Abstract: In order to prevent a page from returning from a page-turning end point to a page-turning start point and improve the reliability of page turning, in addition to a catching section having a plurality of vane sections provided on the outer circumferential surface, there are provided a pull-in roller which rotates around the rotation axis of the catching section and has a diameter smaller than that of the catching section and a pressing roller having a diameter smaller than that of the pull-in roller. When a page is conveyed by a sticking section, the catching section brings the page to a page-turning end point while rubbing the page surface with the rotating vane sections, and the pull-in roller pulls in the page caught by the vane sections of the catching section. The pressing roller presses the page pulled in by the pull-in roller at the page-turning end point.

Abstract: A plurality of captured images having a successive relation is displayed on a display screen with the successive relation being maintained. Then, when the plurality of captured images include a plurality of first captured images acquired by a plurality of successive photographing operations and a second captured image acquired by an individual photographing operation different from the plurality of successive photographing operations, the second captured image is displayed such that it is differentiated from the plurality of first captured images by, for example, the background area of the second captured image being represented in a display form different from that of another area.

Abstract: A page-turning device turning a page of a book includes a sticking part, an arm part and a first drive unit. The sticking part sticks to the page of the book being opened. The arm part is provided with the sticking part on a top end and swings such that the sticking part sticks to the page at a departure position of the page and separates from the page at a destination position of the page while the sticking part goes to and fro between the departure position and the destination position over the page of the book. The first drive unit swings the arm part around a drive shaft of the drive unit. An effective surface of the sticking part obliquely comes into contact with the page at the departure position at an initial stage of the contact.

Abstract: A page-turning device turning a page of a book includes a turning unit and a blower. The turning unit holds the page at a departure position of the page of the book being opened and releases the holding of the page at a destination position of the page. The blower sends air above the page at the departure position to blow against the page at the destination position.

Abstract: According to one embodiment, a control device which controls to, after the feed device has fed the booklet so as to bring the page on the other surface side of the booklet into contact with the contact roller unit and fold the page on the other surface side, feed the booklet to the page turning position again.

Abstract: A page-turning device turning a page of a book includes a sticking part, an arm part and a drive unit. The sticking part sticks to the page of the book being opened. The arm part is provided with the sticking part on a top end and swings such that the sticking part sticks to the page at a departure position of the page and separates from the page at a destination position of the page while the sticking part goes to and fro between the departure position and the destination position over the page of the book. The drive unit swings the arm part around a drive shaft of the drive unit. The drive shaft is inclined with respect to a seam of the opened book and/or a plane on which the book is disposed.

Abstract: A method and apparatus for use in a wagering environment are disclosed. An exemplary embodiment comprises a wagering terminal including a processor, a memory, a primary display, and a secondary display. The primary display is configured for displaying visual messages. These visual messages are displayed as part of a graphical user interface and include at least one wagering transaction message. The secondary display is configured for displaying additional visual messages associated with the visual messages of the primary display. These additional visual messages are displayed as part of an additional graphical user interface. The wagering terminal may further include a proximity detector configured for detecting the presence of a gaming patron, a user identification unit configured for sampling a unique physical attribute of a user, and an image capture unit configured for capturing at least one image in a vicinity of the wagering terminal.

Abstract: According to one embodiment, a page turning apparatus includes a conveying mechanism to convey a booklet to a page turning position, a page pickup mechanism to pick up a page of the booklet conveyed to the page turning position by the conveying mechanism, a drive mechanism to move the page pickup mechanism to pick up the page of the booklet at a predetermined angle in an opening direction around a bound edge, a shaft provided to come into contact with the page of the booklet picked up at the predetermined angle to bend the page, a contact roller portion to move and go under the page picked up at the predetermined angle, and a controller to make such a control as to convey the booklet after the contact roller portion goes under the page and open the page by bringing the page into contact with the contact roller portion.

Abstract: A sign for the displaying of a number of characters in either a first orientation or at least one additional orientation. The sign includes a frame and a series of characters, including at least one variable position character, mounted to the frame. The variable position character is movable relative to the frame such that it may be read in different positions, to display a message when the variable position character is either in a first orientation or a second orientation. The variable position character may be interconnected with the frame via a pivoting mechanism for adjusting the orientation of the variable position character. The pivoting mechanism may include a latching mechanism that secures the variable position character in a selected orientation. The characters may each include a source of illumination, such as LEDs, that are interconnected with a power supply for selectively illuminating the LEDs.

Abstract: The present invention provides an apparatus for turning the pages of books. The page turning apparatus includes a housing which receives the book. Further, the page turning apparatus includes a shaft having single or multiple protrusions. The shaft rotates and one or more of the protrusions attached to the shaft act through a number of steps to lift the page, and subsequently push the page as the shaft moves linearly to complete the page-turning process and then reset so the process can be repeated. The rotational motion and the linear motion are provided by one or more energy means. Also, the energy means provides a rotational and a linear motion to the shaft for turning the page of the book. In addition, the rotational motion of the shaft is followed by the linear motion along a horizontal axis of the housing.

Abstract: According to one embodiment, a booklet page turning apparatus includes a guide member which is provided near a vacuum pad to freely project/retreat from a plane corresponding to the suction surface of the vacuum pad, the guide member moving integrally with the vacuum pad and coming into contact with a page of a booklet at the page turning position to regulate rising of the page.

Abstract: A novel method at least includes: receiving at least one placement offer for the placement of an advertisement, the offer including proposed consideration; accepting an placement order; and displaying an advertisement which is the subject of an accepted placement order on a plurality of mobile, changeable advertising message displays carried by a plurality of coordinated automobiles, which changeable displays are capable of displaying more than one separate message at different times. Each changeable message display at least includes: a visual display; a multiple advertising message generator coupled to the visual display, the multiple message generator adapted to generate a plurality of different messages; and an message selector adapted to select a current message to be displayed.

Abstract: According to one embodiment, a page turning apparatus includes a conveying mechanism to convey a booklet to a page turning position, a page pickup mechanism to pick up a page of the booklet conveyed to the page turning position by the conveying mechanism, a drive mechanism to move the page pickup mechanism to pick up the page of the booklet at a predetermined angle in an opening direction around a bound edge, a shaft provided to come into contact with the page of the booklet picked up at the predetermined angle to bend the page, a contact roller portion to move and go under the page picked up at the predetermined angle, and a controller to make such a control as to convey the booklet after the contact roller portion goes under the page and open the page by bringing the page into contact with the contact roller portion.

Abstract: A motorized photo display having a base; a frame including a bottom portion mounted on the base, a wall portion including first and second wall portions mounted on the bottom portion, at least one opening having a retaining tab; a drive element having a drive shaft rotatable about a vertically-oriented drive axis and a drive mechanism; a spool mechanism mounted on the drive mechanism and having a spindle with a longitudinal axis colinear with the drive axis, opposing upper and lower pivot rings extending outwardly from upper and lower extremities of the spool mechanism and having vertically-aligned pairs of orifices; centering plates fixedly securing the upper and lower pivot rings about the spindle; a plurality of photo holders having pivot hinges mounted to corresponding pairs of the vertically-aligned orifices of the upper and lower pivot rings; and a power source.

Abstract: A safety unit for use on vehicles such as school buses. In one embodiment, a housing is provided for the drive motor and related elements for moving a stop sign on the side of the bus between its retracted and extended positions. The housing has a removable cover to provide access to the drive motor and related elements, and the stop sign is mounted on a driveshaft that extends through a single opening in the bottom wall of the housing. In a second embodiment the safety unit is integrated with an access panel on the school bus.

Abstract: A page rotating device includes a planar support plate. A cylindrical housing that has a first longitudinal length is coupled to the support plate. A central shaft has opposed top and bottom ends, has a second longitudinal length, and is rotatably seated within the housing. The second length is shorter than the first length. Page-holding sections are coupled to the central shaft, and have inner linear edges disposed adjacent to the central shaft and seated within the housing. Each page-holding section includes wire ribs attached thereto for preventing the page-holding sections from flexing during rotating movement. A mechanism is included for rotating the page-holding sections about the central shaft such that the inner edges of the page-holding sections travel 180 degrees along an arcuate path. The rotating mechanism rotates the page-holding sections in clockwise and counter clockwise directions when the central shaft is rotated in clockwise and counter clockwise directions.

Abstract: The motorized page turning device automatically turns the pages of a multiple-page musical composition silently and accurately. Each page of the musical composition is attached to a respective shuttle. Each shuttle is rotatably connected to a shaft and has two opposing notches at a bore passing through each shuttle. A drive pin passes normally through a main shaft portion of the shaft and individually mates with the notches of each shuttle. The main shaft is connected to a rotational drive motor which rotates the shaft and a respective shuttle approximately 180 degrees. A linear drive sleeve of the shaft is connected to a linear drive motor which axially advances the shaft and drive pin to the next shuttle.

Abstract: An apparatus for turning bound pages, the apparatus having a frame; a book support assembly coupled to the frame; at least one pickup arm coupled to the frame; a motor assembly coupled to the frame; and a conveyor assembly coupled to the frame. The conveyor assembly has a belt; a plurality of fingers coupled to the belt; and at least one actuator coupled to the belt. A subset of the plurality of fingers hold the book in an open condition. Upon rotation of the belt by the motor assembly, the at least one actuator causes the at least one pickup arm to lift a portion of a page while a subset of the plurality of fingers hold the bound pages in an open condition and turn the lifted page.

Abstract: The present invention provides an apparatus for turning pages of a music book. When a music performer manipulates a power switch, an actuating lever disposed in a housing of the apparatus is raised out of a guide groove of the housing and presses down and carries a right lower end of the page in accordance with an operation of a driving motor interlocked with the actuating lever. At this time, a pressure contact piece is moved in a fore and aft direction with respect to the page to press down or to be separated from the page so that the page can be smoothly turned. The actuating lever continues to pivot leftward along the guide groove to completely turn the page. After completing the operation of turning the page, the actuating lever is separated from the turned page and returns to an initial position along the guide groove.

Abstract: A wall pedestal for displaying and rotating an animal head and other wildlife objects next to a wall. The wall pedestal includes a wall mounting plate adapted for securing the pedestal to the wall at various heights. The wall mounting plate includes an outwardly extending horizontal support arm. A far end of the horizontal support arm includes a threaded bore for receiving a threaded lower end of a vertical pivot rod. An upper end of the vertical pivot rod is slidably received in a lower portion of a vertical sleeve. A top portion of the vertical sleeve is attached to a portion of a display mounting plate. The display mounting plate is adapted for attachment to the wildlife object suspended the object thereon.

Abstract: The invention relates to an electronically detectable resonance label, in particular an RFID label, with a substrate made of plastic foil and with conductive surfaces on the front and rear of the substrate, with some of the conductive surfaces forming a capacitor in a mutual area of overlap, comprising a first capacitor plate on the front of the substrate and a second capacitor plate on the rear of the substrate. The capacitor plates are in the shape of elongated strips of uniform width along their entire length; with said strips overlapping only partially. The area of overlap is arranged at a distance from both ends of at least one capacitor plate. This provides the advantage that during the production process relative displacement of the capacitor plates can take place in two directions.

Abstract: Apparatus for turning over individual boards assembled as a stack, preferably for leafing the program boards of a music box (juke box) is provided, in which boards may be rotated around mutually parallel pivot axes lying in a plane, pivoting bilaterally with the edge area of one side on mutually straight profile sections which can be moved synchronously in guides of a chassis by a drive in a straight line in both directions. The boards are provided with projections extending beyond the pivots, at which a stay fixed to the chassis engages in such a way that in each case, a diagonally supported board lying in a viewing window of the chassis is turned over to the opposite side, in which position it is supported at an approximately identical, mirror-image angle.

Abstract: An image positioning device includes surface elements having front and back sides and images on the front and/or the back sides. An end of a first surface element and a front side of a second surface element are turnably coupled along a first axis of rotation and an end of the second surface element and a front side of a third surface element are turnably coupled along a second axis of rotation. The first and second rotational axes are approximately parallel with one another. Successive flipping of the surface elements animates the images.

Abstract: A reading item supporting system is provided including a reading item support for supporting a book thereon. Also included is at least one ruler assembly positioned on the reading item support with the book therebetween. The ruler assembly includes a ruler strip adapted to move downwardly an incremental distance upon the actuation.

Abstract: A page turning device (10) is provided having a motor housing (12), an activator switch (14) and a book platform (16). A motor (18) is carried within the motor housing (12) and includes a drive shaft (20) that carries a spring arm (24) that, in turn, carries a wiping finger (26). The book platform (16) positioning the upper portion of a book placed thereon underneath a spring arm (24) and the wiping finger (26). The placement of a book on the book platform (16) may be facilitated by a book holder (38). When a book is placed on the book platform (16), activating the activator switch (14) activates the motor (18) and causes the drive shaft (20) to rotate the spring arm (24) connected thereto from a rest position so as to bring the wiping finger (26) into contact with the exposed top page of the book. The motor (18) continues through one cycle before again coming to rest, rotating the drive shaft (20) and the spring arm (24) and wiping finger (26) attached thereto, through 360 degrees.

Abstract: A method and apparatus for safe and fast turning of a page in a book is taught which is more flexible with respect to the varying characteristics of the applied books, is independent of the mechanical and electrical tolerances of the system and from system wear and tear. The method comprises the steps of: applying an initial value of a contact force between a page lifter and the page and/or an initial value of a contact time for the contact between the page lifter and the page, and increasing the value of the contact force and/or contact time when no page has been lifted during a page turning procedure; whereby the last applied value of the contact force and/or contact time is applicable as the initial value when a next page is provided to be turned over.

Abstract: A page turning device for use with any bound pages such as books, music scores, or binders, which have small ferrous elements (14) attached to the edge of each page. The device uses a motorized arm (16) with a magnetic tab (17) mounted on the end to engage individual pages and turn them in either the forward or reverse direction. The magnetic tab (17) is raised during a page turn, but rests in a downward position between page turns so as to not interfere with manual manipulation of the pages. The device further incorporates foot actuated user switches (12,13) which control the mode of operation and cause the device to turn a page in the appropriate direction.

Abstract: A split flap display device for displaying changing information of all kinds, where a substantially tool-free, rapid removal of the complete set of flaps is made possible. For this purpose, the rotor unit includes a rotor shaft, two receiving rollers and split flaps. This entire rotor unit is repetitively connectable and disconnectable with a housing of the display device to allow changes in the information displayed.

Abstract: In a book document reading device having a page turning capability, a turn belt has a flat portion at the underside thereof and is supported by a turn roller. The turn roller selectively moves the turn belt to a first position where the flat portion of the belt electrostatically attracts the uppermost leaf of a book document, which is spread on a table, in contact with the leaf, or to a second position where the belt is spaced apart from the book document while carrying the uppermost page therewith. When the turn belt is moved from the first position to the second position, a scanning unit is caused to stop moving. This allows the leaf of the document to surely adhere to the turn belt.

Abstract: Presented is an indicating register that serves for indicating the content of magazine or the like, and having a simple and space-saving construction. Several pivotably-journaled pages each have a page appendage projecting from their pivot axis and offset relative to one another in the axial direction. A carrier unit is movable transversely to the pivot axes of the pages by means of a drive, and has several followers that are likewise axially offset to one another and additionally have a constant offset in the transport direction, and with movement of the carrier unit come into working engagement, one after the other, with the associated page appendages, and carry pages along until they run up against a previously turned page or against a stop.

Abstract: In a printer for passbooks or the like, a passbook or the like, which is brought in on a transfer path, is stopped at the position of a page-turning roller, where a sheet is turned over by the operation of the page-turning roller. When a sheet is turned over by the page-turning roller, at a position separate from a start position of turning over of a sheet, a passbook or the like undergoes an initial deformation in a out-of-plane direction so that the passbook is bent in a first-order mode. By this initial deformation, a sheet can be turned over steadily. Such a turnover of the sheet can be effected in conjunction with utilizing an optical system which provides an image of the three-dimensional deformation pattern of the passbook which is processed. In accordance with this pattern a decision is made whether or not the out-of-plane deformation of the passbook is more than a specified amount. In the vicinity of the transfer path, a page-turning roller is provided and is supported rotatably.

Abstract: An automatic page turning-over apparatus has spacing means for spacing an uppermost sheet original of a book-like original having a bundle of bound sheet originals apart from the remainder of the bundle of sheet originals, wherein, a moving member moves under the uppermost sheet original and turns the uppermost sheet original onto the opposite side of the book-like original. A support means for supporting the spacing means and the moving member, while moving means moves the support means to move the spacing means and the moving member and thereby turn the page.

Abstract: A passbook page turning mechanism includes independently movable and spaced upper rollers and independently movable and spaced lower rollers which are vertically movable and which grip the passbook and move the passbook from a printing station to a page turning station. A pair of upper and lower longitudinally movable rollers serve as apparatus to turn the pages of the passbook. At the page turning station, a lower roller of the pair of rollers is raised to flex the passbook and an upper roller of the pair of rollers is rotated to turn the page and to complete the page turning operation after which the passbook is moved to the printing station. The lower roller of the pair of rollers is also displaceable in the longitudinal direction from the upper roller of the pair of rollers. The mechanism also provides for turning one or more pages in the opposite direction from the direction of a normal page turning operation.

Abstract: A reading stand includes a page turning mechanism which has two turning arms extending radially from a rotary shaft located adjacent to an intermediate part of a back plate member. The arms are turned from one side of the shaft to the other side so as to turn a paper sheet of a book held by the reading stand. One of the arms has a paper sheet taking member such as a suction cup and the other arm has a paper sheet pressing member. A motor with a control mechanism operates the arms.

Abstract: The uppermost page of an opened volume is rubbed toward the volume's spine to buckle the uppermost page and permit air to enter a space between the buckled page and the next page. The buckled page is then released to fall back toward its initial position and form an air layer between the uppermost page and the next page. The uppermost page is attracted upward by applying a suction force and a plate is moved along a path crossing the attracted uppermost page to turn it.

Abstract: Apparatus is disclosed which is operable for turning a page of a book, or other like reading material, and for retaining said page in a turned position. The page is turned via a vacuum arrangement which draws a single page away from the rest of the pages and an arm which is disposed in back of the single page and is displaced to turn said page from right to left. The page is retained in the turned position by means synchronously operataed with the page turning arrangement and including an arm which rests on the turned page to prevent said page from returning to the unturned page position.

Abstract: A page turning device. Ferrous flat plate members are detachably secured to the pages to be turned of a book. A magnet member is carried by an elongate arm member that is pivotally mounted to swing in a plane. In a first embodiment, a spring member under load urges the arm member to swing in its plane to an equilibrium position, carrying a magnetically-engaged flat plate member and hence a page member with it. A stop member maintains the arm member in its nonequilibrium position until the musician desires the page to turn; a latch member is activated to transiently displace the stop member from its stopping engagement with the arm member. The musician thereafter returns the arm member to its first position. In a second embodiment, a motor causes the arm member to swing in its plane, carrying one page with it each time it travels from its first to its second position.

Abstract: An automatic page turning device of the type comprising a movable element controlled by a motor of which the operation is controlled by a control member to be actuated by the user. It is characterized in that it comprises a suction tube to lift a page as well as a movable element comprised of a double acting pusher. The double acting pusher is situated directly above a document and is movably mounted in linear translation in the two opposite directions transverse to the side of the pages of a document and along which they are bound together. The suction tube and the double acting pusher are also movably mounted perpendicularly to the plane of a support structure.

Abstract: An automatic page turning apparatus for use with a passbook or like document wherein drive rollers advance the passbook to a page turning station, pressing means moves the passbook into position for a page turning roller to engage with and to turn up the page to a bowed condition. Page turning detecting means is coupled to sequence control means and to retry control means for ensuring that the page is turned to the partially turned position for subsequent turning of the page.

Abstract: An arrangement for transporting a book facedown onto an and off of a copier includes a platen transport and a belt transport positioned on opposite sides of a vacuum plenum that is used to peel the bottommost page from a book to turn the same as the book is moved back and forth between the transport platen and belt member. As the book moves the vacuum plenum a by predetermined amount, it contacts a roller and is supported on the roller as it is transported onto and off of the platen by the platen transport. The roller reduces the friction between the pages of the book and the platen.

Abstract: A device for turning over book leaves is disclosed, which comprises a book holder for supporting a book in an open state, a movable unit disposed above the book holder and capable of vertical and horizontal movement, and a turn-over roller and a pinch member both mounted in said movable unit. The turn-over roller is brought into contact with the page of the book to be turned over with the movement of the movable unit. Then it is rotated toward the book seam to cause a plurality of book leaves including a leaf to be turned over to be turned up in between it and the pinch member. Then it is rotated in the opposite direction to release the turned-up leaves other than the leaf to be turned over. The remaining leaf to be turned over is moved with the movement of the movable unit toward the book seam to effect the turn-over.

Abstract: A page turning device is provided in which a first elongated arm is rotatably mounted for circular motion substantially parallel to but above the plane of the volume. A page lifting facility cooperates with the rotation of the first elongated arm to permit the first elongated arm to rotate between a lifted upper leaf and the remainder of the leaves of the volume. Continued rotation of the first elongated arm turns the upper leaf and positions the arm for turning of the next leaf. In this manner an unlimited number of leaves may be sequentially turned by a mechanically simple device which is immediately ready for use when a volume is positioned thereon.

Abstract: A working apparatus comprises a plurality of rollers and a control unit for controlling rotation or movement of the rollers. The control unit controls the rollers such that at least one of the rollers is located on the opposite side of the other rollers with respect to a sheet.

Abstract: An arrangement for turning the pages of a booklet within a copier. A air knife fluffer, the pages and a wheel is translated against the page to be turned and creates a buckle in the previously separated page. The vacuum wheel is then lifted bringing the page with it and rotated to flip the page. Afterwards, translation of the vacuum wheel without rotation continues in order to flatten the now flipped sheet. The vacuum is then returned to its home position.

Abstract: A page turner device for an open book comprises a support for the book, and a power driven disc configured to rest on the top of the pages of such open book. When the power drive is energized, the disc will start to rotate while in contact with the open pages. The disc has a finger portion which protrudes outwardly from adjacent portions of the disc, and a page curler drive is used for creating a curl or arch in the center portions of an open page, so that when the finger rotates to the proper position, it will go into the recess under the curl, and as it continues to rotate, the finger will pull the page with it. When the disc comes to a rest position, the finger will have completely opened the subsequent page. At the rest position a cam operates a switch to disable the power drive until such time as the person reading again initiates a manual switch to commence the page turning sequence.

Abstract: There is disclosed a novel music sheet holder for a book having a front and a back cover, a spine and individual pages, comprising a body member having a shaft member, a first pair of outer leg members downwardly extending from the shaft member and second leg member extending downwardly from the shaft member and positioned intermediately to the first pair of outer leg members; a clip member under spring tension mounted on the outer leg members of the body member; an arm member having a body portion, an arm portion extending horizontally from the body portion, a vertical plate portion on an end of the arm portion opposite the body member and a manipulative handle extending perpendicularly upwardly from the body portion on an end of the body portion opposite the arm portion, the arm member being rotatably positioned on the shaft member of the body member.

Abstract: An automatic page turning apparatus associated with a closed passbook and the like includes feed means for positioning and holding one edge of a passbook at a station located along a guide chute, and a drive member movable in a direction perpendicular to the guide chute for engaging and moving the passbook to a bowed configuration where a rotating drive roller engages the cover member or the top page member of the bowed passbook for moving the member to a partially open position. Control means operates the feed means to move the passbook in a direction enabling the drive roller to move the partially open member to a fully open position. Circuit means varies the power applied to the drive member enabling the drive member to apply more pressure to the passbook where the cover member is to be turned.

Abstract: Disclosed is a printing apparatus for printing a page of a book. The printing apparatus comprises printing means, page turning means, and a shutter movable between the printing means and the page turning means for guiding the book. The shutter is located inside the printing means to guide the book when the book is transferred to the printing means, and is taken out from the printing means and transferred to the page turning side to allow printing when the page of the book is to be printed by the printing means. The shutter is located inside the page turning means to guide the book when the book is transferred to the page turning means, and is taken out from the page turning means to allow page turning when the page of the book is to be turned by the page turning means. In such construction, the single shutter can guide the book for both printing and page turning.

Abstract: Disclosed is an apparatus for selectively turning the pages of a book forward and backward. The apparatus of the present invention comprises a roller, first transfer means, pressing means, driving means, and second transfer means. The roller can rotate selectively in one and the other rotating directions. The first transfer means selectively transfers the roller between first and second positions. The pressing means presses the book against the roller. The driving means drives the roller to rotate selectively in the one and the other rotating directions. The second transfer means moves the book so that one page of the book lifted by the roller is laid on top of the other page. In such construction, the pages of the book can be turned selectively in the forward and backward directions by means of the single roller.

Abstract: A multi-page folder having a staggered array of interleaved pages successively flipped by manual actuation of a drawstrip. The folder includes a back cover panel bounded by a right fold line joining it to an overlying contiguous base panel, a central slot formed near the fold line joining the back panel and the base panel, a distal segmented tab extending from the base panel away from the right fold line, a plurality of substantially parallel fold lines traversing and subdividing the tab into plural segments, an elongated drawstrip joined to the last tab segment most remote from the right fold line and extending between the back cover panel and the base panel through the central slot longitudinally movable from a retracted position substantially flattening the segmented tab to an extended position protruding through the central slot beyond the right fold line and curling the segmented tab under the base panel toward the slot.