JP2017007315A - Manufacturing method for information communicator strong against water wetting - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an information communicator strong against water wetting capable of secure detachment and development.SOLUTION: This manufacturing method comprises a delivery step for delivery while removing the marginal part of a smaller area of a continuous sheet where unit sheets consisting of two-leaf pieces with different areas joined via a fold line are joined in a vertical direction via a top and bottom cut-off planned line, a cladding step for cladding front and rear faces of the continuous sheet with a pseudo-adhesive film sheet G or a film sheet F from the side end part of a leaf piece, a first removal step for removing a protruding pseudo-adhesive film sheet or a protruding part of the film sheet, a folding step for folding a continuous sheet from which a protruding part of the pseudo-adhesive film sheet or a film sheet is removed, a second removal step for removing the folded continuous sheet on which a marginal part remains is removed, a cutting step for cutting the continuous sheet from which the marginal part is removed for each unit sheet, and a uniting step for uniting pseudo-adhesive planned surfaces of cut-off unit sheets to be peelable.SELECTED DRAWING: Figure 1

Description

  The present invention relates to an information communication body in which a plurality of leaf pieces are folded and integrated so as to be peelable. More specifically, the present invention relates to an information communication body represented by a pressure-bonded postcard obtained by folding a double-size or triple-size postcard so that it can be peeled and peeled off, and particularly to an information communication body that is highly resistant to wetness due to rain or the like.

  Recently, information communication bodies represented by the above-described crimping postcards are frequently used. This has the superior performance of being able to post more than twice as much information to the recipient in a concealed state with a conventional postcard fee. However, since paper is used for the main body of the information communication body, there is a drawback that the paper is torn and cannot be opened if it is opened in a wet state due to rain or the like. There is no point in not being able to communicate much information to the recipient.

  Therefore, as a countermeasure against unsealing when the water gets wet, for example, there is an information communication body that is resistant to water wet as disclosed in Japanese Patent Application Laid-Open No. 2010-1276. For example, by applying solid printing with printing ink etc. on both sides of the peeling start part of the information communication body paper to prevent the ingress of water, it prevents damage to the paper that is the beginning of peeling, and after peeling starts with a film It will be possible to expand to.

  JP 2010-12664 A

  In the invention of the cited document, it is considered that the beginning of peeling is protected by a film formed by printing ink or water repellency. However, with a printing ink or the like (a UV-based ink or toner system is recommended), a tough coating cannot be expected, and the printed portion is destroyed when the paper fiber breaks. Also, with respect to water repellency, even if strong against water from the outside, if water enters the separation start portion due to moisture entering from the end face of the paper or the portion not printed, the inside of the separation start portion is broken.

  In view of the above problems, the present invention utilizes a tough coating and the elasticity of the coating, and can be reliably peeled even in situations where the beginning of peeling tends to break due to water wetting and can be developed to the end. The present invention provides a method for manufacturing an information communication body that is highly resistant to water wetting.

  In order to achieve the above object, according to the method for manufacturing an information communication body resistant to water wetting according to the present invention, a unit sheet composed of two leaf pieces having different areas connected in the lateral direction via a folding line has a vertical cut line. A long sheet feeding process that feeds out the smaller marginal part of the long sheet connected in the vertical direction through the long sheet, and the leaf pieces having the marginal part cut off on the front and back surfaces of the fed long sheet. A covering step for covering the pseudo-adhesive film sheet or film sheet while protruding from the side end, a first excision step for cutting off the extra protruding portion of the protruding pseudo-adhesive film sheet or film sheet, a pseudo-adhesive film sheet or film sheet The folding process of folding the long sheet from which the excess protruding part of the The second cutting process to cut the zinal part, the cutting process to cut the long sheet from which all the marginal parts have been cut for each unit sheet, and the integrated unit that detachably integrates the pre-bonded surfaces of the cut unit sheet It is characterized by comprising a chemical conversion process.

  In addition, in order to achieve the above object, a method for manufacturing a water-resistant information communication body according to the present invention in a different aspect includes a first leaf piece, a second leaf piece, and an unsealing that have different areas connected in the lateral direction via a fold line. A long sheet that is fed out while cutting a marginal portion outside the first leaf piece of a long sheet in which a unit sheet composed of a third leaf piece with a corner cut formed on the side edge is connected in a vertical direction through a cut-out line on the top and bottom A feeding step, a covering step of covering the pseudo-adhesive film sheet or film sheet while protruding from the side edge of the leaf piece from which the marginal part has been cut off on the front and back surfaces of the fed long sheet, the protruding pseudo-adhesive film sheet or A first cutting step for cutting off the excess protruding portion of the film sheet, and forming a break sewing machine along the corner cut outside of the third leaf piece A cutting machine forming step, a folding step of folding a long sheet on which a pseudo-adhesive film sheet or an excessive protruding portion of a film sheet is cut off and a broken sewing machine is formed, and a marginal part of the folded long sheet is left in the broken sewing machine. A second cutting step in which the third leaf piece and the marginal portion are separated and cut while breaking the sheet, a cutting step in which the long sheet from which all the marginal portions have been cut is cut into unit sheets, and the cut unit sheet is simulated It is characterized by comprising an integration step for integrating the surfaces to be bonded in a peelable manner.

  Note that the marginal portion to be excised first may be excised in advance at the stage of installation in the feeding process. By doing so, the cutting device in the feeding process can be omitted.

  In addition, in order to achieve the above object, a method for manufacturing a water-resistant information communication body according to the present invention in a different aspect includes a first leaf piece, a second leaf piece, and a second leaf piece having different areas connected in a lateral direction via a folding line. A unit sheet made of a third leaf piece is connected in the vertical direction via a cut-out line on the top and bottom, and a long sheet is fed out a long sheet in which a corner cut is formed on the opening side edge of the first leaf piece and the third leaf piece. Feeding step, covering step for covering pseudo-adhesive film sheet or film sheet on front and back surfaces of long-drawn sheet, one marginal portion of long sheet coated with pseudo-adhesive film sheet or film sheet in the corner cut A first cutting step for cutting along the outer edge, and a breaking sewing machine forming step for forming a breaking sewing machine along the outer corner cut of the third leaf piece. Folding step of folding the long sheet on which the cut sewing machine is formed, and the remaining marginal part of the folded long sheet is cut off by separating the third leaf piece and the marginal part while breaking the broken sewing machine It consists of a second cutting step, a cutting step for cutting a long sheet from which all marginal parts have been cut for each unit sheet, and an integration step for integrating the pre-bonded surfaces of the cut unit sheet so as to be peelable. It is characterized by that.

  The excision device in the excision process using the breaking sewing machine may be a means for excising by breaking a breaking sewing machine (micro sewing machine, etc.) provided on the leaf piece with a knife-like plate or the like and separating the leaf piece from the marginal part. I do not care.

  Also, the first cutting step is omitted, and the breaking machine forming step for forming the breaking sewing machine along the corner cut outside of the first leaf piece and the third leaf piece is arranged next to the covering step, and the second cutting step. It is also possible to separate both marginal parts and cut them at once while breaking the broken sewing machine.

  Furthermore, in order to achieve the above object, a method for manufacturing a water-resistant information communication body according to a different aspect of the present invention includes a first leaf piece, a second leaf piece, and a first leaf piece having different areas connected in the lateral direction via a fold line. A long sheet feeding process that is fed out while cutting out the marginal portion outside the first leaf piece of a long sheet in which unit sheets composed of three leaf pieces are connected in a vertical direction via a cut-out line on the top and bottom. A covering step of covering the pseudo-adhesive film sheet or film sheet while protruding from the side edge of the leaf piece from which the marginal portion has been cut off on the front and back surfaces of the sheet, and cutting off the excess protruding portion of the protruding pseudo-adhesive film sheet or film sheet The first cutting process, folding to fold the pseudo-adhesive film sheet or the long sheet from which the excess protruding part of the film sheet has been cut A second cutting step in which the marginal portion outside the third leaf piece of the folded long sheet is folded and cut off at the position protruding from the outside of the overlapping first and second leaf pieces, all marginal portions are cut off It is characterized by comprising a cutting step of cutting the long sheet for each unit sheet, and an integration step of releasably integrating the surfaces to be pseudo-bonded of the cut unit sheet.

  Furthermore, in order to achieve the above object, a method for manufacturing an information communication body that is resistant to water wetting according to a different aspect of the present invention includes a unit sheet composed of two-leaf pieces having different areas connected in the lateral direction via a folding line. A feeding step of feeding out one sheet at a time while cutting one vertical margin part of the printed sheet, a pseudo-adhesive film sheet or film sheet from the side edge of the leaf piece on which the vertical margin part is cut off The side of the single-sided sheet connected in a long shape by continuously covering the front and back surfaces of the single-wafer sheet that is fed out while being covered with the pseudo-adhesive film sheet or film sheet A resection that cuts off the excess protrusion of the pseudo-adhesive film or film sheet that protrudes from the end and the remaining vertical margin. , A folding process that continuously folds the protruding pseudo-adhesive film or film sheet and the sheet sheet from which the vertical margin has been cut off, and cuts the horizontal margin of the folded sheet for each unit sheet. It is characterized by comprising a cutting step for cutting, and an integration step for integrating the cut-off pre-bonded surfaces of the unit sheets so as to be peelable.

  In order to achieve the above object, a method for manufacturing a water-resistant information communication body according to a different aspect of the present invention includes a first leaf piece, a second leaf piece, and a second leaf piece having different areas connected in the lateral direction via a folding line. An unwinding process in which a unit sheet consisting of three-leaf pieces is printed and the sheet is cut while removing the vertical margin outside the first leaf piece of the sheet sheet in which a corner cut is formed on the opening side edge of the third leaf piece, the sheet being fed out Covering process of covering the pseudo-adhesive film sheet or film sheet while protruding from the side edge of the first leaf piece with the vertical margins cut off on the front and back surfaces of the leaf sheet, and continuously covering the pseudo-adhesive film sheet or film sheet As a result, the pseudo-adhesive film sheet protruding from the first leaf piece of the sheet sheet connected in a long shape or the excess protruding portion of the film sheet is cut off. And a cutting process for cutting out the marginal portion in the vertical direction along the corner cut outside of the third leaf piece, the protruding pseudo-adhesive film sheet or film sheet, and a single wafer sheet in which the marginal portion in the vertical direction outside the third leaf piece is cut off A folding process for folding the sheet, a cutting process for cutting the folded sheet for each unit sheet, and an integration process for releasably integrating the surfaces to be pseudo-bonded of the cut unit sheets.

  Furthermore, in order to achieve the above object, a method of manufacturing an information communication body that is resistant to water wetting according to a different aspect of the present invention includes a first leaf piece, a second leaf piece, and a third leaf piece that are connected laterally via a fold line. A feeding step of feeding out one sheet at a time while cutting out the vertical margins of the sheet sheet on which the unit sheet is printed, simulated from the side edges of the first and third leaf pieces from which the vertical margins have been cut Covering process for continuously covering the front and back surfaces of the sheet-fed sheet that is fed out while protruding the adhesive film sheet or film sheet, and the continuous adhesion of the pseudo-adhesive film sheet or film sheet leads to a long shape A cutting process for cutting off the pseudo-adhesive film sheet protruding from the side end portion of the sheet or an extra protruding portion of the film sheet, and a folding sewing machine at the fold line Folding machine forming step to be formed, the protruding pseudo-adhesive film sheet or film sheet is cut out, and the folding step of continuously folding the sheet material on which the folding machine is formed, the lateral margin of the folded sheet material sheet It is characterized by comprising a cutting step of cutting the sheet for each unit sheet, and an integration step of integrating the cut surface of the cut unit sheet so as to be peelable.

  Furthermore, in order to achieve the above object, a method for manufacturing an information communication body that is resistant to water wetting according to a different aspect of the present invention includes a first leaf piece and a second leaf piece having different areas connected in the lateral direction via a folding line. And a unit sheet composed of a third leaf piece is printed, and a sheet-fed sheet feeding step for feeding out a sheet sheet in which a corner cut is formed on the opening side edge of the first leaf piece and the third leaf piece, Covering process for continuously covering pseudo-adhesive film sheet or film sheet on front and back surfaces, vertical margin of sheet sheet connected in a long shape by continuously covering pseudo-adhesive film sheet or film sheet Cutting process for cutting along the corner cut, folding process for continuously folding the sheet with the vertical margins cut off, the side of the folded sheet Cutting step of cutting the margin in a unit sheet by sheet by cutting the direction, and characterized in that it consists of an integral step of releasably integrated pseudo adhesion scheduled surface of the cut to the unit sheet.

  In order to achieve the above object, a method for manufacturing a water-resistant information communication body according to a different aspect of the present invention includes a first leaf piece, a second leaf piece, and a second leaf piece having different areas connected in a lateral direction via a fold line. A sheet feeding process for feeding out a sheet sheet while cutting out a vertical margin outside the first sheet piece on which a unit sheet consisting of a third sheet piece is printed, and the first leaf piece on the front and back surfaces of the fed sheet sheet The step of covering while covering the pseudo-adhesive film sheet or film sheet from the side end portion of the sheet, the protruding pseudo-sheet of the sheet sheet connected in a long shape by continuously covering the pseudo-adhesive film sheet or film sheet Cutting process for cutting off the adhesive film sheet or the extra protruding part of the film sheet and cutting off the margin outside the third leaf piece, pseudo-adhesive film sheet or Folding process to fold the sheet with the excess protruding part of the film sheet removed and the vertical margin outside the third leaf piece removed, and the long sheet with all vertical margins removed for each unit sheet It is characterized by comprising a cutting step of cutting into a unit, and an integration step of integrating the cut-off unit sheet quasi-adhesive surfaces in a peelable manner.

  Note that the vertical margin cut out during feeding in the manufacturing method using the single sheet may be cut in advance when the single sheet is installed in the feeding process. By doing so, the cutting device in the feeding process can be omitted.

  As the paper used for the leaf pieces constituting the information communication body of the present invention, normal high quality paper, matte paper, and coated paper can be used. As shown in FIG. 38 (A), the pseudo-adhesive film sheet coated on the front and back surfaces of the leaf pieces is made of, for example, polyethylene terephthalate or biaxially stretched polypropylene as a base material 131, and one surface is made of EVA or polyethylene. The heat-sensitive adhesive layer 132 and the pseudo-adhesive layer 133 formed on the other remaining surface can be suitably used. As the film sheet, as shown in FIG. 38 (B), a known print laminate for which the pseudo adhesive layer 133 of the pseudo adhesive film sheet is omitted can be suitably used.

  The pseudo-adhesive film sheet is entirely covered on the pseudo-adhesive planned surface of the leaf pieces constituting the information communication body. And after applying pressure or heating / pressure treatment after folding, the opposing surface is integrated so that it can be peeled off, and it adheres well during mailing, but when the recipient peels it, it can be easily peeled from between the pseudo-adhesive layers Can do.

  Although the thickness of the said pseudo-adhesion film sheet can use a 10-50 micrometers thing, A 25-35 micrometers thing can be used conveniently. The thickness is the total thickness of the base material 131, the heat-sensitive adhesive layer 132, and the pseudo-adhesive layer 133 in the pseudo-adhesive film sheet, and the total thickness of the base material 131 and the heat-sensitive adhesive layer 132 in the film sheet. If the thickness is such a level, when the peeling start portion at the step portion is spot-folded, the opposing leaf pieces that are covered with the various film sheets and become firmer repel each other and natural opening automatically starts.

In the information communication body resistant to water wetting of the present invention, the opposing leaf pieces repel each other when the peeling start portion at the stepped portion is bent spot-like by the repulsive force of the pseudo adhesive film sheet or film sheet coated on both sides. Unsealing starts automatically, and the part can be picked with a finger and spread on a flat surface.
In addition, since both sides of the leaf pieces constituting the information communication body are fully protected by the pseudo-adhesive film sheet or film sheet coated, it is ensured to the end without causing destruction of the paper material even when wet. Can be deployed.

(A) is a front view of the half-folded postcard J1, (B) is a back view, and (C) is a sectional view taken along line (1)-(1) in (A). It is the schematic which shows the unsealed state of the level | step-difference part of the bifold postcard J1. It is a partial surface view of elongate sheet | seat S1 used for manufacture of the double fold postcard J1. It is a principal part schematic diagram which shows the manufacturing process of the bifold postcard J1 which uses long sheet | seat S1. It is a surface view of the long sheet S1 in which one marginal portion 7 is cut off during feeding. (A) is a surface view of a state in which the pseudo adhesive film sheet G and the film sheet F are covered on the front and back surfaces of the long sheet S1. (B) is a sectional view taken along line (2)-(2) in (A). (A) is a surface view of the long sheet S1 cut out in a state where the protruding pseudo adhesive film sheet G and the film sheet F in FIG. (B) is a sectional view taken along line (3)-(3) in (A). (A) is a top view of the state which folded the elongate sheet | seat S1 of FIG. (B) is a sectional view taken along line (4)-(4) in (A). FIG. 9A is a plan view of the long sheet S1 in a state where the marginal portion 7 in FIG. 8 is cut away. (B) is a sectional view taken along line (5)-(5) in (A). It is a surface view of the sheet S2 used for manufacture of the bi-fold postcard J1. It is a principal part schematic diagram which shows the manufacturing process of the bifold postcard J1 which uses the sheet | seat sheet S2. It is a surface view of the sheet S2 in which one vertical margin X is cut out during feeding. (A) is a surface view of a state in which the pseudo adhesive film sheet G and the film sheet F are covered on the front and back surfaces of the sheet S2. (B) is a sectional view taken along line (6)-(6) in (A). (A) is a surface view of the sheet S2 in which the pseudo adhesive film sheet G and the film sheet F protruding in FIG. 13 are cut out in a protruding state and the remaining vertical margin X is cut out. (B) is a sectional view taken along line (7)-(7) in (A). FIG. 15A is a plan view of a state in which the sheet S2 of FIG. 14 is folded in two from a fold line 33 (a folding sewing machine 33 ′ is formed). (B) is a sectional view taken along line (8)-(8) in (A). (A) is a front view of the tri-fold postcard J2, (B) is a back view, and (C) is a sectional view taken along line (9)-(9) in (A). It is a partial surface view of long sheet S3 used for manufacture of tri-fold postcard J2. It is a principal part schematic diagram which shows the manufacturing process of the trifold postcard J2 which uses long sheet | seat S3. It is a surface view of the long sheet S3 in which the marginal portion 69 outside the first leaf piece 61 is cut out when being fed out. (A) is a front view of the state in which the pseudo adhesive film sheet G is covered on the front and back surfaces of the long sheet S3. (B) is a sectional view taken along line (10)-(10) in (A). (A) is a surface view of the long sheet S3 cut out in a state in which the protruding pseudo adhesive film sheet G in FIG. 20 protrudes. (B) is a sectional view taken along line (11)-(11) in (A). 21A is a front view of the state in which the long sheet S3 of FIG. 21 is folded in three (Z-fold) from the folding lines 64 and 65, FIG. 21B is a rear view, and FIG. 21C is (12) in FIG. FIG. It is sectional drawing which shows a mode that the marginal part 69 is cut out by the blade knife 91 from the micro sewing machine 71 currently formed in the 3rd leaf piece 63 of the elongate sheet | seat S3 folded in three folds. It is a top view at the time of looking up a mode that the marginal part 69 is cut out by the blade knife 91 from the micro sewing machine 71 currently formed in the 3rd leaf piece 63 of the elongate sheet | seat S3 folded in three folds. (A) is a front view of the tri-fold postcard J3, (B) is a back view, and (C) is a sectional view taken along line (13)-(13) in (A). It is a surface view of sheet F4 used for manufacture of tri-fold postcard J3. It is a surface view of the sheet | seat sheet | seat S4 by which the margin X of the vertical direction was excised at the time of delivery. (A) is a front view of a state in which the front and back surfaces of the sheet S4 are covered with a pseudo adhesive film sheet G, and (B) is a sectional view taken along line (14)-(14) in (A). (A) is a surface view of the sheet S4 cut out in a state where the pseudo adhesive film sheet G in FIG. 28 protrudes, and (B) is a sectional view taken along line (15)-(15) in (A). FIG. 29A is a plan view showing a state in which the sheet S4 of FIG. 29 is folded from the fold lines 104 and 105 (folding sewing machines 104 ′ and 105 ′ are formed) into three folds (Z folds). (B) is a sectional view taken along line (16)-(16) in (A). (A) is a front view of a tri-fold postcard J4 that has two corner cuts at the beginning of opening at the top and bottom of one edge, and (B) is a back view. It is a top view of elongate sheet | seat S5 used for manufacture of the trifold postcard J4 of FIG. (A) is a plan view of a long sheet S5 in which the marginal portions 119 on both sides are not cut and the front and back surfaces are covered with a pseudo-adhesive film sheet G (indicated by the oblique lines), (B) is the ▲ in (A) FIG. 17 is a sectional view taken along line 17 ▼-▲ 17 ▼. It is a top view of elongate sheet | seat S5 of the state which excised the marginal part 119 of the 1st leaf piece 111 outer side. It is a top view of sheet F6 used for manufacture of tri-fold postcard J4. It is a top view of the sheet | seat sheet S6 which coat | covered the pseudo-adhesion film sheet G (a covering place is shown with an oblique line) on the front and back, without excising the vertical margin X of both sides. It is a top view of the sheet | seat sheet | seat S6 of the state which cut out the vertical margin X of the 1st leaf piece 121 and the 3rd leaf piece 123 outer side. (A) is a partial expanded sectional view of a pseudoadhesive film sheet, (B) is a partially expanded sectional view of a film sheet. (A) is a front view of the tri-fold postcard J5, (B) is a back view, and (C) is a cross-sectional view taken along line (18)-(18) in (A). It is a top view of elongate sheet | seat S7 used for manufacture of the trifold postcard J5 of FIG. In the manufacturing process of the tri-fold postcard J5, it is a top view of the elongate sheet | seat S7 by which the pseudo adhesive film sheet G was coat | covered by the front and back in the state which protruded from the 1st leaf piece 141 side edge part. It is a top view of the single wafer sheet S8 used for manufacture of the trifold postcard J5 of FIG. In the manufacturing process of the tri-fold postcard J5, the plane of the sheet S8 in which the vertical margin X is cut out and protrudes from the end portion on the first leaf piece 141 side and the pseudo adhesive film sheet G is coated on the front and back surfaces FIG. FIG. 17 is a plan view of a sheet F9 used for manufacturing the tri-fold postcard J2 of FIG. 44. In the manufacturing process of the tri-fold postcard J2 using the sheet S9 of FIG. 44, the pseudo-adhesive film sheet G is formed on the front and back surfaces in a state where both vertical margins X are cut out and protrude from the end portion on the first leaf piece 61 side. It is a top view of the sheet | seat sheet | seat S9 currently coat | covered. (A) is a plan view showing a design change of the corner cut 70 of the long sheet S3, and (B) is a plan view showing a design change of the corner cut 70 of the long sheet S5.

Hereinafter, the present invention will be described in an easy-to-understand manner with reference to the drawings.
[Folded postcard J1]
First, an information communication body resistant to water will be described. FIGS. 1A, 1B, and 1C are various drawings of the folded postcard J1. As shown in FIG. 1 (C), the first leaf piece 1 and the second leaf piece 2 are folded in a double fold from the fold line 3 (where a folding sewing machine is formed). As shown in FIG. 1A, a postage and a postal code column are described on the exposed surface of the first leaf piece 1, and an address name and the like of a recipient are described although illustration is omitted. Further, as shown in FIG. 1B, general information such as advertisement is described on the exposed surface of the second leaf piece 2 although it is not shown. In addition, for example, personal information and / or general information is written on the opposed inner surfaces of the first leaf piece 1 and the second leaf piece 2 and are in a concealed state that cannot be visually recognized from the outside.

  The 1st leaf piece 1 and the 2nd leaf piece 2 from which an area differs form the level | step difference along the opening side edge as shown in FIG.1 (C). Then, the pseudo adhesive film sheet G and the film sheet F protruding from the opening side edge of the second leaf piece 2 are detachably adhered to the pseudo adhesive film sheet G on the first leaf piece 1 side in a state of protruding to the step portion, and the beginning of the peeling. Is forming. The amount of protrusion of the pseudo-adhesive film sheet G and the film sheet F to the step portion needs to be within the step without protruding outward from the end portion of the first leaf piece 1. It is preferable to select the protruding amount within a range where the protruding adhesive film sheet G and film sheet F do not get in the way when the finger is put on the part.

  For example, when the first leaf piece 1 is spot-folded as shown by the arrow in FIG. 2 from the lower left corner of FIG. Repels and begins to peel off naturally. And if the area that can be picked with a finger is secured by peeling, even if each leaf piece is wet and fragile, it can be unwound and unfolded to the end. It becomes.

  In the present embodiment, the exposed surfaces of the first leaf piece 1 and the second leaf piece 2 are covered with the film sheet F, and the inner surface that is folded and concealed is covered with the pseudo adhesive film sheet G. You may coat | cover with the film sheet G. The pseudo adhesive film sheet G is not bonded unless the pseudo adhesive layer 133 is folded and the pseudo adhesive layers 133 are opposed to each other. Therefore, there is no problem even if the pseudo adhesive film sheet G is used instead of the exposed surface that does not oppose.

[Manufacturing Method of Folded Postcard J1 Using Long Sheet S1]
FIG. 3 is a surface view of the long sheet S1 used in the method for producing the folded paper postcard J1 of the present invention. A unit sheet t1 in which a first leaf piece 1 and a second leaf piece 2 narrower than the first leaf piece 1 are connected in a lateral direction via a fold line 3 (a fold sewing machine is formed) is a top cut line 4 Are connected to each other in the vertical direction. Further, a marginal portion 7 provided with a marginal hole 6 is connected to the outside of each leaf piece via a planned cut line 5.

  The long sheet S1 configured as described above is folded in a bellows shape from, for example, a folding sewing machine formed on the cut-out line 4 in the top and bottom, and is installed in the uppermost stream in the process at the lower left of FIG. When the unit sheet t1 on the uppermost surface is pulled up to the upper support roller 11 in order, the pins of the pin tractor 12 arranged on the right side and the marginal holes 6 are fitted to change the direction almost horizontally, and further arranged on the right side. The slit blade 13a and the backup roller 13b are sent to the cutting device in the feeding process. The excision device may be replaced with another known excision device having a different structure.

  As shown in FIG. 5, the marginal portion 7 outside the second leaf piece 2 is cut out in the cutting device in the feeding process and further sent to the coating device including the right heat rollers 14 a and 14 b. Note that the marginal portion 7 may be excised in advance, and the excision device in the feeding process may be omitted.

  In the coating apparatus constituting the coating step, a film sheet F fed out from a roll waiting upward (a pseudo adhesive film sheet G may be substituted) and a pseudo adhesive film sheet G fed out from a roll waiting downward are provided. The heating / pressurizing process is performed in alignment with a predetermined arrangement of the front and back surfaces of the long sheet S1. Then, the heat-sensitive adhesive layer 132 formed on each film sheet is activated by the above-described treatment, and is adhered to the front and back surfaces of the long sheet S1 so as not to be peeled by the arrangement shown by hatching in FIGS. 6 (A) and 6 (B). It is.

  As shown in FIGS. 6A and 6B, the left end of the lower pseudo-adhesive film sheet G protrudes from the left end of the upper film sheet F. At least the surface of the heat roller 14a is treated with fluorine. Thus, even if the upper and lower film sheets protrude, they are not bonded and wound around the heat rollers 14a and 14b. Then, the long sheet S1 is sent to the first excision step by the excision device including the slit blade 15a and the backup roller 15b.

  In the first cutting step, as shown in FIG. 7, the pseudo adhesive film sheet G and the film sheet F protruding from the edge of the second leaf piece 2 are cut at a position protruding about 1 to 2 mm from the edge, The pair of nip rollers 16a and 16b are further fed to a folding device constituting a right folding process.

  In the folding apparatus, the long sheet S1 is folded by a plurality of guide members while being pulled up from the lower support roller 17 to the upper support roller 18 as shown in FIGS. 8A and 8B. The first leaf piece 1 and the second leaf piece 2 are folded in two since the sewing machine is formed. When the direction is changed substantially horizontally, the pin of the right pin tractor 19 and the marginal hole 6 are fitted to each other, and further sent to the cutting device constituting the second cutting step comprising the right slit blade 20a and the backup roller 20b.

  In the second excision step, the marginal portion 7 outside the first leaf piece 1 shown in FIGS. 8 (A) and (B) is excised and finished to the state shown in FIGS. 9 (A) and (B). The pair of nip rollers 21a and 21b are further fed to a cutting device constituting a cutting process including a die cut roller 22a and a backup roller 22b equipped with a right side blade.

  In the cutting apparatus, the long sheet S1 is sequentially cut by the cut line 4 shown in FIG. 9A, and when finished for each unit sheet t1, the pair of right conveying rollers 23a and 23b and the pair of heater panels 24a and 24b. Are fed into an integrated device that constitutes an integrated process of alternating arrangement.

  In the integration step, the unit sheet t1 passing between the pair of heater panels 24a and 24b is sufficiently heated and opposed by being pressed by the pair of pressure rollers 25a and 25b provided at the discharge port. The pseudo adhesive layers 133 are bonded to each other so as to be peeled off, and are integrated into the state shown in FIGS. 1 (A), (B), and (C). The half-folded postcard J1 completed in this way is sequentially stacked on a stacker 26 composed of a belt conveyor or the like and then loaded.

[Method for producing bi-fold postcard J1 using sheet S2]
FIG. 10 is a surface view of the single-wafer sheet S2 used in the method for producing the double-folded postcard J1 of the present invention. Two unit sheets t2 in which the first leaf piece 31 and the second leaf piece 32 narrower than the first leaf piece 31 are connected in the horizontal direction via a folding line 33 (a folding machine is formed later) are printed in the vertical direction. ing. Each unit sheet t2 is surrounded by a vertical margin X and a horizontal margin Y.

  The sheet S2 configured as described above is stacked on the uppermost sheet loading table 40 at the left end in FIG. Then, the sheet is fed out one by one from the uppermost sheet S2 onto the right conveyance table by a sheet feeding device including the suction pad 41 and the like. The fed sheet S2 is sent to a cutting device constituting a feeding process including a slit blade 43a and a backup roller 43b on the right side by a pair of right nip rollers 42a and 42b.

  As shown in FIG. 12, the sheet S <b> 2 is cut by the cutting device and the vertical margin X on the outer side of the second leaf piece 32 is cut off, and the sheet S <b> 2 is sent to the coating device constituting the coating process including the pair of right heat rollers 44 a and 44 b. It is. The cutting device can be omitted by cutting the vertical margin X on the outside of the second leaf piece 32 in advance and loading it on the paper platform 40.

  In the coating apparatus, a film sheet F (a pseudo adhesive film sheet G may be substituted) fed out from a roll waiting on the upper side and a pseudo adhesive film sheet G fed out from a roll waiting on the lower side are sheet-fed sheets S2. Heating / pressurizing treatment is performed in alignment with a predetermined position on the front and back surfaces. Then, the heat-sensitive adhesive layer 132 formed on both the pseudo-adhesive film sheet G and the film sheet F is activated by the above processing, and the front and back surfaces of the sheet S2 are indicated by hatching in FIGS. 13 (A) and (B). It is bonded so that it cannot be peeled off by arrangement.

  In FIGS. 13A and 13B, the left end of the lower pseudo-adhesive film sheet G protrudes from the left end of the upper film sheet F, but the surfaces of the heat rollers 44a and 44b are treated with fluorine. Thus, even if the upper and lower film sheets protrude, they are not bonded and wound around the heat rollers 44a and 44b. The sheet S2 includes a cutting device (two sets arranged in parallel) constituting the first cutting process on the right side made up of the slit blade 45a and the backup roller 45b, and a folding means made up of the sewing blade 46a and the backup roller 46b. It is sent to the folding sewing machine forming apparatus constituting the forming process.

  As shown in FIG. 14, the pseudo-adhesive film sheet G and the film sheet F that protrude outward from the edge of the second leaf piece 32 are cut at a position that protrudes about 1 to 2 mm from the edge. A vertical margin X on the outside of the leaf piece 31 is cut off. In the folding machine forming apparatus, a folding machine 33 ′ is formed at the folding line 33. Thereafter, the sheet S2 is sent to the folding device constituting the further right folding step by the pair of right nip rollers 47a and 47b.

  In the folding device, the sheet S2 is removed from the folding sewing machine 33 'by a plurality of guide members while being pulled up from the lower support roller 48 to the upper support roller 49, as shown in FIGS. 15A and 15B. The first leaf piece 31 and the second leaf piece 32 are folded in two. Then, the pair of nip rollers 50a and 50b on the right side are sent to a cutting device that constitutes a cutting process including the right cutting blade 52a and the fixed blade 52b.

  In the cutting apparatus, when the sensor 51 reads the mark M1 of the sheet S2 that passes in the state shown in FIG. 15A, the distance to the top side L1 of the unit sheet t2 is counted and cut. Then, counting is continued and the ground L2 of the unit sheet t2 is cut. This operation is also performed on the mark M2, and the unit sheet t2 is cut out by sequentially cutting the side L3 and the side L4. Thus, the unit sheet t2 is continuously cut out from the sheet S2 passing therethrough, and the right pair of conveying rollers 53a and 53b and the pair of heater panels 54a and 54b are alternately arranged. It is sent to the integrated device.

  In the integrated device, the unit sheet t2 passing between the pair of heater panels 54a and 54b is sufficiently heated and opposed by being pressed by the pair of pressure rollers 55a and 55b provided at the discharge port. The pseudo adhesive layers 133 are bonded to each other so as to be peeled, and are integrated so as to be peelable in the states shown in FIGS. 1 (A), (B), and (C). The half-folded postcard J1 completed in this way is sequentially stacked on a stacker 56 composed of a belt conveyor or the like and then loaded.

  In FIG. 1 (C), the folding sewing machine 3 does not penetrate the film sheet F. However, as shown in FIG. 15 (B), the folding postcard J1 manufactured in this embodiment has the folding sewing machine 33 'as the film sheet. It penetrates both F and the pseudo-adhesive film sheet G. Further, if the folding sewing machine 33 ′ is formed in advance on the original sheet S2, the folding sewing machine forming apparatus can be omitted, and the configuration shown in FIG.

[Tri-fold postcard J2]
16A, 16B, and 16C are various drawings of the tri-fold postcard J2. As shown in FIG. 16C, the three-fold postcard J2 of the present embodiment has the first leaf piece 61, the second leaf piece 62, and the third leaf side 63 from fold lines 64 and 65 (folded sewing machines are formed). It is folded in three (Z-fold). As shown in FIG. 16A, the postage and postal code column are described on the exposed surface of the first leaf piece 61, and the address name and the like of the recipient are described although illustration is omitted. Further, as shown in FIG. 16B, general information such as advertisement is described on the exposed surface of the third leaf piece 63 although it is not shown. For example, personal information and / or general information is described on the opposing surface of the first leaf piece 61 and the second leaf piece 62 and the opposing surface of the second leaf piece 62 and the third leaf piece 63, and cannot be seen from the outside. It is in a state.

  As shown in FIG. 16C, the first leaf piece 61 and the second leaf piece 62 having different areas form a step along the opening side edge. Then, the pseudo-adhesive film sheet G that covers both surfaces of the first leaf piece 61 and protrudes from the end portion on the opening side edge side can be peeled off from the pseudo-adhesive film sheet G that covers the second leaf piece 62 in a state of protruding from the step portion. To form the beginning of peeling. The amount of protrusion of the pseudo-adhesive film sheet G to the stepped portion needs to be accommodated inside the step without protruding outward from the end of the second leaf piece 62, but a finger is placed on the end of the second leaf piece 62. It is preferable to select the amount of protrusion in a range where the protruding adhesive film sheet G does not get in the way when hung.

  Further, as shown in FIG. 16B, corner cuts 70 are provided at the upper and lower portions of the opening edge of the third leaf piece 63, and these portions are covered on the front and back surfaces of the third leaf piece 63 and are also formed on the corner cut 70. The protruding pseudo-adhesive film sheets G are detachably bonded to the pseudo-adhesive film sheet G covering the second leaf piece 62 to form the beginning of peeling.

  When the trifold postcard J2 configured as described above is bent by placing a finger on the second leaf side 62 in a spot manner from the lower left corner of the first leaf piece 61 in FIGS. 16A and 16C, for example, FIG. As shown in FIG. 4, the strong adhesive films G repel each other and start to peel off spontaneously. And if the area which can be picked with a finger is ensured by the said peeling, even if each leaf piece raise | generates water and it is in a weak state, it picks up the pseudo-adhesive film sheet G and expand | deploys without breaking to the last It becomes possible.

  Further, when the second leaf piece 62 that forms a step with the lower left corner or the upper left corner cut 70 in FIG. 16B is spot-folded, the pseudo-adhesive film sheet G that is strong at the corner cut 70 as described above. They repel each other and begin to peel off naturally. And if a picking part is formed by peeling, even if each leaf piece causes water wetting and is in a fragile state, it becomes possible to pick up the pseudo adhesive film sheet G and develop it without breaking to the end. It is.

  The surface of the first leaf piece 61 and the back surface of the third leaf piece 63 which are exposed after the completion of the tri-fold postcard J2 are covered with the film sheet F, and the other second leaf piece 62, the surface of the third leaf piece 63 and the first leaf piece 61 to be concealed. The back surface of the second leaf piece 62 may be covered with the pseudo-adhesive film sheet G and partially covered with a different film sheet.

[Method of manufacturing tri-fold postcard J2 using the long sheet S3]
FIG. 17 is a surface view of the long sheet S3 used in the method of manufacturing the tri-fold postcard J2 of the present invention. The first leaf piece 61, the second leaf piece 62 wider than the first leaf piece 61, and the third leaf piece 63 narrower than the second leaf piece are placed laterally via folding lines 64 and 65 (both are fold sewing machines are formed). The unit sheets t3 connected in the direction are connected in the vertical direction via the cut-out line 66 of the top and bottom. A marginal portion 69 provided with a marginal hole 68 is connected to the outside of each leaf piece via a cut line 67. Note that a triangular corner cut 70 is punched in the third leaf piece 63 along a vertical cut planned line 66 and an outer cut planned line 67.

  The long sheet S3 configured as described above is folded in a bellows shape from, for example, a folding sewing machine formed on the top-scheduled cut line 66, and is installed in the uppermost stream in the process at the lower left in FIG. Then, when the unit sheet t3 is pulled up to the upper support roller 81 in order from the uppermost unit sheet t3, the pin of the pin tractor 82 arranged on the right side is changed to a substantially horizontal orientation and the marginal hole 68 is fitted, and further arranged on the right side. It is sent to a cutting device that constitutes a feeding process composed of a slit blade 83a and a backup roller 83b. The excision device may be replaced with another known excision device having a different structure.

  In the cutting device, as shown in FIG. 19, the marginal portion 69 outside the first leaf piece 61 is cut and further sent to the coating device constituting the coating process including the right heat rolls 84a and 84b. The cutting device may be omitted by cutting the marginal portion 69 in advance.

  In the coating apparatus, the pseudo-adhesive film sheet G fed from the roll waiting on the upper side and the roll waiting on the lower side is aligned with a predetermined position on the front and back surfaces of the long sheet S3 and subjected to the heating / pressurizing process. Then, the heat-sensitive adhesive layer 132 formed on each pseudo-adhesive film sheet G is activated by the above-described treatment, and the front and back surfaces of the long sheet S3 cannot be peeled by the arrangement shown by hatching in FIGS. 20 (A) and (B). It is adhered to.

  The pseudo-adhesive film sheet G is bonded in a state of covering the three-leaf piece entirely in a state of protruding from the left edge of the first leaf piece 61. 20A and 20B, the left end of the lower pseudo-adhesive film sheet G protrudes from the left end of the upper pseudo-adhesive film sheet G, but the surfaces of the heat rollers 84a and 84b are treated with fluorine. The part of the pseudo-adhesive film sheet G that protrudes by being placed does not adhere to the heat roller 84a and is not wound. Then, the long sheet S3 is sent to a cutting device constituting the first cutting process on the right side made up of the slit blade 85a and the backup roller 85b.

  In the cutting device, as shown in FIG. 21, the pseudo adhesive film sheets G protruding from the edge of the first leaf piece 61 are cut at a position protruding about 1 to 2 mm from the edge, and the right micro-sewing blade 86a and It is sent to a breaking machine forming apparatus which constitutes a breaking machine forming process comprising the backup roller 86b.

  In the breaking sewing machine, as shown in FIG. 21, a breaking micro-sewing machine 71 is formed on a cut line 67 outside the third leaf piece 63, and a further right folding process is configured by a pair of right nip rollers 87a and 87b. Sent to the folding device. The micro-sewing machine 71 may be replaced with a cut-off sewing machine or the like, and there is no particular restriction on the ratio of cut to uncut.

  In the folding device, the long sheet S3 is folded by a plurality of guide members while being pulled up from the lower support roller 88 to the upper support roller 89 as shown in FIGS. 22 (A), (B) and (C). A trilobal piece is folded into a Z-shaped cross section from the lines 64 and 65 (where a folding sewing machine is formed). When the direction is changed substantially horizontally, the pin of the right pin tractor 90 and the marginal hole 68 are fitted to each other, and further sent to the cutting device constituting the second cutting step comprising the right blade knife 91.

  In the excision apparatus, as shown in FIGS. 23 and 24, a blade knife 91 made of, for example, a thin metal plate breaks and separates the marginal portion 69 from the micro-sewing machine 71 of the third leaf piece 63. Then, the long sheet S3 is sent to a cutting device constituting a cutting process including a die cut roller 93a and a backup roller 93b equipped with a right side blade.

  The long sheet S3 is sequentially cut by the cutting apparatus by the cutting line 66 shown in FIG. 24 and finished for each unit sheet t3. Then, the pair of right conveying rollers 94a and 94b and the pair of heater panels 95a and 95b are alternately arranged. It is sent to the integration apparatus which comprises the integration process arrange | positioned in.

  The unit sheet t3 passing between the pair of heater panels 95a and 95b in the integrated device is sufficiently heated and pressed by a pair of pressure rollers 96a and 96b provided at the discharge port to face each other. The adhesive layers 133 are bonded to each other in a peelable manner, and are integrated so as to be peelable as shown in FIGS. 16A, 16B, and 16C. The three-fold postcard J2 thus completed is sequentially stacked on a stacker 97 composed of a belt conveyor or the like and then loaded.

[Tri-fold postcard J3]
25A, 25B, and 25C are various drawings of the tri-fold postcard J3. As shown in FIG. 25C, the three-fold postcard J3 of the present embodiment has the first leaf piece 101, the second leaf piece 102, and the third leaf side 103 from the folding lines 104 and 105 (folded sewing machine is formed). It is folded in three (Z-fold). As shown in FIG. 25 (A), the postage and the postal code column are described on the exposed surface of the first leaf piece 101, and the address name and the like of the recipient are described although they are not shown. Further, as shown in FIG. 25 (B), general information such as advertisement is described on the exposed surface of the third leaf piece 103 although it is not shown. For example, personal information and / or general information is described on the opposing surface of the first leaf piece 101 and the second leaf piece 102 and the opposing surface of the second leaf piece 102 and the third leaf piece 103, and is hidden from view from the outside. It has become.

  As shown in FIG. 25C, the first leaf piece 101 and the second leaf piece 102 having different areas form a step along the opening side edge. Then, the pseudo-adhesive film sheets G protruding from the unsealed side edge of the first leaf piece 101 are detachably bonded to the pseudo-adhesive film sheet G covering the second leaf piece 102 in a state of protruding from the stepped portion to form the beginning of peeling. doing. Similarly, the second leaf piece 102 and the third leaf piece 103 having different areas also form a step along the opening side edge, as shown in FIG. Then, the pseudo-adhesive film sheets G protruding from the opening side edge of the third leaf piece 103 are detachably bonded to the pseudo-adhesive film sheet G covering the second leaf piece 102 in a state of protruding from the stepped portion, thereby forming the beginning of peeling. doing. The protruding amount of each film sheet is preferably such that it does not protrude from the step portion and does not get in the way when a finger is put on the end of the second leaf piece 102.

  The three-fold postcard J3 configured as described above, for example, when the second leaf piece 102 is bent in a spot manner from the lower left corner of each stepped portion in FIGS. 25 (A) and 25 (C), as shown in FIG. Strong pseudo adhesive films G repel each other and start to peel off naturally. And if the area that can be picked with a finger is secured by the peeling, even if each leaf piece is wet and is in a fragile state, the pseudo-adhesive film sheet can be picked and unfolded to the end Is possible.

  The surface of the first leaf piece 101 and the back surface of the third leaf piece 103 which are exposed after the completion of the tri-fold postcard J3 are covered with the film sheet F, and the other second leaf piece 102, the surface of the third leaf piece 103 and the first leaf piece 101 to be concealed. The second leaf piece 102 may be covered with the pseudo-adhesive film sheet G and partially covered with a different film sheet.

  Further, if folding machines are formed in advance on folding lines 104 and 105 of a sheet S4, which will be described later, the folding machines of folding lines 104 and 105 penetrate the leaf pieces as shown in FIG. The film sheet G is in a form that does not penetrate. On the other hand, what passed through the process of forming a folding sewing machine after covering the pseudo-adhesive film sheet G has a configuration in which both the leaf piece and the pseudo-adhesive film G penetrate the folding sewing machine as shown in FIG.

[Method of manufacturing tri-fold postcard J3 using sheet S4]
FIG. 26 is a surface view of a single wafer sheet S4 used in the method of manufacturing the tri-fold postcard J3 of the present invention. The first leaf piece 101, the second leaf piece 102 wider than the first leaf piece 101, and the third leaf piece 103 narrower than the second leaf piece 102 are arranged laterally via folding lines 104 and 105 (a folding machine is formed later). Three unit sheets t4 connected to each other are printed in the vertical direction. Each unit sheet t4 is surrounded by a vertical margin X and a horizontal margin Y.

  The sheet S4 configured as described above is stacked on the uppermost sheet loading table 40 at the left end of FIG. Then, the sheet is fed out one by one from the uppermost sheet S4 onto the right conveyance table by a sheet feeding device including the suction pad 41 and the like. The fed sheet S4 is fed by a pair of right nip rollers 42a and 42b to a cutting device comprising a slit blade 43a and a backup roller 43b (two sets arranged in parallel) constituting the right feeding process.

  In the cutting device, as shown in FIG. 27, the vertical margin X on the outside of the first leaf piece 101 and the third leaf piece 103 is cut off and sent to the coating device constituting the coating process comprising the pair of right heat rollers 44a and 44b. It is. If the vertical margin X is cut and loaded in advance, the cutting device can be omitted.

  In the coating apparatus, the pseudo-adhesive film sheet G fed out from the rolls waiting on the upper side and the lower side is aligned with a predetermined position on the front and back surfaces of the sheet S4 and subjected to a heating / pressurizing process. Then, the heat-sensitive adhesive layer 132 formed on each pseudo-adhesive film sheet G is activated by the above-described treatment, and is adhered to the front and back surfaces of the sheet S4 in a non-peelable manner in the arrangement shown by hatching in FIG.

  The pseudo-adhesive film sheet G is adhered by a coating apparatus so as to cover each leaf piece entirely in a state of protruding outward from the respective edges of the first leaf piece 101 and the third leaf piece 103. 28A and 28B, the left end of the lower pseudo-adhesive film sheet G that covers the first leaf piece 101 protrudes from the left end of the upper pseudo-adhesive film sheet G, and the upper end that covers the third leaf piece 103. Although the pseudo adhesive film sheet G protrudes from the right end of the lower pseudo adhesive film sheet G, the portion of the pseudo adhesive film sheet G that protrudes by subjecting the surfaces of the heat rollers 44a and 44b to fluorine treatment becomes the heat roller 44a. 44b is not adhered and wound. The sheet S4 includes a cutting device and a sewing machine blade 46a and a backup roller 46b (two sets arranged in parallel) that constitute a cutting process on the right side consisting of a slit blade 45a and a backup roller 45b (two sets arranged in parallel). Are sent to a folding means forming apparatus constituting a folding sewing machine forming step.

  In the excision device and the folding means forming device, as shown in FIGS. 29A and 29B, the pseudo-adhesive film sheet G protruding outside the first leaf piece 101 and the third leaf piece 103 is formed into the first leaf piece 101 and the first leaf piece 101. It is excised at a position protruding about 1 to 2 mm from the edge of the trilobal piece 103. Subsequently, folding machines 104 ′ and 105 ′ are formed on the folding lines 104 and 105 by the right folding unit forming apparatus. The folding sewing machine is not limited to this embodiment, and may be replaced with other folding means such as a folding line. Thereafter, the sheet S4 is sent to the folding device constituting the further right folding process by the pair of right nip rollers 47a and 47b.

  While being pulled up from the lower support roller 48 to the upper support roller 49 by the folding device, the sheet S4 is folded by a plurality of guide members as shown in FIGS. 30 (A) and 30 (B). Each leaf piece is folded into a Z-shaped cross section from 105 ′. Then, the pair of nip rollers 50a and 50b on the right side are sent to a cutting device that constitutes a cutting process including the right cutting blade 52a and the fixed blade 52b.

  In the cutting apparatus, as shown in FIG. 30A, when the sensor 51 reads the mark M1 of the passing sheet S4, the distance to the top side L1 of the first unit sheet t4 is counted, and then the count is continued. Is performed, and the ground L2 of the unit sheet t4 is cut. Subsequently, the marks M2 and M3 are read, and the side L3, side L4, side L5, and L6 of each unit sheet t4 are sequentially cut in the same manner as in the case of the mark M1. The unit sheet t4 is continuously cut out from the sheet S4 passing in this way, and a pair of conveying rollers 53a and 53b and a pair of heater panels 54a and 54b arranged on the right side are alternately arranged. It is sent to the integrated device that constitutes the process.

  The unit sheet t4 passing between the pair of heater panels 54a and 54b in the integrated device is sufficiently heated and pressed by the pair of pressure rollers 55a and 55b provided at the discharge port. The pseudo adhesive layers 133 of the opposing pseudo adhesive film sheet G are bonded to each other so as to be peelable, and are integrated so as to be peelable as shown in FIGS. 25 (A), (B) and (C). The half-folded postcard J3 completed in this way is sequentially stacked on a stacker 56 composed of a belt conveyor or the like, and then posted as a postcard. Note that the tri-fold postcard J3 completed in the present embodiment has a configuration in which the folding sewing machine penetrates both the leaf pieces and the pseudo adhesive film G as described above.

[Tri-fold postcard J4]
As shown in FIG. 31, the tri-fold postcard J4 can be opened from either side by forming corner cuts 70 at two upper and lower sides of the opening side edge of both the first leaf piece 111 and the third leaf piece 113 on the front and back surfaces. It has a structure. In addition, the structure of the information etc. which are described in each leaf piece front and back of the trifold postcard J4 is the same as that of the trifold postcard J2 and the trifold postcard J3.

[Method of manufacturing tri-fold postcard J4 using the long sheet S5]
In the long sheet S5 used in this embodiment, as shown in FIG. 32, the first leaf piece 111, the second leaf piece 112, and the third leaf piece 113 are formed by folding lines 114 and 115 (folding means such as a folding sewing machine and a folding line are formed. The unit sheets t5 connected in the horizontal direction via the vertical cut line 116 are connected in the vertical direction. And the marginal part 119 which provided the marginal hole 118 in the outer side of the 1st leaf piece 111 and the 3rd leaf piece 113 via the cutting planned line 117 is connected.

  The configuration of the long sheet S5 is the same as that of the long sheet S3 described above, but differs in that corner cuts 70 are also formed above and below the opening side edge of the first leaf piece.

  After the long sheet S5 having the above-described configuration is fed out, the marginal portions 119 on both sides are fed into the covering device without being cut off, and covers the through holes of the corner cut 70 from both sides as shown in FIG. The pseudo adhesive film sheet G is coated on the front and back surfaces.

  After passing through the coating device, as shown in FIG. 34, the marginal portion 119 outside the first leaf piece 111 is cut out by the cutting device and sent to the folding device, but the content of the subsequent steps is the same as that of the tri-fold postcard J2. is there.

  In this embodiment, the excision device is arranged in two or more stages. For example, if the breaker microsewing machine 71 is formed on both the first leaf piece and the third leaf piece after passing through the coating device, In the second excision step, the marginal portions on both sides can be excised at once with a blade knife excision device.

[Method of manufacturing tri-fold postcard J4 using sheet S6]
As shown in FIG. 35, in the sheet S6 used in this embodiment, the first leaf piece 121, the second leaf piece 122, and the third leaf piece 123 are formed with fold lines (various folding means such as a folding sewing machine and a folding line). (It does not matter) Three unit sheets t6 connected in the horizontal direction via 124 and 125 are printed in the vertical direction. Each unit sheet t6 is surrounded by a vertical margin X and a horizontal margin Y.

  Further, in each unit sheet t6 of the single sheet S6, through holes of corner cuts 70 are formed at four corners outside the first leaf piece 121 and the third leaf piece 123.

  The sheet S6 configured as described above is fed out to the coating device without being cut off in the vertical margin X on both sides after being fed out, and both sides are inserted into the through holes of the corner cut 70 as shown in FIG. The pseudo-adhesive film sheet G is covered on the front and back surfaces in a state of covering from above.

  After passing through the coating device, as shown in FIG. 37, the vertical margin X outside the first leaf piece 121 and the third leaf piece 123 is cut out by the cutting device and sent to the folding device. The contents are the same as in the case of the tri-fold postcard J3.

[Tri-fold postcard J5]
In the tri-fold postcard J5 shown in FIG. 39, the width of each leaf piece is such that the first leaf piece 141 <the second leaf piece 142 <the third leaf piece 143, and the folding lines 144 and 145 (both folded folding machines are formed). Other folding means such as lines may be used). The separation between the first leaf piece 141 and the second leaf piece 142 is as described above, but the separation between the third leaf piece 143 and the second leaf piece 142 is the opening end of the third leaf piece 143 protruding from the second leaf piece 142. It is executed by picking (pseudo adhesive film sheet G is covered). Since any peeling start is entirely covered with the pseudo-adhesive film sheet G, it can be peeled to the end without being affected by the paper material destruction due to water wetting.

[Method of manufacturing tri-fold postcard J5 using the long sheet S7]
As shown in FIG. 40, the long sheet S7 used for the production of the tri-fold postcard J5 may be designed with the width of the trilobal piece as described above. Then, the marginal portion 146 outside the first leaf piece 141 is cut (may be cut in advance), and pseudo-adhered to both sides of the long sheet S7 in a state of protruding from the cut side end as shown in FIG. The film sheet G may be covered. Thereafter, the sheet is continuously folded into a Z-shaped cross section by a folding device, the remaining marginal portion 146 is cut by a cutting device, finished for each unit sheet t7 by a cutting device, and finally passed through the integrating device as shown in FIG. Completed to state.

[Method of manufacturing tri-fold postcard J5 using sheet S8]
As shown in FIG. 42, the sheet S8 used for manufacturing the tri-fold postcard J5 may be designed with the width of the three-leaf piece as described above. Then, it is fed out while cutting the vertical margin X outside the first leaf piece 141 (may be cut in advance), and the pseudo adhesive film sheet G is placed on both sides of the sheet S8 in a state of protruding from the side edge. Cover. At that time, the pseudo-adhesive film sheet G is covered so as to be applied to the vertical margin X outside the third leaf piece 143. Then, the sheet S8 that has passed through the coating apparatus is cut off the pseudo-adhesive film sheet G that protrudes from the end portion on the first leaf piece 141 side and the vertical margin X outside the third leaf piece 143, and is further folded into fold lines 144 and 145. The sewing machines 144 ′ and 145 ′ (which may be other folding means such as a folding line or may be formed in advance) are formed by the folding means forming apparatus and finished in the state shown in FIG. Then, after passing through the cutting device and the integrated device, the state shown in FIG. 39 is obtained.

The present invention is not limited to the above embodiment.
For example, the above-described tri-fold postcard J2 generally tends to employ a manufacturing method that uses a long sheet S3, but it can also be manufactured using, for example, a sheet S9 designed as shown in FIG. Can do. In that case, the vertical margin X on the outer side of the first leaf piece 61 is removed while being cut out (may be cut in advance), and the pseudo-adhesive film sheet is placed on both sides of the sheet S9 in a state of protruding from the side edge. G is coated. Note that the pseudo adhesive film sheet G is coated so as to cover the vertical margin X outside the third leaf piece 63 at the time of the coating. The sheet S9 that has passed through the coating apparatus is cut out of the pseudo-adhesive film sheet G protruding from the first leaf piece 61 side end and the vertical margin X outside the third leaf piece 63. It is preferable that the folding lines 64 and 65 (both the folding sewing machines are formed) are formed at the same time when the corner cut 70 of the third leaf piece 63 is punched. And it passes through a cutting apparatus and an integrated apparatus, and is finished in the state shown in FIG.

  Further, in the above-described embodiment, the corner cuts 70 are provided at two positions on the upper and lower sides of the peeling side edge. For example, as shown in FIG. 46, the long sheet S3 is shown in FIG. For S5, the design may be changed so as to be provided only at one of the upper and lower portions as indicated by a broken-line circle in FIG.

J1 Folded postcard J2, J3, J4, J5 Trifold postcard G Pseudo-adhesive film sheet F Film sheet S1, S3, S5, S7 Long sheet S2, S4, S6, S8, S9 Single sheet t1, t2, t3, t4, t5, t6, t7 Unit sheet X Vertical margin Y Horizontal margin M, M1, M2, M3 Mark L1, L2, L3, L4, L5, L6 Side 1, 2, 31, 32, 61, 62 63, 101, 102, 103, 111, 112, 113, 121, 122, 123, 141, 142, 143 Leaf 3, 33, 64, 65, 104, 105, 114, 115, 124, 125, 144, 145 Folding line 33 ', 104', 105 ', 124', 125 ', 144', 145 'Folding sewing machine 4, 5, 66, 67, 116, 117 Scheduled cutting line , 68, 118 Marginal hole 7, 69, 119, 146 Marginal part 70 Corner cut 71 Micro sewing machine 11, 17, 18, 48, 49, 81, 88, 89 Support roller 12, 19, 82, 90 Pin tractor 14a, 14b , 44a, 44b, 84a, 84b Heat roller 40 Paper platform 41 Suction pad 16a, 16b, 21a, 21b, 42a, 42b, 47a, 47b, 50a, 50b, 87a, 87b, 92a, 92b Nip rollers 13a, 15a, 20a 43a, 45a, 83a, 85a Slit blades 13b, 15b, 20b, 22b, 43b, 45b, 46b, 83b, 85b, 86b, 93b Backup roller 22a, 93a Die-cut roller 46a Sewing blade 86a Micro sewing blade 51 Sen 52a Cutting blade 52b Fixed blade 91 Blade knife 23a, 23b, 53a, 53b, 94a, 94b Transport roller 24a, 24b, 54a, 54b, 95a, 95b Heater panel 25a, 25b, 55a, 55b, 96a, 96b Pressure roller 26 , 56, 97 Stacker 131 Base material 132 Heat sensitive adhesive layer 133 Pseudo adhesive layer

Claims (12)

  While unit sheets composed of two leaf pieces with different areas connected in the horizontal direction through the folding line are cut out the smaller marginal portion of the long sheet connected in the vertical direction through the cut-out line of the top and bottom A long sheet feeding process, a covering process for covering the pseudo-adhesive film sheet or film sheet while protruding from the side edge of the leaf piece where the marginal part has been cut off on the front and back surfaces of the long sheet, and the protruding pseudo sheet First cutting process for cutting off the excess protruding part of the adhesive film sheet or film sheet, folding process for folding the long sheet from which the excessive protruding part of the pseudo-adhesive film sheet or film sheet has been cut, and the folded long sheet A second excision step to remove the remaining marginal part, all marginal parts were excised A method of manufacturing an information communication body that is resistant to water wetting, comprising: a cutting process for cutting a length sheet for each unit sheet; and an integration process for releasably integrating a pseudo adhesion surface of the cut unit sheet. .   The unit sheet consisting of the first leaf piece, the second leaf piece, and the third leaf piece with the corner cut formed on the opening side edge, which are connected in the horizontal direction via the fold line, is vertically oriented via the cut-out line on the top and bottom. A long sheet feeding process that feeds out the marginal portion outside the first leaf piece of the long sheet connected to the side of the leaf piece from which the marginal part has been cut on the front and back surfaces of the fed long sheet. A covering process for covering the pseudo adhesive film sheet or the film sheet while protruding, a first cutting process for cutting off the excess protruding part of the protruding pseudo adhesive film sheet or the film sheet, and a corner cut outside of the third leaf piece. Breaking machine forming process to form a breaking machine, pseudo adhesive film sheet or excess protruding part of film sheet is cut A folding step of folding the long sheet on which the breaking machine is formed, and a second marginal part of the folded long sheet is cut off by separating the third leaf piece and the marginal part while breaking the breaking machine. It comprises a cutting process, a cutting process for cutting a long sheet from which all marginal parts have been cut for each unit sheet, and an integration process for releasably integrating the surfaces to be pseudo-bonded of the cut unit sheet. A method of manufacturing an information communication body that is resistant to water.   3. The method for manufacturing an information communication body resistant to water wetting according to claim 1 or 2, characterized in that it is a payout process for feeding out a long sheet from which one marginal portion has been cut in advance. Body manufacturing method.   Unit sheets composed of first leaf pieces, second leaf pieces, and third leaf pieces that are connected in the lateral direction through the fold line are connected to each other in the vertical direction through the cut-out line of the top and bottom, and the first leaf piece and the second leaf piece. A long sheet feeding process for feeding out a long sheet with a corner cut formed on the opening side edge of the trilobal piece, a covering process for covering the front and back surfaces of the fed long sheet with a pseudo adhesive film sheet or film sheet, and pseudo adhesion A first cutting step for cutting one marginal portion of a film sheet or a long sheet coated with the film sheet along the corner cut, and a breaking sewing machine for forming a breaking sewing along the corner cut outside of the third leaf piece Folding process to fold a long sheet on which one side marginal part is excised and a broken sewing machine is formed, folded A second cutting process in which the marginal part of the long sheet is cut off by separating the third leaf piece and the marginal part while breaking the breaking sewing machine, and the long sheet from which all the marginal parts have been cut is cut for each unit sheet. A method of manufacturing an information communication body that is resistant to water wetting, characterized by comprising: a cutting step for cutting, and an integration step for releasably integrating the pseudo-adhesive surfaces of the cut unit sheets.   In place of the first excision step, a rupture sewing machine forming step for forming a rupture sewing machine along the outer corner cut of the first leaf piece and the third leaf piece is arranged, and both marginals are broken while rupturing the rupture sewing machine in the second excision step. A method of manufacturing an information communication body that is resistant to water wetting, characterized by separating and excising a portion.   The first of the long sheets in which unit sheets composed of the first leaf piece, the second leaf piece, and the third leaf piece, which are connected in the horizontal direction through the folding line, are connected in the vertical direction through the cut-out line of the top and bottom. A long sheet feeding step that is fed out while cutting off the marginal portion outside the leaf piece, while the pseudo-adhesive film sheet or film sheet protrudes from the side edge of the leaf piece from which the marginal portion has been cut off on the front and back surfaces of the fed long sheet A covering step for covering, a first cutting step for cutting off the excess protruding portion of the protruding pseudo-adhesive film sheet or film sheet, and folding a long sheet from which the protruding portion of the pseudo-adhesive film sheet or film sheet has been cut off Folding process, the marginal part outside the third leaf piece of the folded long sheet is folded and overlapped The second cutting process that cuts off the outside of the leaf piece and the second leaf piece, the cutting process that cuts the long sheet with all marginal parts cut out for each unit sheet, and the pseudo uniting of the cut unit sheet A method of manufacturing an information communication body that is resistant to water wetting, characterized in that it comprises an integration step for releasably integrating surfaces.   A feeding step of feeding out one sheet at a time while cutting out one vertical margin of one of the sheet sheets on which unit sheets composed of two-leaf pieces having different areas connected in the horizontal direction via a folding line are printed; Covering step of continuously covering the front and back surfaces of the single-wafer sheet fed out while protruding the pseudo-adhesive film sheet or film sheet from the side edge of the leaf piece from which the blank portion has been removed, the pseudo-adhesive film sheet or film sheet Is cut off the excess protruding portion of the pseudo-adhesive film or film sheet that protrudes from the side end portion of the single-sided sheet sheet that is continuously covered with the sheet, and the other vertical margin that remains. The cutting process for cutting off the sheet, the protruding pseudo adhesive film or film sheet and the single-wafer sheet with the vertical margins cut off. Folding process that folds automatically, cutting process that cuts the horizontal margins of the folded sheet, and cuts each unit sheet, integration that peels off the planned adhesion surface of the unit sheet A method for manufacturing an information communication body that is resistant to water wetting, characterized by comprising a process.   A sheet having a unit sheet composed of a first leaf piece, a second leaf piece, and a third leaf piece that are connected in the horizontal direction via a fold line and printed with a corner cut on the opening side edge of the third leaf piece Feeding out process while cutting out the vertical margin on the outside of the first leaf piece of the sheet, pseudo adhesive film sheet from the side edge of the first leaf piece where the vertical margin is cut off on the front and back of the fed sheet Alternatively, a covering step for covering the film sheet while protruding, a pseudo-adhesive film sheet or a pseudo-adhesive film sheet or film that protrudes from the first leaf piece of the single-leaf sheet that is continuously formed by covering the film sheet or the film sheet. The excision process, which cuts off the extra protruding portion of the sheet and cuts out the margin in the vertical direction along the outside of the corner cut of the third leaf piece, Folding process of folding out the pseudo-adhesive film sheet or film sheet and the sheet sheet from which the vertical margin on the outside of the third leaf piece has been cut, the cutting process of cutting the folded sheet sheet for each unit sheet, and cutting A method of manufacturing an information communication body that is resistant to water wetting, characterized in that it comprises an integration step of releasably integrating the pseudo-adhesive surfaces of the unit sheets.   A feeding step of feeding out one sheet at a time while excising a vertical margin of a sheet sheet on which a unit sheet consisting of a first leaf piece, a second leaf piece, and a third leaf piece connected in a lateral direction via a fold line is printed, A covering step of continuously covering the front and back surfaces of the single-wafer sheet fed out while protruding the pseudo-adhesive film sheet or film sheet from the side end portions of the first leaf piece and the third leaf piece from which the vertical margin is cut off. Excision that cuts off the excess protruding portion of the pseudo-adhesive film sheet or film sheet that protrudes from the side edge of the continuous sheet of the pseudo-adhesive film sheet or the continuous sheet-fed sheet sheet. Process and folding machine forming process for forming a folding machine at the fold line, protruding pseudo adhesive film sheet or film sheet is cut off A folding process for continuously folding the sheet with the folding sewing machine formed therein, a cutting process for cutting a marginal portion of the folded sheet and cutting each unit sheet, and cutting the unit sheet A method of manufacturing an information communication body that is resistant to water wetting, characterized by comprising an integration step of releasably integrating a pseudo adhesion surface.   Unit sheets consisting of the first leaf piece, second leaf piece, and third leaf piece that are connected in the horizontal direction via the fold line are printed, and a corner cut is formed on the opening side edge of the first leaf piece and the third leaf piece. A sheet feeding process for feeding out a single sheet, a covering process for continuously covering the front and back surfaces of the fed sheet with a pseudo adhesive film sheet or film sheet, and a pseudo adhesive film sheet or film sheet continuously. The cutting process of cutting the vertical margins of the single sheets connected to each other along the corner cut along the above-mentioned corner cut, the folding for continuously folding the single sheets from which the vertical margins have been cut Process, cutting process of cutting the margin of the folded sheet in the horizontal direction for each unit sheet, and the pseudo-adhesive planned surface of the cut unit sheet Method for producing a strong telecommunications bodies wetting was said to consist of an integral step of releasing possible integrated.   While cutting out the vertical margin outside the first leaf piece of the single sheet on which the unit sheet consisting of the first leaf piece, the second leaf piece, and the third leaf piece that are connected in the lateral direction via the fold line is different. A feeding step of feeding a single sheet, a coating step of covering the front and back surfaces of the fed single sheet while protruding the pseudo adhesive film sheet or film sheet from the side edge of the first leaf piece, and a pseudo adhesive film sheet or film sheet. A cutting step of cutting off the protruding portion of the pseudo-adhesive film sheet or the film sheet protruding from the sheet sheet connected in a long shape by being continuously coated, and cutting off the margin outside the third leaf piece; The adhesive film sheet or excess protruding part of the film sheet is cut off and the vertical margin outside the third leaf piece is cut off. Folding process to fold a single sheet, cutting process to cut a long sheet from which all vertical margins have been cut for each unit sheet, and integrated integration of the cut unit sheets so as to be peelable A method of manufacturing an information communication body that is resistant to water wetting, characterized by comprising the steps of:   The feeding process of the manufacturing method of an information communication body resistant to water wetting according to claims 7, 8, 9 and 11 is a feeding process of feeding out a single sheet from which at least one vertical margin has been cut in advance. A method of manufacturing an information communication body that is resistant to water.

Images