bookbinding device is prepared for inserting the spiral coil through the holes in the sheets. The bookbinding device has the same pitch as that between the holes, and has an engaging portion at an end thereof for engagement with the spiral coil. The bookbinding device is inserted through the holes such that the spiral coil follows it and is plastically deformed, thereby binding the sheet. The spiral coil after the plastic deformation is held at a pitch after the deformation.

Abstract: A bookbinding repair kit containing instructions, diagrams and equipment to carry out repair to damaged or torn backing shoulder joints of any book, the equipment comprising a complete endpaper consisting of one evenly folded sheet of paper with a double-sided adhesive strip no less than 7 mm and no more than 10 mm in width but of a particular length, with a peel away backing paper attached to the endpaper adjacent one side of the endpaper fold, a double-sided self adhesive strip of mull cloth of a particular width and length, two thirds of each side of the mull cloth being covered with a peel away backing strip and the remaining third adhered to the adhesive side of a sconelined, one sided self-adhesive paper the same size as the endpaper, the endpaper side without the adhesive strip being glued to the plain side of the scorelined paper.

Abstract: An encoded binder strip having an adhesive matrix and an encoded pattern formed on a surface of the matrix to identify the type of binder strip. The encoded pattern includes relatively high reflectivity regions and relatively low reflectivity regions. Preferably, the encoded pattern is read as the binder strip is fed into a binding machine, with the encoded pattern controlling operation of the machine.

Abstract: A self-adhesive note pad containing lines of perforations that allow each page of the note pad to be individually configurable to match the amount of information being written on the pad.

Abstract: Reactive hot melt polyurethane adhesives are useful in the graphic arts area, and in particular, for bookbinding applications such as casemaking, casing-in, gluing-off or thread-securing, facing, slip cases, lining-up, tightbacking, and bonding sides and joints; and for puzzle and gameboard lamination.

Abstract: A book support apparatus for supporting pages in a vertically positioned book. The book support apparatus includes a support body attached to a locating arm and optionally includes hinges and adhesive strips with peel off backings. A body addition may also be used with the support body to increase the thickness of the body for books needing increased support distances. The body addition may also include an adhesive strip with a peel off backing to allow for optional fixation to the body. A zigzag type of folding construction is also described.

Abstract: The present invention relates to a binding element for binding a stack of documents comprised of loose sheets, having a spine piece and two side pieces, the side pieces being arranged essentially perpendicular to the spine piece. The binding element is made of a shape memory material or has at least part of the binding element made of a shape memory material.

Abstract: A method of binding folded signature sections together into a book comprised of a signature comb element having teeth which are inserted through perforations in the fold of the signatures and the teeth having tabs which secure the signature comb in slots between two or more spine tapes. The spine tapes adjustably lock into the hinge of the covers by a tooth and pawl mechanism, further interlocking one or more signatures to the spine of the book and securely fasten together the signatures and book cover.

Abstract: A folder for receiving papers or other loose articles comprising a side panel and a retaining tab made of a generally flexible material and mounted onto the side panel. The retaining tab has a pair of openings formed therein, the openings being shaped and located such that a writing instrument may be received therethrough such that the writing instrument is securely received in the retaining tab.

Abstract: The present invention is directed to a report cover combination that includes a slide lock. The slide lock includes a wall defining a channel. Two edges define a slit extending through the wall of the slide lock along its length, and the longitudinal ends of the slide lock are sloped toward the slit to facilitate the insertion of a folded edge of a report cover into the slit of the slide lock. Preferably two parallel lips protrude inward from the edges of the slide lock at the slit. The report cover includes front and back covers having an outer surface. The front and back covers are connected by a hinge. At least one protrusion extends from at least one of the covers adjacent the hinge. The hinge of the report cover is insertable into the channel of the slide lock through the slit. The protrusion is configured and dimensioned to catch against the opposing edges of the slide lock such that the report cover resists extraction from the slide lock.

Abstract: A file including a spine (2), from the longitudinal sides (3, 4) of which extend two lateral faces (5, 6) whereof the distal ends are shaped to form convergent wings (7, 8), and a closing means (9a, 9b) so as to ensure the stability of said file in a vertical position because of the fact that its body closes back on itself, wherein a plurality of reinforcing ribs (10A, 10B et 14) are provided in sunken or protuberant form on at least one of its lateral faces (5, 6) so as to increase the rigidity of the whole.

Abstract: A document formed of a stack of papers bound at the spine is equipped with a slide bar that achieves locking engagement with a document binder without requiring an extra die cutting step in its manufacture. The document binder is formed of articulated panels, one of which is a narrow margin panel having a width no greater than the width of the binding margin of the stack of papers. The slide bar has a pair of jaws that terminate in hooked lips that face each other across a gap defined between the jaws. The slide bar is inserted into the binding edge of the stack of papers in a direction parallel to the binding edge from either the top or bottom end of the stack. The narrow margin panel atop the binding edge margin fits within and is captured by the hooked lip of the clasp jaw adjacent thereto throughout its length and throughout the length of the binding edge of the stack of papers.

Abstract: A thin window pocket insertion and removal device comprising an elongated body (12) having a first end (11) and a second end (13), a frictional element (19) adhered to one side of the elongated body (12), and a lip portion (18) protruding from the second end (13) of the elongated body (12). In some preferred embodiments, the device (10) further includes a handle portion (14) and a stop portion (30) protruding from the handle (14). The elongated body (12) is made of a flexible but sufficiently rigid material so as to resist warping and breakage during use or when not in use. Further, in some embodiments, the elongated body (12) includes one or more apertures (16), (17) all of which act to facilitate storage.

Abstract: A folder having spine and two lateral faces provided on either side of the spine. At least one of the lateral faces has, at its distal end, a turned edge directed toward the other lateral face so as to ensure the stability of the folder when placed in a vertical position. The folder also has a closer which integrates easily and aesthetically with the folder.

Abstract: Method for manufacturing a booklet, such as for instance an ID, which booklet is provided with a number of sheets of paper and a cover material, each sheet having a front and a reverse side, each side comprising two pages, which method comprises connecting the sheets of paper to each other along a line between the pages, attaching the cover material to the outside of the booklet, and making a fold in the sheets of paper to form a back of the booklet, and bringing the booklet to the correct size, characterized in that the method further comprises attaching a band, which can be attached in the booklet in the same manner as in which the paper sheets are attached to each other, and mechanically attaching a plate to the band, the plate being at least partially made of synthetic material, and having a front and a reverse side, each side comprising one page. Booklet, manufactured according to a method according to the invention.

Abstract: Reactive hot melt polyurethane adhesives are useful in the graphic arts area, and in particular, for bookbinding applications such as casemaking, casing-in, gluing-off or thread-securing, facing, slip cases, lining-up, tightbacking, and bonding sides and joints; and for puzzle and gameboard lamination.

Abstract: A copy safe binder is disclosed. The binder includes a cover member including a coupling flap and a cover panel linked by a first fold line. The binder further includes a coupling member associated with the coupling flap for attaching loose sheets thereto. The cover panel is provided with a security strip secured to the cover panel adjacent to the fold line for preventing access to the coupling member for the removal of loose sheets from the binder without destroying a fully assembled binder.

Abstract: A folder designed as a clipboard file for non-perforated documents has one or more index sheets (14-18) retained in the back of the folder (3) by folding lines (24) which engage behind a clamp (5). Pressure is applied to a friction clamping spring (9) for moving the spring between closed and opened positions by applying pressure to a front leg (8) of the spring.

Abstract: A system and method for binding documents wherein the binder is reusable and is easy to use, the binding system comprising interlocking pieces that combined form a secure and reusable document binder.

Abstract: The rings of a loose leaf ring binder are selectively locked and unlocked by a locking member which travels within a slot on the spine of the ring binder. The leaf springs of the loose leaf ring binder have notches formed below a portion of the slot. Therefore, when a W-shaped locking prong of the locking member is aligned with the notches, the leaf springs can freely flex upwardly and downwardly allowing the rings of the loose leaf ring binder to open and close. However, when the W-shaped locking prong is not aligned with the notches, the W-shaped locking prong is urged against the leaf springs thereby maintaining the leaf springs in a downward position thereby locking the rings of the loose leaf ring binder in a closed position. The locking member further includes a locking tab to maintain the locking member within a locked position within the slot.

Abstract: A ring binder storage device that includes a generally rectangular supporting member. The support member is sized for positioning within a ring binder. The support member has a top surface and a bottom surface. The support member has a pair of elongated peripheral side edges with a pair of short peripheral edges therebetween. A plurality of openings being cut through the support member. Also, a housing member is interconnected to the top surface of the support member and adjacent one of the pair of elongated side edges. The housing member is capable of having a writing utensil positioned within. The ring binder has a plurality of rings may be in an open position for passing through at least two of the openings of the support member for holding thereon.

Abstract: A paper ring (10) comprising a generally double toroidal shaped flexible loop (12) having abutting ends (14), (16) which can be moved apart to fit within aligned punched holes (18) in a stack of loose-leaf pages (20), so as to temporarily hold the loose-leaf pages (20) together and allow a person to turn the loose-leaf pages (20) fully around, making it easier to grasp and rear information (22) on all of the loose-leaf pages (20).

Abstract: A device for holding and supporting a book or similar object comprising; a plate having a surface and a plane substantially aligned with said surface, means, attached to the plate, for holding a book in an opened position and securing the book to said plate, and means, attached to the plate, for positioning the plate at an angle relative to a surface which the device is positioned upon, such that a book or similar object may be held in an angled and opened position in a stable manner to aid in reading or referencing the book or similar object by a user.

Abstract: A holder for a book, such as a paperback or hard cover book, comprises a stiff flat member creased to provide a central stationary panel corresponding to the spine of the book, and a pair of pivoted panels corresponding to the front and back of the book. A spring assembly comprises a plurality of long concave thin metal members connected together by a strip of tape and connected to the stiff flat member by a pop rivet. The ends of the springs are received by a pair of plastic sleeves which are stitched to the stiff flat member. The stiff flat member is covered by a vinyl sheet in such a way as to have a curved edge providing a radius of at least 1/16". A transparent strap connects to the opposite sides of the book holder and presses open pages of the book against the flat stiff member. The curved edge prevents the transparent strap from being cut by the book holder.