JP6241041B2 - Processing system, form - Google Patents

Description

  The present invention relates to a form processing system and a form including a carbonless copy paper piece.

Conventionally, there has been a copy slip using carbonless ink (for example, Patent Document 1).
However, a copy slip using carbonless ink is manufactured by stacking different sheets (upper sheet, lower sheet, etc.), so that the production efficiency cannot be improved and the cost is high.

JP 2005-88379 A

  An object of the present invention is to provide a processing system and a form that can improve production efficiency and can produce a low-cost form.

  The present invention solves the problems by the following means. In addition, in order to make an understanding easy, although the code | symbol corresponding to embodiment of this invention is attached | subjected and demonstrated, it is not limited to this. In addition, the configuration described with reference numerals may be improved as appropriate, or at least a part thereof may be replaced with another configuration.

-1st invention is a processing system which processes for every unit paper piece with respect to the continuous paper (W) sent in a feed direction, Comprising: The said continuous paper is one of the middle paper and self paper among carbonless paper. An ink printing processing unit (52c) for printing ink containing a color development inhibitor that suppresses pressure-sensitive color development, and an ink printing information storage unit (52d) for storing printing information for each unit paper piece; And an ink printing control unit (52e) for controlling the ink printing processing unit based on the printing information in the ink printing information storage unit and printing the ink for each unit paper piece. .
-2nd invention is a processing system which processes for every unit paper piece with respect to the continuous paper (W) sent in a feed direction, Comprising: The said continuous paper is an upper paper which has a color developing agent layer among carbonless paper. An ink printing processing unit (52c) that is continuous and prints ink containing a developer, an ink printing information storage unit (52d) that stores printing information for each unit paper piece, and the ink printing information storage And an ink printing control unit (52e) that controls the ink printing processing unit based on the printing information of the printing unit and prints the ink for each unit paper piece.
-3rd invention is a processing system which processes for every unit paper piece with respect to the continuous paper (W) sent in a feed direction, Comprising: The said continuous paper is a lower paper which has a color developer layer among carbonless paper Are continuous, an ink printing processing section (52c) for printing ink containing a color former, an ink printing information storage section (52d) for storing printing information for each unit paper piece, and the ink printing information storage And an ink printing control unit (52e) that controls the ink printing processing unit based on the printing information of the printing unit and prints the ink for each unit paper piece.
The fourth invention is the processing system according to any one of the first to third inventions, wherein an adhesive processing portion (54b, 54c) for forming an adhesive layer on the continuous paper (W) and the unit paper piece Adhesion information storage unit (54d) that stores adhesion information for each time, and adhesion that forms an adhesive layer for each unit paper piece by controlling the adhesion processing unit based on the adhesion information in the adhesion information storage unit The machining system includes a machining control unit (54e).
-5th invention is a processing system of 4th invention. WHEREIN: The cutting process part (55b) which cut | disconnects the said continuous paper (W) into each paper piece, and each said paper piece which the said cutting process part cut | disconnected one by one It is a processing system characterized by including a lamination part (56).
The sixth invention is the processing system according to any one of the first to fifth inventions, wherein a laser processing unit (53c) that performs laser processing on the continuous paper (W) and a laser for each unit paper piece. A laser processing information storage unit (53d) that stores processing information and a laser processing control that controls the laser processing unit based on the laser processing information in the laser processing information storage unit and performs laser processing for each unit paper piece. It is a processing system characterized by providing a part (53e).
The seventh invention is the processing system according to any one of the first to sixth inventions, wherein the printing unit (51c) that prints information on the continuous paper (W) and printing for each unit paper piece. A printing information storage unit (51d) for storing information; and a printing control unit (51e) for controlling the printing unit based on the printing information in the printing information storage unit and printing each unit paper piece. This is a processing system characterized by that.
-8th invention is the processing system of 7th invention, The said printing part (51c) is arrange | positioned rather than the said each process part in the feed direction upstream, The said printing information storage part (51d), The printing information of the mark (M) related to the processing position of each processing unit is stored, and the print control unit (51e) prints the mark based on the printing information of the print information storage unit. This is a processing system.

The ninth invention is one of medium paper and self-paper among carbonless paper, and is formed into a booklet by stacking only paper pieces of the same material, and the paper pieces (11, 12, 21, 211-1, 212-1) are provided with a color development suppressing layer (11 d, 12 d, 21 d, 211 d-1, 212 d-1) printed with a color development inhibitor that suppresses pressure-sensitive color development. This is a form characterized by this.
The tenth invention is an upper paper having a color former layer among carbonless paper, and is formed into a booklet by superimposing only paper pieces of the same material, and the paper pieces (211-2, 212) on the lower layer side. -2) is provided with a developer layer (211c-2, 212c-2) on which a developer is printed in a partial area.
The eleventh invention is a lower paper having a developer layer of carbonless paper, and is formed in a booklet by overlapping only paper pieces of the same material, and a partial region of the paper piece on the lower layer side And a color former layer on which the color former is printed.

  ADVANTAGE OF THE INVENTION According to this invention, manufacturing efficiency can be improved and the processing system and form which can manufacture a low cost form can be provided.

It is a figure which shows the form 10 of 1st Embodiment. It is a figure which shows the form 20 of the other form of 1st Embodiment. It is a figure explaining the composition of processing system 50 of a 1st embodiment. It is a table which shows the presence or absence of the mark M of each printing information of 1st Embodiment. It is a figure explaining the processing paper W of 1st Embodiment. It is sectional drawing (figure corresponding to Drawing 1 (B)) of forms 210-1 and 210-2 of a 2nd embodiment.

(First embodiment)
Hereinafter, a first embodiment of the present invention will be described with reference to the drawings and the like.
FIG. 1 is a diagram illustrating a form 10 according to the first embodiment.
FIG. 1A is a view of the top surface of the form 10 as viewed from the normal direction.
FIG. 1B is a cross-sectional view taken along the line bb of FIG.
FIG. 1C is a cross-sectional view taken along the line cc of FIG.
In the embodiment, for the sake of convenience, the left and right direction X, the vertical direction Y, and the vertical direction Z (thickness direction) will be described with reference to the state shown in FIG. 1, but each direction is appropriately determined according to the arrangement. be able to. For example, in the vertical direction Z, when the front and back sides of the form 10 are arranged opposite to the state of FIG. 1, the lower side Z1 of FIG. 1 is the upper side, and the upper side Z2 of FIG. In the drawing, the configuration in the vertical direction Z and the like is exaggerated for the sake of clarity.

As shown in FIG. 1, a form 10 is a booklet-like copy form used for a delivery slip, various account application slips, and the like. FIG. 1 is an example of an account application slip.
The form 10 is configured by laminating three layers of a lower paper piece 11, a middle paper piece 12, and an upper paper piece 13 in order from the lower side Z1.
The lower paper piece 11, the middle paper piece 12, and the upper paper piece 13 are all made of the same material.
The lower paper piece 11, the middle paper piece 12, and the upper paper piece 13 are normally used as middle paper (middle paper) of a copy slip using carbonless paper. That is, the form 10 is formed by stacking and stacking only the middle sheets made of the same material. On the left edge between the layers, strip-shaped strong adhesive layers 15 and 16 extending in the vertical direction Y are provided. Thereby, the form 10 is formed in a booklet shape.
In each of the paper pieces 11, 12, 13, the color former layers 11b, 12b, 13b are laminated on the entire lower surface of the paper base material 11a, 12a, 13a, and the developer layers 11c, 12c, 13c are laminated on the entire upper surface. .

Further, characters, figures, etc., and marks M (M52, M53, M54b, M54c, M55) are printed on the paper pieces 11, 12, 13 respectively.
The print contents such as characters and graphics differ for each of the paper pieces 11, 12, and 13, but they may all be the same depending on the form of use of the form.
As will be described later, the mark M is used during processing and is different for each piece of paper.

The lower paper piece 11 includes a desensitizing ink layer 11d.
The desensitizing ink layer 11d is formed by printing desensitizing ink (coloring inhibitor) in a partial region of the developer layer.
The desensitizing ink has a property of suppressing pressure-sensitive color development of the developer and color former. For this reason, the area where the desensitizing ink layer 11 d is provided is not copied even if the writing pressure from the upper surface of the upper paper piece 13 is transmitted through the middle paper piece 12. The form 10 is designed to directly enter a password in this area of the lower paper piece 11.
A water-based ink is used as the desensitizing ink. The reason for using water-based ink is that it has the property of being easily infiltrated into paper, so it has good printing characteristics on the paper base material, and it can suppress bleeding when filling in with a pen or stamping. is there.

The inner paper piece 12 includes a desensitizing ink layer 12d, a peeling adhesive layer 12e, and a perforation 12f.
The perforation 12 f is for separating the inner paper piece 12 from the form 10. The perforation 12 f extends in the vertical direction Y in the left region of the middle paper piece 12.
The desensitizing ink layer 12d is a layer similar to the desensitizing ink layer 11d.
Note that the desensitizing ink layers 11d and 12d of the lower paper piece 11 and the middle paper piece 12 may be arranged at different positions on the XY plane according to the usage mode of the form 10.
The peeling adhesive layer 12e is formed of a peelable adhesive. The peeling adhesive layer 12e is disposed in a U shape at the peripheral edge other than the strong adhesive layer.
When the user confirms the printing contents of the inner paper piece 12 or describes necessary items on the inner paper piece 12, the user peels the upper paper piece 13 and the inner paper piece 12 from the peeling adhesive layer 12e, and removes them. It opens up.
The upper paper piece 13 is provided only with printing of characters, figures, marks M and the like. That is, the upper paper piece 13 is not provided with a perforation and a desensitizing ink layer.

Note that the number of sheets of the copy form and the perforations can be set as appropriate depending on the use and usage of the form.
FIG. 2 is a diagram illustrating a form 20 according to another embodiment of the first embodiment.
The form 20 has a two-sheet configuration of a lower paper piece 21 and an upper paper piece 23, and a perforation 21f and a desensitizing ink layer 21d are provided on the lower paper piece 21. The printed contents and the position of the desensitizing ink layer 21d are different from those of the form 10.
However, the desensitizing ink layer is not usually provided on the upper paper piece 13. This is because, in a normal use method, the developer layer of the upper paper piece 13 is not copied by reacting with the color former layer of another paper piece.

With the above configuration, the forms 10 and 20 can be used in the same manner as a conventional copy form by stacking only the middle sheets of carbonless copy slips so that the desensitized ink layer cannot be copied.
The forms 10 and 20 can be manufactured at low cost and with improved quality by using a processing system 50 described below.

FIG. 3 is a diagram illustrating the configuration of the processing system 50 according to the first embodiment.
FIG. 4 is a table showing the presence / absence of the mark M of each print information according to the first embodiment.
For example, when manufacturing the forms 10 and 20, the processing system 50 processes the form with the vertical direction Y of the form as the feeding direction A and the left and right direction X of the forms 10 and 20 as the depth direction B. Moreover, it processes sequentially from the lower layer side of the forms 10 and 20 (refer FIG. 5).
In the embodiment, the state of each piece of paper before cutting is referred to as a unit piece of paper. For this reason, the processed paper W (workpiece) is a unit paper piece that is continuous in the feed direction A via a planned cutting line (see FIG. 5). The processed paper W is a continuous sheet of medium paper of a carbonless copy slip.

  As shown in FIG. 3, the processing system 50 includes a feed roller 50 a, a printer 51, a desensitizing ink printer 52, a laser processing device 53, an adhesive application device 54, in order from the upstream side A <b> 1 in the feed direction A of the processing paper W. The cutting device 55 and the laminated part 56 are connected in-line.

Each device (printer 51, desensitizing ink printer 52, laser processing device 53, adhesive application device 54, cutting processing device 55) is provided with a plurality of feed driving rollers (not shown) and the rotation of the rollers. The feed amount of the processed paper W can be controlled by controlling the amount.
Each storage unit 51d, 52d, 53d, 54d (described later) of each device is a storage device such as a hard disk or a semiconductor memory element for storing programs, information, and the like necessary for the operation of each device. In addition, each control unit 51e, 52e, 53e, 54e, 55e (described later) of each device is a control unit that comprehensively controls each device, and includes a CPU or the like.

  The feed roller 50a is a roller around which the processed paper W before processing is wound, and is provided on the upstream side A1 in the feed direction A.

The printer 51 is a general-purpose printing apparatus that prints on the processed paper W, and is, for example, a laser beam printer, an ink jet printer, or the like.
The printer 51 includes a head 51c (printing unit), a storage unit 51d (print information storage unit), and a control unit 51e (print control unit).
The head 51c is, for example, a device that ejects ink or irradiates a laser, and is a device that actually prints information such as characters, figures, and marks M on the processed paper W.

The storage unit 51d stores print information for each single piece of paper.
The print information is information such as characters, figures, and marks M.
As shown in FIG. 4, the print information includes a mark M corresponding to each processing of each unit paper piece.
For example, the print information of the unit paper piece 112 of the middle paper piece 12 of the form 10 includes information of marks M52, M53, M54b, M54c, and M55 corresponding to the processing information.
The mark M is a timing mark for use as a processing position reference and processing trigger (trigger) in each processing. The operation of the mark M will be described later.
The control unit 51e controls the head 51c based on the printing information in the storage unit 51d to print the processed paper W for each unit paper piece.

As shown in FIG. 3, the desensitizing ink printer 52 includes a mark detection unit 52a, an IJ head 52c (ink printing processing unit), a storage unit 52d (ink printing information storage unit), and a control unit 52e (ink printing control unit). Prepare.
The mark detection unit 52a is an optical sensor that detects the mark M52 printed on the processed paper W. The mark detection unit 52a is arranged in the depth direction B at a position corresponding to the printing position of the mark M52.
The IJ head 52c is a head for printing desensitizing ink. The IJ head 52c is of an ink jet type. Since the water-based desensitizing ink is used as the desensitizing ink, the ink jet type can suppress clogging and is advantageous in terms of sprayability.
The storage unit 52d stores print information of desensitized ink for each single piece of paper. The printing information of the desensitizing ink is information such as the position and shape of the desensitizing ink layer.
The control unit 52e controls the IJ head 52c based on the printing information in the storage unit 52d to print desensitized ink for each unit paper piece.

The laser processing device 53 is a device that performs laser processing on the processed paper W. The laser processing device 53 can perform, for example, perforation processing, marking processing, half-cut processing, marginal processing, and the like in addition to perforation processing.
The laser processing device 53 includes a mark detection unit 53a, a laser irradiation unit 53c (laser processing unit), a storage unit 53d (laser processing information storage unit), and a control unit 53e (laser processing control unit).
The mark detection unit 53a is an optical sensor that detects the mark M53 printed on the processed paper W. The mark detection unit 53a is arranged in the depth direction B at a position corresponding to the printing position of the mark M53.
The laser irradiation unit 53c is a head that performs laser processing by actually irradiating the processing paper W with laser light.
The laser irradiation unit 53c includes a so-called XY scanner and the like, and can scan the processing paper W in the depth direction B that is a direction orthogonal to the feed direction A and the feed direction A.

The storage unit 53d stores laser processing information for each single piece of paper. The laser processing information is information such as the position and shape of laser processing.
The control unit 53e controls the laser irradiation unit 53c based on the laser processing information in the storage unit 53d, and performs laser processing for each unit paper piece.

The adhesive application device 54 is an apparatus that applies an adhesive to the processed paper W.
The adhesive application device 54 includes a mark detection unit 54a, a strong adhesive application device 54b (adhesion processing unit), a peeling adhesive application device 54c, a storage unit 54d (adhesion information storage unit), and a control unit 54e (adhesion processing control unit). ).
The mark detection unit 54a is an optical sensor that detects the marks M54b and M54c printed on the processed paper W. Two mark detection units 54a are provided, which are used for detection of the strong adhesive application mark M54b and detection of the peel adhesive application mark M54c, respectively. The mark detection unit 54a is arranged in the depth direction B at a position corresponding to the printing position of the marks M54b and M54c.
The strong adhesive applicator 54b is a device that forms a strong adhesive layer by applying a strong adhesive. The strong adhesive applicator 54b opens and closes a valve for applying the adhesive or drives the ring to apply the adhesive in a strip shape (line segment shape) parallel to the feed direction A.
The peeling adhesive applicator 54c includes a paste plate cylinder for applying a weak adhesive, a driving device (not shown) for driving the paste plate cylinder, and the like. The peeling adhesive applicator 54c drives the glue plate cylinder in the vertical direction Z to apply the adhesive for each unit paper piece.

The storage unit 54d stores application information (adhesion information) of strong adhesive and release adhesive for each single piece of paper. The application information is information indicating whether or not a strong adhesive and a release adhesive are applied to each unit paper piece.
The control unit 54e controls the strong adhesive applicator 54b (adhesion processing unit) and the peeling adhesive applicator 54c based on the adhesion information in the storage unit 54d to form an adhesive layer for each unit paper piece.

The cutting device 55 is a device that cuts the processed paper W.
The cutting device 55 includes a mark detection unit 55a, a cutter 55b (cutting processing unit), and a control unit 55e.
The mark detection unit 55a is an optical sensor that detects the mark M55 printed on the processed paper W. The mark detection unit 55a is arranged in the depth direction B at a position corresponding to the printing position of the mark M55.
The cutter 55b is a cutting blade that actually cuts the processed paper W.
The control unit 55e controls the cutter 55b, cuts the processed paper W along the planned cutting lines (see the planned cutting lines 110a to 115a shown in FIG. 5), and individualizes each piece of paper.
The stacking unit 56 sequentially stacks and stores the paper pieces cut by the cutting device 55.

  In addition, the structure of the processing system 50 can be changed as needed. For example, when the paper is fed through the marginal hole, the processing system 50 may add a slitter processing device that cuts the marginal at the end of the process, or when the release adhesive is not applied, the release adhesive application device 54c. Etc. may be deleted. Further, the laser irradiation unit 53c may be of a type that performs laser irradiation at a fixed position.

Next, the operation of the processing system 50 will be described.
FIG. 5 is a diagram illustrating the processed paper W according to the first embodiment.
FIG. 5 shows an area before cutting when processing the forms 10 and 20 of the processed paper W.
In this example, the 111th to 113th unit paper pieces 111 to 113 of the processed paper W correspond to the paper pieces 11 to 13 of the form 10, and the 114th and 115th unit paper pieces 114 and 115 of the form 20 Paper pieces 21 and 23 correspond to each other.
As a premise of processing, processing information corresponding to the processing order is stored in each storage unit 51d, 52d, 53d, 54d of each device.
For example, the processing information of the 111th to 113th sheets in the storage unit 51 d of the printer 51 is the printing information of the unit paper pieces 111 to 113 of the form 10. Similarly, the processing information of the 114th and 115th sheets in the storage unit 51d is the printing information of the unit paper pieces 114 and 115 of the form 20.

(Printing process)
The control unit 51e of the printer 51 controls the head 51c based on the print information stored in the storage unit 51d for the processed paper W that is sent, and sequentially prints the processed paper W for each unit paper piece. In FIG. 5, illustrations other than the mark M are omitted.
The control unit 51e sequentially reads unit sheet piece print information from the storage unit 51d. For this reason, the control unit 51e reads out the print information of the unit paper piece 111 and prints it, for example, for the 111th print.
As a result, the print information in the storage unit 51d is printed on the processed paper W in order for each unit paper piece.

  Note that the control unit 51e prints the mark M at a position corresponding to the mark detection unit of each processing apparatus. The mark M printed on each unit paper piece corresponds to the print information in the storage unit 51d. For example, the mark M printed on each unit paper piece 111 to 115 corresponds to the print information in the storage unit 51d (see FIGS. 4 and 5).

(Desensitizing ink printing process)
The mark detection unit 52a of the desensitizing ink printer 52 detects the mark M52 printed on the processed paper W.
The control unit 52e of the desensitizing ink printer 52 controls the IJ head 52c based on the output of the mark detection unit 52a. The controller 52e calculates the printing position of the desensitized ink with reference to the detection position of the mark M52. The position in the depth direction B is calculated by control of a drive device (not shown) of the IJ head 52c. The position in the feed direction A is calculated from the rotation amount of the roller.
Thereby, the desensitizing ink printer 52 can print desensitizing ink only on the unit paper piece on which the mark M52 is printed. Note that if the printing information in the storage unit 52d is different for each unit paper piece, the desensitizing ink can be printed at a different position for each unit paper piece.

The control unit 52e sequentially reads desensitized ink printing information from the storage unit 52d in accordance with the number of detections of the mark M52. For this reason, for example, if the mark M52 is detected for the 111th time, the printing information of the desensitizing ink of the unit paper piece 111 arranged on the 111th sheet is read and printed. The same applies to each processing step described later.
For this reason, the processing system 50 can sequentially perform processing corresponding to the paper piece for each unit paper piece as the process proceeds.

(Laser processing process)
The mark detection unit 53a of the laser processing device 53 detects the mark M53 printed on the processing paper W.
The control unit 53e of the laser processing device 53 controls the laser irradiation unit 53c in the same manner as the control unit 52e of the desensitizing ink printer 52. That is, the control unit 53e calculates the processing position of the laser processing based on the detection position of the mark M53, and also sets the position in the depth direction B as the driving amount of the laser irradiation unit 53c and the position in the feed direction A as the position of the roller. Calculate from the amount of rotation.
The control unit 53e controls the laser irradiation unit 53c to irradiate the processing paper W with the laser light.
Thereby, the laser processing device 53 can perform laser processing only on the unit paper piece on which the mark M53 is printed. If the processing information in the storage unit 53d is different for each unit paper piece, it can be processed at a different position for each unit paper piece.

(Adhesive application process)
The mark detector 54a of the adhesive application device 54 detects the marks M54b and M54c printed on the processed paper W.
Similar to the control unit 52e of the desensitizing ink printer 52, the control unit 54e of the adhesive application device 54 controls the strong adhesive application unit 54b and the release adhesive application unit 54c. That is, the controller 54e controls the strong adhesive applicator 54b and the peeling adhesive applicator 54c with reference to the detection positions of the marks M54b and M54c.
Thereby, the control unit 54e can apply a strong adhesive to the unit paper piece on which the mark M54b is printed in a band shape, while the peeling adhesive is applied to the unit paper piece on which the mark M54c is printed. Can be applied in a letter shape.

  Through the above steps, the unit paper pieces 111 to 113 and the unit paper pieces 114 and 115 are processed into the form shown in FIG. 5 before the cutting process.

(Cutting process)
The mark detection unit 55a of the cutting device 55 detects the mark M55 printed on the processed paper W.
The control unit 55e of the cutting device 55 controls the cutter 55b in the same manner as the control unit 52e of the desensitizing ink printer 52. That is, the control unit 55e calculates the drive position of the cutter 55b from the rotation amount of the roller, and cuts the processed paper W along the planned cutting line.
Thereby, the cutting device 55 cuts the processed paper W and individualizes each piece of paper.
If the cutting device 55 is also provided with a storage unit for storing information on the cutting position, the cutting position can be made different, and the paper pieces can be cut into different sizes.

(Lamination process)
The stacking unit 56 stacks the cut pieces of paper in order while aligning them. The paper piece to which the strong adhesive and the release adhesive are applied adheres to the paper piece immediately above by the weight, with the paper pieces being sequentially stacked on the upper side. Thereby, it becomes a form of a booklet-like form.
As described above, the processing system 50 can manufacture a copy form of a booklet.

As described above, the processing system 50 has the following effects.
(1) Printing, laser processing, desensitizing ink printing, adhesive application, cutting processing, and laminating processing can be performed in-line to continuously produce a copy form. Thereby, it is possible to improve the manufacturing efficiency and manufacture a low-cost copy form.

(2) Copy forms with different forms can be manufactured continuously.
For example, if the printing information in the storage unit 52d of the desensitizing ink printer 52 is changed for each form, the area not to be copied can be changed for each form. Similarly, print contents (address, etc.), perforation processing, etc. can be changed for each form.

(3) Since an adhesive is applied to each unit paper piece and the processed paper W is sequentially laminated, a booklet-like form can be manufactured in one pass. Each form can be manufactured in a different form and type, that is, in a variable manner. Furthermore, erroneous work such as a mistake in the stacking order can be suppressed, and the quality can be improved.
That is, unlike the embodiment, when manufacturing carbonless top sheets, middle sheets, bottom sheets, and the like in separate processes, erroneous operations such as incorrect combinations of these are likely to occur. Furthermore, in this case, when forms with different forms and types are manufactured, the combination becomes more complicated and erroneous operations are more likely to occur.
In the embodiment, the unit paper pieces may be stacked in the processing order, so that such an erroneous operation can be suppressed.

(Second Embodiment)
Next, a second embodiment of the present invention will be described.
In the second embodiment, the layer structure of the form is changed from the first embodiment.
In the description and drawings after the second embodiment, the same reference numerals or suffixes (last two digits) are given the same reference numerals to the parts that perform the same functions as those of the first embodiment described above, and overlapping. Description to be omitted is omitted as appropriate.
FIG. 6 is a cross-sectional view of the forms 210-1 and 210-2 of the second embodiment (a diagram corresponding to FIG. 1B).
As shown in FIG. 6 (A), the lower paper piece 211-1, the middle paper piece 212-1 and the upper paper piece 213-1 of the form 210-1 are usually self-paper of a copy form using carbonless paper. It is used as
In other words, each of the paper pieces 211-1, 212-1 and 213-1 has the self layers 211g-1, 212g-1, and 213g-1 laminated on the entire upper surface of the paper base material 211a-1, 212a-1, and 213a-1. Has been.

The self layers 211g-1, 212g-1, and 213g-1 are formed by applying a color former and a developer. Therefore, the self layers 211g-1, 212g-1, and 213g-1 are copied by applying the writing pressure.
Desensitized ink layers 211d-1 and 212d-1 are provided in some areas on the lower paper piece 211-1, and the middle paper piece 212-1.
As the desensitizing ink of the desensitizing ink layers 211d-1 and 212d-1, the same ink as in the first embodiment is used.
With the above-described configuration, the form 210-1 can be used in the same manner as a conventional copy form so that it cannot be copied on the desensitized ink layer, as in the first embodiment.

As shown in FIG. 6B, the lower paper piece 211-2, the middle paper piece 212-2, and the upper paper piece 213-2 of the form 210-2 are usually top sheets of copy slips using carbonless paper, respectively. (Upper paper) is used.
That is, each of the paper pieces 211-2, 212-2, and 213-2 has the color former layers 211 b-2, 212 b-2, and 213 b-2 on the entire lower surface of the paper base material 211 a-2, 212 a-2, and 213 a-2. Are stacked.
Developer layers 211c-2 and 212c-2 are provided in partial regions on the paper bases 211a-2 and 212a-2 of the lower paper piece 211-2 and the middle paper piece 212-2.
With the above configuration, when the writing pressure is applied, the form 210-2 can be copied only by reacting with the color former layer of the upper paper piece only in the region where the developer layer is formed. As a result, the form 210-2 can be used in the same manner as a conventional copy form.

  In addition, although illustration and detailed description are omitted, normally, a bottom sheet (lower sheet) of a copy slip using carbonless paper may be laminated to create a form. In this case, it can be realized by replacing the configurations of the color former layer and the developer layer in FIG.

The forms 210-1 and 210-2 can be manufactured using the same processing system as in the first embodiment.
In other words, when the form 210-1 is manufactured, a self-continuous paper of a copy form is used as the processed paper W, the desensitizing ink is printed by the desensitizing ink printer 52, and the desensitizing ink layer 211d. -1,212d-1 may be provided.
When manufacturing the form 210-2, the top sheet of the copy form is used as the processed paper W, and the developer layer 211c- is used by using the desensitizing ink printer 52 as a printer for printing the developer. 2, 212c-2, 213c-2 may be provided.
Similarly, when manufacturing a form in which the bottom sheets of the copy slip are laminated, the bottom sheet of the copy form is used as the processed paper W, and the desensitizing ink printer 52 is used as a printer for printing the colorant. A color former layer may be provided.

  Thus, the manufacturing of the forms 210-1, 210-2, etc. can utilize the same processing system as in the first embodiment, and has the same effects as in the first embodiment.

  Although the embodiments of the present invention have been described above, the present invention is not limited to the above-described embodiments, and various modifications and changes can be made as in the modifications described later, and these are also included in the present invention. Within the technical scope. In addition, the effects described in the embodiments are merely a list of the most preferable effects resulting from the present invention, and the effects of the present invention are not limited to those described in the embodiments. It should be noted that the above-described embodiment and modifications described later can be used in appropriate combination, but detailed description thereof is omitted.

(Deformation)
(1) In the embodiment, an example in which a desensitized ink layer or the like is formed using an ink jet printer is shown, but the present invention is not limited to this. As the type of the desensitizing ink printer, a type having good compatibility with ink can be selected as appropriate. Further, UV (ultraviolet) dry ink can also be used as the ink. In this case, the ink may be dried by UV irradiation before laser processing.

(2) In the embodiment, the example has been described in which the arrangement of the marks is the left-right direction of the form (the depth direction of the processing system), but is not limited thereto. For example, the arrangement of marks may be in the vertical direction of the form (processed paper feed direction in the processing system). In this case, the mark may be color-coded for each type, and the mark detection unit may detect the corresponding color mark. In this case, the degree of freedom of mark arrangement can be improved.

M (M52, M53, M54b, M54c, M55) Mark W Processing paper 10, 20, 210-1, 210-2 Form 11, 211-1, 211-2 Lower paper piece 11a, 12a, 13a, 21a, 23a, 211a -1,212a-1,213a-1,211a-2,212a-2,213a-2 Paper base material 11b, 12b, 13b, 21b, 23b, 211b-2, 212b-2, 213b-2 Color former layer 11c , 12c, 13c, 21c, 23c, 211c-2, 212c-2 Developer layer 11d, 12d, 21d Desensitizing ink layer 12, 212-1, 212-2 Medium paper piece 13, 213-1, 213-2 Paper piece 21 Lower paper piece 23 Upper paper piece 50 Processing system 51 Printer 51c Head 51d, 52d, 53d, 54d Storage unit 51e, 52e, 53 , 54e, 55e Control unit 52 Desensitizing ink printer 52c IJ head 51a, 52a, 53a, 54a, 55a Mark detection unit 53 Laser processing unit 53c Laser irradiation unit 54 Adhesive application unit 54b Strong adhesive application unit 54c Peeling adhesive Coating device 55 Cutting device 55b Cutter 56 Laminating section 110a to 115a Planned cutting line 111 to 115 Unit paper pieces 211g-1, 212g-1, 213g-1 Self-layer 211d-1, 212d-1 Desensitizing ink layer

Claims (10)

A processing system that processes each continuous sheet fed in the feed direction for each unit piece of paper,
The continuous paper is a continuous one of medium paper and self paper among carbonless paper,
An ink printing processing section for printing ink containing a color development inhibitor that suppresses pressure-sensitive color development;
An ink printing information storage unit for storing printing information for each unit paper piece;
Based on the printing information in the ink printing information storage unit, the ink printing processing unit is controlled to print the ink for each unit paper piece; and
A processing system comprising: A processing system that processes each continuous sheet fed in the feed direction for each unit piece of paper,
The continuous paper is a continuous carbon paper having a color former layer among carbonless paper,
An ink printing processing section for printing ink containing a developer;
An ink printing information storage unit for storing printing information for each unit paper piece;
Based on the printing information in the ink printing information storage unit, the ink printing processing unit is controlled to print the ink for each unit paper piece; and
A processing system comprising: A processing system that processes each continuous sheet fed in the feed direction for each unit piece of paper,
The continuous paper is a continuous sheet of lower paper having a developer layer among carbonless paper,
An ink printing processing section for printing ink containing a color former;
An ink printing information storage unit for storing printing information for each unit paper piece;
Based on the printing information in the ink printing information storage unit, the ink printing processing unit is controlled to print the ink for each unit paper piece; and
A processing system comprising: In the processing system according to any one of claims 1 to 3,
An adhesion processing portion for forming an adhesive layer on the continuous paper;
For each unit paper piece, an adhesion information storage unit that stores adhesion information;
An adhesion processing control unit that controls the adhesion processing unit based on the adhesion information in the adhesion information storage unit to form an adhesion layer for each unit paper piece;
Machining system characterized by The processing system according to claim 4, wherein
A cutting section for cutting the continuous paper into each piece of paper;
A stacking unit that sequentially stacks the pieces of paper cut by the cutting unit;
Machining system characterized by In the processing system according to any one of claims 1 to 5,
A laser processing unit that performs laser processing on the continuous paper;
A laser processing information storage unit that stores laser processing information for each unit paper piece;
A laser processing control unit configured to control the laser processing unit based on the laser processing information in the laser processing information storage unit and perform laser processing for each unit paper piece;
Machining system characterized by In the processing system according to any one of claims 1 to 6,
A printing unit for printing information on the continuous paper;
A print information storage unit for storing print information for each unit paper piece;
A printing control unit that controls the printing unit based on the printing information stored in the printing information storage unit and performs printing for each unit paper piece;
Machining system characterized by The processing system according to claim 7,
The printing unit is arranged on the upstream side in the feeding direction with respect to each processing unit,
The print information storage unit stores mark print information related to the processing position of each processing unit,
The print control unit prints the mark based on the print information in the print information storage unit;
Machining system characterized by It is an upper paper having a color former layer among carbonless paper, and is formed in a booklet shape by stacking only paper pieces of the same material.
A developer layer on which a developer is printed in a partial region of the paper piece on the lower layer side;
A form characterized by It is a lower paper having a developer layer among carbonless paper, and is formed in a booklet shape by overlapping only pieces of paper of the same material.
A color former layer on which a color former is printed in a partial region of the paper piece on the lower layer side;
A form characterized by

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