JP2017185813A - Booklet document production successive sheet and booklet documents - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a booklet document production successive sheet and booklet documents, in which multiple booklets having different adhesion strength between each of sheets may be produced at once.SOLUTION: A booklet document production successive sheet 2A is consisting of a plurality of unit paper pieces 201 connected via a planned cut line 26. Adhesion part formation information 4 showing application mode of adhesive agent including adhesion strength is formed in a readable manner by optical reading means on a predetermined unit paper piece 201 at a belt-shaped adhesion part 3 parallel with paper edge direction orthogonal to the planned cut line 26.SELECTED DRAWING: Figure 6

Description

  The present invention relates to a continuous form for producing a booklet form, a booklet form using a continuous form for producing a booklet form, a method for producing a booklet form, and a booklet form making apparatus.

  In recent years, in addition to the conventional sealed letters that are sealed and sent in an envelope, for example, an abbreviated sealed letter (sealed booklet) in the form of sending the booklet closed with an adhesive sheet has been used as home delivery mail. ing. In the case of producing such a sealed booklet (hereinafter also referred to as a booklet form), for example, an apparatus for attaching a sealing tape as described in Patent Document 1 is required. On the other hand, with the above-described device for attaching a sealing tape, it is difficult to process thin booklets or booklets of different thicknesses at the same time, and it is difficult to produce soft paper-like booklets under the same conditions.

  Practical forms of booklet forms include delivery slips and insurance contracts. For example, in the case of an insurance contract, a part for separating one by one such as a customer copy and a store copy, and a booklet portion extending over a plurality of sheets such as a contract are included. In this case, if all the sheets are bonded with a strong adhesive, they cannot be separated unless the sheet to be separated is processed such as perforations. On the other hand, if all the sheets are bonded with a weak adhesive, the sheets that are not desired to be separated are separated by peeling. In order to solve this problem, a technique has been proposed in which the strength of the adhesive force is changed by providing a contact angle difference in the border area of the booklet and changing the amount of set glue applied to the binding edge. (See Patent Document 2).

Japanese Patent Laid-Open No. 11-208619 JP 2011-93260 A

  However, the technique described in Patent Document 2 has a problem that fine adjustment of the amount of water-based ink to be printed is required in order to change the amount of set glue thrown.

  Accordingly, the present invention provides a booklet form produced using a bookbinding apparatus of a flat binding method having units such as continuous paper for making a booklet form, a continuous paper feeding unit, a belt-like adhesive processing unit, and a vertical sewing machine processing unit. Another object of the present invention is to provide a booklet form preparation method and a booklet form preparation apparatus capable of producing a plurality of booklets having different adhesive strengths between sheets.

  A first aspect of the continuous paper for producing a booklet form according to the present invention is a continuous paper for producing a booklet form, and the continuous paper has a plurality of unit paper pieces connected to each other through a scheduled cutting line. In the band-like adhesive portion parallel to the paper edge in the direction orthogonal to the planned cutting line, the adhesive portion forming information indicating the adhesive application mode including the adhesive strength is formed on a predetermined unit paper piece so as to be readable by the optical reading means. It is characterized by being.

  According to the first aspect of the present invention, in continuous paper in which a plurality of unit paper pieces are connected via a planned cutting line, the adhesive strength is included in a band-shaped adhesive portion parallel to the paper edge in a direction orthogonal to the planned cutting line. Since the adhesive portion formation information indicating the application mode of the adhesive is formed on a predetermined unit paper piece so as to be readable by the optical reading means, a plurality of booklets having different adhesive strengths between the respective papers can be obtained from the continuous paper for producing the booklet-like form. It becomes possible to produce them together.

  The second aspect is characterized in that, in the first aspect, the continuous paper has a copying structure.

  According to the second aspect of the present invention, since the continuous paper has a copying structure, it is possible to copy only one type of paper without separately printing and collating on paper such as top paper, middle paper, and bottom paper. Can be produced. Therefore, it leads to reduction of material cost, process, and manufacturing time.

  According to a third aspect, in the second aspect, the continuous paper is a carbonless middle paper having a copying structure in which a color developer is applied on the front surface and a color developer is applied on the back surface. .

  The fourth aspect is characterized in that, in the second aspect, the continuous paper is a carbonless self paper having a copying structure in which a developer and a color developer are coated on the surface.

  According to a fifth aspect, in any one of the first to fourth aspects, a cut mark for cutting continuous paper into unit paper pieces is formed on the unit paper pieces so as to be readable by an optical reading unit. It is characterized by.

  According to the fifth aspect of the present invention, when continuous paper is cut into unit paper pieces, cutting can be performed with accurate timing.

  Further, a sixth aspect is a booklet form made of the continuous form for making a booklet form according to any one of the first to fifth aspects, and predetermined unit paper pieces are bound together by the band-shaped adhesive portion. It is characterized by.

  According to the sixth aspect of the present invention, since predetermined unit paper pieces are bound together by the band-like adhesive portions having different adhesive strengths, there is a booklet that can be easily peeled only between specific papers having low adhesive strengths. can get.

  The seventh aspect is the booklet form according to the sixth aspect, characterized in that individual information specific to the booklet form is printed on at least one of the paper pieces of the booklet form. .

According to the seventh aspect of the present invention, since the individual information unique to the booklet form is printed on any piece of paper of the booklet form of the sixth aspect, the adhesive strength differs between the sheets and is different. A booklet with information printed is obtained. The destination information for delivery and the unique information printed on the booklet in the booklet can be bound together without being mixed with other information. In particular, if the delivery destination information of a booklet form is printed as individual information on the top or bottom paper of a booklet form, the delivery destination information for delivery and other individual information printed on the booklet in the booklet will be displayed. It can be bound together without mixing with other information. Further, when the paper used for the booklet form is a thick paper, for example, a paper of about 104 g / m ² , strength is generated in the paper.

  An eighth aspect is a method for producing a booklet form according to the sixth or seventh aspect, wherein the booklet form preparation continuous paper is cut into unit paper pieces on the booklet form preparation continuous paper. A cutting mark for printing, a step of printing the adhesive portion formation information on any piece of booklet form so as to be readable by an optical reading means, a step of reading the adhesive portion formation information, and the reading A step of forming an adhesive portion having different strengths in a strip shape on a unit paper piece based on the adhesion portion formation information, a step of cutting the continuous paper into the length of the unit paper piece, and a step of overlapping the unit paper pieces to form a booklet form , Characterized by having.

  According to the eighth aspect of the present invention, on the continuous paper for booklet form preparation, a cutting mark for cutting the continuous paper for booklet form preparation into unit paper pieces is printed, and on any paper piece of the booklet form The adhesive portion formation information is printed so as to be readable by the optical reading means, the adhesive portion formation information is read, the adhesive portions having different strengths are formed on the unit paper pieces based on the read adhesive portion formation information, and the unit paper pieces are formed from continuous paper. Since the unit paper pieces are overlapped to form a booklet form, a plurality of booklets having different adhesive strengths between the respective sheets can be produced from the continuous paper state.

  A ninth aspect is the method according to the eighth aspect, wherein a step of printing a cut mark for cutting the booklet form preparing continuous paper into unit paper pieces on the booklet form preparing continuous paper, and a booklet The step of printing the adhesive portion formation information so as to be readable by an optical reading unit on any piece of paper of the form and the other steps are performed on different lines.

  According to the ninth aspect of the present invention, a step of printing a cutting mark for cutting a unit paper piece on a continuous paper for producing a booklet form, and the adhesive portion formation information is optically applied to any paper piece of the booklet form. A printing device (hereinafter, referred to as a roll-to-roll-compatible printing device) in which a common printing portion is wound by a roll by performing a process of printing in a readable manner by the reading unit and other processes on different lines (devices). Can be printed. The address information (delivery information) of the delivery destination and the unique information (hereinafter also referred to as variable information) on the booklet in the booklet can be printed by the booklet form preparation device by reading the cutting mark.

  A tenth aspect is a booklet form preparation device according to the sixth or seventh aspect, wherein the booklet form preparation continuous paper is cut into unit paper pieces on the booklet form preparation continuous paper. A cutting mark for printing, a printing unit that prints the adhesive portion formation information so as to be readable by an optical reading unit on any piece of paper in a booklet form, and an optical reading unit that optically reads the adhesive portion formation information; An application mode determination unit that determines whether the application mode of the belt-shaped adhesive application unit is strong adhesion, weak adhesion, or non-adhesion based on the adhesive portion formation information read by the optical reading unit, and the application mode determination unit In accordance with the determination result, a strip-shaped adhesive application portion that applies the corresponding adhesive in a strip shape, a cutting portion that cuts the booklet-form continuous paper into the length of the unit paper piece, and a unit paper piece that overlaps the booklet shape And a paper discharge unit as a form It is characterized in that said and.

  According to the tenth aspect of the present invention, it is possible to produce a plurality of booklets having different adhesive strengths between the sheets from the state of continuous sheets.

  According to the present invention, a continuous form for producing a booklet form, a booklet form produced using a bookbinding apparatus of a flat binding method having units such as a continuous form paper feeding unit and a band-like adhesive processing unit, and between each sheet It is possible to provide a booklet form preparation method and booklet form preparation apparatus capable of producing a plurality of booklets having different adhesive strengths.

It is a conceptual diagram for demonstrating one Embodiment of the booklet form production apparatus which produces the booklet form of this invention. It is a functional block diagram which shows the information processing mechanism of the booklet form preparation apparatus which concerns on one Embodiment of this invention. It is a figure for demonstrating one Embodiment of the continuous paper for booklet form preparation of this invention. It is a figure for demonstrating other embodiment of the continuous form for booklet form preparation of this invention. It is a figure for demonstrating one Embodiment of the booklet form of this invention. It is a figure for demonstrating an example of the adhesion part formation information 4 used by this embodiment. It is a figure which shows an example of the recording content of the adhesion part formation information.

  With reference to FIG. 1, the booklet form production apparatus which concerns on one Embodiment of this invention is demonstrated. In the description of the present embodiment, an example will be described in which a continuous sheet supplied to a booklet form production apparatus is fed in a roll shape to produce a booklet form. The booklet form production apparatus 1 includes a continuous paper feeding unit 11 that feeds continuous paper for booklet form production (hereinafter simply referred to as continuous paper), a printing unit that prints a pattern or a cutting mark on the continuous paper, and variable information. A printing / printing unit 12, an optical sensor unit 13, a strip adhesive application unit 14, a slitter unit 16 that cuts off a feed hole (hereinafter referred to as a sprocket hole), a cutting unit 17 that cuts a continuous paper state into unit paper pieces, A paper discharge unit 18 and an application mode determination unit 19 are included. Although not shown, a sprocket hole forming unit for driving the continuous paper may be provided between the continuous paper feeding unit 11 and the printing / printing unit 12 or between the printing / printing unit 12 and the optical sensor unit 13. is there. In some cases, a sewing machine processing unit and a file hole processing unit are provided as appropriate before and after the printing / printing unit 12 and between the optical sensor unit 13 and the paper discharge unit 18.

  In FIG. 1, a printing / printing unit 12 is a unit that prints a cut mark for cutting a form into a unit paper piece from front and back pattern printing of a form or continuous paper. In this unit, an ink jet device can be incorporated to print variable information.

  The process in the unit can also be performed on a separate line from the booklet form production apparatus. For example, if it is necessary to print four colors on the front and back sides of continuous paper, it is not efficient to incorporate a printing unit into a booklet form preparation device. Print. When printing is performed in advance by the above-described roll-to-roll printing device or the like, sprocket holes can be formed on both sides of the continuous paper by the printing device.

  Further, the variable information and the adhesive portion formation information described above can also be performed in advance by an ink jet method, toner printing, or the like. Since the above-described ink jet apparatus often does not require a large space, it can also be performed in a booklet form preparation apparatus, and a printing unit can be incorporated in the booklet form preparation apparatus as shown in FIG.

  The belt-like adhesive application unit 14 is a mechanism that applies a strong adhesive or a weak adhesive in accordance with a signal from the application mode determination unit 19. The band-shaped adhesive application unit 14 applies the adhesive in a band shape (line segment shape) by opening and closing a valve for applying the adhesive or driving a circular ring at the same timing. The belt-shaped adhesive application unit 14 includes a container for containing an adhesive and a unit composed of a nozzle for delivering the adhesive for a strong adhesive and a weak adhesive, respectively. According to the present invention. Further, in each unit paper piece, the belt-like adhesive portion 3 is provided near one end of the paper, and the belt-like adhesive portion 3 is coated with two types of strong adhesive and weak adhesive. 14 includes one unit for strong adhesive and one unit for weak adhesive.

  The strong adhesive and the weak adhesive applied by the belt-like adhesive application unit 14 are bonded with a weak adhesive without separating the portion adhered with the strong adhesive when separating the unit paper pieces from the booklet form. Any known adhesive can be used as long as it has such a strength that the peeled portion can be peeled off. If possible, it is desirable to use FB501C manufactured by Seiden Chemical Co., Ltd. as the strong adhesive and AK-61D manufactured by Aika Kogyo Co., Ltd., which is a re-peeling adhesive.

  The application mode determination unit 19 determines the mode of application of the belt-shaped adhesive application unit 14 based on a signal from the optical sensor unit 13 that has read adhesive portion formation information such as a barcode immediately before. Specifically, it is determined whether the band-shaped adhesive application unit 14 is one of the three modes of applying a strong adhesive, applying a weak adhesive, or not applying an adhesive. Note that the adhesive portion formation information such as a barcode is formed on the surface of the lowermost sheet piece of the booklet form, as will be described later.

  FIG. 2 shows an information processing mechanism of the booklet form preparation device. As shown in FIG. 2, the application mode determination unit 19 includes a CPU 19a, a RAM 19b, and a ROM 19c, and is connected to the optical sensor unit 13 and the belt-like adhesive application unit 14 so that data communication is possible. The CPU 19a executes a program stored in the ROM 19c, and realizes a function as the application mode determination unit 19. The RAM 19b serves as a work area for the CPU 19a. The ROM 19c stores a program that realizes the function as the application mode determination unit 19, the recorded content of the adhesive portion formation information, and correspondence data that associates the application mode.

  Between the belt-like adhesive application unit 14 and the paper discharge unit 18, the continuous paper is guided to the cutting unit 17 and cut into unit paper pieces while being driven by the aforementioned sprocket holes. The sprocket hole forming part used for driving just before the cutting part 17 is cut off by the slitter part 16. In the slitter section 16, the sprocket hole forming section is cut into a strip shape by a rotating push cutting blade and cutter. In the cutting part 17, the cutting mark may be read by the optical sensor part 13 and the cutter blade may be moved up and down for cutting, or may be pushed by an intermittently rotating push cutting blade. In order to assist the movement of the form, the tip (in the direction of the arrow) from the strip-shaped adhesive application unit 14 may be driven while sucking the back side of the form on which the adhesive is not applied with a suction roll.

  The paper discharge unit 18 stacks the cut forms in order while aligning the cut forms on the unit paper pieces, and bonds the next cut form paper pieces on the band-like adhesive portion applied to the surface (upper surface) of the form. To do. The cut piece of paper becomes a unit booklet form by its own weight. The adhesive can be gradually solidified and adhered by adjusting moisture and solidification time.

With reference to FIG. 3, an embodiment of continuous paper will be described.
In the continuous paper 2, a plurality of unit paper pieces 201 are connected via a planned cutting line 26. The unit paper piece 201 is in the vicinity of one paper edge (upper edge of the continuous paper 2 in FIG. 3) in the direction orthogonal to the planned cutting line 26 and parallel to the paper edge (left and right direction in FIG. 3). A band-shaped adhesive portion 3 is formed. The band-shaped adhesive part 3 may be applied with either a strong adhesive or a weak adhesive. In FIG. 3, the band-shaped adhesive part with the strong adhesive applied is defined as “3a”. The band-shaped adhesive portion to which the weak adhesive is applied is indicated by “3b” in a thin shade. Further, adhesive portion formation information (described in FIG. 6) showing an application mode of the adhesive between the scheduled separation portion 22 and the paper edge (the lower end of the continuous paper 2 in FIG. 3), and a unit paper piece for cutting A cutting mark 25 (described in FIG. 6) is formed on each unit paper piece 201 so as to be readable by the optical reading means.

  The continuous paper 2 is formed in the booklet form production apparatus of FIG. 1 in the order of a to i in FIG. 3 (the arrow indicates the traveling direction of the continuous paper 2). Although not shown in the top piece of paper a in the figure, information on forming an adhesive portion using a barcode or the like is printed by an inkjet printer or the like under computer control. Sprocket holes 21 for driving the continuous paper 2 are formed on both sides of the continuous paper 2 (if already formed as described above, this step is unnecessary).

  In the vicinity of the sprocket hole 21, a scheduled separation part 22 is printed so as to be slit and removed by the slitter part 16 immediately before the cutting part 17 of the booklet form preparation device. If the width of the booklet form is narrow, the continuous form 20 can be doubled as shown in FIG. Although not shown, when the cutting unit 17 is the above-described upper and lower cutter device, the cutter can be operated by reading a cutting mark printed at a predetermined place on each piece of paper. It is read by the optical sensor unit 13 immediately before reaching the strip adhesive application portion 14, and the strip adhesive portion 3 is formed by the strip adhesive application portion 14.

  In the present embodiment, as the continuous paper, carbonless middle paper in which a color developer is applied to the front surface (surface on which the belt-like adhesive portion 3 is formed) and a color developer is applied to the back surface is adopted. The application range of the developer and color former can be arbitrarily determined, but in the present embodiment, it is applied to the entire surface. As the carbonless middle paper, commercially available paper can be used. For example, “N40 in NCR paper” manufactured by Mitsubishi Paper Industries Co., Ltd. (carbonless middle paper 40 g / m 2) can be used.

Further, as the continuous paper, carbonless self paper in which both the developer and the color former are applied may be employed instead of the carbonless middle paper. The application range of the developer and color former can be arbitrarily determined, but it is desirable to apply the entire surface. As the carbonless self paper, commercially available paper can be used. For example, “Diamond Self Blue N40” (carbonless self paper 40 g / m ² ) manufactured by Mitsubishi Paper Industries can be used.

  Conventionally, when producing a copy form, three types of top paper, middle paper, and bottom paper were separately printed and made into a booklet form with a collating machine. However, in the present invention, carbonless middle paper or carbonless paper is used. It can be produced with only one kind of self-paper. Therefore, it leads to reduction of material cost, process, and manufacturing time.

An embodiment of the booklet form 200 will be described with reference to FIGS. 3 and 5.
When the continuous paper 2 shown in FIG. 3 is cut into unit paper pieces by the cutting unit 17 of the booklet form production device 1 of FIG. 1 and stacked in the order of the paper pieces “a” to “i” on the paper discharge unit 18, FIG. It will be in the state of 5 (a). FIG.5 (b) has shown the AA cross section of Fig.5 (a).

  The bottom booklet form “abcd” in FIG. 5B is a 4-part booklet form, the center booklet form “efg” is a 3-part booklet form, and the top booklet form “hi”. Is a two-part booklet form. As can be seen from FIG. 3 and FIG. 5 (b), the uppermost paper sheets “d”, “g”, and “i” of each booklet form are not formed with the band-shaped adhesive portion 3, and therefore the uppermost paper. The paper piece “d” and the paper piece “e” above it are separated, and the top paper piece “g” and the paper piece “h” above it.

  As described above, when a booklet form having an arbitrary number of parts is produced from a roll-shaped continuous sheet by a computer instruction, in many cases, a common design is printed on the unit sheet. When the design of the top paper, inner paper, and bottom paper is different, the range of computer control is expanded, and printing is performed with a printing device that enables variable printing including the print pattern on each unit paper piece. It is necessary to do. Any of the above forms may be used for the booklet form of the present invention.

  FIG. 6 is a diagram showing the bonding portion formation information 4 and the cutting marks 25 printed on the unit paper pieces. With reference to FIG. 6 and FIG. 3, an example of the adhesion part formation information used by this embodiment is demonstrated. On the paper piece “a”, the paper piece “e”, and the paper piece “h” in FIG. 3, the bonding portion formation information 4 is printed in a barcode form by the printing / printing unit 12 described in FIG. 1. The optical sensor unit 13 described with reference to FIG. 1 reads this bar code and transmits the adhesive portion formation information to the application mode determination unit 19.

  The adhesive formation information 4 includes information on how many sheets of the booklet are configured, and for the strip-shaped adhesive portion 3, the number of sheets to which the strong adhesive is applied or the number of sheets to which the weak adhesive is applied Is recorded. FIG. 7 shows the recorded contents of the adhesive portion formation information 4 corresponding to the continuous paper of FIG. As shown in FIG. 7, the adhesive portion formation information 4 printed on the piece of paper “a” includes the constituent number “4 (sheet)”, the strong adhesive “1, 2 (sheet)” of the strip-shaped adhesive portion 3, and the strip-shaped adhesive. The weak adhesive “3 (sheet)” of the portion 3 is recorded, and the adhesive portion formation information 4 printed on the paper piece e includes the number of components “3 (sheet)” and the strong adhesive of the belt-like adhesive portion 3. “1 (sheet)”, weak adhesive “2 (sheet)” of the band-shaped adhesive portion 3 is recorded, and the adhesive portion formation information 4 printed on the paper piece h includes a component number “2 (sheet)”. ", A strong adhesive" 1 (first sheet) "of the band-shaped adhesive portion 3, and a weak adhesive"-(no object) "of the belt-shaped adhesive portion 3.

  Upon receiving the adhesive portion formation information from the optical sensor unit 13, the application mode determination unit 19 applies the strong adhesive to the number of the strip-shaped adhesive portions 3, the number of the strip-shaped adhesives, It recognizes whether a weak adhesive is applied to the part 3. Since the last sheet is set to not apply adhesive, in the case of a four-sheet configuration, it is determined that no adhesive is applied to the fourth sheet. For each sheet, a signal indicating whether a strong adhesive is applied, a weak adhesive is applied, or an adhesive is not applied is transmitted to the belt-like adhesive application unit 14.

  When the belt-like adhesive application unit 14 receives a signal from the application mode determination unit 19, the adhesive application to the paper piece is started after a predetermined time has elapsed, and the unit length of the paper piece (the length of one paper piece in the continuous paper running direction). Complete the application within. When a signal “do not apply adhesive” is received, it waits for a predetermined time. When the signal “Applying strong adhesive” or “Applying weak adhesive” is received, the band-like adhesive portions 3 (3a, 3b) on the upper side of FIG. 3 are bonded from the corresponding units. Apply the agent.

  For example, when the optical sensor unit 13 receives the bonding portion formation information printed on the paper piece “a” in FIG. 3 as barcode information, a predetermined time elapses with respect to the band-shaped bonding portion 3 on the upper side of FIG. Later, the application of the strong adhesive is started on the paper piece “a”, and the application is completed within the unit length of the paper piece (the length of one paper piece in the continuous paper running direction). Similarly, a strong adhesive is applied to the strip-shaped adhesive portion 3 of the paper piece “b” to complete the application within the unit length of the paper piece. Further, a weak adhesive is applied to the belt-like adhesive portion 3 of the paper piece “c” to complete the application within the unit length of the paper piece.

  The bonding portion formation information 4 is not limited to the above-described barcode, and may be a two-dimensional code such as a QR code (registered trademark). Further, the bonding portion formation information 4 may not be in the finished region of the booklet form 200, and may be formed, for example, between the holes of the sprocket hole 21 or in the vicinity of the planned separation portion 22.

  As shown in FIG. 6, the cutting mark 25 is formed on each unit paper piece 201. When the optical sensor unit 13 detects the cutting mark 25, a signal indicating that the cutting mark 25 has been detected is transmitted to the cutting unit 17 at a predetermined timing, and the cutting unit 17 that has received the signal transfers the continuous paper 2 to the unit paper piece 201. Disconnect.

  When the produced booklet form is sent, it is sent separately in an envelope or the like. The recipient can easily remove only the uppermost paper from the other paper without separating the other uppermost paper that has been removed from the envelope and then adhered to the adjacent paper piece by the band-like adhesive portion 3 with weak adhesion. It becomes possible to peel.

  The preferred embodiments of the present invention have been described above. However, the present invention is not limited to the above embodiments, and various modifications can be made. For example, in the above embodiment, continuous paper is conveyed while being driven by a sprocket hole, but continuous paper may be conveyed by a roller.

  The booklet form of the present invention can be used as a booklet form that can be easily peeled off only on a specific sheet.

DESCRIPTION OF SYMBOLS 1 ... Booklet form preparation apparatus 2, 20 ... Continuous paper 3 ... Band-shaped adhesion part 3a ... Band-shaped adhesion part (strong adhesion)
3b: Band-shaped adhesive part (weak adhesion)
4... Adhesive part formation information 11... Continuous paper feeding part 12... Printing / printing part 13 .. optical sensor part 14... Strip adhesive application part 16. Cutting unit 18 ... paper discharge unit 19 ... application mode determination unit 19a ... CPU
19b ... RAM
19c ・ ・ ・ ROM
21... Sprocket holes 22, 24... Scheduled cutting part 25 .. cutting mark 26... Cutting line 200 .. booklet form 201.

Claims (7)

Continuous paper for producing booklet forms,
The continuous paper is formed by connecting a plurality of unit paper pieces via a planned cutting line, and an application mode of an adhesive including adhesive strength in a band-shaped adhesive portion parallel to a paper edge in a direction orthogonal to the planned cutting line. A continuous form for producing a booklet form, characterized in that the adhesion forming information shown is formed so as to be readable by the optical reading means only on one unit paper piece among the unit paper pieces corresponding to one booklet form. In the continuous form for producing a booklet form according to claim 1,
A continuous paper for producing a booklet form, wherein the continuous paper has a copying structure. In the continuous form for producing a booklet form according to claim 2,
The continuous paper is a continuous paper for preparing a booklet form, which is a carbonless middle paper having a copying structure in which a developer is applied on the front surface and a color developing agent is applied on the back surface. In the continuous form for producing a booklet form according to claim 2,
The continuous paper is a continuous paper for producing a booklet form, which is a carbonless self-paper having a copying structure having a developer and a color developer applied on the surface. In the continuous form for producing a booklet form according to any one of claims 1 to 4,
A continuous paper for producing a booklet form, wherein a cut mark for cutting the continuous paper into unit paper pieces is formed on the unit paper pieces so as to be readable by an optical reading means. A booklet form produced by the continuous form for producing a booklet form according to any one of claims 1 to 5,
A booklet form characterized in that predetermined unit paper pieces are bound together by the band-like adhesive portion. The booklet form according to claim 6,
A booklet form characterized in that individual information unique to the booklet form is printed on at least one of the paper pieces of the booklet form.

Images