24results about "Book binding" patented technology

To provide a configuration capable of inhibiting the quality of an outcome after square-back processing from lowering.SOLUTION: A sheet processor, if giving a second line β1 passing between rotation centers of a pair of saddle third rollers 118 and a second virtual line β2 orthogonal to a width direction and passing a nip of the pair of saddle third rollers 118 in a state not clamping a bundle of sheets, comprises an upper clamp unit 121 that, in a state positioned in a first position, is positioned above the second virtual line β2 with respect to a vertical direction and a lower clamp unit 120 that is positioned below the second virtual line β2 with respect to the vertical direction. In addition, in the first position, spacing D between the upper clamp unit 121 and the lower clamp unit 120 is broader than a bundle of sheets Sb having the maximum thickness for executing square-back processing by the sheet processor.SELECTED DRAWING: Figure 12

This invention provides a reversing device for ring-bound books that can easily and reliably reverse the stacking direction of multiple sheets of paper on the backing board of a ring-bound book. [Solution] The system comprises a loading section, an articulated robot, an unloading section, and an engaging member. The articulated robot, by moving a chuck 34 that grips the ring-bound booklet 1, engages the paper 4 on the chuck 34 side with the engaging member 50 while the multiple sheets of paper 4 are hanging down from the ring-shaped binder 6 by their own weight. Then, by moving the chuck 34 in a direction away from the engaging member 50 and downward, the multiple sheets of paper 4 are rotated, reversing the stacking direction of the paper 4 on the base sheet 2, and the ring-bound booklet 1 is placed on the unloading section with the paper 4 stacked on the other side 2b of the base sheet 2.

To provide a reversing device for a ring-bound book, capable of easily and reliably reversing the stacking direction of a plurality of sheets of paper on a mount of the ring-bound book. [Solution] The system is equipped with an entrance section, an articulated robot, an exit section and an engaging member, and the articulated robot moves a chuck 34 which holds the ring-stitched binding material 1, causing the multiple sheets of paper 4 on the chuck 34 side to engage with an engaging member 50 while causing the multiple sheets of paper 4 to hang down from the ring-shaped binding device 6 under their own weight, and then moves the chuck 34 in a direction away from the engaging member 50 and downward, thereby rotating the multiple sheets of paper 4 and reversing the stacking direction of the sheets of paper 4 relative to the backing paper 2, and placing the ring-stitched binding material 1 in the exit section with the sheets of paper 4 stacked on the other side 2b of the backing paper 2.

To provide a mechanism capable of processing, without stopping the clock, even printed products spread with a flap fold or a cover.SOLUTION: In a mechanism for performing cutting operations on at least one open format edge of at least one printed product (A), a cutting station operable for carrying out front cut is provided with an intermediate station on an input side. The intermediate station is equipped with elements (E1, E2) for creating a spread (SP) of a flap fold (AKF) belonging to the printed product or of a cover (AU) belonging to the printed product. The first element (E1) has a configuration which, in operative connection with a translation (502) of the printed product, initiates the spreading of the flap fold or of the cover, and consolidates opening of the spreading. The second element (E2) has a configuration that allows the printed product to be transported, with the flap fold or cover spread, via a further translation (503) to the front cut location.SELECTED DRAWING: Figure 12

The invention relates to a device and a method for producing a security document (1), wherein the security document (1) is provided in an oversized format, and the security document (1) is cut in at least one peripheral area along a cutting path (11), the cutting operation being carried out as an uninterrupted process along the entire cutting path (11).

To provide a technology capable of improving a spread property of a pocket book more than a conventional article.SOLUTION: A pocket book has a body part, a lower hardening part, a back hardening part and a cover part. The body part is formed as a structure of binding a plurality of unit structures by a yarn sewer by laminating the plurality of unit structures with a sheet or a sheet folding-back body constituted by folding back the sheet as a unit structure. The lower hardening part is constituted by a hardened object of an aqueous emulsion adhesive of including polyvinyl acetate as a main component, and is coated on a place bound by the yarn sewer in the body part, and hardens the lower part of the body part. The back hardening part is constituted by a hardened object of a synthetic rubber type hot melt adhesive of including a styrene type thermoplastic elastomer as a main component, and is coated on a lower hardened place, and hardens the back of the body part.SELECTED DRAWING: Figure 2

To precisely align and bind a bundle of paper with a simple configuration, a printer (100) includes a paper discharge tray (12a) that is configured to accumulate paper (201) discharged from a discharge portion (13b); and a holding member (110) that is provided at a position where the paper (201) discharged from the discharge portion (13b) is stacked. The holding member (110) is configured to be integrated with the paper discharge tray (12a) and includes a pair of side edge guide portions (112,113) that are configured to guide opposite side edges (201b, 201c) of the paper (201). The holding member (110) is configured to be held to be movable to a position of the paper (201) in a width direction (W) where the paper (201) is stored between the pair of side edge guide portions (112, 113) in response to a force acting when the discharged paper (201) comes into contact with the pair of side edge guide portions (112, 113).

A printer includes a paper discharge tray that is configured to accumulate paper discharged from a discharge portion; and a holding member that is provided at a position where the paper discharged from the discharge portion is stacked, the holding member configured to be integrated with the paper discharge tray or held to be extractable from the paper discharge tray. The holding member includes a pair of side edge guide portions that are configured to guide opposite side edges of the paper. The holding member is configured to be held to be movable to a position of the paper in a width direction where the paper is stored between the pair of side edge guide portions in response to a force acting when the discharged paper comes into contact with the pair of side edge guide portions.

This image forming system comprises: an image forming unit that forms an image on a sheet; a perforation processing unit that performs perforation on the sheet on which the image has been formed by the image forming unit; a bookbinding processing unit that performs bookbinding processing including binding and folding on a plurality of sheets including the sheet on which the perforation processing has been performed by the perforation processing unit; a corner back processing unit that performs corner back processing for forming a corner back part on a back of a booklet bound by the bookbinding processing unit; and an adjustment unit that adjusts a position of the perforation by the perforation processing unit on the basis of an execution instruction of the corner back processing by the corner back processing unit.

To precisely align and bind a bundle of paper with a simple configuration, a printer (100) includes a paper discharge tray (12a) that is configured to accumulate paper (201) discharged from a discharge portion (13b); and a holding member (110) that is provided at a position where the paper (201) discharged from the discharge portion (13b) is stacked. The holding member (110) is configured to be integrated with the paper discharge tray (12a) and includes a pair of side edge guide portions (112,113) that are configured to guide opposite side edges (201b, 201c) of the paper (201). The holding member (110) is configured to be held to be movable to a position of the paper (201) in a width direction (W) where the paper (201) is stored between the pair of side edge guide portions (112, 113) in response to a force acting when the discharged paper (201) comes into contact with the pair of side edge guide portions (112, 113).

This image forming system comprises: an image forming unit that forms an image on a sheet; a perforation processing unit that performs perforation processing on the sheet on which the image was formed by the image forming unit; a bookbinding processing unit that performs bookbinding processing, including binding and folding, on a plurality of sheets including the sheet subjected to perforation processing by the perforation processing unit; a square-back processing unit that performs square-back processing for forming a square-back portion on the back of a booklet bound by the bookbinding processing unit; and a display unit that, during the execution of the perforation processing and the square-back processing, presents a display prompting the insertion of a length up to a position where the perforation processing is performed from the edge of the square-back portion.

To provide a configuration capable of suppressing the opening of a sheet bundle while minimizing the addition of devices and the occurrence of the burden on an operator.SOLUTION: A saddle third roller pair 118 conveys a sheet bundle on which saddle stitching processing and center folding processing have been performed such that a back of the sheet bundle is located on the downstream side in a conveyance direction relative to an end on an edge side. A square back processing unit C2 performs square back processing to square the back of the sheet bundle. A saddle conveyance sensor 117 detects a position of the sheet bundle. The time from detection of the sheet bundle by the saddle conveyance sensor 117 to stoppage of conveyance of the sheet bundle by the saddle third roller pair 118 when the rigidity of the sheet bundle is high is longer than the time from detection of the sheet bundle by the saddle conveyance sensor 117 to stoppage of conveyance of the sheet bundle by the saddle third roller pair 118 when the rigidity of the sheet bundle is low.SELECTED DRAWING: Figure 4

In an apparatus for performing cutting operations on at least one open format edge of at least one printed product, a cutting station operable for carrying out the front cut is provided with an intermediate station on the input side. The intermediate station is equipped with elements for creating a spread of a jaw fold belonging to the printed product or of a cover belonging to the printed product. The first element has a configuration which, in operative connection with a translation of the printed product, initiates the spreading of a jaw fold or of a cover and consolidates the opening thereof. The second element has a configuration that allows the printed product to be transported, with the jaw fold or cover spread, via a further translation to the front cut location.

To provide a constitution for improving positional accuracy of a regulating part for regulating a projection quantity of the back of a sheet bundle from a clamp.SOLUTION: When the regulating portion moves from the initial position to the regulating position, the regulating portion abuts against the spine of the sheet bundle to regulate the amount of protrusion of the sheet bundle from the clamping position of the clamp. The adjustment unit adjusts in advance the initial position of the regulation unit with respect to the clamp position each time the square back processing is performed.SELECTED DRAWING: Figure 15

A printer includes a paper discharge tray that is configured to accumulate paper discharged from a discharge portion; and a holding member that is provided at a position where the paper discharged from the discharge portion is stacked, the holding member configured to be integrated with the paper discharge tray or held to be extractable from the paper discharge tray. The holding member includes a pair of side edge guide portions that are configured to guide opposite side edges of the paper. The holding member is configured to be held to be movable to a position of the paper in a width direction where the paper is stored between the pair of side edge guide portions in response to a force acting when the discharged paper comes into contact with the pair of side edge guide portions.

The utility model discloses a picture album spine forming device, which relates to the technical field of picture album processing and comprises a forming table and an adjusting component, the bottom of the forming table is connected with a base, and the adjusting component used for limiting spines of different sizes on a book case is arranged at the upper end of the forming table. And the two adjusting assemblies are symmetrically arranged about the vertical central axis of the forming table, each adjusting assembly comprises an adjusting groove, a supporting frame, a sliding block and an extension plate, the supporting frames are slidably arranged in the adjusting grooves, the sliding blocks are arranged at the bottoms of the supporting frames, and the extension plates are connected to the side edges of the supporting frames. According to the picture album spine forming device, the middle of the forming table is used for containing a picture album spine, the triangular supporting frame slides in the adjusting groove according to the width needed by the different picture album spines to adjust the position, the device can conduct forming machining on the picture album spines of different sizes, sliding blocks and the adjusting groove are distributed in a staggered mode, and the sliding smoothness is improved; and the extension plate provides a placement surface for the book shell of the picture album.

The present invention aims to provide a device that allows for easy setting of perforation at desired locations when performing corner processing and perforation processing on a folded sheet bundle. [Solution] When performing corner back processing and perforation processing on a folded sheet bundle, the presence or absence of corner back processing is input, the starting position of the perforation processing is predetermined, and then the distance to the perforation processing position is input, thereby enabling perforation at the intended location without causing positional shift due to corner back processing.

A back processing section C2 performs back processing to press a ridge portion of a sheet bundle sandwiched between an upper jig unit 121 and a lower jig unit 120 by a pressing roller 123 so that the ridge portion of the sheet bundle protrudes downstream with respect to the upper jig unit 121 and the lower jig unit 120. The saddle controller is capable of executing a mode in which, in a state in which nip by the upper jig unit 121 and the lower jig unit 120 on the bundle of sheets undergoing the back treatment by the back treatment section C2 is released, the bundle of sheets undergoing the back treatment is conveyed downstream in a conveyance direction by a saddle third roller pair 118, and in which the bundle of sheets undergoing the back treatment by the back treatment section C2 is conveyed downstream in the conveyance direction by the saddle third roller pair 118. And performing the back processing again on the sheet bundle by the back processing portion C2.

A notching device (1) for binding machines (2), suitable for automatically creating on the back (D) of blocks (B) of sheets (5) a plurality of notches (T) intended to collect an adhesive for gluing a cover. The notching device (1) comprises a plate (8) defining a main axis (V) and having an upper face (9) facing the back (D) to be engraved and one or more engraving tools (13) which can be anchored to the upper face (9) to make notches (T) on the back (D) by rotating the plate (8). Each engraving tool (13) comprises a body (14) with an end (15) provided with a cutting edge (16) which comprises a first cutting portion (18) having a shape complementary to the notch (T) to be made and second cutting portions (19A, 19B) adjacent to and placed on the sides of the first portion (18) to trim the back (D) and remove the excess material generated by the first portion (18), and wherein the second cutting portions (19A, 19B) are substantially aligned and parallel to the upper face (9).

The utility model provides rounding and ridging equipment, which is used for rounding book blocks and comprises a fixed plate, a movable plate, a driving part and a forming part. The movable plate and the fixed plate are arranged in parallel, and the movable plate can move relative to the fixed plate in the direction perpendicular to the fixed plate. The driving part drives the movable plate to be close to or far away from the fixed plate so as to clamp the book block between the fixed plate and the movable plate or release the book block. And the spine position of the book block extends out of the range of the fixed plate and the movable plate. And the forming part is controlled to apply pressure to the edge of the spine, so that the spine is formed into an outwards convex arc shape. The embodiment of the utility model is not limited by the specification of the book block, and can be suitable for book blocks with different sizes or thicknesses. After the book block is fixed by the fixed plate and the movable plate, the pressure applied by the forming part acts on the edge of the spine, the influence of the thickness of the book block is small, and the application range of the rounding and ridging equipment can be further widened.

In a device for carrying out a cutting operation on at least one specification edge of at least one printed product (A), a cutting station (2), which can be operated for pre-cutting, is provided on the input side with an intermediate station equipped with elements (E1, E2) for forming a fold (AKF) belonging to the printed product or an unfold (SP) belonging to a cover (AU) belonging to the printed product, the first element (E1) has a design which introduces the expansion of the fold or cover and consolidates the expanded opening in operative connection with the translation (502) of the printed product, and wherein the second element (E2) has a design which introduces the expansion of the fold or cover and consolidates the expanded opening in operative connection with the translation (502) of the printed product. A printed product with unfolded folds or covers can be conveyed to the front cut via additional translation (503).