JP2014148152A - Information communication body capable of being opened even in water, and method of manufacturing the same - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a method of manufacturing an information communication body capable of being easily separated and opened even in water or in the case where pseudo-adhesion is too firmly applied well.SOLUTION: An information communication body is designed so that a step can be formed at an opening edge when it is folded. A folded part of a piece of paper on a narrow side is covered with a pseudo-adhesive film sheet G. Since the information communication body is configured as above, a pseudo-adhesive membrane made of the tough pseudo-adhesive film G is picked in separation, and the information communication body can be reliably opened to the end even when it is wetted with water or even in the water.

Description

The present invention relates to an information communication body in which a plurality of pieces of paper are folded in a peelable manner and a method for manufacturing the information communication body.
In detail, information communication that can be used to convey a lot of information in a concealed state because multiple paper pieces are stacked in a peelable manner, even though it looks like a normal postcard. In particular, the present invention relates to an information communication body that is highly resistant to water and can be opened even in water, and a method for manufacturing the same.

  2. Description of the Related Art Conventionally, as an information communication body in which a plurality of pieces of paper are detachably stacked, there is a postcard described in, for example, Japanese Patent Application Laid-Open No. 2004-98644. In the above-mentioned patent document, as means for releasably adhering each piece of paper (hereinafter referred to as pseudo-adhesion), one using a pseudo-adhesive film laminated in advance so as to be peelable, one forming a pseudo-adhesive film after printing, and printing Discloses a means using various pseudo-adhesive coatings such as those in which a pseudo-adhesive resin is applied before application.

  The information communication body using the various pseudo-adhesive films can be easily opened and spread on a flat surface as long as the beginning of the peel-off between the well-adhered pseudo-adhesive films is formed. be able to. As the beginning of the peeling, for example, as shown in FIG. 36A, a means for forming a step along the opening edge when a piece of paper is folded is frequently used.

  However, when a postcard using a pseudo-adhesive film, for example, in a personal mailbox is wet with rain water, etc., the pseudo-adhesive film adheres well when the recipient opens it. For this reason, as shown in FIG. 36 (B), the paper material of the upper paper piece that has absorbed moisture is unwound or divided, and cannot be peeled from between the pseudo-adhesive films, and the contents can be confirmed. become unable.

  In addition, when the adhesion of the pseudo-adhesive film is too strong, the paper fiber of the paper piece is unwound or divided at the time of peeling even if water wetting has not occurred, so that the recipient cannot confirm the content after all.

  In order to solve the above problem, the present applicant has provided a means for opening an information communication body that is resistant to water wetting as disclosed in Japanese Patent Application Laid-Open No. 2012-232567. According to this, since the knobs of the steps that are the beginning of the opening of the information communication body are all protected by the pseudo adhesive film such as the pseudo adhesive film sheet, the information communication body is temporarily wetted. In addition, it is said that it can be surely peeled and developed to the end by opening strong tough adhesive films.

JP 2004-98644 A JP 2012-232567 A

  In the invention of Patent Document 2, when folding a plurality of paper pieces connected by a folding sewing machine covered with a pseudo adhesive film sheet, the folding sewing machine may penetrate both the paper material and the pseudo adhesive film sheet G. Alternatively, a shape penetrating either one may be acceptable.

  However, the film of pseudo-adhesion represented by the pseudo-adhesive film sheet is tough, so if it does not penetrate the paper through the paper material, it will be difficult to fold smoothly due to the strength of the film's waist and workability Deteriorate. When penetrating the film or penetrating both, a cut is made in the tough pseudo-adhesive film, and the pseudo-adhesive film is broken from the cut at the time of opening, and the original purpose cannot be achieved.

  In the present invention, the recipient can easily start peeling between the pseudo-adhesive films even if the pseudo-adhesive force is good and too strong even in a wet state or in water. It is an object of the present invention to provide an information communication body and a method for manufacturing the information communication body that can confirm the contents described therein.

  In order to achieve the above-mentioned object, the information communication body that opens in the water of the present invention can fold the pieces of paper connected through the folding sewing machine, and peel off any facing pseudo-adhesion-facing surfaces through the pseudo-adhesive film sheet. In an information communication body that is integrated and has a step provided on the opening edge as an opening means, a folded piece on a side of the opposite side of the pseudo-adhesive surface to be formed, on the side where the step is formed, on the side where the step is formed via a folding sewing machine Are connected to each other, and the quasi-adhesive planned surface of the paper piece on the side having a small area, the folding sewing machine, and the folded piece are continuously covered with the same pseudo-adhesive film sheet, and the folding sewing machine and the folding sewing machine are covered. A fold line is formed on both of the pseudo-adhesive film sheets.

  In addition, in order to achieve the above object, the method of manufacturing an information communication body that opens in the water of the present invention also includes folding a piece of paper connected through a folding sewing machine, and attaching a pseudo adhesive film sheet to any pseudo adhesion target surface that faces it. In the method of manufacturing an information communication body using a step provided on the opening edge as an opening means, the edge on the side where the step is formed on the opposite side of the pseudo-adhesive planned surface in the information communication body manufacturing method Folding pieces are connected to each other via a folding sewing machine, and the pseudo-adhesive planned surface of the paper piece on the side having a small area and the folding sewing machine and the folding pieces are continuously covered with the same pseudo-adhesive film sheet, and A method of manufacturing an information communication body in which folding lines are formed on both a folding sewing machine and a pseudo-adhesive film sheet covering the folding sewing machine, wherein a plurality of pieces of paper are folded. The unit sheets connected in the horizontal direction through the cut line are connected in the vertical direction through the cut line, and at least connected to the paper piece on the side having a narrow area on the opposite pseudo-adhesive planned surface for forming the opening portion by the step. A feeding step of feeding out a long sheet while forming a folding sewing machine in advance or forming a folding sheet; a covering step of covering a pseudo-adhesive film sheet on the pseudo-adhesive planned surface of the fed out long sheet and the folding sewing machine and the folded piece; A fold line is formed in both the first cutting step of cutting at least one marginal portion of the elongated sheet coated with the pseudo-adhesive film sheet and at least both the folding sewing machine and the pseudo-adhesive film sheet covering the folding sewing machine. Folding line forming process, one of the marginal parts is excised and the long sheet with the folding line formed is folded. The folding process, the second cutting process to cut the remaining marginal part of the folded long sheet, and the unit sheet of the long sheet from which the remaining marginal part has been cut is cut from the cut line to finish the unit sheet. It is characterized by comprising a cutting step and an integration step of cutting and uniting the unit sheets so as to be peelable.

  Furthermore, in order to achieve the above-mentioned object, the different manufacturing method of the information communication body that opens in the water of the present invention also includes folding the pieces of paper connected through the folding sewing machine and forming the pseudo-adhesive film sheet facing any pseudo-adhesive planned surface. In the method of manufacturing an information communication body using a step provided on the opening edge as an opening means, the step on the side where the step is formed on the paper piece on the side where the area of the opposite pseudo-adhesive planned surface is narrow is integrated. Folding pieces are connected to the edge via a folding sewing machine, and the pseudo-adhesive planned surface of the paper piece on the side having a small area and the folding sewing machine and the folding pieces are continuously covered with the same pseudo-adhesive film sheet, A method of manufacturing an information communication body in which folding lines are formed on both the folding sewing machine and the pseudo-adhesive film sheet that covers the folding sewing machine, wherein a plurality of pieces of paper are provided. A sheet-like sheet is sequentially formed one by one while being formed in advance or forming a folding sewing machine through a paper piece on the side having a narrow area and a folding piece at least on the opposite pseudo-adhesive surfaces. An unwinding step, a covering step of covering the pseudo-adhesive scheduled surface of the unrolled sheet and the folding sewing machine and the folded piece with the pseudo-adhesive film sheet, and at least one longitudinal of the sheet-like sheet coated with the pseudo-adhesive film sheet A cutting process for cutting a margin part in the direction, a folding line forming process for forming a folding line from above at least the folding sewing machine and the pseudo-adhesive film sheet covering the folding sewing machine, and a margin part in the vertical direction is cut and the folding line is cut Folding process of folding the sheet-like sheet on which the sheet is formed, the lateral margin of the folded sheet-like sheet Cutting step to cut a portion finish for each unit sheet is characterized by comprising an integral step of peelably integrated cutting by unit sheet.

  In the manufacturing method, a folding sewing machine (penetrating sewing machine, folding line, etc.) formed in a unit sheet other than a folding sewing machine composed of a through sewing machine that connects a small-sized piece of paper and a folded piece is provided in advance before starting processing. Alternatively, it may be executed at the same time as the cutting step after the covering step or at any point between the covering step and the subsequent crease forming step.

  In addition, in the manufacturing method for the long sheet, the marginal parts on both sides may be cut at a time in the second cutting step upstream of the integration step, and the order of the cutting step, the cutting step, and the integration step is Can be replaced arbitrarily.

  Even in the paper piece on the wide area side in forming the step, the pseudo-adhesive film sheet may be extended to the knob on the opposite side to the opposing surface side and folded back at the end to be covered. I do not care.

  There are various types of pseudo-adhesive coatings as described in order to integrate the opposing paper pieces in a peelable manner. In the present invention, the toughest pseudo-adhesive film sheet is employed as the coating.

  As shown in FIG. 35 (B), the pseudo adhesive film sheet is a base material made of a relatively rigid and strong material such as polyethylene terephthalate, biaxially stretched polypropylene, polyethylene, acetate, polycarbonate, nylon, polyester, and the like. 151. A pseudo-adhesive film sheet for print lamination corresponding to a three-layer thermal laminating system in which a pseudo-adhesive layer 153 is formed on one surface of 151 and a known heat-sensitive adhesive layer 152 is formed on the other surface. It can be preferably used. Moreover, you may use the pseudo | simulation adhesive film sheet for print lamination corresponding to the dry lamination system of the 2 layer structure of the base material 151 and the pseudo | simulation adhesion layer 153. FIG.

  The pseudo-adhesive film sheet is, for example, coated on a pseudo-adhesive planned surface of a printed material that constitutes an information communication body, and thereafter, the pseudo-adhesive planned surfaces are folded together so that the pseudo-adhesive layers are opposed to each other, and pressurization or heating / pressurization treatment When it is applied, it adheres in a peelable manner. And then, when the opposing surfaces are peeled apart, it peels off from the interface of the pseudo-adhesive layer, or peels off between the base material and any of the pseudo-adhesive layers, and further the peeling of both occurs in a complex manner, The opposing surfaces can be easily separated. And once peeled off, it cannot be easily restored to the original adhesive state.

  As the paper material used for each piece of paper constituting the information communication body of the present invention, high-quality paper, matte coated paper, gloss coated paper, synthetic paper and other known papers can be suitably used. Coated paper (especially mat-coated paper) that has been surface-treated, such as mat-coated paper and gloss-coated paper, is wet with water because the components coated on the paper surface serve as a binder between the paper fibers. However, the present invention exhibits an excellent action and effect especially for those which cause delamination in a plurality of layers due to water wetting, such as high-quality paper.

  There is no particular restriction on the shape of the step formed on the opening edge of the present invention. For example, it may be formed at regular intervals along the opening edge, or may be formed by cutting out one piece of paper at a corner portion at any position above and below the opening edge.

  In the present invention, there is no particular limitation on the covering area of the pseudo-adhesive film sheet that is extended and folded back to the surface opposite to the opposite surface side in the paper piece having a small area or a large area. The covering may be stopped at a position where it is folded back from the unsealed edge and slightly enters the reverse side, or it may be covered on almost the entire reverse side.

  As for the pseudo-adhesive film sheet, in addition to the pseudo-adhesive film sheet of the type that is peeled off from the pseudo-adhesive layers that are folded and opposed after the above-mentioned coating, for example, thermoplastic or Even if a pseudo-adhesive film sheet having a four-layer structure in which a known thermosensitive adhesive layer is formed on both outer sides of a two-layer laminated film sheet in which a thermosetting resin is laminated so as to be peelable by melt extrusion or coating, I do not care. In the case of this pseudo-adhesive film sheet, peeling is performed between the base material and the resin.

  According to the information communication body resistant to water wetting of the present invention, both the pinched portions of the opposing paper piece picked up with the fingers at the time of opening are covered with a tough pseudo-adhesive film sheet, and a paper piece with a small area and a folded piece Since the through sewing machine is not formed in the pseudo-adhesive film sheet in the folding sewing machine of the part connecting the two, the pseudo-adhesive film sheet is not accidentally broken by the through sewing machine at the time of opening, and the opening is surely started. Can do.

  In addition, a penetration sewing machine is formed in the folding machine part of the paper piece and the folded piece, and a fold line is also formed together with the pseudo adhesive film sheet covering the part. Therefore, originally, it is very difficult to accurately fold a piece of paper that is covered with a film sheet on both sides and extremely stiff, from the assumed folding machine. Since it is formed, it can be folded very smoothly and accurately.

(A) And (B) is the front view and back surface figure of information-communication body J1 (postcard). (A), (B), and (C) are the II sectional view taken on the line in FIG. 1 (A), sectional drawing which shows an unsealed state, and sectional drawing which shows the different aspect in Example 1. FIG. (A) And (B) is the front view and back view at the time of peeling the information communication body J1 and expand | deploying on the plane. (A) And (B) is the front view and back surface figure of information-communication body J2 (postcard). It is the II-II sectional view taken on the line in FIG. (A) And (B) is the front view and back view at the time of peeling the information communication body J2 and expand | deploying on the plane. (A) And (B) is the front view and back view of information-communication body J3 (sealed letter). It is the III-III sectional view taken on the line in FIG. (A) And (B) is the front view and back view at the time of peeling the information communication body J3, and expand | deploying on the plane. (A) And (B) is the front view and back view of elongate sheet | seat S1 used when manufacturing the information communication body J1. It is the principal part schematic which shows easily the manufacturing method of the information communication bodies J1, J2, and J3 which use a elongate sheet | seat. (A) And (B) is the front view and back view which show the state by which various film sheets (F, G) were coat | covered by each adhesion plan surface of the front and back of long sheet S1. FIGS. 13A and 13B are a front view and a back view showing a state in which one marginal part of the long sheet S1 of FIG. It is the IV-IV sectional view taken on the line in FIG. (A) And (B) is the front view and back surface figure of elongate sheet | seat S2 used when manufacturing the information communication body J2. (A) And (B) is the front view and back view which show the state by which the pseudo adhesion | attachment film sheet G was coat | covered on the pseudo adhesion plan surface of the front and back of elongate sheet | seat S2. (A) And (B) is the front view and back surface figure which show the state which cut out one marginal part of the elongate sheet | seat S2 of FIG. 16, and formed the folding sewing machine and the crease. It is the IV-IV sectional view taken on the line in FIG. It is a surface view of elongate sheet | seat S3 used when manufacturing the information communication body J3 (sealed letter). It is a front view which shows the state by which the pseudo adhesion | attachment film sheet G was coat | covered on the pseudo adhesion plan surface of front and back of long sheet | seat S3. It is a surface view of the sheet-like sheet | seat S4 used when manufacturing the information communication body J1. It is a back view of the sheet-like sheet | seat S4 used when manufacturing the information communication body J1. It is the principal part schematic which shows easily the manufacturing method of the information communication bodies J1, J2, and J3 which use a sheet-like sheet. It is a front view which shows the state by which various film sheets (G, F) were coat | covered by each adhesion plan surface of the front and back of sheet-like sheet S4. FIG. 25 is a front view showing a state in which a vertical margin X is cut out of the sheet-like sheet S4 of FIG. 24 and a folding sewing machine and a folding line are formed. It is a surface view of sheet-like sheet S4 folded and sent to a cutting device. It is a surface view of the sheet-like sheet | seat S5 used when manufacturing the information communication body J2. It is a back view of the sheet-like sheet S5 used when manufacturing the information communication body J2. It is a front view which shows the state by which the pseudo adhesion | attachment film sheet G was coat | covered by each pseudo adhesion plan surface of the front and back of the sheet-like sheet S5. FIG. 30 is a surface view showing a state in which a vertical margin X is cut out of the sheet-like sheet S5 of FIG. 29 and a folding sewing machine and a folding line are formed. It is a surface view of the sheet-like sheet S5 which is folded and sent to the cutting device. It is a surface view of the sheet-like sheet S6 used when manufacturing the information communication body J3. It is a front view which shows the state by which the pseudo adhesion | attachment film sheet G was coat | covered by each pseudo adhesion plan surface of the front and back of the sheet-like sheet S6. FIG. 34 is a surface view showing a state in which folding lines are formed in the sheet-like sheet S6 of FIG. 33 and a vertical margin is cut away. (A) And (B) is an expanded sectional view of the thickness direction of the complete adhesive sheet F and the pseudo adhesive film sheet G. (A) And (B) is sectional drawing which each shows the conventional fault.

Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.
[Example 1: Information communication body 1 resistant to water wetting]
As shown in FIG. 1, the information communication body J1 of the present embodiment is a postcard and is connected via a folding means composed of a combination of the folding sewing machine 4, the folding sewing machine 5 and the folding line 6 as shown in FIG. The first paper piece 1, the second paper piece 2, and the third paper piece 3 are folded in a Z-shaped cross section. And the 2nd paper piece 2 and the 3rd paper piece 3 are through the complete adhesive film sheet F which formed the well-known heat-sensitive adhesive layer 152 on both surfaces of the base material 151 which consists of polypropylene, for example, as shown to FIG. 35 (A). The first paper piece 1 and the second paper piece 2 are bonded so as not to be peeled off, and are pseudo-bonded so as to be peeled through a pseudo-adhesive film sheet G shown in FIG. In this embodiment, various film sheets are represented by one layer in order to avoid complication.

  As shown in FIG. 1 (A) and FIG. 3 (A), a postage stamp field, a postal code field, a recipient's address name, and the like are written on the surface of the first paper piece 1. Further, as shown in FIG. 1B and FIG. 2A, a step portion D is generated due to a difference in width between the second paper piece 2 and the first paper piece 1, and this portion is peeled open of the information communication body J1. The beginning of. In FIG. 1B, general information such as advertisements is shown on the exposed surface (covered by the pseudo-adhesive film sheet G) on the right end of the first paper piece 1 and the exposed surface of the second paper piece 2 (illustration is shown). May be omitted).

  As shown in FIG. 2B, the recipient of this postcard is folded at the end of the first paper piece 1, the second paper piece 2, and the second paper piece 2 forming the step, and is a completely adhesive film sheet. It is possible to peel and open from between the pseudo-adhesive film sheets G intervening between the first paper piece 1 and the second paper piece 2 by picking and peeling the third paper piece 3 that cannot be peeled by F with a finger. it can.

  As shown in FIG. 3, the information communication body J <b> 1 after opening is developed on a plane in a state where the first paper piece 1 and the second paper piece 2 are connected by the folding sewing machine 4. Then, as shown in FIG. 3B, the hidden internal personal information and the like (not shown) can be seen through the transparent or translucent pseudo adhesive film sheet G. .

  In addition, as shown in FIG. 2, the step part D used as the beginning of the said peeling opening is reliably reinforced by covering the both ends of each paper piece picked with a finger with the pseudo-adhesive film sheet G. Accordingly, even if the information communication body J1 is in a state where it is wetted or the paper fibers are easily unwound or broken in the water, no problem can be caused at the time of opening. And the pseudo-adhesive film sheets G once started to peel can be continuously peeled to the end.

  In FIG. 2A, the folding sewing machines 4 and 5 penetrate only the paper piece. Since the pseudo adhesive film G covers and protects the folding sewing machines 4 and 5 penetrating therethrough, no troubles such as breakage occur at the time of opening. Further, the folding sewing machines 4 and 5 formed through the paper piece offset the disadvantage that the pseudo-adhesive film G becomes stiff and therefore difficult to fold. Further, the folding sewing machine 5 portion that is covered with the film sheet on both sides and becomes more stiff is offset the disadvantage that the folding line 6 is more difficult to fold than the above.

  The step portion D of the first paper piece 1 is covered with the pseudo adhesive film sheet G on the side facing the second paper piece 2, but as shown by the arrow P in FIG. It may be folded back and extended toward the exposed surface side. Further, the completely adhesive film sheet F that bonds the second paper piece 2 and the third paper piece 3 so as not to be peeled off has a margin in a state where it protrudes wider than the third paper piece 3 facing the second paper piece 2 as indicated by an arrow Q. It may be covered with.

[Example 2: Information communication body 2 resistant to water wet]
As shown in FIGS. 4 and 5, the information communication body J2 of this embodiment is a postcard, and the first paper piece 11, the second paper piece 12 and the third paper piece 13 connected by the folding sewing machines 14 and 15 are Z-shaped in cross section. It is folded into a shape. Each piece of paper is pseudo-bonded through a pseudo-adhesive film sheet G so as to be peeled off.

  As shown in FIG. 4 (A), a postage stamp field, a postal code field, a recipient's address name, and the like are written on the exposed surface of the first paper piece 11. Further, as shown in FIG. 5, since the end portion of the third paper piece 13 protrudes along the left end portion, the word “POST CARD” is displayed on the exposed portion so as to be visible from the outside. A step portion D (the picked portion of each paper piece is covered with the pseudo-adhesive film sheet G) is generated due to the difference in the width of each piece of paper, and this portion becomes the beginning of peeling and unsealing of the information communication body J2. As shown in FIG. 4B, general information (not shown) such as advertisements is written on the exposed surface of the third sheet 13.

  The recipient of this postcard picks both the second paper piece 12 and the third paper piece 13 connected to the first paper piece 11 forming the stepped portion D with a finger, and opposes the second paper piece 12 facing it. Both pieces of paper can be peeled and opened from between the pseudo-adhesive film sheets G interposed between the first and third paper pieces 13.

  As shown in FIG. 6, the information communication body J2 after being opened is unfolded on a plane in a state where each piece of paper is connected by each folding sewing machine. Then, as shown in FIG. 6A, the internal personal information (not shown) concealed between the opposing surfaces of the third paper piece 13 and the second paper piece 12 is transparent or semi-transparent pseudo-adhesive. The film sheet G can be seen through.

  As shown in FIG. 6B, no information is written on the opposing surfaces of the first paper piece 11 and the second paper piece 12, and the state is blank. Therefore, both the leaf pieces do not have to be deliberately peeled off, and may be considered as a two-page spread form in which the second paper piece 12 and the third paper piece 11 are finally peeled off. When peeling of the first paper piece 11 and the second paper piece 12 is not considered as described above, the internal information is confirmed through the outside of the information communication body through cold color solid printing or various meaningless patterns other than the white paper. You may perform the operation to make it hard.

  Further, as shown in FIG. 5, the stepped portion D, which is the beginning of the peeling, is securely covered with a pseudo-adhesive film sheet G at both ends picked up by fingers. Therefore, even if the information communication body J2 is wetted or is in water and the paper fibers are easily unwound or broken, no problem can occur when opening. And the pseudo-adhesive film sheets G interposed between the second paper piece 12 and the third paper piece 13 once started to peel can be continuously peeled to the end.

  In FIG. 5, the folding sewing machines 14 and 15 penetrate only the paper piece. Further, since the pseudo adhesive film G covers and protects the folding sewing machines 14 and 15 penetrating therethrough, no trouble such as breakage occurs at the time of opening. Further, the folding sewing machines 14 and 15 formed by penetrating the paper piece cancel out the disadvantage that the pseudo adhesive film G becomes stiff and therefore difficult to fold. Further, the folding sewing machine 14 portion, which is covered with film sheets on both sides and becomes more stiff, offsets the drawback that the folding line 16 is more difficult to fold than the above.

  The step portion of the third paper piece 13 is covered with a pseudo adhesive film sheet G on the side facing the second paper piece 12, but the third paper piece is the same as the arrow P in FIG. 13 may be folded and extended to the exposed side.

[Example 3: Information communication body 3 resistant to water wetting]
As shown in FIGS. 7 and 8, the information communication body J3 of this embodiment is a sealed letter, and the first paper piece 21, the second paper piece 22 and the third paper piece 23 connected by the folding sewing machines 24 and 25 are Z-shaped in cross section. It is folded in. Each piece of paper is pseudo-bonded through a pseudo-adhesive film sheet G so as to be peeled off.

  As shown in FIGS. 7A and 8, a postage stamp field and a postal code field are written on the exposed surface of the first paper piece 21, and a label on which the address name of the recipient is printed is affixed. And the edge part of the 3rd paper piece 23 has exposed and formed the level | step difference along the left edge part. Similarly, as shown in FIGS. 7B and 8, general information (not shown) such as advertising advertisements is written on the surface of the third paper piece 23 and the first information along the left end. The end portion of the paper piece 21 forms an exposed step.

For example, the recipient of the sealed letter uses his / her fingers to turn the second paper piece 22 folded portion (folding machine 24) connected to the first paper piece 21 forming the stepped portion D and the protruding end of the third paper piece 23. The both paper pieces are peeled and opened from between the pseudo adhesive film sheets G interposed between the second paper piece 22 and the third paper piece 23 facing each other. Thereafter, the pseudo-adhesive film sheet G covering the picked portion of each paper piece is picked and peeled open between the first paper piece 21 and the second paper piece 22 of the other stepped portion D in the same manner as described above. In this way, all the paper pieces are developed on a plane.
In the information communication body J3 of this embodiment, as shown in FIG. 8, since two step forming portions are generated, the opening may be started from any position.

  As shown in FIG. 9, the information communication body J3 after opening is unfolded on a plane in a state in which each piece of paper is connected by each folding sewing machine. And the internal personal information etc. (not shown) concealed between the opposing surfaces can be seen through the transparent or translucent pseudo-adhesive film sheet G.

  Further, as shown in FIG. 8, the stepped portion D that is the beginning of the peel-opening is securely reinforced by being covered with a pseudo-adhesive film sheet G at both ends that are picked by a finger. Therefore, even if the information communication body J3 is wetted or is in the water and the paper fiber is easily unwound or broken, no problem can occur at the time of opening. And the pseudo-adhesive film sheets G interposed between the paper pieces once started to peel can be continuously peeled to the end.

  As in the case of the arrow P in FIG. 2C in Example 1, the pseudo adhesive film sheet G is exposed on the side opposite to the folding sewing machines 24 and 25 of the first paper piece 21 and the third paper piece 23. It may be folded back and extended to be covered.

[Example 4: Manufacturing method of information communication body J1 resistant to water wetting with a long sheet]
As shown in FIG. 10, the long sheet S <b> 1 used in this embodiment is a unit sheet in which a first paper piece 31, a second paper piece 32, and a third paper piece 33 are connected laterally via folding machines 34 and 35. t1 is connected in the vertical direction via the upper and lower cut lines 36. A marginal portion 39 provided with a marginal hole 38 is connected to the outside of the first paper piece 31 and the third paper piece 33 via a cut line 37 (not necessarily displayed but may be replaced with a sewing machine or the like). Yes.

  As shown in FIG. 10 (A), a postage stamp field, a postal code field, a recipient's address name, and the like are written on the surface of the first paper piece 31. Further, general information (not shown) such as advertisements is described on the finally exposed surface of the second paper piece 32 (the portion that is not hidden by folding the third paper piece 33).

  As shown in FIG. 10B, personal information or the like (not shown) is written on the back surfaces of the first paper piece 31 and the second paper piece 32, and “here” The wording etc. (illustration is abbreviate | omitted) which urges opening is described.

  The elongate sheet S1 configured as described above is folded in a bellows from the upper and lower cut lines and arranged in the lower left, which is the most upstream of the manufacturing process shown in FIG. When the uppermost unit sheet t1 is pulled up to the upper support roller 41 in order, the pin of the pin tractor 42 arranged on the right side is changed in the horizontal direction so as to match the marginal hole 38, and further to the right side. Towed to laminator.

  The laminating apparatus is composed of a pair of heat rollers 43a and 43b, and a fully adhesive film sheet F is fed out from a roll waiting on the upper side, and a pseudo adhesive film sheet G is fed out from the lower side. In 43b, as shown to FIG. 12 (A) and (B), it is match | combined with the perfect adhesion plan surface and pseudo adhesion plan surface of the elongate sheet | seat S1 to pass, and it coat | covers so that peeling is impossible.

  The long sheet S1 covered with each film sheet is formed from the beginning as shown in FIG. 13 by a crease forming device including, for example, a creasing blade 45a and a backup roller 45b arranged on the right side. A folding line 40 is formed together with the pseudo adhesive film sheet G from above the folding sewing machine 35. Further, the first cutting device composed of the slit blade 46a and the backup roller 46b causes a pair of the marginal portions 39 on the outer side of the third paper piece 33 to be cut off from the cut line 37 and then disposed on the right side as shown in FIG. It is sent out further downstream by the nip rollers 47a and 47b.

The crease forming device and the excision device use a common backup roller, and if the creasing blade 25a and the slit blade 46a are installed in parallel thereon, the crease formation and the marginal portion 39 are excised. Can be done simultaneously.
The excision device may be replaced with an excision device such as an inter-stacker disposed between the pair of nip rollers 47a and 47b and the folding device 48, for example.

  Thereafter, the long sheet S1 is formed into a substantially Z-shaped cross section as shown in FIG. 14 by a folding device 48 (referred to as an angle, a folding folder, etc.) dedicated to the long sheet disposed on the right side. After being folded and turned almost horizontally by the support roller 49, it is pulled by the pin tractor 50 arranged on the right side, and the marginal remaining by the second cutting device comprising the slit blade 51a and the backup roller 51b is left. The portion 39 is cut out and fed into a cutting device arranged on the right side.

  In this embodiment, the outer marginal portions 39 of the long sheet S1 are cut in stages using the first and second cutting devices. In the second cutting devices arranged in parallel, The marginal portions 39 on both sides may be excised at the same time.

  The cutting device includes, for example, a die cut roller 52a and a backup roller 52b, and cuts the passing long sheet S1 with the upper and lower cut lines 36 of the unit sheet t1, and is in a state shown in FIGS. 1 and 2A. The unit sheet t1 is finished. The individual unit sheets t1 are then sequentially fed to an integrated device arranged on the right side.

  In the integrated device, a pair of heater rollers 54a and 54b arranged to face the pair of conveying rollers 53a and 53b in an up-and-down direction are alternately arranged with respect to the traveling direction, and a unit sheet t1 that passes through the unit sheet t1. Is heated enough. After that, pressure is applied by a pair of nip rollers 55a and 55b arranged at the final discharge portion, and the completely adhesive film sheets F folded and opposed to each other cannot be peeled, and the pseudo-adhesive film sheets G can be peeled to each other. And integrated as a whole.

  The information communication body J1 completed in this manner is sequentially stacked on a stacker 56 composed of a belt conveyor and the like, and then delivered through operations such as sorting along a postal code.

[Example 5: Method of manufacturing information communication body J2 resistant to water wetting with a long sheet]
As shown in FIG. 15, the long sheet S2 used in this embodiment is a unit sheet in which a first paper piece 61, a second paper piece 62, and a third paper piece 63 are connected in the horizontal direction via folding machines 64 and 65. t2 is connected in the vertical direction via the upper and lower cut lines 66. A marginal portion 69 provided with a marginal hole 68 is connected to the outside of the first paper piece 61 and the third paper piece 63 via a tear line 67.

  As shown in FIG. 15 (A), “POST CARD” or “postcard” or the like is displayed on the surface of the first paper piece 61 along the left end that appears after the information communication body J2 is completed. In the portion concealed facing the two paper pieces 62, confidential personal information and the like (not shown) are described. In addition, personal information or the like (not shown) is described on the surface of the second paper piece 62, and a postage stamp field, a postal code field, and the address name of the recipient are described on the surface of the third paper sheet 63. .

  As shown in FIG. 15B, no information is written on the back surfaces of the third paper piece 63 and the second paper piece 62, and the state is blank. And on the back surface of the first paper piece 61, general information (not shown) such as advertisement is described.

  The long sheet S2 configured as described above is folded in a bellows from the upper and lower cut lines 66 and arranged in the lower left, which is the most upstream of the manufacturing process shown in FIG. When the upper unit sheet t2 is pulled up to the upper support roller 41 in order, the pin of the pin tractor 42 arranged on the right side and the marginal hole 38 are aligned with each other by changing the direction in the substantially horizontal direction, and further on the right side. Towed to laminator.

  The laminating apparatus is composed of a pair of heat rollers 43a and 43b, and the pseudo adhesive film sheet G is fed out from the rolls waiting up and down. In each of the pair of heat rollers 43a and 43b, FIG. As shown in B), it is aligned with the respective pseudo-adhesion planned surfaces on the front and back surfaces of the long sheet S2 that passes therethrough and is coated so as not to be peeled off. Note that the completely adhesive film sheet F may be covered on the side of FIG.

  The long sheet S2 covered with each film sheet is formed from the beginning as shown in FIG. 17 by a crease forming device including, for example, a creasing blade 45a and a backup roller 45b arranged on the right side. A folding line 66 is formed together with the pseudo adhesive film sheet G from above the folding machine 65. Further, the marginal portion 69 outside the third paper piece 63 is cut off from the cut line 67 and then arranged on the right side by the first cutting device comprising the slit blade 46a and the backup roller 46b as shown in FIG. It is sent further downstream by a pair of nip rollers 47a and 47b.

The folding line forming device and the resecting device use a common backup roller, and if the sewing machine blade 44a, the line insertion blade 45a, and the slit blade 46a are installed in parallel thereon, the formation and the line insertion of the sewing machine are performed. And the marginal portion 69 can be removed simultaneously.
The excision device may be replaced with an excision device such as an inter-stacker disposed between the pair of nip rollers 47a and 47b and the folding device 48, for example.

  Thereafter, as shown in FIG. 18, the long sheet S2 is folded into a substantially Z-shaped cross-section as shown in FIG. When the remaining marginal portion 69 is cut off by the second cutting device composed of the slit blade 51a and the backup roller 51b by being pulled by the arranged pin tractor 50, it is sent to the cutting device arranged on the right side. .

In this embodiment, both outer marginal portions 79 of the long sheet S2 are cut in stages using the first and second cutting devices. However, in the second cutting devices arranged in parallel, The marginal parts 79 on both sides may be excised at the same time.
Since the processes after the cutting apparatus are the same as those in the fourth embodiment, the description thereof will be omitted.

[Example 6: Manufacturing method of information communication body J3 resistant to water wetting with long sheet]
As shown in FIG. 19, the long sheet S3 used in this embodiment is a unit sheet in which a first paper piece 71, a second paper piece 72, and a third paper piece 73 are connected in the horizontal direction via folding sewing machines 74 and 75. t3 is connected in the vertical direction via the upper and lower cut lines 76. A marginal portion 79 provided with a marginal hole 78 is connected to the outside of the first paper piece 71 and the third paper piece 73 via a tear line 77.

  The personal information (not shown) is written on the surface of the first paper piece 71 and the second paper piece 72, and the postage stamp field, the zip code field, the address name of the recipient, etc. Is described. The address name and the like of the recipient on the surface of the third paper piece 73 may be described in advance by a printer or the like at the stage of the long sheet S3 before the processing step, but after being finished on the information communication body J3. Then, it may be directly described on the surface by a separate process, or an address label describing an address designation or the like may be attached.

  Although not shown, personal information or the like is written on the back surfaces of the second paper piece 72 and the third paper piece 73, and the back surface of the first paper piece 71 that appears after the completion of the information communication body J3 includes, for example, It contains general information such as advertisements.

  The long sheet S3 configured as described above is folded in a bellows from the upper and lower cut lines 76 and arranged in the block in the lower left, which is the most upstream of the manufacturing process shown in FIG. 20, the folding lines 80 and 81 are formed together with the pseudo adhesive film sheets G covering the folding sewing machines 74 and 75 as shown in FIG. 20, and finally the information communication body J3 is finished. It is done. In this embodiment, the marginal portion 79 is excised step by step using the first and second excision devices. However, the marginal portions 79 on both sides of the second excision device arranged in parallel are removed. It may be excised at the same time.

[Example 7: Manufacturing method of information communication body J1 resistant to water wetting with a sheet-like sheet]
As shown in FIG. 21, the sheet S4 used in the present embodiment has two folding machine formation scheduled lines 94 and 95 in which the first paper piece 91, the second paper piece 92, and the third paper piece 93 are indicated by two-dot chain lines. Two unit sheets t4 connected in the horizontal direction via (both of which are not necessarily displayed) are printed. Each unit sheet t4 is surrounded by a vertical margin X and a horizontal margin Y.

  On the surface of the first paper piece 91, a postage stamp field, a postal code field, and the address name of the recipient are written. Further, general information (not shown) such as advertisement is described on the surface (the portion that is not hidden by folding) of the third paper piece 93 of the second paper piece 92 that is finally exposed.

  Further, as shown in FIG. 22, personal information or the like (not shown) is written on the back surface of the first paper piece 91 and the second paper piece 92, and for example, “peel from here” is shown on the back surface of the third paper piece 93. ”And the like (not shown in the figure) that prompts the user to open.

  The sheet S4 configured as described above is placed on the left paper platform which is the most upstream of the manufacturing process shown in FIG. Then, in order from the uppermost sheet S4, the sheet is sucked up by the feeding mechanism 101 including a suction pad and is fed to the right table. The pair of nip rollers 102a and 102b arranged on the right side is further fed to the folding machine forming apparatus comprising the sewing machine blade 103a and the backup roller 103b arranged on the right side, and the folding machines 94 and 95 are folded into the folding means forming planned lines. After being formed, the sheet is further fed to a laminating apparatus arranged on the right side.

  The laminating apparatus is composed of a pair of heat rollers 104a and 104b. A completely adhesive film sheet F is fed out from a roll waiting on the upper side, and a pseudo adhesive film sheet G is fed out from a roller waiting on the lower side. As shown in FIG. 24, the heat rollers 104a and 104b are aligned with the completely bonded planned surface and the pseudo-bonded planned surface of the passing sheet S4 and are coated so as not to be peeled off.

  As shown in FIG. 25, the sheet-like sheet S4 covered with each film sheet is folded in the upstream process by a folding line forming device that is arranged on the right side, for example, including a creasing blade 105a and a backup roller 105b. A folding line 96 is formed together with the pseudo adhesive film sheet G covering the folding sewing machine 9 from above the folding sewing machine 95 formed by the sewing machine forming apparatus, and further, a cutting device comprising a slit blade 106a and a backup roller 106b (2 in parallel). After the vertical margin X is cut off, the pair of nip rollers 107a and 107b arranged on the right side are further sent downstream.

  If the crease forming device and the resecting device use a common backup roller, and the crease blade 105a and the slit blade 106a are installed in parallel thereon, the formation of the crease and the vertical margin X Resection can be performed simultaneously.

  Thereafter, as shown in FIGS. 26 and 2A, the long sheet S4 is folded into a substantially Z-shaped cross section by the folding device 108 arranged on the right side, and the orientation is changed substantially horizontally by the support roller 109. After that, the pair of nip rollers 110a and 110b disposed on the right side is further fed to the cutting device disposed on the right side.

The cutting device includes, for example, a cutting blade 112a and a fixed blade 112b, and cuts the marginal portion Y in the horizontal direction of the long sheet S4 that passes therethrough to finish each unit sheet t4. For cutting the margin portion Y in the horizontal direction, for example, a sensor 111 is disposed upstream of the cutting device, and as shown in FIG. 26, the mark M1 written on the central sheet S4 is first read. And the distance to the first cutting position 96 is counted for cutting. Subsequently, the cutting operation is repeated by counting the distances to 97, 98, and 99, respectively, and when the mark M2 written on the subsequent sheet S4 is read, the operation is electrically controlled to be repeated. In this way, the lateral margin Y + Z (the pseudo adhesive film sheet in which the gap between the preceding and succeeding sheets S4 is exposed) + Y and the lateral margin Y between the unit sheets t4 are obtained. The unit sheets t4 that have been sequentially cut and separated are sent to an integrated device arranged on the right side.
In addition, since the process after an integrated apparatus is the same as that of the above-mentioned Example, it abbreviate | omits.

[Example 8: Manufacturing method of information communication body J2 resistant to water wetting by sheet-like sheet]
As shown in FIG. 27, the sheet-like sheet S5 used in the present embodiment has two folding sewing machine formation planned lines (both of which are indicated by two-dot chain lines in which the first paper piece 121, the second paper piece 122, and the third paper piece 123 are shown. Three unit sheets t5 connected in the horizontal direction via the two are printed. Each unit sheet t5 is surrounded by a vertical margin X and a horizontal margin Y.

And on the surface of the first paper piece 121. “POST CARD” or “postcard” is displayed along the left edge that appears after the completion of the information communication body J2, and the private information that needs to be concealed in the portion concealed facing the second paper piece 122 after folding. Etc. (illustration is omitted). In addition, personal information or the like (not shown) is described on the surface of the second paper piece 122, and a postage stamp field, a postal code field, and the name and address of the recipient are described on the surface of the third paper sheet 123. .

  As shown in FIG. 28, no information is written on the back surfaces of the third paper piece 123 and the second paper piece 122, and the state is blank. On the back surface of the first paper piece 121, general information (not shown) such as advertisement is described.

  The sheet S5 configured as described above is placed on the left paper platform which is the most upstream of the manufacturing process shown in FIG. Then, in order from the uppermost sheet S5, the sheet is sucked up by the feeding mechanism 101 composed of a suction pad or the like and fed to the right table. Then, the pair of nip rollers 102a and 102b arranged on the right side is further fed to the folding machine forming apparatus (two sets arranged in parallel) composed of the sewing blade 103a and the backup roller 103b arranged on the right side. After the folding sewing machines 94 and 95 are formed on the sewing machine formation planned line, they are fed to a laminating apparatus arranged on the right side.

  The laminating apparatus is composed of a pair of heat rollers 103a and 103b, and the pseudo-adhesive film sheet G is unwound from each of the rolls waiting up and down, and in each of the pair of heat rollers 103a and 103b, as shown in FIG. It is aligned with each pseudo-adhesive planned surface of the passing sheet S5 and is coated so as not to be peeled off.

  As shown in FIG. 30, the sheet-like sheet S4 coated with each film sheet is, for example, a folding line forming device (two sets arranged in parallel) that are arranged on the right side. Fold lines 132 and 133 are formed together with the pseudo-adhesive film sheet G covering the folding sewing machines 124 and 125 from the folding machines 124 and 125 formed by the upstream folding machine forming apparatus, After cutting off the vertical margin X by the cutting device (two sets arranged in parallel) composed of the slit blade 106a and the backup roller 106b, the pair of nip rollers 107a and 107b arranged on the right side further downstream. It is sent out.

  If the crease forming device and the resecting device use a common backup roller, and the scoring blade 105a and the slit blade 106a are installed in parallel on the same, the sewing machine, the scoring and the longitudinal direction are formed. The blank portion X can be removed simultaneously.

  Thereafter, the sheet S5 is folded into a substantially Z-shaped cross-section by the folding device 108 disposed on the right side as shown in FIGS. The pair of nip rollers 110a and 110b arranged on the right side is further fed to the cutting device arranged on the right side.

The cutting device includes, for example, a cutting blade 112a and a fixed blade 112b, and cuts a margin portion Y in the lateral direction of the passing sheet S5 to finish individual unit sheets t5. Regarding the cutting of the margin portion Y in the horizontal direction, for example, a sensor 111 is disposed upstream of the cutting device, and as shown in FIG. 31, first, the mark M1 described on the central sheet S5 is marked. When read, the distance to the first cutting position 126 is counted and cut. Subsequently, the distance to 127, 128, 129, 130, and 131 is counted, and the cutting operation is repeated. When the mark M2 written on the subsequent sheet S5 is read, the operation is electrically controlled to repeat the operation. . In this way, the lateral margin Y + Z (pseudo-adhesive film sheet in the gap between the front and back sheet-like sheets S4) + Y and Y are cut sequentially and individually, and the unit sheet t4 is further integrated on the right side. It is sent to.
In addition, since the process after an integrated apparatus is the same as that of the above-mentioned Example, it abbreviate | omits.

[Example 9: Manufacturing method of information communication body J3 resistant to water wetting by sheet-like sheet]
As shown in FIG. 32, the sheet-like sheet S6 used in the present embodiment is disposed horizontally through two folding sewing machine formation planned lines indicated by two-dot chain lines on the first paper piece 141, the second paper piece 142, and the third paper piece 143. Two unit sheets t6 connected in the direction are printed. Each unit sheet t6 is surrounded by a vertical margin X and a horizontal margin Y.

  Then, on the surfaces of the first paper piece 141 and the second paper piece 142 that are concealed to face each other after folding, for example, personal information that requires secrecy (not shown) is described. Further, on the surface of the third paper piece 143, a postage stamp field, a postal code field, and the name and address of the recipient are described. The address name of the recipient may be printed by a printer or the like in a separate process after the information communication body J3 is completed, or an address label that has been printed may be pasted.

  In addition, although illustration is abbreviate | omitted, general information, such as advertisement, is described in the back surface of the 1st paper piece 141 exposed after completion of the information communication body J3, for example. Then, on the back surfaces of the second paper piece 142 and the third paper piece 143 that are concealed and faced after folding, for example, personal information that requires secrecy is described.

  The sheet S6 configured as described above is placed on the left paper platform which is the most upstream of the manufacturing process shown in FIG. Then, after being fed out from the topmost sheet S6 by the feeding mechanism 101 composed of a suction pad and the like, and the folding sewing machines 144 and 145 are formed by the folding sewing machine forming apparatus, as shown in FIG. 33, the pseudo adhesive film sheet G is coated. Then, as shown in FIG. 34, both the folding sewing machines 144 and 145 and the pseudo-adhesive film sheet covering the folding sewing machines 144 and 145 are formed with folding lines 146 and 147 by the folding line forming device, and the cutting device uses the cutting device. The direction margin X is cut off. Then, as shown in FIG. 8, the information communication body J3 is finished by being folded into a Z-shaped cross section and going through the same steps as in the seventh and eighth embodiments.

In addition, this invention is not limited to the said Example.
For example, the folding sewing machine forming apparatus may be omitted by applying the folding sewing machine applied to the folding means formation planned line in each embodiment to various sheets in advance in a separate process using a slitter or the like.

J1, J2, J3 Information communication body S1, S2, S3 Long sheet S4, S5, S6 Sheet-fed sheet F Completely adhesive film sheet G Pseudo-adhesive film sheet D Stepped portions 1, 2, 3, 11, 12, 13, 21, 22, 23, 31, 32, 33, 61, 62, 63, 71, 72, 73, 91, 92, 93, 121, 122, 123, 141, 142, 143 Paper pieces 4, 5, 14, 15, 24, 25, 34, 35, 64, 65, 74, 75, 94, 95, 124, 125, 144, 145 Folding sewing machine 6, 16, 26, 27, 40, 66, 80, 81, 96, 132, 146 147 Bending line 36, 37, 66, 67, 76, 77 Cut line 38, 68, 78 Marginal hole 39, 69, 79 Marginal part 41, 49, 109 Support roller 42, 50 Pin tractor 43a, 43b, 104a, 104b Heat roller 103a Sewing blade 45a, 105a Streak blade 46a, 51a, 106a Slit blade 45b, 46b, 51b, 104b, 105b, 106b Backup roller 47a, 47b, 102a, 102b, 107a, 107b, 110a, 110b Nip roller 48, 108 Folding device 52a Die-cut roller 53a, 53b, 113a, 113b Transport roller 54a, 54b, 114a, 114b Heater panel 55a, 55b, 115a, 115b Discharge roller 56, 116 Stacker 101 Feeding mechanism 111 Sensor 112a Cutting blade 112b Fixed blade

Claims (5)

  In an information communication body that folds a piece of paper connected through a folding sewing machine, and unifies any facing pseudo-adhesive planned surface through a pseudo-adhesive film sheet, and uses a step provided on the opening edge as an opening means. A folded piece is connected via a folding sewing machine to the edge on the side where the step is formed on the paper piece on the side with a narrow area on the opposite pseudo-adhesion planned surface, and the pseudo-adhesion planned surface of the paper piece on the narrow area side The folding machine and the folded piece are continuously covered with the same pseudo-adhesive film sheet, and fold lines are formed on both the folding machine and the pseudo-adhesive film sheet covering the folding machine. An information communication body that opens even underwater.   In the counter paper piece forming the step, the pseudo-adhesive film covering the counter surface side is extended and folded on the knob on the opposite side of the counter surface side of the paper piece on the wide area side. A method of manufacturing an information communication body that is resistant to wetting.   Folding pieces of paper connected through a folding sewing machine, and detaching and integrating any opposing pseudo-adhesive planned surfaces through a pseudo-adhesive film sheet, and using a step provided on the opening edge as an opening means In the manufacturing method, the folded pieces are connected via the folding sewing machine to the edge on the side where the step is formed on the paper piece on the side where the area is narrow on the opposite pseudo adhesion planned surface, and the paper piece on the side where the area is narrow is attached. Information communication in which a predetermined surface, the folding sewing machine, and the folded piece are continuously covered with the same pseudo-adhesive film sheet, and a folding line is formed on both the folding sewing machine and the pseudo-adhesive film sheet that covers the folding sewing machine A plurality of paper pieces connected in the horizontal direction via a folding machine, and unit sheets connected in the vertical direction via a cut line. , A feeding step for feeding out a long sheet while forming or forming a folding sewing machine connected in advance to a paper piece on the side having a narrow area on the opposite pseudo adhesion surface to form an opening portion due to a step; A covering step of covering the pseudo-adhesive planned surface of the scale-like sheet, the folding sewing machine and the folded piece with the pseudo-adhesive film sheet, and first cutting off at least one marginal portion of the long sheet covered with the pseudo-adhesive film sheet Cutting process and a folding line forming process for forming a folding line on both the folding sewing machine and the pseudo-adhesive film sheet covering the folding sewing machine, a long shape in which one marginal part is cut and a folding line is formed Folding process for folding the sheet, the marginal part of the folded long sheet is cut out Cutting process, cutting process for cutting the top and bottom direction of the unit sheet of the long sheet from which the remaining marginal part has been cut off from the cut line to finish the unit sheet, and an integration process for cutting and integrating the unit sheets so that they can be peeled off The manufacturing method of the information communication body which also opens in the water characterized by this.   Folding pieces of paper connected through a folding sewing machine, and detaching and integrating any opposing pseudo-adhesive planned surfaces through a pseudo-adhesive film sheet, and using a step provided on the opening edge as an opening means In the manufacturing method, the folded pieces are connected via the folding sewing machine to the edge on the side where the step is formed on the paper piece on the side where the area is narrow on the opposite pseudo adhesion planned surface, and the paper piece on the side where the area is narrow is attached. Information communication in which a predetermined surface, the folding sewing machine, and the folded piece are continuously covered with the same pseudo-adhesive film sheet, and a folding line is formed on both the folding sewing machine and the pseudo-adhesive film sheet that covers the folding sewing machine A method of manufacturing a body, wherein a plurality of paper pieces are connected in a lateral direction via a folding sewing machine, and at least on a facing pseudo-adhesive surface A feeding step in which sheet-like sheets are sequentially fed one by one while forming a folding sewing machine through a narrow piece of paper and a folded piece in advance, the pseudo-adhesive planned surface of the fed sheet-shaped sheet, the folding sewing machine and the folding machine A covering step of covering the folded piece with the pseudo-adhesive film sheet; a cutting step of cutting at least one vertical blank portion of the sheet-like sheet coated with the pseudo-adhesive film sheet; and covering at least the folding sewing machine and the folding sewing machine. A folding line forming process for forming a folding line from the top of the pseudo-adhesive film sheet, a folding process for folding a sheet-like sheet in which a vertical margin is cut and a folding line is formed, and a lateral direction of the folded sheet-like sheet Cutting process that cuts the blank area and finishes for each unit sheet. Manufacturing method of integration step and also open water that was characterized by consisting of the information communication element that.   The method of manufacturing an information communication body resistant to water wetting according to any one of claims 3 and 4, wherein the order of the cutting step, the cutting step, and the integration step is arbitrarily changed.

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