JP4523482B2 - Booklet creation method and booklet creation device - Google Patents

Description

  The present invention relates to a booklet creation method and a booklet creation apparatus for continuously creating a booklet from strip-shaped paper materials in which unit papers are connected in parallel in left and right directions, and in particular, can create a booklet having an odd number of pages, an even number of pages, or a mixture of these. In addition, the present invention relates to a booklet creation method and a booklet creation apparatus capable of random bookbinding.

  For example, tax payment notices, forms such as coupons, and the like are configured as a booklet in which a predetermined number of unit sheets are bonded. In recent years, such a booklet has been continuously produced by cutting and bonding a strip form sheet in which unit sheets are sequentially connected (see, for example, Patent Document 1).

  In addition, the primary paper in which the perforated horizontal cut line, the central vertical cut line, and the vertical cut lines on both sides are formed on the belt-shaped paper material to form the unit paper and the marginal margin in two horizontal rows and multiple vertical rows on the belt-shaped paper material, It has also been proposed to create a booklet continuously by dividing it into two from the vertical cut line and making it a secondary paper, and continuously feeding this secondary paper, dividing the paper, overlapping, marginal removal, pasting and bonding. (For example, refer to Patent Document 1).

However, in the prior art, it is generally disclosed that gluing is performed for each unit paper that is overlapped, so that two unit papers are always sent as one set, and an even page booklet is created. . That is, as a conventional technique, a technique capable of creating a booklet of odd pages is not disclosed. Also, a booklet creation method and a booklet creation device that enable random bookbinding as well as odd-numbered booklet creation are not disclosed.
JP 11-245538 A Japanese Patent No. 29948781

  Tax payment notices, coupons, and other various forms may be configured not only as even-page booklets but also as odd-page booklets. Conventionally, in order to continuously generate odd-numbered booklets, only measures such as making even-numbered booklets with primary paper having even-numbered unit sheets and removing excess pages are considered.

  For this reason, there is a problem that the economy is reduced due to paper discard or the like, or that an extra process is generated and the efficiency in producing a booklet is reduced.

  In addition, with the above-described conventional technology, for example, it is not possible to perform random bookbinding in which booklets having different page numbers are continuously created such that the first book has three pages and the second book has five pages. That is, conventionally, when creating booklets with different numbers of sheets, waste of materials and work is generated, such as removing one unit sheet.

  The present invention has been made in view of such circumstances, a booklet creation method capable of efficiently creating a booklet of odd-numbered pages, even-numbered pages, or a page number in which these are mixed, and capable of random bookbinding, and An object is to provide a booklet creation device.

  In order to achieve the above object, in the invention according to claim 1, perforated horizontal cut lines and central vertical cut lines are applied to the belt-like paper material to form unit papers of two horizontal rows and multiple vertical rows on the belt-like paper material. A central cutting step in which the primary paper is divided into two from the central vertical cut line to form a secondary paper, and the secondary paper divided into two is superposed vertically and the leading edge of the secondary paper is fixed in the vertical direction Shifting the distance so that the position of each unit sheet shifts back and forth, a forward feeding step of feeding the secondary paper so that the upper and lower ones of the unit paper are sequentially advanced, and the forward fed A transverse cutting process in which a forward tension is applied to each unit sheet positioned at the forefront of each secondary sheet, and the unit sheets are sequentially cut from the horizontal cutting line and sent out, and a predetermined number of sheets are set at a predetermined position of the unit sheet. Glue to paste And extent, provides a booklet creation method characterized by comprising: a booklet forming step of forming a booklet by bonding to each Nori引 been set by sequentially polymerizing the unit number of sheets, a.

  In the invention according to claim 2, perforated horizontal cut lines, central vertical cut lines, and both vertical cut lines are applied to the belt-like paper material, and the belt-like paper material is divided into two horizontal and vertical multiple unit sheets and marginal margins. A central cutting step in which the formed primary paper is divided into two secondary papers from the central vertical cut line, and the secondary papers divided into two are overlapped vertically and the leading edge position of the secondary paper is set in the vertical direction. The unit paper is shifted to a certain distance and the position of each unit paper is shifted back and forth. A shift step of setting each secondary paper to the pin tractor, and the rotation of the pin tractor causes the secondary paper to move up and down the unit paper. A progressive feeding process for feeding the papers so as to sequentially advance, a marginal removing process for cutting and removing the marginal from the secondary paper, and a progress of the secondary paper fed forward after the marginal is removed. Each unit sheet positioned at the forefront of the direction is given a forward tension by a high-speed feed mechanism, and the unit sheet is cut and sent sequentially from the horizontal cut line, and each unit sheet independent by cutting is fed to the unit sheet. An interval setting step for setting a constant interval between the front and back unit sheets by giving a higher speed feed every time, a pasting step for pasting the set sheets at a predetermined position on the unit sheets, and pasting And a booklet forming step of forming a booklet by sequentially superposing the unit sheets and adhering them for each set number of sheets.

  In the invention according to claim 3, the unit sheet is individually displayed, and the unit sheet is observed by optical observation means at one or more positions selected from the process group, and the unit sheet is displayed. There is provided a booklet creation method for monitoring at least one of monitoring of the feed order, setting of glue for the unit paper, and page collation of the booklet to be created.

  In the invention according to claim 4, the strip-shaped paper material is provided with perforated horizontal cut lines, a central vertical cut line, and double-side vertical cut lines, and the strip-shaped paper material is divided into two horizontal and vertical multiple unit sheets and marginal margins. A booklet creation device that continuously creates a booklet by continuously feeding the formed primary paper while performing paper division, superposition, marginal removal, pasting, and bonding, and dividing the booklet into two from the central vertical cut line Each secondary sheet can be shifted and set in a state in which the secondary sheets are stacked one above the other and the position of each unit sheet is shifted back and forth by shifting the leading end position of the secondary sheet by a certain distance in the vertical direction. A pin tractor type forward feed mechanism that forward feeds the next paper so that the upper and lower ones of the unit paper advance sequentially, a marginal removal mechanism that cuts and removes the marginal from the secondary paper, and the marquee A transverse cutting mechanism that applies a forward tension to each unit sheet positioned at the forefront of the secondary sheet in which the null is removed and is sequentially fed, and cuts and sends the unit sheet sequentially from the transverse cutting line, and by cutting An interval setting mechanism that sets a fixed interval between the front and rear unit sheets by giving higher speed feeding of the individual unit sheets for each unit sheet, and applies a paste for each set number of sheets at a predetermined position of the unit sheet. There is provided a booklet creation apparatus comprising: a pasting mechanism for performing the pasting, and a booklet forming mechanism for sequentially superposing the pasted unit sheets to form a booklet of a plurality of bonded pages for each set number of sheets.

  In the invention according to claim 5, the individuality indication given to any part of the specific sheet or all the unit sheets in the primary sheet, and at least one of the forward feed mechanism or the pasting mechanism at the front stage or the rear stage There is provided a booklet creating apparatus provided with an optical observation mechanism 33 provided at a site and reading the individuality display, and monitoring means for monitoring the bookbinding state of the booklet based on information from the optical observation mechanism 33.

  According to a sixth aspect of the present invention, there is provided a booklet creating apparatus provided with a paper discharge mechanism that discharges unnecessary unit paper after the interval setting mechanism.

  According to the present invention, the primary paper is cut and the secondary paper is cut, and the unit papers are sequentially fed one by one in order, and the odd-numbered pages and even-numbered pages are glued and glued one by one. Or even if it is a booklet of the number of pages in which these are mixed, it can produce continuously and booklet creation can be performed efficiently. Similarly, random binding is also possible.

  Hereinafter, an embodiment of a booklet creation method and a booklet creation apparatus according to the present invention will be described with reference to the drawings. FIG. 1 is an overall configuration diagram showing the configuration of a booklet creation apparatus according to an embodiment of the present invention. FIG. 2 is an operation explanatory view showing a state in which a belt-like primary sheet is divided into secondary sheets and then fed as a single unit sheet. 3 and 4 are explanatory views showing a pin tractor type progressive feed mechanism. FIG. 5 is a perspective view showing a unit sheet.

  In the following description, for the sake of simplicity, an example will be described in which a booklet (odd number) including three cover sheets (three pages) including a cover is created. However, the present invention is not limited to this, and can of course be applied to the case of creating a booklet having other odd numbers, even numbers, or a mixed number of pages.

  As shown in FIG. 2, the primary paper 1 is a unit paper having two horizontal rows and many vertical rows on the belt-like paper material by giving a perforated horizontal cutting line 2, a central vertical cutting line 3, and both side vertical cutting lines 4 to the belt-like paper material. 5 and both edge marginal 6 are applied.

  That is, the horizontal cutting lines 2 are formed as a number of perforations traversing in the width direction at regular intervals in the length direction of the primary paper 1, and the dimension between these horizontal cutting lines 2 is a unit that becomes a booklet of this embodiment. It becomes the top and bottom height of the paper 5. Further, the central vertical cut line 3 is formed in a perforated shape at the center position in the width direction of the primary sheet 1 over the entire length direction, and becomes a center line for dividing the width direction of the unit sheets 5 arranged in two horizontal rows. The marginal margin 6 is a narrow strip portion that is parallel to the central longitudinal cutting line 3 and is divided by perforated vertical cutting lines 4 at both edges in the width direction of the primary paper 1. A plurality of pinholes 7 which are inserted into pins of a pin tractor, which will be described later, and serve as guides for paper feeding are formed in a symmetrical manner at regular intervals in the length direction of the primary paper 1.

  Note that two horizontal rows of unit sheets 5 formed on the primary sheet 1 will be described. In the present embodiment, a booklet with three pages is created using all the unit sheets 5 formed on the primary sheet 1. For example, as shown in FIG. 2 and FIG. 3, on one primary sheet 1, the first page (circle numeral 1) and the second page (circle numeral 2) are first adjacently arranged in two horizontal rows. In the next two rows of unit sheets 5, the third page (circle numeral 3) and the first page of another booklet (circle numeral 1) are adjacent to each other in a two-row arrangement. Further, in the next two horizontal rows of unit sheets 5, the second page (circle numeral 2) and the third page (circle numeral 3) are adjacent. As described above, when a booklet composed of an odd number of unit sheets 5 is created, in the present embodiment, one in which the arrangement of each page is sequentially changed is used, and all unit sheets 5 are used without waste.

  Next, the configuration and operation of the booklet creation apparatus 10 of the present embodiment will be described with reference to FIG. The booklet creating apparatus 10 is roughly divided into a paper feeding device 11 for loading and feeding the primary paper 1 and an apparatus main body 12 for forming the primary paper 1 fed from the paper feeding device 11 as a booklet. Yes.

  The sheet feeding device 11 includes a placing table 13 on which the folded primary paper 1 is placed, and an inter slitter 14 serving as a longitudinal cutting device provided above the placing table 13. The inter slitter 14 pulls up the folded primary paper 1 and guides it horizontally, and a pressurizing mechanism that presses and divides the central longitudinal cutting line 3 portion of the primary paper 1 fed by the guide roller 15 from above. 16.

  The paper discharged from the inter slitter 14 becomes a secondary paper 8 equally divided in the width direction along the central vertical cut line 3 of the primary paper 1. In this way, the primary paper 1 is divided into two from the central vertical cut line 3 and is sent as the secondary paper 8 separately to the apparatus main body 12 in the vertical direction.

  As shown in FIG. 1, the apparatus main body 12 continuously forms a booklet by performing sheet division, superposition, marginal removal, gluing, and bonding sequentially from the receiving side to the discharge side of the secondary paper 8. The mechanism to do is arranged.

  First, a pin tractor type forward feed mechanism 19 is provided at the entrance 18 of the apparatus main body 12 so as to forward a pair of strip-shaped secondary paper 8 separated vertically so that the upper and lower units of the unit paper 5 are sequentially advanced. Is provided. As shown in FIGS. 3 and 4, the progressive feed mechanism 19 is configured by arranging pins 21 at equal pitches along the rotational direction on both sides of the tractor 20. 3 and 4 show a state in which one secondary sheet 8 (8a) is disposed on the upper side and the other secondary sheet 8 (8b) is disposed on the lower side. In this state, the other secondary paper 8 (8b) arranged on the lower side of the one secondary paper 8 (8a) arranged on the upper side has a predetermined distance (shift amount S), for example, the unit paper 5 It is arranged to be shifted to the rear side in the traveling direction by about 1/2 of the vertical dimension. As a specific example, in the case of the unit paper 5 having a top and bottom dimension of 4 inches, the shift amount S is 2 inches.

  3 and 4, the engagement state between the pin 21 and the pinhole 7 at such a shift position is indicated by reference numerals a1 to a6 and b1 to b6, and reference numerals 7a1 to 7a6 and 7b1 to 7b6 of the pinhole 7. ing.

  As described above, in the present embodiment, the secondary paper 8 divided into two from the central vertical cutting line 3 is vertically overlapped, and the leading end position of the secondary paper 8 is shifted in the vertical direction by a predetermined distance, so that each unit paper 5 Each secondary paper 8 is shift-set in a state where the position is shifted back and forth. Thereby, the upper and lower ones of the unit sheets 5 in the secondary sheet 8 are sequentially advanced.

  In this embodiment, a marginal removal mechanism 22 that cuts and removes the marginal 6 from the secondary paper 8 is provided at the next stage of the progressive feed mechanism 19. This marginal removal mechanism 22 accommodates a slitter that presses the vertical cut line 4 on both sides of the advancing secondary paper 8 from above, and a marginal 6 (see FIG. 2) cut from the vertical cut line 4 by the pressing force of the slitter. And a marginal box 23 for cutting and removing and accommodating the marginal 6 as the secondary paper 8 advances.

  Next, a horizontal cutting mechanism 24 for cutting and feeding the unit paper 5 sequentially from the horizontal cutting line 2 is provided. The lateral cutting mechanism 24 applies a forward tension to each unit paper 5 at the most advanced position in the advancing direction of the secondary paper 8 that is sequentially fed after the marginal 6 is removed, and sequentially cuts the unit paper 5 from the horizontal cutting line 2. The function to send out. That is, the transverse cutting mechanism 24 includes an infeed roller 25 that feeds the secondary paper 8 at a constant speed, a blade 26 that is disposed in front of the infeed roller 25 and presses the secondary paper 8 from above, A first high-speed feed mechanism (first first roller) 27 that is disposed in front of the blade 26 and feeds paper at a higher speed than the in-feed roller 25 is configured. That is, a tension is applied in the longitudinal direction of the secondary paper 8 due to the rotational difference between the in-feed roller 25 and the first first roller 27, and a secondary pressure is applied to the portion where the tension is applied from above by the blade 26. The sheet 8 is cut from the horizontal cut line 2.

  In this cutting action, the front end position of the unit paper 5 superposed on the top and bottom is shifted as described above. For example, after the upper unit paper 5 at the front shift position is cut, the bottom paper is shifted backward. Cutting is performed for each sheet so that the unit paper 5 on the side is cut, and then the unit paper 5 on the upper side is cut. Then, each unit sheet 5 that has been cut becomes an independent sheet, and advances sequentially.

  In front of the horizontal cutting mechanism 24, there is an interval setting mechanism 28 that sets a fixed interval between the front and rear unit sheets 5 by feeding each unit sheet 5 independent by cutting to each unit sheet 5 at a higher speed. Is provided. The interval setting mechanism 28 is configured as a second high-speed feed mechanism (only a roller may be used) 31 including, for example, a rotating roller 29 and a belt 30 disposed at a predetermined distance from the first high-speed feed mechanism 27. That is, when one unit sheet 5 is fed by the first high-speed feeding mechanism 27, the previous unit sheet 5 ejected first is instantaneously fed at high speed by the second high-speed feeding mechanism 31. By this high-speed feeding, a predetermined interval (gap) is formed between the front and rear unit sheets 5, and the front and rear unit sheets 5 are reliably prevented from overlapping. FIG. 2 specifically shows how the paper is fed.

  A first optical observation mechanism 33 that reads an individuality display 32 given to any part of a specific or all unit sheets 5 in the primary sheet 1 is provided above the second high-speed feed mechanism 31. ing.

  FIG. 5 exemplifies the position and shape of the individuality display 32 applied to the primary paper 1. That is, for example, a bar code or other individuality display 32 is formed on the top or bottom of the surface of the primary paper 1. The optical observation mechanism 33 is, for example, a bar code reader (BCR) or a CCD camera. By the optical observation mechanism 33, for example, the individuality display 32 of the unit paper 5 or all the unit papers 5 serving as a cover is read, and information regarding the feeding order of the unit papers 5 is acquired and accumulated. With this information, serial number check and the like are possible. In the present embodiment, such information is collated and confirmed by a second optical observation mechanism 33 described later.

  In the vicinity of the optical observation mechanism 33, that is, in the subsequent stage of the interval setting mechanism 28, a sheet discharge mechanism 34 that discharges unnecessary unit sheets 5 is provided. The paper discharge mechanism 34 includes a paper introduction unit 35 that can be opened and closed and a diverter box 36 that accommodates the introduced paper. This paper discharge mechanism 34, for example, when performing random bookbinding or the like in which booklets with different numbers of sheets are continuously created (for example, when performing four-bookbinding and five-bookbinding simultaneously) This is applied to a case where one unit sheet 5 is discharged). In this case, the optical observation mechanism 33 can be used in combination.

  In front of the optical observation mechanism 33, a pasting mechanism 37 that performs pasting for each set number of sheets at a predetermined position of the unit paper 5 is provided. The pasting mechanism 37 is configured as an application nozzle that ejects liquid paste, for example.

  Further, a booklet forming mechanism 38 is provided in front of the pasting mechanism 37 so that the pasted unit sheets 5 are sequentially superposed to form a booklet of a plurality of bonded pages for each set number of sheets. The booklet forming mechanism 38 is configured, for example, as a jogger portion having a lower end opening, and the unit sheets 5 that have been glued are sequentially fed to the bottom and bottom of the first page and stacked, and automatically 1 Bookbinding is done for each book.

  A booklet discharge device 39 composed of a rotating roller or the like is provided above the jogger portion. When the booklets 40 bound by the jogger portion are stacked up to a certain height, the booklet discharge device 39 sequentially turns the booklets one by one. And is stacked on the belt conveyor 41.

  A second optical observation mechanism 42 is provided in the vicinity of the booklet discharge device 39. Similar to the first optical observation mechanism 33, the optical observation mechanism 42 is configured by a bar code reader (BCR), a CCD camera, or the like. Then, for example, the cover of each booklet 40 is read by the second optical observation mechanism 42, and collation and confirmation with the data taken in by the first optical observation mechanism 33 described above are performed based on this information. Is called. Thereby, it can be checked that there is no page misalignment or the like in bookbinding. This check can be performed continuously and log management is possible.

  As described above, in this embodiment, the strip-shaped paper material is provided with the perforated horizontal cut line 2, the central vertical cut line 3 and the both-side vertical cut lines 4 so that the strip-shaped paper material has two horizontal rows and multiple vertical column unit papers 5. And the marginal margin 6 on the primary paper 1 is divided into two secondary papers 8 from the central longitudinal cut line 3 to make the secondary papers 8 overlap each other vertically and the leading edge of the secondary paper 8 Each secondary paper 8 is set on the pin tractor with the position shifted by a certain distance in the vertical direction and the position of each unit paper 5 being shifted forward and backward.

  Then, by rotating the pin tractor, the secondary paper 8 is sent out so that the upper and lower ones of the unit paper 5 are sequentially advanced, and the marginal 6 is cut and removed from the secondary paper 8.

  After this, the unit paper 5 is sequentially cut from the horizontal cut line 2 by applying a forward tension by the high-speed feed mechanism to each unit paper 5 positioned at the forefront of the secondary paper 8 to be fed forward with the marginal 6 removed. And send it out. Then, the unit papers 5 that are independent by cutting are fed at a higher speed for each unit paper 5 to set a certain interval between the front and back unit papers 5, and then glued at a predetermined position on the unit paper 5 for each set number of sheets. Pull. The glued unit sheets 5 are sequentially superposed and bonded to each set number of sheets to form a booklet.

  Therefore, according to the present embodiment, the primary paper 1 including the two horizontal rows of unit papers 5 is used so that the unit papers 5 are sequentially and independently fed one by one, and the pasting and bonding are performed for each sheet. By doing so, it is possible to easily, reliably, efficiently and efficiently perform bookbinding of odd-numbered pages. As a result, when the booklet of odd pages is continuously created as in the prior art, the booklet of even pages is made with the primary paper 1 having the even number of unit papers 5 and the economy is reduced such that extra pages are removed. Without incurring extra steps and without generating extra steps, it is possible to improve the efficiency of booklet creation and to exhibit high functionality.

  In addition, according to the present embodiment, by setting the unit paper 5 constituting each booklet in the primary paper 1 as an even number, an odd number, or a mixture of these, even pages, odd pages, or these are mixed. A page booklet can also be created continuously.

  Furthermore, in the conventional technique, for example, it is not possible to perform random binding for continuously creating booklets having different page numbers, such as the first book being spelled three times and the second book being spelled five times. According to the embodiment, random bookbinding is also possible, and further enhancement of functions can be achieved. In addition, when the booklet having a different number of sheets is created, the unit paper 5 is removed, and the waste of the work and the work is prevented. be able to.

1 is an overall configuration diagram showing a configuration of a booklet creation apparatus according to an embodiment of the present invention. Explanatory drawing which shows the booklet production method by one Embodiment of this invention. FIG. 3 is an explanatory perspective view illustrating a progressive mechanism according to an embodiment of the present invention. Sectional drawing which shows the progressive mechanism by one Embodiment of this invention. FIG. 3 is an enlarged perspective view showing a unit sheet according to an embodiment of the present invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Primary paper 2 Horizontal cutting line 3 Center vertical cutting line 4 Both-side vertical cutting line 5 Unit paper 6 Marginal 7 Pinhole 8 Secondary paper 10 Booklet production apparatus 11 Paper feeding apparatus 12 Apparatus main body 13 Mounting stand 14 Inter slitter 15 Guide roller 16 Pressure mechanism 18 Inlet portion 19 Forward feed mechanism 20 Tractor 21 Pin 22 Marginal removal mechanism 23 Marginal box 24 Horizontal cutting mechanism 25 Infeed roller 26 Blade 27 First high speed feed mechanism 28 Interval setting mechanism 29 Rotating roller 30 Belt 31 Second high speed feed mechanism 32 Individuality Display 33 Optical observation mechanism 34 Paper discharge mechanism 35 Paper introduction part 36 Diverter box 37 Gluing mechanism 38 Booklet formation mechanism 39 Booklet discharge device 40 Booklet 41 Belt conveyor 42 Optical observation mechanism

Claims (6)

A primary paper in which perforated horizontal cut lines and a central vertical cut line are applied to the belt-like paper material to form unit paper of two horizontal rows and a plurality of vertical rows on the belt-like paper material is divided into two from the central vertical cut line to be secondary A state in which the position of each unit paper is shifted back and forth by superimposing the secondary paper divided into two on the top and bottom and shifting the leading edge of the secondary paper by a certain distance in the vertical direction. A shift step for feeding the secondary paper so that the upper and lower ones of the unit paper advance sequentially, and for each unit paper located at the forefront of the traveling direction of each secondary paper to be forwarded A transverse cutting step that applies forward tension and sequentially cuts and sends the unit paper from the transverse cut line; a glueing step that glues a predetermined number of sheets at a predetermined position of the unit paper; and the unit that has been glued Set the paper in order. Booklet creation method characterized by comprising: a booklet forming step of forming a booklet by bonding to each number, the. A primary paper in which perforated horizontal cut lines, central vertical cut lines and double vertical cut lines are applied to the band-shaped paper material to form unit paper and double margins on both sides of the band-shaped paper material on the center, A center cutting step that bisects a vertical cut line into a secondary sheet, and superimposes each of the divided secondary sheets vertically and shifts the leading edge of the secondary sheet by a certain distance in the vertical direction. As the unit sheet position is shifted back and forth, a shift process of setting each secondary sheet on the pin tractor and a rotation of the pin tractor cause the secondary sheet to move forward and lower on the unit sheet sequentially. A progressive feeding step for feeding to the secondary paper, a marginal removal step for cutting and removing the marginal from the secondary paper, and a single paper positioned at the forefront in the advancing direction of the secondary paper that is forwarded after the marginal is removed. A high-speed feed mechanism is applied to each sheet to apply a forward tension, and the unit sheet is sequentially cut from the horizontal cutting line and fed, and each unit sheet independent by cutting is further fed to each unit sheet at a higher speed. An interval setting step for setting a fixed interval between the front and back unit sheets, a glue step for pasting the set sheets at a predetermined position on the unit sheet, and the unit sheets that have been glued are sequentially overlapped. And a booklet forming step of forming a booklet by adhering each set number of sheets. The unit sheet is individually displayed, and the individual sheet display is observed by optical observation means at one or more positions selected from the process group, and the unit sheet feeding order is monitored, the unit The booklet creation method according to claim 1 or 2, wherein at least any one of sheet pasting setting and page collation of the booklet to be created is monitored. Continuously form a primary paper in which perforated horizontal cut lines, center vertical cut lines, and both vertical cut lines are formed on the belt-like paper material to form unit paper and double-sided marginal margins on the belt-like paper material. A booklet creation device that continuously creates a booklet by performing sheet division, superposition, marginal removal, pasting, and bonding while feeding,
The secondary papers divided into two from the central vertical cut line are overlapped vertically and the leading edge of the secondary paper is shifted by a certain distance in the vertical direction so that the position of each unit paper is shifted back and forth. A pin tractor type forward feed mechanism capable of shifting and setting the secondary paper so that the upper and lower ones of the unit paper advance sequentially, and a marginal removal mechanism for cutting and removing the marginal from the secondary paper A transverse cutting mechanism that applies a forward tension to each unit sheet positioned at the forefront of the secondary sheet that is sequentially fed after the marginal is removed, and that cuts and sends the unit sheet sequentially from the transverse cutting line; An interval setting mechanism that sets a constant interval between the front and rear unit sheets by feeding each unit sheet independent by cutting at a higher speed for each unit sheet; A gluing mechanism for gluing each set number of sheets at a predetermined position of the unit paper, and a booklet forming mechanism for sequentially superposing the glued unit papers to form a multi-page booklet for each set number of sheets. Booklet creation device characterized by The individuality indication given to any part of the specific or all unit papers in the primary paper, and the individuality indication provided at least in any part of the front feed mechanism or the pasting mechanism before or after the pasting mechanism The booklet creation apparatus according to claim 4, further comprising: an optical observation mechanism 33 that reads the booklet; and a monitoring unit that monitors a bookbinding state of the booklet based on information from the optical observation mechanism 33. The booklet creation apparatus according to claim 4, further comprising a sheet discharge mechanism that discharges unnecessary unit sheets after the interval setting mechanism.

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