JP6015918B2 - Multilayer folded information communication body manufacturing method - Google Patents

Description

  The present invention relates to a method for manufacturing an information communication body in which a plurality of pieces of paper are folded or cut in a peelable manner. Specifically, although it looks like a single postcard, sealed letter, pamphlet, multiple pieces of paper more than four pieces are laminated so that they can be peeled off, so information communication that can transmit an extremely large amount of information while hiding it The present invention relates to a method for manufacturing a body.

  In recent years, e-mail facilities that fold a plurality of pieces of paper or bind a booklet in a bookbinding state, for example, to an A4 size and send it have started to spread. The mail service corresponds to various forms such as a case where a plurality of leaflets are enclosed in a transparent envelope and a single piece of paper is sent alone. Under such circumstances, means for transmitting a large amount of information while saving as much as possible the trouble of enclosing and sealing has been considered.

  In order to cope with the above problems, for example, a folded printed matter disclosed in Japanese Patent Application Laid-Open No. 2008-87361 has been proposed. This is not stored in an envelope or the like, and can be distributed or delivered as it is, and is intended to provide a printed material having a large amount of information at a low cost. Folded from the lines R1 and R2, the sealing piece 15 continuous through the perforation C from the paper piece 12 located on the outermost surface in the folded state is folded from the perforation C to the back side in the folded state and peeled to the back side paper piece 11 At the same time, the peripheral portions of the paper pieces 11, 12, 13, and 14 that are opened in a folded state are also detachably attached to each other, and the addressee address field A of the delivery address is further attached to the sealing piece 15. The above-mentioned purpose is achieved by providing.

JP 2008-87361 A

  However, in the folded printed matter, the shape of the printed matter before folding is not a quadrangle but a distorted shape provided with sealing pieces, and thus a special cutting process is required to finish such a shape. In addition, since the peripheral edge portion must be sealed in a completed state after folding, it is necessary to provide an adhesive means that can be peeled off at the edge of the portion corresponding to the sealing.

  In view of the above problems, the present invention uses a normal long sheet or sheet-like sheet, without providing a sealing piece, and a complicated manufacturing process such as taking a peeling means only on a portion corresponding to sealing. Rather, it provides a consistent system that finishes up to the final finished product if it starts with more sheets.

  In order to achieve the above problems, the method for manufacturing a multilayer fold information communication body according to the present invention includes a step of feeding out a long sheet, a step of feeding a long sheet, and a pseudo-adhesion to a surface to be pseudo-bonded of the fed out long sheet. Covering process for continuously covering film sheets, first folding process for folding long sheets coated with pseudo-adhesive film sheets along the transport direction, and long sheets folded along the transport direction A cutting process for cutting each sheet, a first integration process for integrating the cut unit sheets, a second folding process for folding the integrated unit sheets in a direction perpendicular to the conveying direction, and a second folding process. In the manufacturing method of the multilayer fold information communication body which consists of the 2nd integration process which unifies the unit sheet folded, the folding machine which folds the unit sheet in the direction perpendicular to the conveyance direction It is characterized by performing a combination of knives and a pair of folding rollers.

  In the manufacturing method, a cutting step for cutting a marginal portion of the long sheet and / or a folding means forming step for forming a folding sewing machine or a folding line is arranged between arbitrary steps at one place or a plurality of places. It does not matter.

  In order to achieve the above-mentioned problem, a method for manufacturing a multi-layer fold information communication body according to the present invention includes: a sheet-fed sheet feeding process for feeding a sheet-like sheet; Covering process to continuously cover the film sheet, cutting process to cut the blank part in the transport direction of the sheet-like sheet coated with the pseudo-adhesive film sheet, continuous sheet sheet from which the blank part has been cut along the transport direction First folding process, a sheet folding sheet continuously folded along the conveying direction, a cutting process for cutting each unit sheet, a first integration process for integrating the cut unit sheets, integrated A second folding step of folding the unit sheet into a direction perpendicular to the conveyance direction and a second integration for integrating the unit sheet folded in the direction perpendicular to the conveyance direction In multilayer folding information producing method for a communication member comprising a degree, it is characterized by performing the folding process folding the unit sheet in the conveying direction and the vertical direction by a combination of knives and a pair of folding rollers.

  In the manufacturing method, a folding means forming step for forming a folding sewing machine or a folding line may be arranged at an arbitrary position between arbitrary processes at one place or a plurality of places.

  The long sheet and the sheet-like sheet may be previously formed with folding means such as a folding sewing machine or a folding line. In that case, the folding means forming step corresponding to the folding means formed in advance can be omitted. In the marginal part or the sheet-like sheet, an arbitrary marginal part or a margin part in the flow direction (vertical direction) may be cut off. In that case, the excision process of the part excised beforehand can be omitted.

  Moreover, in any case of a long sheet and a sheet-like sheet, the first integration step may be omitted, and all integration may be completed in the second integration step.

  As long or sheet-like sheets used in the present invention, synthetic paper, resin film sheets, non-woven fabrics and the like can be used as well as general papers such as high-quality paper, matte paper, and coated paper.

  The pseudo-adhesive film sheet used in the present invention has a known heat-sensitive adhesive layer formed on one side of a relatively elastic substrate made of, for example, polyethylene terephthalate or polypropylene, and pseudo-adhesive on the other side. A pseudo-adhesive film sheet for print laminating corresponding to the thermal laminating method in which a layer is formed is preferably used.

  Also, a known print laminate film sheet in which the pseudo-adhesive layer of the pseudo-adhesive film sheet is omitted, or a heat-sealing process is performed in place of the pseudo-adhesive layer, and peeling is performed when heating and pressurizing processes are performed facing each other. A double-sided adhesive film sheet or the like that cannot be bonded can be arbitrarily used.

  The laminating apparatus constituting the coating process of the present invention may be composed of, for example, a pair of rubber-lined heat rollers or a mirror-finished metal heat roller and a rubber-lined backup roller. It does not matter. Further, a configuration may be adopted in which a plurality of heating devices such as a heater panel and conveying rollers are arranged and a pressure roller (in some cases, a heat roller) is disposed at the final discharge port.

  In the laminating apparatus, both the long sheet and the sheet-like sheet are continuously laminated with a pseudo-adhesive film sheet and sent out while applying tension to the downstream process. Does not happen.

  In the present invention, the marginal part and the margin part in the flow direction and the folding means forming step use a slitter device, a sewing device, or the like by a combination of a round blade (slitter blade, sewing blade) and a backup roller. Note that there is no problem even if other known means are used. In addition, the cutting and folding means forming step may be performed between arbitrary steps in one place, but may be performed stepwise by being disposed in a plurality of positions between a plurality of steps.

  In the first folding step in the present invention, not only the long sheet but also the single sheet is made continuous by continuous covering such as a pseudo adhesive film. Therefore, any sheet is convenient because it is possible to use an angle used for form printing using a known long sheet or a continuous folding device called a fold-folder.

  In the cutting process according to the present invention, since the cutting position is accurately maintained in the long sheet by the marginal hole, cutting of a die cut roll or the like interlocked with a pin tractor or the like that conveys the long sheet using the marginal hole. A device is preferably used. Further, in the sheet-like sheet, there is a possibility that a slight error occurs in the interval between the preceding and following sheets when each sheet is fed out. Each sheet may meander in the course of conveyance. Therefore, a system in which a reading mark is written at the leading edge of each sheet and the cutting apparatus operates at a predetermined pitch after reading by the sensor is suitably employed.

  In the first and second integration steps in the present invention, if the pseudo-adhesive film sheet requires heating / pressurizing treatment in the execution of the pseudo-adhesion, a configuration including heating means and pressurizing means is provided. Adopted. Specifically, a configuration in which a unit sheet is passed through and heated in an oven in which a pair of heater panels and a pair of transport rollers are alternately arranged, and then pressed by a pair of pressure rollers disposed at the discharge port is preferably used. can do. Moreover, the structure which performs a heating and pressurizing process simultaneously by the combination of the heat roller which consists of an above-mentioned structure may be sufficient.

  If the pseudo-adhesive film sheet requires only a pressure treatment in the pseudo-adhesion, only a pressing means such as at least a pair of pressure rollers is required, and the system configuration of the integration process can be simplified. Convenient.

  In the second folding step of the present invention, the various sheets folded by the flow direction folding means are further folded in the direction perpendicular to the flow direction, for example, the sheets are folded on a pair of folding rollers. A folding device equipped with a chopper that folds the sheet by pushing in can be suitably employed. A plurality of folding devices can be folded by arranging a plurality of the folding devices.

  According to the manufacturing method of the multilayer fold information communication body of the present invention, instead of a sheet exhibiting a distorted outer shape by providing a protruding portion such as a sealing piece, using a normal long sheet or sheet-like sheet, A complicated manufacturing process such as taking spot-like peeling means only at the portion corresponding to sealing is not required, and sealing is completed by covering the pseudo-adhesive film sheet on the pseudo-adhesive planned surface. The surface entirely covered with the pseudo-adhesive film sheet has the effect of improving the aesthetic effect of the information communication body and protecting the information from wetting and tearing. In addition, if a sheet is placed at the most upstream of the process and started, the system automatically finishes the finished product, so it is easy to manufacture a large amount of information communication bodies even for amateurs without the need for sealing and sealing. can do.

It is a surface view of elongate sheet | seat S1 used with the manufacturing method of the multilayer fold information communication body which uses an elongate sheet | seat. It is a back view of long sheet S1 used with the manufacturing method of the multilayer folding information-communication body which uses a long sheet. It is the principal part schematic which shows the manufacturing method of the multilayer fold information communication body which uses a elongate sheet | seat clearly. It is a partial expanded sectional view of the thickness direction of the pseudoadhesive film sheet G. It is a top view which shows the state by which the pseudo | simulation adhesive film sheet G was coat | covered by the elongate sheet | seat S1 surface. It is a top view which shows the state by which pseudo adhesive film sheet G was coat | covered by the elongate sheet | seat S1 back surface. (A) And (B) is the top view and II sectional view taken on the line of the elongate sheet | seat S1 which became the folded state after passing through a folding apparatus. (A) And (B) is the top view and II-II sectional view taken on the unit sheet | seat t1 finished individually by the cutting apparatus. It is the principal part schematic diagram explaining easily the integration process after a cutting process, the folding process of the orthogonal | vertical direction with a conveyance direction, and the subsequent integration process. It is a principal part schematic diagram explaining the folding process of a conveyance direction and a perpendicular | vertical direction, and subsequent integration process over time. It is a principal part schematic diagram explaining the folding process of a conveyance direction and a perpendicular | vertical direction, and subsequent integration process over time. It is a principal part schematic diagram explaining the folding process of a conveyance direction and a perpendicular | vertical direction, and subsequent integration process over time. It is the side view which looked at the finally finished multilayer folding information communication body from the direction of arrow III in FIG. It is a perspective view of the multilayer folded information communication body finally finished. It is a surface view of the sheet-like sheet S2 used with the manufacturing method of the multilayer fold information communication body which uses a sheet-like sheet. It is a back view of the sheet-like sheet S2 used with the manufacturing method of the multilayer fold information communication body which uses a sheet-like sheet. It is the principal part schematic which shows the manufacturing method of the multilayer fold information communication body which uses a sheet-like sheet in an easy-to-understand manner. It is a top view which shows the state by which the pseudo-adhesive film sheet G was coat | covered on the surface of sheet-like sheet S2. It is a top view which shows the state by which the pseudo-adhesive film sheet G was coat | covered by the sheet-like sheet S2 back surface. (A) And (B) is a principal part schematic diagram explaining the case where the folding process of a conveyance direction and a perpendicular direction of this invention is multiple over time.

Embodiments of the present invention will be specifically described below with reference to the drawings.
[Example 1: Manufacturing method of multilayer folded information communication body using long sheet S1]
As shown in FIG. 1, a long sheet S1 used in the method for manufacturing a multilayer folded information communication body of the present invention has unit sheets t1 made of four pieces of paper connected in the vertical direction via cut lines 5 and 6. . The cut line and the fold line described later are not necessarily displayed, and may be perforations, creases, or the like. On the surface of the first paper piece 1 divided by the cut lines 5 and 9 and the folding lines 7 and 10, a postage stamp field, a postal code field, and the address name of the recipient are written. In addition, on the surface of the second paper piece 2 separated by the cut lines 5 and 8 and the folding lines 7 and 10 (the surface concealed inside after completion of the product), the personal information 14 etc. of the recipient is described. General information may be used. Furthermore, general information 13 such as advertisements is described on the surface of the third paper piece 3 separated by the cut lines 9 and 6 and the folding lines 7 and 10 (appears after the product is completed). Furthermore, the personal information 14 etc. of the recipient is described on the surface of the fourth paper piece 4 (the surface concealed inside after completion of the product) divided by the cut lines 8 and 6 and the folding lines 7 and 10. General information etc. may be used.

  As shown in FIG. 2, personal information 14 and the like are described on the back surfaces of the first paper piece 1, the second paper piece 2, the third paper piece 3, and the fourth paper piece 4 (surfaces that are concealed inside after the product is completed). However, it is not necessarily limited to personal information. Only general information may be described, and personal information and general information may be mixed. And the marginal part 12 which provided the marginal hole 11 via the tear lines 8 and 9 is connected to the both outer sides of the unit sheet t1.

  The long sheet S1 configured as described above is folded, for example, from the tear lines 5 and 6 into a bellows, and is arranged in the lower left in the figure, which is the most upstream of the process as shown in FIG. And when it is pulled up to the upper support roller 21, the direction is changed almost horizontally, the pin of the pin tractor 22 arranged on the right side is matched with the marginal hole 11 on both sides, and a pair of heat rollers arranged on the right side. It is sent to a laminating apparatus consisting of 23a and 23b.

  In the laminating apparatus, the pseudo-adhesive fill sheet G fed out from each roll waiting on the upper and lower sides is aligned with the pseudo-adhesive planned surface of the long sheet S1, and both are provided with a heat-sensitive adhesive layer formed on the pseudo-adhesive film sheet G. It is firmly bonded via

  As shown in FIG. 4, the pseudo-adhesive film sheet G is formed with a known heat-sensitive adhesive layer 42 on one surface of a relatively elastic base material 41 such as polyethylene terephthalate or polypropylene, and the remaining other layer. What formed the pseudo adhesion layer 43 in the surface can be used conveniently. This is completely adhered to the pseudo-adhesive surface of the printed material via the heat-sensitive adhesive layer 42, and then folded so that the pseudo-adhesive layer 43 side is opposed to each other. It has the characteristics.

  The laminating apparatus coats the front and back surfaces of the long sheet S1 with the pseudo-adhesive film sheet G in the ranges indicated by the oblique lines in FIGS. Then, the marginal portion 12 is cut by a cutting device comprising a backup roller 24c and a slitter blade 24a arranged on the right side, and a folding means forming device comprising a backup roller 24c coaxial with the cutting device and a sewing blade 24b. A folding sewing machine 7 is formed. And it is conveyed further downstream by a pair of nip rollers 25a and 25b arranged on the right side.

  Note that the cutting device and the folding means forming device are not necessarily arranged. For example, when the long sheet S1 is in the initial state, a necessary portion is cut in advance or a folding sewing machine is formed. You can leave it. In that case, the cutting device and the folding means forming device can be omitted.

  Then, by passing through a known folding device 26 or the like disposed on the right side of the pair of nip rollers 25a and 25b, the sheet is folded in two so that the back side of the long sheet S1 is opposed as shown in FIG. Then, the long sheet S1 whose direction is changed almost horizontally after passing through the support roller 27 that is kept upward matches the pin of the pin tractor 28 arranged on the right side with the remaining marginal hole 11 and is pulled further downstream. . In the cutting device comprising the slitter blade 29a and the backup roller 29b arranged on the right side of the pin tractor 28, the remaining marginal portion 12 is cut off, and further the cutting comprising the die cut roller 30a and the backup roller 30b arranged on the right side. When the top and bottom direction is cut for each unit sheet t1 and finished individually by the apparatus, the unit sheet t1 is further conveyed to the integration step arranged on the right side.

  In the integration step, as shown in FIG. 9, a pair of conveying rollers 51a and 51b and a pair of heater panels 52a and 52b are alternately arranged, the unit sheet t1 passing between them is heated, and the discharge rollers 53a, Pressurize with 53b. The pseudo-adhesive planned surfaces of the unit sheet t <b> 1 that have been subjected to the heating and pressurizing processes in this way are opposed to each other through the pseudo-adhesive film sheet G so as to be peeled off.

  When the unit sheet t1 integrated in the state of FIG. 8 is discharged from the discharge rollers 53a and 53b, the unit sheet t1 is sent to the right side by the belt conveyor 54 disposed on the right side. Then, as shown in FIG. 10, the process further proceeds until it hits the stopper 58 of the belt conveyor 59 on the right side. When the unit sheet t1 advances to that position, the sensor 57 installed above senses the end of the unit sheet t1, and the knife 55 descends.

  As shown in FIG. 11, the knife 55 pushes the unit sheet t1 between the contact between the pair of folding rollers 56a and 56b. Note that the position of the stopper 58 is set in advance so that the center of the unit sheet t1 and the folding line 10 are positioned at the tip of the knife 55. At this time, since the pair of folding rollers 56a and 56b rotate in the direction indicated by the arrow in the drawing, the portion of the folding line 10 pushed by the knife 55 is folded in two from that portion and pushed downward.

  As shown in FIG. 12, the unit sheet t1 folded in half and extruded downward is subjected to a heating / pressurizing process between four pairs of heat rollers 60a, 60b arranged downward in the vertical direction. Pass while being. And by the said process, as shown in FIG. 13 (side view at the time of seeing from the arrow III direction side in FIG. 8), as a whole, it is integrated so that peeling is possible.

  As shown in the perspective view of FIG. 14, the recipient of this information communication body peels off the opposing paper pieces that are detachably bonded by the pseudo-adhesive film sheet G, and finally develops the original flat state. be able to. The information on each piece of paper can be read through the transparent or translucent pseudo-adhesive film sheet G.

[Example 2: Manufacturing method of multilayer information communication body using sheet-like sheet S2]
As shown in FIG. 15, the sheet S <b> 2 used in the method of manufacturing the multilayer fold information communication body of the present embodiment is composed of four paper pieces 71, 72, 73, and 74 connected via fold lines 79 and 80. The unit sheet t2 is printed in a state surrounded by the margin portions 77 and 78 in the horizontal direction and the margin portions 75 and 76 in the vertical direction. Note that the fold line, the cut line, and the like are not necessarily displayed, and may be perforations, creases, or the like. On the surface of the first paper piece 71, a postage stamp field, a postal code field, and the address name of the recipient are written. Further, the personal information 82 of the recipient is described on the surface of the second paper piece 72 (the surface hidden inside after completion of the product), but other general information may also be used. Furthermore, general information 81 such as advertisements is described on the surface of the third paper piece 73 (appears after the product is completed). Furthermore, the personal information 82 of the recipient is described on the surface of the fourth paper piece 74 (the surface hidden inside after completion of the product), but other general information may also be used.

  As shown in FIG. 16, personal information 82 and the like are described on the back surfaces of the first paper piece 71, the second paper piece 72, the third paper piece 73, and the fourth paper piece 74 (surfaces hidden inside after the product is completed). However, it is not necessarily limited to personal information. Only general information may be described, and personal information and general information may be mixed. Further, lateral margins 77 and 78 and longitudinal margins 76 and 75 are provided outside the unit sheet t2.

  The single sheet S2 configured as described above is stacked on the left paper table in the drawing, which is the most upstream of the process, as shown in FIG. Then, the sheet is fed from the uppermost sheet S2 one by one to the right transport table at the same interval or at the timing of abutting or overlapping each other by the sheet feeding mechanism including the suction pad 91 and the like. And it is sent to the laminating apparatus which consists of a pair of heat roller 93a, 93b arrange | positioned by the nip roller 92a, 92b on the right side.

  In the laminating apparatus, the pseudo-adhesive fill sheet G fed from each roll waiting in the upper and lower directions is aligned with the pseudo-adhesive planned surface of the sheet-fed sheet S2, and both are heat-sensitive adhesive layers formed on the pseudo-adhesive film sheet G. It adheres firmly through 42.

  The laminating apparatus coats the front and back surfaces of the sheet-like sheet S2 with the pseudo-adhesive film sheet G in the range indicated by the oblique lines in FIGS. Then, the marginal portions 75 and 76 in the vertical direction are cut out by the cutting device including the backup roller 94c and the slitter blade 94a disposed on the right side, and the backup roller 94c and the sewing machine blade 94b are coaxial with the cutting device. The folding sewing machine 80 is formed by the folding means forming device. And it is conveyed further downstream by a pair of nip rollers 95a and 95b arranged on the right side.

  The cutting device and the folding means forming device are not necessarily arranged. For example, when the long sheet S2 is in the initial state, a necessary portion is cut in advance or a folding sewing machine is formed. You can leave it. In that case, the cutting device and the folding means forming device can be omitted.

  Then, by passing through a known folding device 96 or the like disposed on the right side of the pair of nip rollers 95a and 95b, as shown in FIG. 8B, the sheet-like sheet S2 is folded so as to face each other. Then, the sheet S2 that has been turned almost horizontally when passing through the support roller 97 held upward is cut by the nip rollers 98a and 98b arranged on the right side and further comprising a cutting blade 100a and a fixed blade 100b arranged on the right side. By the apparatus, the margin portions 77 and 78 in the horizontal direction are cut and removed for each unit sheet t2 and finished individually.

In the cutting apparatus, when the sensor 99 disposed on the upstream side of the cutting apparatus reads the mark M (shown even after being folded) shown in FIG. 15, the width (distance) of the marginal portion 77 in the horizontal direction is read. The data is input in advance so as to finish each unit sheet t2 by counting and cutting the distance to the margin portion 78 in the horizontal direction (the length of the unit sheet t2 in the vertical direction). Therefore, the cutting device finishes the unit sheet t2 continuously by repeating the operation.
The individually finished unit sheet t2 is then transported to the integration step, but the subsequent steps from the integration step are the same as those in the first embodiment, and detailed description thereof is omitted.

In addition, this invention is not limited to the said Example.
For example, there is no particular limitation on the folding mode of the multilayer folded information communication body manufactured by the manufacturing method of the present invention. In the above-described embodiment, the case where the folded sheet is folded again in the direction in which the folded sheet is folded is described as an example. However, the folded sheet having three or more folds (Z fold or winding) or more It is also possible to fold it in half again.

  Further, as shown in FIG. 20, after folding in the direction to go straight once, the stopper 112 and the sensor 111 may be added in the same manner as in the above-described embodiment, and it may be folded again in the direction to go straight again or more times. By doing so, a more compact multi-layer folded information communication body can be finished.

  Further, regarding the means for heating / pressurizing treatment, a heat roller is used in the above-described embodiment. For example, as shown in FIG. 20, a pair of transport rollers 114a and 114b and a pair of heater panels 115a and 115b are provided. Alternatively, a system may be employed in which the information communication bodies passing therethrough are heated and pressurized by the last discharge rollers 116a and 116b. Note that the pair of rollers 113a and 113b in FIG. 20 serves as both a folding roller and a conveyance roller.

S1 Long sheet S2 Single sheet t1, t2 Unit sheet G Pseudo adhesive film sheet M Marks 1, 2, 3, 4, 71, 72, 73, 74 Paper pieces 5, 6, 8, 9 Cut lines 7, 10, 79 , 80 Folding line 11 Marginal hole 12 Marginal part 13, 81 General information 14, 82 Personal information 21, 28, 97 Support rollers 22, 29 Pin tractors 23a, 23b, 60a, 60b, 93a, 93b Heat rollers 24a, 30a, 94a Slitter blades 24b, 94b Folding machine blades 25c, 30b, 31b, 94c Backup rollers 26a, 26b, 92a, 92b, 95a, 95b, 98a, 98b Nip rollers 27, 96 Folding device 31a Die cut rollers 51a, 51b, 114a, 114b Conveying rollers 52a, 52b, 115a, 115 b Heater panel 53a, 53b, 116a, 116b Discharge roller 54, 59, 62 Belt conveyor 55, 110 Knife 56a, 56b Folding roller 57, 99, 111 Sensor 58, 112 Stopper 61 Guide 75, 76 Vertical margin 77 78 Horizontal margin portion 91 Suction pad 100a Cutting blade 100b Fixed blade 113a, 113b Folding and conveying roller

Claims (7)

  The long sheet is fed out, the covering process for continuously covering the pseudo-adhesive film sheet on the planned pseudo-adhesion surface of the long sheet, and the long sheet coated with the pseudo-adhesive film sheet. First folding step of folding the sheet-like sheet along the conveying direction, a cutting step of cutting the long sheet folded along the conveying direction for each unit sheet, a first integrated uniting the cut unit sheets Fold information comprising: a step of forming, a second folding step of folding the integrated unit sheet in a direction perpendicular to the conveying direction, and a second integration step of integrating the unit sheets folded in the second folding step In the communication body manufacturing method, the folding step of folding the unit sheet in a direction perpendicular to the conveyance direction is performed by a combination of a knife and a pair of folding rollers. Method of manufacturing a folding information communication body.   A cutting step for cutting a marginal portion of a long sheet and / or a folding means forming step for forming a folding sewing machine or a folding line is arranged between any one or a plurality of steps. A method for manufacturing a multilayer folded information communication body according to claim 1.   3. A marginal portion of a necessary portion of the long sheet is cut in advance and / or folding means such as a folding machine or a folding line is formed in advance. A method for producing a multilayer folded information communication body according to claim 1.   A sheet feeding sheet feeding process for feeding a sheet-like sheet, a coating process for continuously covering a pseudo-adhesive film sheet on a pseudo-bonding planned surface of the fed sheet-like sheet, and conveyance of a sheet-fed sheet coated with a pseudo-adhesive film sheet A cutting process for cutting out margins in the direction, a first folding process for continuously folding the sheet-like sheet from which the margins have been cut out along the transport direction, and a sheet-like sheet that is continuously folded along the transport direction. A cutting step for cutting each unit sheet, a first integration step for integrating the cut unit sheets, a second folding step for folding the integrated unit sheet in a direction perpendicular to the conveyance direction, and a direction perpendicular to the conveyance direction In a method for manufacturing a multilayer fold information communication body comprising a second integration step of integrating unit sheets folded in a direction, the unit sheet is defined as a conveyance direction. Method for manufacturing a multilayer folding information communication body which is characterized by performing the steps folding folded in a straight direction by the combination of knives and a pair of folding rollers.     A step of cutting a margin in the longitudinal direction of a sheet-like sheet and / or a folding means forming step of forming a folding sewing machine or a folding line are arranged between arbitrary steps of one place or a plurality of places. The method for producing a multilayer folded information communication body according to claim 4.   6. A vertical margin of a necessary portion of a sheet-like sheet is cut out in advance, and / or folding means such as a folding sewing machine or a folding line at a necessary portion is formed in advance. A method for producing a multilayer folded information communication body according to any one of the above.   The method for manufacturing a multilayer fold information communication body according to any one of claims 1 to 6, wherein the first integration step is omitted and all integration is completed in the second integration step.

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