JP2007160908A - Manufacturing method of information communication body without omission of shipment - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an information communication body which is controlled so that a missing number processing which always occurs at the time of manufacturing an information communication body which has been relied on primitive manual work so far can be easily and accurately processed by a computer. A manufacturing method is provided.
A printer P is disposed upstream of a process V of a system V that manufactures an information communication body. The reading sensor B is arranged in the discharge process. The missing number information X of the information communication body in which various information is described by the printer P is read by the sensor B, selected by the computer C, printed again, and processed to supplement the missing number.
[Selection] Figure 2

Description

  The present invention relates to a method for manufacturing an information communication body that can be used for DM, postcards, reciprocal postcards, sealed letters, and the like. In particular, sheets that have been used frequently in recent years and can be folded or separated and stacked in multiple layers, even though the appearance is normal DM, postcards, reciprocating postcards, sealed letters, etc., can be peeled and cannot be reattached after peeling. The present invention relates to a method for manufacturing an information communication body applicable to the manufacture of an information communication body in which a large amount of information is concealed.

  2. Description of the Related Art In recent years, in a postal matter such as a postcard, an information communication body in which a plurality of leaf pieces on which information is written is folded or separated and can be mailed by being superimposed is widely used. As a method for manufacturing such an information communication body, for example, Japanese Patent Application Laid-Open No. 5-38894 discloses a four-layer laminated sheet in which a heat-sensitive adhesive layer is provided on both outer sides of a two-layer transparent film temporarily bonded. Disclosed is a continuous production device for contact letters that is constructed so that each pseudo-adhesive sheet is inserted between opposing faces of a long sheet of folded continuous form paper, and each piece of paper is peeled and integrated by thermal bonding. Has been.

  In the continuous manufacturing apparatus for the close contact letter, a unit sheet in which a plurality of leaf pieces are connected in the horizontal direction via a fold line is connected in the vertical direction, and a long sheet having a desired surface printed thereon is arbitrarily folded. The support member composed of a guide roll is disposed above the overlap process, and the upstream side transport driving means, the transport table, and the downstream side transport drive means are sequentially disposed downstream from the support member. The superposed long sheets are turned up through the support member while being pulled upward by the upstream side conveyance driving means and the downstream side conveyance driving means, and the upstream side conveyance driving means, the conveyance table, and the downstream side conveyance driving means On the outer side of the transport table, between the transport driving process of transporting along the sheet and any opposing surface of the long sheet that is transported in an overlapping manner An insertion step of inserting the pseudo-adhesive sheet on which the thermal adhesive layer is formed, and a cutting step of cutting the long sheet in which the pseudo-adhesive sheet is inserted into the individual unit sheets downstream of the downstream side conveyance drive unit; In addition, the united sheets are sequentially subjected to a heating and pressing process on each individually cut unit sheet, and an adhesion integration process in which the opposing surfaces of the pseudo adhesive sheet and each unit sheet are bonded via a heat-sensitive adhesive layer.

By the way, the manufacturing apparatus for the contact letter (hereinafter referred to as an information communication body) uses a continuous sheet on which personal information such as a destination is printed out from a computer. Nonetheless, it is impossible to completely eliminate failures during actual manufacturing. In response to failure at the current site, the actual information communication body (so-called missing number) that has become unusable due to failure or damage is stored, and the computer is checked while checking each one manually. To enter. After that, they are forced to carry out a very primitive work of printing out and then reapplying to the manufacturing equipment to make up for the shortage that can no longer be used due to failure. As an operator involved in the work, I would like to use simpler and more accurate means.
Japanese Patent Laid-Open No. 5-38894

As a result of diligent research, the present inventors do not manage the missing numbers due to failures that occur at the time of manufacturing the information communication body by hand, but ensure that each piece of information written on the information communication body is detected with a sensor or the like. I found out that it can be solved by reading and managing by computer.
That is, according to the present invention, it is possible to easily and accurately perform missing number complementation that is inevitably generated during the manufacture of an information communication body by a computer-controlled reading method, not by primitive human power. .

  In order to solve the above problems, a method for manufacturing an information communication body with no omissions according to the present invention includes information including a plurality of processing steps in which personal information is described or structured to process a unit sheet on which personal information is described. In the method of manufacturing a communication body, the communication unit includes a printing unit that prints missing number information on a unit sheet upstream of the arbitrary processing step, and further includes a reading unit that reads the missing number information downstream of the printing unit, Extracting the personal information corresponding to the missing number information that has not been read without passing through the reading means, printing the personal information again on the unit sheet, and complementing the unit sheet corresponding to the missing number by passing through the respective processes. It is said.

  In addition, in the complement of the missing number, the number of reading means installed before and / or after any processing step may be singular or plural, and the form of the information communication body to be manufactured is A unit that includes a plurality of leaf pieces connected via a fold line, folded and / or separated at an arbitrary fold line, and integrated so as to be peelable between any opposing surfaces, and the peelable integrated means For example, known pseudo-adhesive means described later can be used.

Further, in the method of manufacturing an information communication body according to the present invention for solving the above problem, unit sheets in which a plurality of leaf pieces are connected in the horizontal direction via folding lines are connected in the vertical direction, and printing is performed on a required surface. The applied long sheet is folded and / or separated at an arbitrary fold line, and the overlapping process, the transporting process for transporting the superposed long sheet by the transport driving means, and bonding to both outer sides during the transporting process. Insertion process for inserting the pseudo-adhesive sheet on which the agent is formed between any opposing faces of the long sheet, cutting process for cutting the long sheet with the pseudo-adhesive sheet inserted into individual unit sheets, and cutting The unit sheet is heated and pressed to bond the pseudo-adhesive sheet and the opposing faces of the unit sheet, and the information process consists of a stacking process for stacking the unit sheets. In the manufacturing method of the body,
A printing unit that prints missing number information on a unit sheet upstream of the arbitrary processing step, and further includes a reading unit that reads the missing number information downstream of the printing unit, and without passing through the reading unit. The personal information corresponding to the missing number information that has not been read is extracted, the personal information is printed on the unit sheet again, and the missing number is obtained by passing through each processing.

Furthermore, another manufacturing method of an information communication body with no omissions according to the present invention for solving the above-described problems is provided by arbitrarily folding a cut sheet on which unit sheets connected in a lateral direction via a folding line are printed. Folded and / or separated with lines, a superposition process for superimposing, a transport process for transporting the superimposed cut sheets by a transport driving means, and a pseudo adhesive sheet having an adhesive formed on both outer sides in the transport process was superimposed Insertion process to insert between any facing surfaces of cut sheet, cutting process to cut the cut sheet with pseudo adhesive sheet inserted into individual unit sheets, and heat and pressure treatment to the cut unit sheets to make pseudo adhesion A method for manufacturing an information communication body comprising an adhesion process for bonding between opposing surfaces of a sheet and a unit sheet and a stacking process for stacking the bonded unit sheets. Stomach,
A printing unit that prints missing number information on a unit sheet on the upstream side of the arbitrary processing step, and further includes a reading unit that reads the missing number information on the downstream side of the printing unit, and without passing through the reading unit. The personal information corresponding to the missing number that has not been read is extracted, the personal information is printed again on the unit sheet, and the unit sheet corresponding to the missing number is complemented by passing through each of the processes.
It is characterized by complementing the portal.

In addition, the adhering process and the cutting process of the heating / pressurizing process can be interchanged as necessary, for example, by heating and pressurizing with a cut sheet on which a long sheet and a plurality of unit sheets are printed, pseudo adhesion After bonding with the sheet, the unit sheet may be cut.
In addition, regarding the cutting process, when a plurality of cutting means such as slitters and die cut rollers are included, it is not always necessary to complete the cutting once, and each cutting means is arranged in stages between the respective steps. It doesn't matter.
Furthermore, the superposition process and the insertion process may be performed simultaneously.

  The present invention is naturally applicable to an information communication body consisting of a single leaf piece, but may be a long sheet and a cut sheet (hereinafter referred to as sheets) consisting of a plurality of leaf pieces, and each leaf piece in that case. The fold line may be folded and overlapped, or the fold line may be separated into a plurality of pieces with the cut line as a cut line, and the folded part and the separated part may be mixed.

Moreover, in the conveyance process which concerns on this invention, there is no special restriction | limiting in the aspect by which the folded sheets are conveyed on a conveyance table.
For example, as described in Patent Document 1, it may be transported along a transport table installed horizontally, and it may be transported on a transport table that includes a whole or part of an inclination other than horizontal. It doesn't matter.

  As the sheets, the usual various continuous form papers and offset printing papers can be used, but the invention is not limited to these. For example, synthetic paper made of synthetic resin, paper mixed with synthetic resin, plastic film, Cloth etc. are also included as usable.

  As a pseudo-adhesive sheet that is one of the pseudo-adhesive means for releasably integrating the opposed surfaces of the folded paper, for example, on a relatively strong support such as polyethylene, polypropylene, polyethylene terephthalate, etc. A laminate in which a thermoplastic resin is detachably laminated by a melt extrusion method or various coater methods, and further provided with a known low-temperature adhesive heat-sensitive adhesive layer on both outer sides thereof can be suitably used. However, there is no limitation on the layer structure and material of the pseudo-adhesive sheet, and the whole may be more or less than the four-layer structure. For example, when the thermoplastic resin also serves as a heat-sensitive adhesive layer, a heat-sensitive adhesive layer is used. Can be omitted. In addition, various additives may be added to the resins forming each layer.

As another means of the pseudo-adhesion, for example, there is a method of forming a pseudo-adhesive film by applying a pseudo-adhesive resin or the like. As the pseudo-adhesive resin, those using an overprint varnish, medium, or the like can be applied, and among them, a UV-based or solvent-based transparent ink, a gloss varnish, or the like added with various additives can be used. Further, a weak adhesive or so-called pressure-sensitive adhesive called a pressure-bonded paper in the industry mainly composed of natural rubber or synthetic rubber can be used to such an extent that the adhesiveness is not usually felt so much. These pseudo-adhesive resins do not need to be heated, and are convenient because they exhibit pseudo-adhesive properties only by pressing.
Note that the pseudo-adhesive film referred to here includes both a state in which the paper surface is continuously coated and a state in which the paper surface is discontinuously coated. This includes a state in which resin or the like is mixed.

In the information communication body according to the present invention, for example, when unit sheets connected to two leaf pieces are connected via a folding line, the unit sheets are folded in two or separated into two and stacked. Therefore, one opposing surface is generated in them.
In addition, when unit sheets connected with three leaf pieces are connected via two fold lines, the unit sheets are folded into three folds such as Z-folding or winding fold, or separated into three and overlapped. Two opposing surfaces are generated when In the case where the surface between the two opposing surfaces is a pseudo-adhesive planned surface, an information communication body is finally formed in a form in which the three leaf pieces are developed on a plane or separated into three. (It is possible to adopt a form in which two leaf pieces are developed on a plane and one leaf piece is separated.)
In addition, when folded into the three folds, only one portion between the facing surfaces is a pseudo adhesion planned surface, and nothing is inserted between the remaining one facing surfaces, so that the facing leaf pieces are left free. In such a case, one page can be peeled off in the form of two spread pages, and an information communication body that can be used for a reciprocating postcard or the like is obtained.
Further, of the two opposing surfaces that are generated when the unit sheet is folded in three or is separated into three and overlapped as described above, a portion between the opposing surfaces is set as a pseudo adhesion planned surface and remains. In the case of completely adhering the facing surfaces at one place so as not to be peeled off, the information communication body is finally formed in a form of being folded in two and separated into two.
That is, which leaf pieces are folded or separated, which facing surfaces are to be pseudo-adhesive surfaces, whether to leave them free without inserting anything, etc. As described above, it may be designed in accordance with the use and purpose of the information communication body to be manufactured.

According to the manufacturing method of an information communication body with no omissions of the present invention, a piece of information described in the information communication body is not managed manually, but a missing number due to a failure occurring at the time of manufacturing the information communication body is managed. By reliably reading with a single-sheet sensor or the like and managing it with a computer, it is possible to easily and accurately compensate for missing numbers that are inevitably generated at the time of manufacturing an information communication body, not by primitive human power.
Therefore, even an operator with little work experience can easily manufacture an information communication body, and further, it is very efficient because time required for manual work that has been required up to now can be saved.

Hereinafter, based on the Example at the time of applying this invention to a postcard, it demonstrates with drawing.
1A and 1B are plan views when the present invention is applied to a single-leaf postcard. FIGS. 2A and 2B are main part conceptual diagrams showing a flow when the present invention is applied to a long sheet. 3 is a conceptual diagram of a main part tightening a modified example of the reading means. FIG. 4 is a conceptual diagram of a main part showing a modification of the processing process. 5A and 5B are a front view and a back view of a sheet used for manufacturing an information communication body in which the present invention is mounted. FIG. 6 is a conceptual diagram of a main part of an example of an information communication device manufacturing apparatus in which the present invention is implemented. FIG. 7 is a cross-sectional view of the folded long sheet. FIG. 8 is an enlarged cross-sectional view of the pseudo adhesive sheet. FIG. 9 is a cross-sectional view of a long sheet with a pseudo adhesive sheet inserted therein. FIG. 10 is a perspective view of the completed information communication body.

  As shown in FIG. 1A, on the surface of the unit sheet t, for example, personal information Zc such as a postage stamp column Za, a postal code column Zb, and the address and name of a recipient printed out from a printer linked with a computer are stored. In addition, for example, serial numbers, bar codes including such information, two-dimensional codes, and the like are described as missing number information X. As shown in FIG. 1B, personal information Zd related to the recipient is written on the back surface of the unit sheet t. The personal information Zd does not necessarily have to be content related to the individual, and other information such as advertisements, illustrations, and ruled lines may be mixed. The personal information Zc and Zd on the front side and the back side respectively correspond to missing number information X written on the front side.

  The front and back surfaces of the long sheet S in which the unit sheets t are connected in the vertical direction are blank, or invariant information (ruled lines, advertisements, illustrations, etc.) other than variable information such as personal information is printed in advance in a bellows shape. It is folded (not necessarily in the shape of a bellows but may be in a roll shape) and is loaded on the left side of the printer P as shown in FIG. When the long sheet S passes through the printer P, personal information Zc, Zd, missing number information X, etc. are printed for each unit sheet, and after passing through the system V, an arbitrary process (for example, cutting for each unit sheet) is performed. Etc.) and discharged and stacked on a stacker consisting of a belt conveyor.

  In this embodiment, when unit sheets t that have been processed are discharged one by one from the discharge port of the system V, as shown in FIGS. 2A and 2B, for example, above the discharge port of the system V A reading sensor B (which may be a CCD camera, a barcode reader, or the like) installed in the device reads missing number information X consisting of a serial number, a barcode, a two-dimensional code, and the like written on the surface of the unit sheet t, and reads the information. Send to computer C. Then, from all the personal information input in advance by the computer C and the serial number sent from the reading sensor B, missing number information X [corresponding to..., 011, 012, 014. By collating, the unit sheet t [corresponding to number 013 in FIG. 2B] that cannot pass through the discharge port of the system V due to an accident or the like and has not been read is confirmed and selected as a missing number.

Then, after the processing of all personal information is completed, the personal information Zc, Zd, the postal code, etc. of the missing number information X [corresponding to 013 in FIG. 2B] that has not been read is extracted, and finally the personal information By newly printing from the next of the unit sheet t on which etc. are printed and processing again by the system V, the total processing of t of necessary unit sheets can be completed.
During this time, the operator does not need primitive work, and all processing is circulated smoothly by the computer.

  Although illustration is omitted, in this embodiment, even if the long sheet S stacked on the upstream side of the printer P is, for example, a cut sheet and one or a plurality of unit sheets t are printed. Similarly to 1, the cut sheet that has passed through the printer P and the system V is subjected to predetermined processing, finished for each unit sheet t, and then discharged and accumulated in a stacker including a belt conveyor. The difference from the first embodiment is that the printer P and the system V use the one corresponding to the cut sheet, and basically the flow of reading and processing the missing number information X which is an important requirement of the present invention is not changed. .

FIG. 3 shows a reading sensor B on both the discharge side of the printer P and the discharge side of the system V.
In this case, missing number information X (corresponding to..., 012, 013, 014... In FIG. 3) read by the reading sensor B on the discharge side of the printer P and missing number information read by the reading sensor B on the discharge side of the system V. X (corresponding to... 012, 014... In FIG. 3) is collated, and the unit sheet t corresponding to the missing number information X (corresponding to 013 in FIG. To do. The rest of the flow is the same as in the previous embodiment, so a detailed description is omitted.

  In FIG. 4, a reading sensor B is provided on both the discharge side of the printer P and the discharge side of the system V, and an interstacker I is provided between the printer P and the system V, for example. Also in this case, as in the second embodiment, the missing information X having troubles between the sensors B and B provided on the discharge side of the printer P and the discharge side of the system V is picked up and finally complemented by printing again. It is completed.

An example of the system V used in the described embodiment is described below along with the case where the folded opposing surfaces are releasably integrated via a pseudo adhesive film.
The long sheet S shown in FIG. 5 is a front and back view of a state in which the printing of the printer P arranged on the left side of FIG. A unit sheet t in which the first leaf piece 1, the second leaf piece 2 and the third leaf piece 3 are connected in the horizontal direction via the folding lines 4 and 5 is connected in the vertical direction via the cut line 7. Note that the fold lines 4 and 5 array cut lines 7 do not necessarily have to be clearly shown, and can be replaced by fold lines, perforations, or the like.

  A marginal portion 8 is connected to each outer side of the first leaf piece 1 and the third leaf piece 3 of each unit sheet t in the long sheet S via a cut-off line 6, and marginal holes 9 are formed in the marginal portion 8 at predetermined intervals. It has been drilled. Note that the cutoff line 6 is not necessarily clearly shown, and can be replaced with a perforation or the like.

  On the surface of the first leaf piece 1 of each unit sheet t, a postage stamp field Za and a postal code field Zb are provided, and personal information Zc such as a recipient's address name and missing number information X are described. On the surface of the third leaf piece 3, personal information Zd such as a deposit balance and a dunning content relating to the privacy of the recipient is described. The personal information Zc and Zd correspond to the missing number information X, respectively. In particular, the personal information Zd does not necessarily have to be content related to the recipient's privacy, and is intended for advertisements and unspecified persons. It may be the content of a notification or the like, and further, various types of information may be mixed.

  Then, as shown in FIG. 2B, personal information Zd is written on the back surface of the third leaf piece 3 and the back surface of the second leaf piece 2 of each unit sheet t, and the first leaf piece is displayed after completion as an information communication body. The general information 10 is described on the back surface. Note that the personal information Zd does not necessarily have to be content related to the recipient's privacy, and there is no problem even if the personal information is described in the general information 10.

The long sheet S as described above may be completely blank, or may be in a state in which invariant information common to all recipients such as ruled lines, advertisements, and illustrations is printed in advance.
The long sheet S in such a state is folded in a bellows shape with a tear line 7 formed with, for example, perforations, and stocked on a paper platform of a printer P provided at the left end as shown in FIG. Then, the personal information Zc, Zd, missing number information X, etc. which are variable by the printer P are printed on the long sheet S, or all information including universal information common to all recipients is printed and then discharged. The missing number information X is read by the reading sensor B before being guided to the machine 21. Thereafter, as shown in FIG. 6, the paper folding machine 21 is folded into a Z-shaped cross section at the folding lines 4 and 5 and pulled up to the upper first support roller 22 while being superimposed.

  Downstream of the support roller 22, a pin tractor type upstream conveyance drive unit 23 is disposed at an angle more than 90 degrees with respect to the rising of the long sheet S, and further downstream of the second support roller 22 24, a conveying table T is arranged on the downstream side, and further on the downstream side through a third support roller 26 and a film removal prevention roller F having a contact area narrower than the width of the long sheet folded thereon. A pin tractor type downstream conveyance drive means 27 is arranged.

  The downstream side conveyance driving means 27 is disposed at a diagonally upper position downstream of the support roller 22 via a third support roller 26 along the horizontal or substantially horizontal line M, and the upstream side conveyance driving means 23 and the conveyance table T. Are arranged along a virtual upward oblique line K (extended) shown from the support roller 22 to the third support roller 26 via the second support roller 24 (which may be omitted). ing.

  The long sheet S folded and pulled up in a Z-shaped cross section is obliquely upward along the upward oblique line K from the first support roller 22, the upstream side conveyance driving means 23, the second support roller 24, and the conveyance table T. The sheet is conveyed to the third support roller 26, and is conveyed through the third support roller 26 horizontally or substantially horizontally along the substantially horizontal line M via the downstream-side conveyance driving means 27, and is a long sheet. The pseudo adhesive sheets G are respectively inserted between the two opposing surfaces of S.

  For example, as shown in FIG. 8, the pseudo-adhesive sheet G is formed by laminating a known thermoplastic resin 42 on a relatively strong support 41 such as polyethylene, polypropylene, polyethylene terephthalate or the like so as to be peeled off. A low-temperature-adhesive heat-sensitive adhesive layer 43 that exhibits adhesiveness preferably at 80 ° C. or lower is formed on the outside.

  For example, a pseudo adhesive sheet G wound up in a roll state is arranged below both side ends of the transport table T and waits, while a film insertion device 25 such as a turn plate is folded on the upper surface of the transport table T. Between the opposing surfaces of the long sheet S.

  Each pseudo-adhesive sheet G that is continuously drawn from below both side ends of the transport table T is reversed while turning along the oblique side of each turn plate 25 on the transport table T, for example, via a guide roller or the like. While being sandwiched between the opposing surfaces of the long sheet S, the flow is changed in the same direction as the conveying direction of the long sheet S, and inserted between the opposing surfaces of the long sheet S as shown in FIG. At the same time, it is integrated with the long sheet S and conveyed downstream along the conveying table T.

  The long sheet S transported further downstream from the downstream transport driving means 27 is cut off by the slitter 28 from the respective cut lines 6 at both marginal portions 8, and subsequently die cut between the nip roller 29 and the film removal prevention roller F. The roller 30 cuts each individual unit sheet t from each cut line 7. Each unit sheet t after cutting is completed as an information communication body in a postcard form as shown in FIG. 10 through an adhesion process by the most downstream heating / pressurizing process by the heat roller 31 or the like, and by a belt conveyor or the like. In addition to being conveyed to the stocker 32 by the accumulating means, each piece of missing number information X is read and stocked by a reading sensor B such as a CCD camera or a barcode reader installed above the discharge side of the heat roller 31.

  The stocked missing number information X is selected and extracted along the flow of the second embodiment shown in FIG. 3, and after all the information is printed by the printer P, it is printed on the subsequent sheet and discharged. The missing long sheet S thus extracted is processed again by the system shown in FIG. 6 to compensate for the missing number.

  Instead of the heat roller 31, for example, a known method combining a heater panel and a pressure roller described in Patent Document 1 can be used. In the method of the above document, a plurality of heater panels and a plurality of conveying rollers are alternately arranged symmetrically above and below the pass line of the unit sheet t, heated sufficiently while the unit sheet t passes, and added at the discharge port. This is a method of completing adhesion integration by pressing with a pressure roller. However, a plurality of heater panels and the like are not necessarily required.

The present invention is not limited to the above embodiment.
For example, regarding the recording medium of missing number information X, in addition to the serial number (OCR-A / B [number], etc.), barcode, two-dimensional code, etc., a combination of numbers, characters, figures, colors, etc. can be used. A known recording medium such as a magnetic sheet, an IC chip, or a tag may be used. The personal information Zc, Zd itself may be replaced with missing number information X. As a sensor for reading, it is possible to read the recording medium with a CCD camera, a barcode reader, etc. In addition, a missing number may be managed by combining an LED and a photo interrupter. Can be used.

  In Example 4, a system using a pseudo-adhesive sheet is described as a means for releasably integrating the opposing surfaces. However, as described, the pseudo-adhesive sheet is not required, and the pseudo-adhesive surface is preliminarily bonded to the planned pseudo-adhesive surface. Needless to say, it can also be used in a system (called a mail sealer, a mailing system, etc. in the industry) for processing unit sheets (referred to in the industry as a post-glue method, varnishing method, pressure-bonded paper in the industry).

(A), (B) is a top view at the time of applying this invention to the postcard of a single leaf. (A), (B) is a principal part conceptual diagram which shows the flow at the time of applying this invention to a elongate sheet | seat. It is a principal part conceptual diagram which tightens the modification of a reading means. It is a principal part conceptual diagram which shows the modification of the flow of a system. (A), (B) is the front view and back surface figure of a sheet | seat used for manufacture of the information communication body which mounted this invention. It is a principal part conceptual diagram of an example of the manufacturing apparatus of the information communication body which mounted this invention. It is sectional drawing of the elongate sheet | seat folded. It is an expanded sectional view of a pseudo adhesion sheet. It is sectional drawing of the elongate sheet | seat in which the pseudo adhesive sheet was inserted. It is a perspective view of the completed information communication body.

Explanation of symbols

Za Postage stamp field Zb Postal code field Zc, Zd Personal information X Missing information S Long sheet K Cut sheet G Pseudo adhesive sheet T Conveying table t Unit sheet V System B Reading sensor C Computer D Disk P Printer K Upward oblique line M Horizontal Or, substantially horizontal 1 First leaf piece 2 Second leaf piece 3 Third leaf piece 4, 5 Fold line 6 Cut line 7 Cut line 8 Marginal portion 9 Marginal hole 10 General information 21 Paper folding machine 22 First support roller 23 Upstream transport drive means 24 Second support roller 25 Turn plate 26 Third support roller 27 Downstream transport drive means 28 Slitter 29, 29 'Nip roller 30 Die-cut roller 31 Heat roller 32 Stocker 41 Support body 42 Thermoplastic resin 43 Thermal adhesive layer

Claims (11)

  In a method for manufacturing an information communication body including a plurality of processing steps designed to process a unit sheet on which personal information is described or described, missing information is printed on the unit sheet upstream of the arbitrary processing step. Further comprising a reading means for reading the missing number information on the downstream side of the printing means, and extracting personal information corresponding to the missing number information that has not been read without passing through the reading means. A method for manufacturing an information communication body with no omissions, wherein information is printed on a unit sheet again and the unit sheet corresponding to a missing number is complemented by passing through each of the processes.   2. The method for manufacturing an information communication body without omission of shipment according to claim 1, wherein missing numbers are supplemented by reading means provided before or after an arbitrary processing step or at any one of the processing steps.   2. The method of manufacturing an information communication body with no omissions according to claim 1, wherein missing numbers are supplemented by reading means provided before and after an arbitrary processing step or at a plurality of locations in the processing step.   The information communication body to be manufactured is one in which a plurality of leaf pieces connected via a fold line are folded and / or separated at an arbitrary fold line and overlapped so that any opposing surfaces can be separated. The method for manufacturing an information communication body according to any one of claims 1 to 3, wherein there is no omission in shipment.   The method for producing an information communication body with no omission of shipment according to claim 1, wherein the means for releasably integrating any facing surfaces is provided via a pseudo adhesive sheet.   5. The method for manufacturing an information communication body with no omission of shipment according to claim 1, wherein the means for releasably integrating between the opposing surfaces is through a pseudo-adhesive film formed on the pseudo-adhesive planned surface. . A unit sheet in which a plurality of leaf pieces are connected in the horizontal direction via a fold line is connected in the vertical direction, and a long sheet printed on a required surface is folded and / or separated at an arbitrary fold line, and stacked. Arrangement process of overlapping, conveyance process of conveying the overlapped long sheet by the conveyance driving means, any facing surface of the long sheet on which the pseudo adhesive sheet having the adhesive formed on both outer sides is superimposed during the conveyance process Insertion process to insert between, cutting process to cut the long sheet with pseudo adhesive sheet inserted into individual unit sheets, each of the pseudo adhesive sheet and unit sheet by applying heat / pressure treatment to the cut unit sheet In the manufacturing method of the information communication body comprising the bonding process of bonding the opposing surfaces and the stacking process of stacking the bonded unit sheets,
A printing unit that prints missing number information on a unit sheet on the upstream side of the arbitrary processing step, and further includes a reading unit that reads the missing number information on the downstream side of the printing unit, and without passing through the reading unit. Extracting personal information corresponding to the missing number information that has not been read, printing the personal information again on the unit sheet, and supplementing the unit sheet corresponding to the missing number by passing through each of the above processes, and without omission information A method of manufacturing a communication body. A unit sheet in which a plurality of leaf pieces are connected in the horizontal direction via a fold line is connected in the vertical direction, and a long sheet printed on a required surface is folded and / or separated at an arbitrary fold line, and stacked. Arrangement process of overlapping, conveyance process of conveying the overlapped long sheet by the conveyance driving means, any facing surface of the long sheet on which the pseudo adhesive sheet having the adhesive formed on both outer sides is superimposed during the conveyance process Insertion process to be inserted in between, Adhesion process in which the opposite surfaces of the pseudo adhesive sheet and the long sheet are bonded to each other by heating / pressurizing the long sheet in which the pseudo adhesive sheet is inserted, and the long sheet to which the pseudo adhesive sheet is bonded In a method for manufacturing an information communication body comprising a cutting process for cutting a unit sheet into individual unit sheets and a stacking process for stacking the cut unit sheets,
A printing unit that prints missing number information on a unit sheet on the upstream side of the arbitrary processing step, and further includes a reading unit that reads the missing number information on the downstream side of the printing unit, and without passing through the reading unit. Extracting personal information corresponding to the missing number information that has not been read, printing the personal information again on the unit sheet, and supplementing the unit sheet corresponding to the missing number by passing through each of the above processes, and without omission information A method of manufacturing a communication body. Folding process of folding and / or separating cut sheets on which unit sheets connected in the horizontal direction via folding lines are folded and / or separated at arbitrary folding lines, and transport for transporting the stacked cut sheets by transport driving means An insertion step of inserting the pseudo-adhesive sheet having the adhesive formed on both outer sides thereof between the opposing surfaces of the cut sheet, and the cut sheet having the pseudo-adhesive sheet inserted therein as individual units From the cutting process to cut into sheets, the bonding process to heat and pressurize the cut unit sheets to bond the opposing surfaces of the pseudo-adhesive sheet and the unit sheet, and the stacking process to load the bonded unit sheets In an information communication body manufacturing method,
A printing unit that prints missing number information on a unit sheet upstream of the arbitrary processing step, and further includes a reading unit that reads the missing number information downstream of the printing unit, and without passing through the reading unit. The personal information corresponding to the missing number that was not read is extracted, the personal information is printed again on the unit sheet, and the unit sheet corresponding to the missing number is complemented by passing through the above-mentioned processes, so that no missing information is sent. A method of manufacturing a communication body. Folding process of folding and / or separating cut sheets on which unit sheets connected in the horizontal direction via folding lines are folded and / or separated at arbitrary folding lines, and transport for transporting the stacked cut sheets by transport driving means During the process, the transfer process, an insertion process in which a pseudo adhesive sheet having an adhesive formed on both outer sides is inserted between any opposing surfaces of the stacked cut sheets, and a heating / heating to the cut sheet in which the pseudo adhesive sheet is inserted In the manufacturing method of the information communication body comprising the adhesion process of bonding between the opposing surfaces of the pseudo-adhesive sheet and the cut sheet by performing pressure treatment, the cutting process of cutting the bonded cut sheet into individual unit sheets,
A printing unit that prints missing number information on a unit sheet on the upstream side of the arbitrary processing step, and further includes a reading unit that reads the missing number information on the downstream side of the printing unit, and without passing through the reading unit. The personal information corresponding to the missing number that was not read is extracted, the personal information is printed again on the unit sheet, and the unit sheet corresponding to the missing number is complemented by passing through the above-mentioned processes, so that no missing information is sent. A method of manufacturing a communication body.   11. The method for manufacturing an information communication body with no omissions according to claim 7, wherein the overlapping process and the inserting process are performed simultaneously.

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