Abstract: A image forming system that can prevent a toner from coming off while reducing the amount of consumption of a clear toner in binding sheets into a book. An image forming apparatus 100 forms an image on a sheet. A clear coating apparatus 200 forms a clear coating image on the sheet using the clear toner that becomes transparent after fixing. A bookbinding apparatus 600 connected to the image forming apparatus 100 and the clear coating apparatus 200 subjects the sheet to folding process. A job controller 501 and an image controller 502 cause the clear coating apparatus 200 to form the clear toner image at a folding position on the sheet in response to designation of a folding mode in the bookbinding apparatus 600.

Abstract: A binding printer is provided which has a media transport assembly configured to transport individual sheets of media along a media path, a printhead assembly configured to print on the sheets transported along the media path, and a binding assembly configured to bind together the printed sheets transported along the media path. The binding assembly has a binding platen configured to press each printed sheet transported onto a support platen to preceding sheets supported on the support platen to bind the printed sheets together, and a chassis defining an inlet for receiving the transported printed sheets and an exit hatch from which the bound printed sheets are removable.

Abstract: A bookbinding system that includes: a center folding unit configured to perform center folding on an integrated sheet bundle; an additionally folding unit configured to additionally perform folding of a folded portion of the center-folded sheet bundle; a back surface forming unit configured to form a back surface on the sheet bundle by pressing a front end of the folded portion of the center-folded sheet bundle and both surfaces of the sheet bundle; and a control unit configured to change the content of additionally folding according to whether to perform the back surface forming or not.

Abstract: A sheet processing apparatus includes a holding portion that holds a booklet, which includes folded sheets, by a pair of holding members, a pressing portion having a first pressing member, which is brought into contact with a spine of a booklet held by the holding portion so as to perform a deforming process to the spine, and a second pressing member having a thickness, in the thickness direction of the booklet, greater than that of the first pressing member, a moving portion that moves the pressing member along the spine, and a controlling portion that changes the first pressing member to the second pressing member, and increases a deformation amount from the spine before the deformation to a pressing position in the pressing direction where the second pressing member presses the spine, when the thickness of the booklet held by the holding portion exceeds a predetermined thickness.

Abstract: A bookbinding apparatus includes a collecting device, a bookbinding path, a bundle conveying device for transferring the sheet bundle to a paste applying position and then to a cover binding position, a paste applying device for applying an adhesive to a spine part of the sheet bundle, and a cover feeding path. A cover binding device binds the sheet bundle with the adhesive to the cover sheet, and a cover binding control device controls the cover binding device. The cover binding device includes a back folding press member and a back abutting plate member. The cover sheet is sandwiched between the back abutting plate member and the spine part of the sheet bundle with a small gap between the back abutting plate member and the spine part. The cover binding control device adjusts a size of the gap depending on a thickness of the cover sheet when folded back.

Abstract: An image forming system has an image forming apparatus which has a printing unit which can perform a printing process of data of a storage unit which can store data of a plurality of jobs and which has a conveying unit which can convey a sheet from the print unit to a sheet processing device which can perform sheet processing, including at least a gluing process, for sheets from the printing unit, the system comprising: a controller adapted to permit a predetermined process related to the gluing process when the job to be processed is a job which meets a predetermined condition, and to inhibit the predetermined process related to the gluing process when the job to be processed is not a job which meets the predetermined condition, thereby overcoming obstacles to realization of an image forming system capable of a gluing process.

Abstract: When executing an image forming process for same sheets divisionally a plurality of number of times, a subsequent image forming process needs to be prevented from becoming impossible depending on the process result of a preceding image forming process. To accomplish this, when executing a second image forming process for a sheet having an image formed by a first image forming process is designated, an image forming apparatus of this invention restricts execution of post-processing for the sheet that has undergone the first image forming process even when executing the post-processing for the sheet is designated.

Abstract: A bookbinding device and a print-medium post-treatment apparatus having the same. In the bookbinding device, when a print medium drops and is loaded a stack plate, a drop position of a leading end of the print medium is changed according to a size of the print medium. This prevents sequence upset of print media when the print media are stacked one above another on the stack plate.

Abstract: A bookbinding system that pastes a cover sheet on a sheet bundle, the bookbinding system includes: an image forming section which forms a toner image based on image data; a sheet storing section which stacks recording sheets on which toner images have been recorded by the image forming section, aligns the recording sheets thereby forming a sheet bundle; a heating member which applies heat to an adhesive to melt; a cover sheet pasting section which pastes a spine of the sheet bundle and a cover sheet with the adhesive melted by the heating member; and a controller which controls the image forming section. The controller controls the image forming section not to record the toner image based on the image data in the vicinity of an edge portion on a side of the spine of each of the recording sheets that constitute the sheet bundle.

Abstract: A punching apparatus having a punching member which effects punching on a sheet, and a driving mechanism which moves the punching member in a sheet width direction intersecting with a sheet conveying direction. On the basis of the difference between the position of a current sheet and the position of a next sheet succeeding thereto detected by a detecting sensor which detects the position of each conveyed sheet in the sheet width direction, at a position upstream of the punching member, the punching member is moved by the driving mechanism along the sheet width direction from a punching position for the current sheet to a punching position for the next sheet.

Abstract: Disclosed is an image forming apparatus, a sheet finisher and an image forming system; each of them including: a display for displaying a work item for a maintenance in the form of a guidance display; a detection section for detecting whether the work item is executed or not; an energization controller for supplying/blocking power supply to electric components to be maintained; a connection judging section for judging whether the electric components are electrically connected with the power supply or not; and a controller for controlling the display to switch displays of the work item and for controlling the energization controller, in accordance with a detection result of the detection section; wherein the controller causes the display to display an alarm and a guidance display of a corresponding work, according to a judgment of the connection judging section.

Abstract: A bookbinding apparatus comprising: a supplier which supplies solid adhesive to an adhesive tank; a melting section which melts the solid adhesive supplied to the adhesive tank; a coating member which coats the adhesive melted in the adhesive tank to an end face of a booklet; and a separating section which separates between a place in which the solid adhesive is supplied by the supplier and the coating member in the adhesive tank.

Abstract: A bookbinding apparatus including an adhesive coating section which coats an adhesive onto a spine of a sheet bundle that a plurality of sheets are bundled, by relatively moving the adhesive coating section and the sheet bundle, adheres a cover sheet onto the spine of the sheet bundle onto which the adhesive has been coated by the adhesive coating section. The adhesive coating section includes: a coating member which coats the adhesive storing in ah adhesive tank onto the spine of the sheet bundle; a scraping member which scrapes the adhesive coated onto the spine of the sheet bundle; and a reservoir which stores the adhesive scraped by the scraping member.

Abstract: A sheet post-processing apparatus has a sheet conveying portion which receives and conveys a sheet discharged from an apparatus on an upstream side, and discharges it to an apparatus on a downstream side or a discharge tray, a sheet post-processing portion which carried out post-processing on the sheet, and a power saving control portion which renders the sheet post-processing apparatus into a power saving state, and the power saving control portion maintains electric power supply to the sheet conveying portion, and interrupts electric power supply to the sheet post-processing portion. The sheet post-processing apparatus, even in the power saving state, is capable of discharging the sheet discharged from the apparatus on the upstream side to the apparatus on the downstream side or a discharge tray.

Abstract: A printer is disclosed. The printer includes a print media supply station for storing print media. The printer further includes a print engine station arranged to receive print media from the print media supply and to print on the print media. A binding assembly station is also included which is configured to apply adhesive along an edge of each sheet of print media after printed upon, and to compile the print media into a bound stack. A receptacle station receives the bound stack. The print media supply station, the print engine station, the binding assembly station and the receptacle station are arranged vertically.

Abstract: A bookbinding device includes a collecting device for collecting sheets into a bundle and a bookbinding path that includes a sheet bundle conveying device, an adhesive applying device, a cover binding device, and a cover sheet feeding path. The cover binding device includes a back folding press member for the cover sheet and a back rest plate member to back up the cover sheet. A control device allows the back folding press member to execute a back folding process with a small gap formed between the back rest plate member and a back of the sheet bundle. The control device further allows the back of the sheet bundle to abut against the back rest plate member to forcibly cool the adhesive. The control device varies the time required for the cooling depending on the thickness of the sheet bundle.

Abstract: After an image was formed, a position in the width direction of the sheet stacked on a stacking portion is aligned by fixing one of aligning plates which can independently be driven and moving the other aligning plate in one direction. When the image is formed onto the sheet, a side edge of the sheet on the side which is come into contact with the aligning plate on the side fixed as a reference wall upon aligning is used as a reference and the image is formed.

Abstract: Methods and apparatus for imaging systems according to various aspects of the present invention provide a system for making physical copies of images and, substantially concurrently, generating electronic images. The imaging system suitably includes a scanner and a control system. The scanner makes copies of the documents or other images and substantially concurrently stores image data corresponding to images. The control system controls the scanning process and/or the handling of the generated images.

Abstract: A bookmaking apparatus executes sheet bundle stacking and image forming operations while melting adhesive at start up. A temperature control device controls a heating device to heat an adhesive in the container to a predetermined melting temperature when the apparatus power is turned on. A sheet conveyance device conveys and stack sheets sequentially from a conveyance path to the stacking tray while the temperature control device melts the adhesive.

Abstract: A paper binding apparatus includes: a paper carrying unit which carries papers so as to be sequentially stacked on a tray; a binding sheet supply unit which attaches a binding sheet applied with pseudo-adhesive to a lower surface of one end of the paper first stacked on the tray in the carriage direction so as to protrude in a pectinate shape; a binding sheet attaching unit which sequentially bends a plurality of protruding pieces of the binding sheet so as to be pressed against an upper surface of one end of the carried paper whenever a new paper is carried to the tray; and a discharge unit which discharges a bundle of papers bound by the binding sheet.

Abstract: An image processing apparatus has a printing function. A preview original-image creation part creates an original image for preview based on print data. A preview parts-image creation part creates a parts image for preview peculiar to each equipment. A preview image synthesis part synthesizes a preview image from the original image for preview and the parts image for preview. A preview image retaining part retains the preview image.

Abstract: Based on the image size and folding setting, a recording medium storing device is selected among a plurality of the recording medium storing devices, an image is formed on a recording medium in the selected recording medium storing device based on image information, and the recording medium on which the images is formed is folded by a folding device.

Abstract: A method and system for applying user-specified finishing options to a printed output document. A finishing window is displayed showing a document mimic in the finishing window, and displaying finishing tool selection regions in the finishing window which enable the user to activate selective finishing tools. Finishing location identifiers are displayed on portions of the document mimic, each displayed location identifier being associated with the currently activated finishing tool, and each displayed location identifier identifying a region of the printed output document by its location on the document mimic. WYSIWYG representations of user-selected finishing tool operations are performed in the portion of the document mimic identified by the selected finishing location identifier. The WYSIWYG operations include, but are not limited to, stapling, hole-punching, V-folding, C-folding, Z-folding, and binding. Also included are WYSIWYG operations for undoing each of the aforementioned operations.

Abstract: A printing system capable of executing printing using printing medias of different types is provided. In the system, a first designation unit designates a paper type used to print a first page group in a document. A selection unit selects paper types which can be used to print the second page group in the document from paper types available in the system based on the designated paper type. A second designation unit designates a paper type used to print the second page group from the selected paper types. Then, a printing unit prints the first page group on paper sheets of the type designated by the first designation unit, and prints the second page group on paper sheets of the type designated by the second designation unit.

Abstract: A spine formation device includes a sheet conveyer, a presser, and a spine formation member. The sheet conveyer conveys a bundle of folded sheets with a folded portion of the bundle of sheets forming a front end portion of the bundle of sheets. The presser is disposed downstream from the sheet conveyer in a sheet conveyance direction in which the sheet conveyer conveys the bundle of sheets. The presser is movable to press opposed sides of the front end portion of the bundle of sheets. The spine formation member is movably disposed downstream from the presser in the sheet conveyance direction. The spine formation member includes a groove portion that contacts and positions the bundle of sheets to define an amount by which the bundle of sheets protrudes from the presser and a spine formation face that forms a spine at the folded portion of the bundle of sheets.

Abstract: In binding a cover sheet together with a sheet bundle, ever-accurate spine-creasing irrespective of bundle thickness is made possible. A sheet stacker stacks sheets into bundles, an adhesive applicator applies adhesive to a spine part of the sheet bundles, and a cover-sheet binder binds cover sheets together with the spine parts. The cover-sheet binder is constituted from a left-and-right pair of spine-creasing press members arranged free to shift between standby and spine-creasing positions; a shifter that reciprocates the spine-creasing press members between the standby and spine-creasing positions; and a controller. The controller functions to vary, in accordance with sheet bundle thickness, any of: (1) the standby position of the press members; (2) the start time of an operation whereby the press members are shifted from the standby to the spine-creasing position; or (3) the traveling speed of the press members in shifting from the standby to the spine-creasing position.

Abstract: A book-binding apparatus having: a reception vessel to receive glue in liquid form; application section to apply the glue in the reception vessel to a sheet; a hopper to receive a raw material of the glue for refill; a refilling section to refill the raw material of the glue from the hopper to the reception vessel; and a control section to control the refilling section, wherein the raw material of the glue is refilled into the reception vessel in a period where application of the glue is not carried out after application of the glue is completed.

Abstract: A sheet binding apparatus which forms concavity and the convexity on a sheet bundle including a plurality of sheets in a thickness direction so as to bind the sheet bundle, the sheet binding apparatus includes: a pair of concave-convex members, each of which has concave-convex portion in the thickness direction of the sheet bundle and which forms the concavity and the convexity on the sheet bundle in the thickness direction while niping the sheet bundle therebetween; wherein in the pair of concave-convex members, one of the concave-convex members has a greater difference in height of the concave-convex portion than that of the other concave-convex member which engages with the above-described concave-convex member.

Abstract: A booklet loading apparatus has a carry-out unit that sequentially carries out plural booklets to a predetermined carry-out position; a transfer unit that sequentially arranges the booklets carried out from the carry-out unit while the booklets overlap one another, the transfer unit transferring the booklets in a predetermined transfer direction, the transfer unit returning the booklet to an upstream side in the transfer direction once in each time when the booklet is carried out from the carry-out unit, then the transfer unit transferring the booklet in the transfer direction; a loading unit on which the booklet carried out by the transfer unit is loaded; and an orientation correcting unit arranged on the upstream side in the transfer direction with respect to the transfer position, the orientation correcting unit correcting an orientation of the booklet to a predetermined orientation by causing the booklet to abut on the orientation correcting unit.

Abstract: A sheet processing apparatus of the invention includes a post-processing unit that applies post-processing to sheets conveyed from an image forming apparatus, a vertical aligning unit that conveys the sheets to the post-processing unit and brings an edge of the sheets into contact with a movable stopper arranged in a conveying path for the sheets to align the sheets in a conveying direction, and a horizontal aligning unit that holds the sheets with a pair of movable aligning plates from both sides along the conveying direction to align the sheets in a direction orthogonal to the conveying direction. The sheet processing apparatus further includes a control unit that switches a position of the stopper according to a size of the sheets and controls the aligning plates to be located on both sides close to the center of the sheets when the sheets are brought into contact with the stopper. The post-processing unit applies the post-processing to the sheets aligned.

Abstract: A binder assembly integrated with a printer comprises a powered spike wheel assembly for transferring a sheet of paper from the printer; an angled platen for receiving the sheet of paper from the spike wheel assembly, the angled platen provided vertically below the printer, and receiving the sheet of paper in a substantially upright portrait configuration; a binding platen provided opposite the angled platen; and a cable winder mechanism including a cable winder shaft, a system of wheels, and a steel cable attached to the cable winder shaft and arranged around the system of wheels. The cable winder mechanism is engaged with the binding platen and adapted to propel the binding platen towards the angled platen.

Abstract: An image forming system is given, in advance, unique setting as a behavior to be performed when an error occurs regarding postprocessing. In a case where the postprocessing becomes inexecutable during the operation of the system, the system either cancels the postprocessing to continue printing (Steps S20, S22) or stops printing to generate an error (Step S18), based on the unique setting. A user arbitrarily decides the unique setting, which enables optimum control of the operation that the system should perform when the postprocessing becomes inexecutable.

Abstract: There is described an image forming apparatus, which makes it possible to form a lining cover sheet image at an appropriate position of the lining cover sheet, irrespective of change of the lining cover sheet width. The apparatus includes a lining cover-sheet width acquiring section to acquire a lining cover-sheet width; a cover-sheet image data acquiring section to acquire various cover-sheet image data sets; a cover-sheet image data arranging section to arrange the front cover-sheet image data and the rear cover-sheet image data in such a manner that they are arranged at an interval of the lining cover-sheet width, and to arrange the lining cover-sheet image data in such a manner that a lining image center line coincides with a cover sheet center line, in its width direction; and an image forming section to form the total cover sheet image, based on the arranged image data.

Abstract: A bookbinding apparatus, which applies adhesive onto a back of a bundle of sheets and forms a booklet, comprising: an adhesive tank which is configured to store the adhesive; a heating section which is configured to heat and melt the adhesive stored in the adhesive tank; an adhesive supplying member which is configured to be submerged in the adhesive stored in the adhesive tank, and to be rotated to supply the adhesive onto the back of the bundle of sheets; and a control section which controls the heating section to heat the adhesive to a predetermined coating temperature as a warm-up process, and to control the adhesive supplying member to rotate during the warm-up process.

Abstract: An image forming system including a binding system section that generates a stack of sheets by accumulating a plurality of sheets and that binds the sheets by wrapping the stack of sheets with a cover sheet in the shape of a horizontal U, the image forming system having: a measurement section to measure the thickness of the stack of sheets; a spine cover width determining section to determine a spine cover width in the cover sheet based on the thickness of the stack of sheets measured by the measurement section; and an image forming section to form on the cover sheet a front cover image and a back cover image separating them by a spacing equal to the spine cover width.

Abstract: An apparatus includes a setting unit configured to set binding processing for binding a part of the document data including data of plurality of pages as a partial binding set for the document data, and a display control unit configured to display a setting verification image for verifying a status of setting of the binding processing by using a binding mark, which indicates that the binding processing is set, on a display apparatus in a display state in which the plurality of partial binding sets is discriminable.

Abstract: A bookbinding apparatus includes a coating device for moving relatively to a sheet bundle in the longitudinal direction thereof and for coating an adhesive on the spine of the sheet bundle, a driving device for the relative movement of the coating device, and a control device for controlling the driving device, and according to the thickness of a booklet, changes the number of times of coating of the coating device for one booklet, thereby controls the amount of coating of adhesive.

Abstract: A sheet post-processing apparatus, e.g., that is included in an image forming system, includes: a sheet stacking unit configured to stack a plurality of sheets of one or more printable media; a sheet alignment unit configured to align the plurality of sheets stacked in the sheet stacking unit; a pressing mechanism configured to press and hold the plurality of sheets stacked in the sheet stacking unit; and a stapling unit configured to staple the plurality of sheets aligned by the sheet alignment unit, the stapling unit being displaceable to a given position that avoids interference with the pressing mechanism while the sheet alignment unit performs a sheet alignment with respect to the plurality of sheets in the sheet stacking unit.

Abstract: An image processing apparatus and an image forming apparatus are supplied capable of adjusting binding margins per quire included in a quire book. In the image processing apparatus that has a setting section sets a quire page number of each quire; a size obtaining section obtains medium size information of the print mediums; an assigning and obtaining section assigns respective page numbers to each page of inputted image data and obtains an image page number; a page calculating section calculates an all page number of the quire book on the basis of the quire page number and the image page number; a determining section respectively determines a print region corresponding to the respective page number on the basis of the quire page number, the medium size information and the all page number; and a changing section respectively changes the image data to change image data within the determined print region.

Abstract: An image forming apparatus in which an original reading portion is disposed in an upper portion of the apparatus main body, a feed portion is disposed in a lower portion of the apparatus main body, and a printing portion is disposed between the original reading portion and the feed portion as an image forming system, is configured as follows. A paper post-processing portion that can perform a plurality of types of paper post-processing for recording paper transported from the apparatus main body after printing by the printing portion is finished, and a discharge portion to which recording paper is discharged after paper post-processing by the paper post-processing portion is finished, are disposed in a space of the apparatus main body formed by the original reading portion, the printing portion, and the feed portion. The paper post-processing portion is provided such that it can slide relative to the apparatus main body.

Abstract: In a sheet post processing apparatus having a folding device that carries out the process of book folding by folding either one sheet or a plurality of sheets at a time on the sheets discharge from the image forming apparatus, a sheet stacking section that successively stacks the booklet-folded sheets, and a control unit that controls the sheet post processing apparatus, said control unit controls said folding device so that said booklet folding process of said sheets is carried out at the portions of two folding lines which are almost parallel thereby obtaining a square-shaped back of booklet.

Abstract: A sheet processing apparatus that performs bookbinding processing on a folded sheet bundle, includes a holding portion configured to hold a folded sheet bundle, and a pressing member configured to press a folded spinal portion of the sheet bundle held by the holding portion. At least one of the holding portion and the pressing member can move in a direction to approach each other along a surface of the sheet held by the holding portion to press the folded spinal portion of the sheet bundle.

Abstract: A notch forming device, comprises a notch forming section to form a notch on an edge of a sheet constituting a sheet bundle to be outputted in accordance with an execution of a job; a shifting section to shift a position of a notch to be formed on a sheet by the notch forming section; and a control section to control the shifting section. When plural sheet bundles are outputted in accordance with the execution of the job, the control section controls the shifting section to make a position of a notch on a leading sheet of each sheet bundle at the same position.

Abstract: A sheet post-processing apparatus has a sheet conveying portion which receives and conveys a sheet discharged from an apparatus on an upstream side, and discharges it to an apparatus on a downstream side or a discharge tray, a sheet post-processing portion which carried out post-processing on the sheet, and a power saving control portion which renders the sheet post-processing apparatus into a power saving state, and the power saving control portion maintains electric power supply to the sheet conveying portion, and interrupts electric power supply to the sheet post-processing portion. The sheet post-processing apparatus, even in the power saving state, is capable of discharging the sheet discharged from the apparatus on the upstream side to the apparatus on the downstream side or a discharge tray.

Abstract: A bookbinding apparatus which makes it possible to shorten a time period required to heat an adhesive when the power of the bookbinding apparatus is turned on again. A glue preparation section heats glue. A glue applying section applies the heated glue to a recording sheet bundle. A CPU of the bookbinding apparatus determines at the power-on of the apparatus whether or not there is a recording sheet bundle to which glue is to be applied within the apparatus. When there is no such recording sheet bundle, the glue applying section applies glue to a recording sheet bundle after the temperature of the glue has reached a first target temperature, whereas when there is such a recording sheet bundle, the glue applying section applies the glue to the recording sheet bundle after the glue temperature has reached a second target temperature lower than the first target temperature.

Abstract: A sheet processing apparatus includes a first intermediate stacking portion which stacks a conveyed sheet and which performs process to the sheet, a stapler which performs process to the sheet on the first intermediate stacking portion, a second intermediate stacking portion which is located on an upstream side in a conveying direction of the stapler and which is capable of temporarily storing the conveyed sheet, and an intermediate roller pair which conveys the sheet on the second intermediate stacking portion to the first intermediate stacking portion. The sheet stacked on the first intermediate stacking portion and the sheet temporarily stored in the second intermediate stacking portion overlap each other.

Abstract: A printer is disclosed. The printer includes a print media supply station for storing print media. The printer further includes a print engine station arranged to receive print media from the print media supply and to print on the print media. A binding assembly station is also included which is configured to apply adhesive along an edge of each sheet of print media after printed upon, and to compile the print media into a bound stack. A receptacle station receives the bound stack. The print media supply station, the print engine station, the binding assembly station and the receptacle station are arranged vertically.

Abstract: A printer is provided having a media path along which media is transported, at least one pagewidth printhead arranged to print on the media on the media path, and a binder arranged on the media path for binding the printed media. The printhead and the binder are arranged so that the media path is substantially straight.

Abstract: A sheet-trimming apparatus having a blade-driving mechanism which presses a trimming blade against the sheet in a oblique direction to the sheet surface for trimming the sheet and a receiving-member driving mechanism which shifts a blade-receiving member receiving the trimming blade in the direction cross to the direction of the trimming blade.

Abstract: An image forming apparatus having therein an image forming apparatus body and at least one post-processing apparatus, wherein there is provided an intermediate conveyance unit which is connected with and located between the image forming apparatus body and the post-processing apparatus and which has a sheet feed-in section that feeds in sheets ejected from the image forming apparatus body one by one at the same speed as the sheet ejection linear speed of the image forming apparatus body, a sheet storing section that stores two or more sheets which are fed in by the sheet feed-in section and a sheet feed-out section that feeds out the two or more sheets stored in the sheet-storing section with the two or more sheets superposed on each other, at the same speed as the receiving linear speed of the post-processing apparatus.