CN103359526A - Paper processing device, image formation device, and image formation system - Google Patents
Paper processing device, image formation device, and image formation system Download PDFInfo
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- CN103359526A CN103359526A CN2013101081209A CN201310108120A CN103359526A CN 103359526 A CN103359526 A CN 103359526A CN 2013101081209 A CN2013101081209 A CN 2013101081209A CN 201310108120 A CN201310108120 A CN 201310108120A CN 103359526 A CN103359526 A CN 103359526A
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Abstract
The invention provides a paper processing device, an image formation device, and an image formation system. The paper processing device is provided with a conveying device conveying paper, an integration device which makes the paper stop on specified positions and integrates positions of the paper, an impression device applying indentation on paper which is stopped to be conveyed by the integration device and integrated with positions, a cutting device conveying the paper which is applied with the indentation by the impression device and cutting remaining void part of the paper. After the conveying device completes integration of the paper by the integration device and the impression device applies the indentation, the paper stopped to be conveyed by the integration device is transferred to the cutting device.
Description
Technical field
The present invention relates to paper processing device, image processing system and image formation system.
Background technology
Known a kind of paper processing device, it carried out impression and processes before being folded to form the paper of toner image, to form the streakline as folding line at paper.Form streakline by the impression processing at paper, can prevent that thus the toner in the folding line from coming off.
And, by image processing system when paper forms image, near the periphery of paper, can form remaining white.Therefore, known a kind of paper processing device is used for cutting up and down processing (following simply be designated as " cutting processing "), cuts remaining white part from the image forming portion of paper.By cutting remaining white part, can make the image that is formed at paper become image more attractive in appearance.
In addition, as described in TOHKEMY 2006-347714 communique, known a kind of paper processing device that can carry out above-mentioned impression processing and cut these two kinds of processing of processing.
, paper processing device is clamped paper, is formed streakline at paper by two parts in impression is processed.Therefore, paper processing device stops the conveying of paper, thereby clamps paper when carrying out the impression processing.
And, in order to form streakline in the desirable position of paper when processing carrying out impression, and cutting the remaining white part that cuts exactly paper when processing, paper processing device has the function that the position of the paper in the paper processing device is integrated.At this, paper processing device makes the conveying of paper stop for the integration of paper.
When by paper processing device paper being carried out various processing, the fewer efficient of the stopping time of paper sheet delivery is higher, but as described in the TOHKEMY 2006-347714 communique, existing paper processing device constitutes for the integration of paper and impression processing, make the minimum structure that stops twice of conveying of paper, thereby inefficiency.
Summary of the invention
The present invention proposes in view of the above problems, and purpose is to provide and can more effectively carries out paper processing device, image processing system and the image formation system that processing was processed and cut to impression to paper.
The invention of first aspect is a kind of paper processing device, it is characterized in that, has: the feedway of conveyance of sheets; The integrating apparatus that makes paper stop and the position of this paper is integrated at assigned position; Apply the impression device of impression to stopped to carry and integrate paper behind the position by described integrating apparatus; Conveying has been applied the paper of impression by described impression device, cut simultaneously the cutting means of the remaining white part of this paper; After finishing described integrating apparatus the integration of paper and described impression device have been applied impression, described feedway will be carried to described cutting means by the paper that described integrating apparatus stops to carry.
The invention of second aspect is in the paper processing device of first aspect invention, described integrating apparatus is set to make paper can move with respect to the stop position of described impression device, with by described impression device paper is applied corresponding position, the position of impression paper is stopped, and the position of this paper being integrated.
The invention of the third aspect be first or the paper processing device of second aspect invention in, have: the first transport path that receives paper and paper is guided downwards from the outside; The second transport path that extends downwards from described the first transport path; Tell and with three transport path of paper to the guiding of the downstream of this paper feed path from the connecting portion of described the first transport path and described the second transport path; Described integrating apparatus and impression device are arranged on described the second transport path; Described cutting means is arranged on described the 3rd transport path; Described feedway is carried from described the first transport path paper to described the second transport path, at the throughput direction of described the second transport path counter-rotating paper, paper is carried to the 3rd transport path again.
The invention of fourth aspect is that described feedway is carried from described the first transport path paper to described the second transport path in the paper processing device of third aspect invention, makes the paper free fall to described the second transport path.
The invention of the 5th aspect is in the paper processing device of fourth aspect invention, and described integrating apparatus has supporting and falls to the lower end of the paper in described the second transport path and the support that the position of paper is integrated.
The invention of the 6th aspect is in the paper processing device of invention aspect the 5th, described integrating apparatus is configured such that described support is moved upward, and will carry out the paper that impression processes and carry to described the 3rd transport path, consist of thus the part of described feedway.
The 7th aspect invention is in the paper processing device of first aspect invention, and described integrating apparatus has paper that guiding carried by described feedway along the guide portion of the end of throughput direction.
Eight aspect invention is that described impression device has in the paper processing device of first aspect invention: be arranged on across the paper of the paper of being carried by described feedway and locational two butt parts respect to one another; For making the operating member that described two butt parts are close to each other or separation is moved at least one parts of these two butt parts; Parts of described two butt parts have the protrusion that extends along the streakline that forms at paper by applying impression; Another parts of described two butt parts have the ditch section that arranges with the shape engagement of described protrusion.
The invention of the 9th aspect is a kind of image processing system, it is characterized in that, has: the image processing system that forms image at paper; Conveying has been formed the feedway of the paper of image by described image processing system; The integrating apparatus that makes paper stop and the position of this paper is integrated at assigned position; The paper that is stopped to have carried and integrated the position by described integrating apparatus is applied the impression device of impression; Conveying has been applied the paper of impression by described impression device, cut simultaneously the cutting means of the remaining white part of this paper; After finishing described integrating apparatus the integration of paper and described impression device have been applied impression, described feedway will be carried to described cutting means by the paper that described integrating apparatus stops to carry.
The invention of the tenth aspect is a kind of image formation system, it is characterized in that having: the image processing system that forms image at paper; To the paper that has been formed image by described image processing system apply impression and cut, such as the paper processing device of first aspect invention; This image formation system is connected to the described feedway of described paper processing device and pays from the paper of described image processing system output.
Description of drawings
Fig. 1 is the integrally-built block diagram of expression image formation system;
Fig. 2 is the schematic diagram of an example of the keystone configuration of expression paper processing device inside;
Fig. 3 is the block diagram that expression is arranged at each structure of the second transport path and the 3rd transport path;
Fig. 4 is the block diagram of indentation unit;
Fig. 5 is the brief description figure that is applied impression by the butt parts;
Fig. 6 is the block diagram that cuts section;
Fig. 7 relates to the structured flowchart of the control of image formation system.
The specific embodiment
Below, with reference to accompanying drawing, describe for the image formation system 1 of one embodiment of the present invention.
Fig. 1 is the integrally-built block diagram of expression image formation system 1.
Fig. 2 is the schematic diagram of an example of the keystone configuration of expression paper processing device 200 inside.
In the following description, with vertical direction as the Z direction, will be along the direction of image processing system shown in Figure 1 100, paper processing device 200, staple binding device 300 and the interconnective direction of back nail binding device as directions X, will with the direction of directions X and Z direction quadrature as Y-direction.
Specifically, image processing system 100 for example has: the delivery section that the paper that will lay in as recording medium takes out and carries from sheet feed cassette, the development section that will the toner image corresponding with data bitmap develops at primary transfer parts such as transfer rolls, to be transferred at the toner image that the primary transfer parts develop the primary transfer section on transfer drum 150 parts such as secondary transfer printing such as grade, the toner image that is transferred to the secondary transfer printing parts is transferred to the secondary transfer printing section on the paper of being carried by delivery section, make toner image after the transfer printing be fixed on photographic fixing section on the paper, the paper delivery section that paper after will being carried out photographic fixing and be processed by photographic fixing section is discharged etc., thus image formed at paper.
And the paper that image processing system 100 will form image and discharge consigns to paper processing device 200.Be that image formation system 1 will be in order to consign to paper processing device 200 from the paper that image processing system 100 is discharged and to connect.
200 pairs of paper of paper processing device carry out impression and cut.
Specifically, paper processing device 200 has: the delivery section 210 of conveyance of sheets, make paper stop and the first integration section 220 that the position of this paper is integrated and the second integration section 230, the paper that is stopped by the first integration section 220 carrying and undertaken by the first integration section 220 and the second integration section 230 integrating carried out the indentation unit 240(adhesive tape machine (Network リ ー サ ー) of impression at assigned position), cut the 250(of the section that the cuts guIllotine of the remaining white part of this paper when carrying the paper that has been applied impression by indentation unit 240).
And paper processing device 200 will be paid in staple binding device 300 by the paper that cuts after section 250 cuts.Paper processing device 200 also can be paid in staple binding device 300 from the paper that image processing system 100 is paid, and does not carry out part or all of various processing of paper processing device 200.
Details for each structure of paper processing device 200 will be narrated in the back.
It is middle doubling processing of two etc. that 300 pairs of paper of staple binding device carry out a folding.
Specifically, staple binding device 300 for example has: along Y-direction in centre that the assigned position of paper folds to folding part 320, to the multipage paper sheet stacking of middle doubling and saddle (saddle extension) section 330 of supporting have been carried out to folding part 320 by the centre, the multipage paper that is stacked on saddle 330 is carried out the not shown staple bookbinding section of staple bookbinding in middle doubling position, make the multipage paper by the smooth smooth handling part 350 of the spine of middle doubling, the delivery section 340 of conveyance of sheets between saddle 330 and smooth handling part 350, stacking multipage paper consigns to the not shown delivery section of back nail binding device 400 etc. under the middle doubled state after will being processed by smooth handling part 350.Staple binding device 300 also can consign to back nail binding device 400 with the paper of paying from paper processing device 200, and does not carry out part or all of various processing of staple binding device 300.
400 pairs of multipage paper of back nail binding device carry out back nail bookbinding processing etc.
Specifically, back nail binding device 400 is such as having: to the multipage paper of paying from staple binding device 300 is bound the bookbinding handling part of processing, the page or leaf end of crosscut that downcuts the part of this end the multipage paper that has carried out after bookbinding is processed in order to align the end parallel with spine cuts the paper after section, output are processed by each device that connects discharge portion etc.Back nail binding device 400 also can be exported the paper of paying from staple binding device 300, and does not carry out part or all of various processing of back nail binding device 400.
Then, explain paper processing device 200.
Specifically, the paper transportation path in the paper processing device 200 are set to, for example shown in Figure 2 from being positioned at, tell the first transport path 201 and the 3rd transport path 203 at the branch point 204 of the upper end of upwardly extending the second transport path 202 of upper and lower.And the first transport path 201 is the transport paths that arrange for paper is fallen.And the 3rd transport path 203 is the transport paths that arrange for paper is risen.Be that paper transportation path in the paper processing device 200 is take branch point 204 as the lower end, the 3rd transport path 203 and the first transport path 201 are set to roughly V word shape, and then take branch point 204 as the upper end, form the roughly Y word shape that the second transport path 202 extends downwards.
The first transport path 201, the second transport path 202 and the 3rd transport path 203 are set to, and connect at branch point 204, can between each transport path paper be passed through.
In addition, the first transport path 201, the second transport path 202 and the 3rd transport path 203 all are set to, the width of its Y-direction be the paper carried in the second transport path 202 more than the maximum width of Y-direction, the paper of image formation system 1 handled all sizes is passed through.
Specifically, for example as shown in Figure 2, delivery section 210 has the first conveying roller 211a set along the position of each transport path of the first transport path 201, the second transport path 202 and the 3rd transport path 203,211b, the 3rd conveying roller 213a, 213b etc.The first conveying roller 211a, 211b are arranged on the position of the paper that reception image processing system 100 is paid in the first transport path 201.And the 3rd conveying roller 213a, 213b are arranged on and are used in the 3rd transport path 203 paying on the paper outgoing position of paper to staple binding device 300.
The first conveying roller 211a and each roller group of the first conveying roller 211b and the 3rd conveying roller 213a and the 3rd conveying roller 213b are arranged on respectively on the relative position of the route of the paper of carrying, and collaboratively carry out work, clip paper and carry between roller.At least the either party of each roller group is connected with the drive division with not shown electrical motor etc. and rotates, and comes thus conveyance of sheets.
In addition, in the present embodiment, carried out the counter-rotating of paper on throughput direction of the second transport path 202 by the action of the first integration section 220, soon decline enters the paper liftings in the second transport path 202 and carries.Its details will be narrated in the back.
The first integration section 220, the second integration section 230 and indentation unit 240 are arranged on the second transport path 202.And, be arranged at the second delivery section the first integration section 220, the second integration section 230 and indentation unit 240 the position for example as shown in Figure 2, from branch point 204 downwards, arranged sequentially according to the second integration section 230, indentation unit 240, the first integration section 220.
The below is for conveying, the impression of 200 pairs of paper of paper processing device and cut, and describes according to the transport path of paper processing device 200 interior paper.
If paper processing device 200 receives paper from image processing system 100 at the paper input port 201a of image processing system 100 sides of the first transport path 201, then by the first conveying roller 211a, the 211b conveyance of sheets, make paper pass through the first transport path 201, to branch point 204 side shiftings.At this, according to the first transport path shown in Figure 2, namely guide paper with respect to the below of paper input port 201a to branch point 204 sides.And, if with paper sheet delivery to making the paper of carrying to the first transport path 201 break away from the first conveying roller 211a in the end of image processing system 100 sides, the position of the clamping of 211b, then paper, drops in the second transport path 202 by branch point 204 rear free falls from the first transport path 201.Be delivery section 210 from the first transport path 201 to the second transport path 202 conveyance of sheets, make in paper free fall to the second transport path 202.
Fig. 3 is the block diagram that expression is arranged at each structure of the second transport path 202 and the 3rd transport path 203.
Drop to the first integration section 220 that is arranged at the second transport path below if fall to the paper of the second transport path 202 from the first transport path 201, then by the first integration section 220 its lower ends of supporting.At this, 220 supportings of the first integration section fall to the lower end of the paper in the second transport path 202, and the lower end position of this paper is integrated.And, integrated by the lower end position of 220 pairs of paper of the first integration section, the upper end position of paper is also integrated thus.
In addition, the first integration section 220 be set to can mobile paper with respect to indentation unit 240 stop position, in the position corresponding with the position that applies impression by 240 pairs of paper of indentation unit paper is stopped and integrating paper.
Specifically, the first integration section 220 for example such as Fig. 2, shown in Figure 3ly have a Vertical Combination plate 221, its bearing of trend along the second transport path arranges movably, and the lower end of supporting paper, thus the lower end position of paper is integrated.Vertical Combination plate 221 is by the action of drive division 222, moves along the bearing of trend of the second transport path.Drive division 222 is under the control of paper process control part 504 described later, and the position of mobile Vertical Combination plate 221 makes the position of the paper that is supported by Vertical Combination plate 221 become the position corresponding with the position that applies impression by 240 pairs of paper of indentation unit.Thus, corresponding with the position that applies impression by 240 pairs of paper of indentation unit by the position of the paper of Vertical Combination plate 221 supporting.At this, Vertical Combination plate 221 falls to the lower end of the paper in the second transport path 202 as supporting and support that the position of paper is integrated and playing a role.
And 230 pairs of paper of the second integration section are integrated along the position of the end of throughput direction.At this, so-called paper refers to along the end of throughput direction and the end of the lower end quadrature of paper, and namely paper is at the two ends of Y-direction.
The second integration section 230 is set to, and the paper carried by delivery section 210 end along throughput direction is guided.Thus, can more promptly integrate the paper that enters the second transport path 202.
Specifically, the second integration section 230 has horizontal integration plate 231,231 for example such as Fig. 2, shown in Figure 3, and it is arranged on along Y-direction on the relative position of the paper that is entered the second transport path 202 by the whereabouts.Horizontal integration plate 231,231 can be set to movably on Y-direction can be close to each other or separate, and by the action of drive division 232, moves along Y-direction.The second integration section 230 is with respect to entering the second transport path 202 and being moved by the two ends of paper on Y-direction of the first integration section 220 supporting lower ends, make horizontal integration plate 231,231 approach, thereby make horizontal integration plate 231,231 with paper at the two ends of Y-direction butt, thus, paper is integrated in the position at the two ends of Y-direction.At this, horizontal integration plate 231,231 plays a role as guide portion, and the paper carried by delivery section 210 end along throughput direction is guided.
In addition, horizontal integration plate 231,231 are set to, along the setting range that is separated from each other of Y-direction for from corresponding to the paper of carrying to the second transport path 202 the width of the minimum width on the Y-direction to corresponding to paper more than the width of the maximum width on the Y-direction, can integrate for the paper of image formation system 1 handled all sizes.
At this, such as Fig. 2, shown in Figure 3, indentation unit 240 is set between the first integration section 220 and the second integration section 230 at the approach axis that free fall enters the paper of the second transport path.And, enter the paper of the second transport path 202, its lower end is by Vertical Combination plate 221 supporting of the first integration section 220 and stop to carry, and the position of this lower end integrated, and then integrated by the position at 231, the 231 pairs of two ends of paper on Y-direction of horizontal integration plate of the second integration section 230.
240 pairs of indentation units stop in the second delivery section 202 by the first integration section 220 and the paper of having accepted the integration of 230 pairs of positions of the first integration section 220 and the second integration section applies impression.
Fig. 4 is the block diagram of indentation unit 240.
Specifically, indentation unit 240 for example has two butt parts 241,242 as shown in Figure 4, and it is arranged on across being carried and fallen on the paper position respect to one another of the paper in the second transport path 202 by delivery section 210.Butt parts 241,242 all are set to its length direction along Y-direction.
The movement of butt parts 242 is undertaken by operating member 244.In order to make 241, the 242 close to each other or separation of two butt parts, operating member 244 moves butt parts 242.
Operating member 244 is such as having: possess electrical motor etc. drive division and with the action of drive division as in the second transport path 202 with the paper institute of paper along the direction of planar quadrature on action and to the transfer part of butt parts 242 transmission, under the control of paper process control part 504 described later, butt parts 242 are moved, clamp thus the paper in the second transport path 202.
Fig. 5 is the schematic illustration figure that is applied impression by butt parts 241,242.
In addition, butt parts 241,242 all are set to, the length on its Y-direction for the paper carried to the second transport path 202 more than the maximum width on the Y-direction, can apply impression to the paper of image formation system 1 handled all sizes.
And the second transport path 202 is set to, its up and down the length on the bearing of trend for the paper carried to the second transport path 202 more than the maximum width on the throughput direction, can hold the paper of image formation system 1 handled all sizes.
Process if finished the impression of indentation unit 240, then the lower end of also lifting upward the paper in the second transport path 202 is supported by the first integration section 220, to the 3rd transport path 203 conveyance of sheets.
Specifically, the first integration section 220 is moved upward Vertical Combination plate 221 by the action of drive division 222, lifts the paper that has applied impression, to the 3rd transport path 203 conveyance of sheets.Namely the first integration section 220 consists of the part of feedway.
Fig. 6 is the block diagram that cuts section 250.
Turning unit 251,252 is respectively to be arranged at the route via of the paper in passing the section of cutting 250 and relative locational columnar component, and paper passes between two turning units 251,252.Turning unit 251,252 is connected with the drive division with not shown electrical motor etc. and is rotated.
The 251a of roller section, 252a are respectively the cylindrical rollers that has the identical central axle with turning unit 251,252, are set to mutual outer peripheral face concerted action, clamp and pass two paper between the turning unit 251,252.Namely pass two paper between the turning unit 251,252 by the 251a of roller section, 252a is maintained at the position of the Y-direction in the section of cutting 250, and is carried upward.
Cutting knife 251b, 251c, 252b, 252c are respectively that the peripheral part that has identical central axle, a circle shape with turning unit 251,252 is the disc-shaped cutting tool of blade, and its card is along arranging with the plane of Y-direction quadrature.Cutting knife 251b, 251c are arranged on the turning unit 251, and cutting knife 252b, 252c are arranged on the turning unit 252.And, cutting knife 251b, 251c, 252b, 252c is set to respectively, and cutting knife 251b and cutting knife 252b are intermeshing on Y-direction, and cutting knife 251c and cutting knife 252c are intermeshing on Y-direction.More particularly, cutting knife 251b and cutting knife 252b, cutting knife 251c and cutting knife 252c are set to respectively, and on Y-direction, the blade of peripheral part mutually staggers and be adjacent.Paper is by the 251a of roller section, and 252a remains on the position of the Y-direction in the section of cutting 250 and carries, and cropped between the adjacent edge of cutting knife 251b and cutting knife 252b, cutting knife 251c and cutting knife 252c.
By cutting knife 251b, the paper that 251c, 252b, 252c downcut remaining white part and carry to the top that cuts section 250, by the 3rd conveying roller 213a of the top that is arranged at the section of cutting 250,213b carries, and consigns to staple binding device 300.
And, cut section 250 and have the cutting knife of adjustment 251b, 251c, 252b, 252c is in the adjustment part 253 of the position of Y-direction.Adjustment part 253 is mobile cutting knife 251b on Y-direction, 251c, and 252b, the position of 252c is so that according to the paper of carrying to paper processing device 200 remaining white part width on Y-direction in the two ends of Y-direction, downcutting from paper should remaining white part.
In addition, by cutting knife 251b, 252b and cutting knife 251c, being set to of 2 positions that 252c cuts off paper, the remaining white part of the minimum width of paper on Y-direction carried to the 3rd transport path 203 can be foreshortened to the interval that can cut off, and be that the paper carried to the 3rd transport path 203 is more than the maximum width on the Y-direction.Namely cut section 250 and can cut processing to the remaining white part of the paper of image formation system 1 handled all sizes, and by making cutting knife 251b, 252b and cutting knife 251c, the position of 252c be paper in the outside of Y-direction, can not cut processing paper is passed through.
Fig. 7 relates to the structured flowchart of the control of image formation system 1.
Center-control section 502, image formation control section 503, paper process control part 504, staple bookbinding processing controls section 505 and back nail bookbinding processing controls section 506 have respectively: CPU, RAM, ROM etc., read the software/program corresponding with contents processing and various data, and process.
Center-control section 502 is according to the input content via the user of operation display part 501 input, and the various settings of the image formation systems such as number of pages 1 of the enforcement that the number of colours the when size of paper and image are formed (such as color/grey levels/black and white etc.), impression and remaining white part cut/do not implement, a part of paper of being bound by staple are set.And each control part output of 502 pairs of image formation controls section of center-control section 503, paper process control part 504, staple bookbinding processing controls section 505 and back nail bookbinding processing controls section 506 is used for carrying out the order of the processing corresponding with setting content.Each control part is according to order, and control is as the action of the device of each control object.
At this, the action for paper process control part 504 describes especially.
Paper process control part 504 makes each roller action of delivery section 210, by delivery section 210 conveyance of sheets.And, after paper process control part 504 utilizes delivery section 210 to make paper fall to the second transport path 202, control drive division 222 and drive division 232, and according to the size of paper, control the Vertical Combination plate 221 of the first integration section 220 and the horizontal integration plate 231 of the second integration section 230,231 position is integrated with respect to the position of indentation unit 240 paper, and in the second transport path 202 paper is stopped.In addition, paper process control part 504 is in the situation that impression is carried out in setting processes, by 230 pairs of paper of the first integration section 220 and the second integration section integrate with locate after, control action section 244, make butt parts 242 actions of indentation unit 240, clamp paper, thus paper is carried out impression and process.And paper process control part 504 is moved upward the Vertical Combination plate 221 of the first integration section 220 after impression is processed, and will apply cut section 250 conveyings of the paper of impression to the 3rd transport path 203.In addition, paper process control part 504 is in the situation that setting cuts processing, and the action of control adjustment part 253 makes cutting knife 251b, 252b and cutting knife 251c, and the position of 252c is to the position movement corresponding to the remaining white part of paper.And paper process control part 504 makes turning unit 251,252 rotation and the conveyance of sheets of the section of cutting 250, and by cutting knife 251b, 252b and cutting knife 251c, 252c downcut remaining white part.
In addition, paper process control part 504 makes the butt parts 241 of indentation unit 240 separate with butt parts 242 in the situation that the impression processing is not carried out in setting, and paper is passed through.And paper process control part 504 makes cutting knife 251b in the situation that setting does not cut processing, 252b and cutting knife 251c, and the position of 252c need not be accompanied by the section of cutting 250 and downcut the remaining white conveyance of sheets that partly comes to the outer side shifting of passing through the position of paper.
As mentioned above, image formation system 1 according to present embodiment, when integrating paper by the first integration section 220 and the second integration section 230 and applying impression by indentation unit 240, paper is stopped, after finishing the impression processing, paper is carried to cutting section 250, so, the conveying stopping time that can make the paper of being carried by paper processing device 200 is only for once, once carries to be integrated with the paper that is used for carrying out the impression processing by 230 pairs of paper of the first integration section 220 and the second integration section when stopping at this to position.Namely because can reduce impression processes and cut the stopping time of paper sheet delivery in the processing, so can significantly reduce the standby time of the paper that produces because of the integration of paper and location etc., can more effectively carry out impression to paper and process and cut processing.
And, the first integration section 220 be set to can the relative indentation unit 240 of mobile paper stop position, in the position corresponding with the position that applies impression by 240 pairs of paper of indentation unit paper is stopped and integrating, so, can will make paper stop to carry out with respect to the location of indentation unit 240 with paper by the first integration section 220.Namely do not need only to carry out the position of impression and paper or indentation unit 240 are moved in order to adjust 240 pairs of paper of indentation unit, can more effectively carry out impression to paper and process and cut processing.
In addition, paper processing device 200 has: receive the first transport path 201 that paper also guides paper downwards from the outside, the second transport path 202 that extends downwards from the first transport path 201, be that branch point 204 is told and with three transport path 203 of paper to staple binding device 300 guiding in the downstream of this paper feed path from the connecting portion of the first transport path 202 and the second transport path 202, the first integration section 220, the second integration section 230 and indentation unit 240 are arranged on the second transport path 202, cut section 250 and be arranged on the 3rd transport path 203, paper processing device 200 conveyance of sheets, make paper drop to the second transport path 202 from the first transport path 201, throughput direction at the second transport path 202 counter-rotating paper, and then lift paper from the second transport path 202, to the 3rd transport path 203 conveyance of sheets, therefore, can be in the second transport path 202 of above-below direction paper be integrated with impression and process, for the device of side (staple binding device 300) conveyance of sheets downstream and lift in the process of paper and cut processing, and the throughput direction (directions X) with respect to the paper of image formation system 1 integral body, can shorten the fed distance of the paper that is undertaken by paper processing device 200, so can make more miniaturization of image formation system 1.
In addition, because delivery section 210 is from the first transport path 201 to the second transport path 202 conveyance of sheets, and make in paper free fall to the second transport path 202, so can further reduce to the structure of conveying roller of the second transport path 202 conveyance of sheets etc., can make paper processing device 200 form more easy structure.
And, because having supporting, the first integration section 220 falls to the lower end of the paper in the second transport path 202 and the Vertical Combination plate 221 that the upper and lower side position of paper is integrated, so can in the integration of paper, utilize the application force that paper is descended because of gravity, can integrate paper with more easy structure.
In addition, because the first integration section 220 is configured such that Vertical Combination plate 221 is moved upward and will have applied the paper of impression to 203 conveyings of the 3rd transport path, consist of thus the part of feedway, so can further reduce the structure of conveying roller from from the second transport path 202 to the 3rd transport path 203 conveyance of sheets etc., can make paper processing device 200 form more easy structure.
And, because horizontal integration plate 231, the paper that 231 subtend indentation units 240 are carried guides along the end of throughput direction, so the paper of carrying to the second transport path 202 can be guided to the second integration section 230, and because this guiding helps paper is integrated along the position of the end of throughput direction, so, can guide paper and integrate more quickly paper to the second transport path 202 by the second integration section 230.
In addition, indentation unit 240 has: be arranged on across the paper of the paper of being carried by feedway and locational two butt parts 241 respect to one another, 242, and for making two butt parts 241,242 is close to each other or separate and make the operating member 244 of butt parts 242 actions, butt parts 242 have the protrusion 242a that extends along the streakline that forms at paper by applying impression, butt parts 241 have the 241a of ditch section that arranges with the shape engagement of protrusion 242a, so, can pass through butt parts 241,242 clamping applies impression to paper, can apply impression with simpler structure.
In addition, this disclosed embodiment all is illustration and should not be regarded as restriction in all respects.Scope of the present invention is not above-mentioned explanation but represented by the claim scope, and purpose is to comprise the implication that is equal to the claim scope and all changes in the scope.
For example, in the above-described embodiment, 244 of operating members make two butt parts 242 actions in the butt parts 241,242, but also can make 241 actions of abutting part spare, and two butt parts 241,242 are all moved.
And the second integration section 230 all moves two horizontal integration plates 231,231, but also can make any horizontal integration plate action in the size of Y-direction according to paper.
In addition, the shape of the paper transportation path in the above-mentioned embodiment in the paper processing device 200 and the configuration of each one all are an example, are not limited to this.
For example, the indentation unit 240 of above-mentioned embodiment is located in upwardly extending the second transport path 202 of upper and lower between the first integration section 220 and the second integration section 230, but this is an example, be not limited to this, each one can be configured to when stopping paper sheet delivery along with the integration of paper, carry out impression and process, cut afterwards processing.
In addition, in the above-described embodiment, the first integration section 220 and the second integration section 230 independently are set, but also any one integration section can only be set, an integration section with two kinds of functions perhaps is set.
And, in the above-described embodiment, Vertical Combination plate 221 moving relative to indentation unit 240 by the first integration section 220, position to indentation unit 240 formed Indentation positions and paper positions, but also can make the relatively integration position movement of paper of indentation unit 240 formed Indentation positions.For example, can enumerate structure with the indentation unit 240 that is arranged movably with respect to the Vertical Combination plate 221 that is fixed on assigned position etc.
In addition, paper free fall to the second transport path 202 and lift the example that paper all is paper sheet delivery from the second transport path 202 to the 3rd transport path 203 by Vertical Combination plate 221 is not limited to this.Such as the conveying roller that the paper that will carry from the first transport path 201 guides in the second transport path also being set and being used for conveying roller from the second transport path 202 to the 3rd transport path 203 conveyance of sheets etc.
And other each devices that composing images forms image processing system 100, the paper processing device 200 of system 1 also can be used as independent device and are set up and are connected, and also other several or whole device can be arranged as a device.For example, can arrange have paper form image function and to the paper that utilizes this function to form image carry and integrate, impression is processed and cut the image processing system of function of the above-mentioned paper processing device 200 of processing.
In addition, form the control of each device of system 1 for composing images, also can form a control part by the control part with several or whole devices, each device of image formation system 1 is controlled.
This Chinese patent application is advocated the preceence of Paris Convention based on the 2012-083447 patent application of submitting to Japan Office on April 2nd, 2012, with this Japanese patent application as being used for the foundation of mistranslation of revised version Chinese patent application.
Claims (10)
1. a paper processing device is characterized in that having: the feedway of conveyance of sheets;
The integrating apparatus that makes paper stop and the position of this paper is integrated at assigned position;
Apply the impression device of impression to stopped to carry and integrate paper behind the position by described integrating apparatus;
Conveying has been applied the paper of impression by described impression device, cut simultaneously the cutting means of the remaining white part of this paper;
After finishing described integrating apparatus the integration of paper and described impression device have been applied impression, described feedway will be carried to described cutting means by the paper that described integrating apparatus stops to carry.
2. paper processing device as claimed in claim 1, it is characterized in that, described integrating apparatus is set to make paper can move with respect to the stop position of described impression device, with by described impression device paper is applied corresponding position, the position of impression paper is stopped, and the position of this paper being integrated.
3. paper processing device as claimed in claim 1 or 2 is characterized in that, has: the first transport path that receives paper and paper is guided downwards from the outside;
The second transport path that extends downwards from described the first transport path;
Tell and with three transport path of paper to the guiding of the downstream of this paper feed path from the connecting portion of described the first transport path and described the second transport path;
Described integrating apparatus and impression device are arranged on described the second transport path;
Described cutting means is arranged on described the 3rd transport path;
Described feedway is carried from described the first transport path paper to described the second transport path, at the throughput direction of described the second transport path counter-rotating paper, paper is carried to the 3rd transport path again.
4. paper processing device as claimed in claim 3 is characterized in that, described feedway is carried from described the first transport path paper to described the second transport path, makes the paper free fall to described the second transport path.
5. paper processing device as claimed in claim 4 is characterized in that, described integrating apparatus has supporting and falls to the lower end of the paper in described the second transport path and the support that the position of paper is integrated.
6. paper processing device as claimed in claim 5, it is characterized in that, described integrating apparatus is configured such that described support is moved upward, and will carry out the paper that impression processes and carry to described the 3rd transport path, consists of thus the part of described feedway.
7. paper processing device as claimed in claim 1 is characterized in that, described integrating apparatus has paper that guiding carried by described feedway along the guide portion of the end of throughput direction.
8. paper processing device as claimed in claim 1 is characterized in that, described impression device has: be arranged on across the paper of the paper of being carried by described feedway and locational two butt parts respect to one another;
For making the operating member that described two butt parts are close to each other or separation is moved at least one parts of these two butt parts;
Parts of described two butt parts have the protrusion that extends along the streakline that forms at paper by applying impression;
Another parts of described two butt parts have the ditch section that arranges with the shape engagement of described protrusion.
9. an image processing system is characterized in that having: the image processing system that forms image at paper;
Conveying has been formed the feedway of the paper of image by described image processing system;
The integrating apparatus that makes paper stop and the position of this paper is integrated at assigned position;
The paper that is stopped to have carried and integrated the position by described integrating apparatus is applied the impression device of impression;
Conveying has been applied the paper of impression by described impression device, cut simultaneously the cutting means of the remaining white part of this paper;
After finishing described integrating apparatus the integration of paper and described impression device have been applied impression, described feedway will be carried to described cutting means by the paper that described integrating apparatus stops to carry.
10. an image formation system is characterized in that having: the image processing system that forms image at paper;
The paper that has been formed image by described image processing system is applied impression and that cut, paper processing device as claimed in claim 1;
This image formation system is connected to the described feedway of described paper processing device and pays from the paper of described image processing system output.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2012-083447 | 2012-04-02 | ||
| JP2012083447A JP5617864B2 (en) | 2012-04-02 | 2012-04-02 | Paper processing apparatus, image forming apparatus, and image forming system |
| JPJP2012-083447 | 2012-04-02 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103359526A true CN103359526A (en) | 2013-10-23 |
| CN103359526B CN103359526B (en) | 2017-04-12 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310108120.9A Active CN103359526B (en) | 2012-04-02 | 2013-03-29 | Paper processing device, image formation device, and image formation system |
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| Country | Link |
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| JP (1) | JP5617864B2 (en) |
| CN (1) | CN103359526B (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP7091285B2 (en) | 2019-06-05 | 2022-06-27 | キヤノン株式会社 | Cutting device and image forming system |
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|---|---|---|---|---|
| JP2004106976A (en) * | 2002-09-17 | 2004-04-08 | Konica Minolta Holdings Inc | Bookbinding device |
| JP2005193991A (en) * | 2003-12-26 | 2005-07-21 | Ricoh Co Ltd | Paper handling device and image forming system |
| JP2007137536A (en) * | 2005-11-15 | 2007-06-07 | Konica Minolta Business Technologies Inc | Paper sheet registration device, paper sheet registration method, and image forming system |
| CN101475106A (en) * | 2004-02-24 | 2009-07-08 | 迅普精工株式会社 | Paper sheet processing device |
| JP2010083635A (en) * | 2008-10-01 | 2010-04-15 | Nisca Corp | Sheet postprocessing device |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP4298544B2 (en) * | 2004-02-24 | 2009-07-22 | デュプロ精工株式会社 | Paper processing equipment |
| JP2006347714A (en) * | 2005-06-16 | 2006-12-28 | Duplo Corp | Mark position detecting device, sheet cutting device, and sheet folding type forming device |
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2012
- 2012-04-02 JP JP2012083447A patent/JP5617864B2/en active Active
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- 2013-03-29 CN CN201310108120.9A patent/CN103359526B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2004106976A (en) * | 2002-09-17 | 2004-04-08 | Konica Minolta Holdings Inc | Bookbinding device |
| JP2005193991A (en) * | 2003-12-26 | 2005-07-21 | Ricoh Co Ltd | Paper handling device and image forming system |
| CN101475106A (en) * | 2004-02-24 | 2009-07-08 | 迅普精工株式会社 | Paper sheet processing device |
| JP2007137536A (en) * | 2005-11-15 | 2007-06-07 | Konica Minolta Business Technologies Inc | Paper sheet registration device, paper sheet registration method, and image forming system |
| JP2010083635A (en) * | 2008-10-01 | 2010-04-15 | Nisca Corp | Sheet postprocessing device |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2013212895A (en) | 2013-10-17 |
| CN103359526B (en) | 2017-04-12 |
| JP5617864B2 (en) | 2014-11-05 |
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