JP2013043447A - Information communicator having resistance to exposuer-to-water and method of producing the same - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an information communicator that is formed by folding a plurality of leaves and uniting them separably via a pseudo-adhesion medium arranged between optional opposed leaves, the information communicator being securely separated and spread without destroying internal information even if wetted with water, and to provide a method of producing the information communicator.SOLUTION: The information communicator having resistance to exposuer-to-water is configured in such a manner that: a wide third leaf 3 is formed so as to protrude from other leaves when the information communicator is folded: opposite surfaces of the wide third leaf 3 and of a center second leaf 2 connected therewith are subjected to pseudo-adhesion separably via a pseudo-adhesion film sheet G; the opposite surfaces of the remaining second leaf 2 and of a first leaf 1 are subjected to complete adhesion inseparably with a complete adhesion film sheet K; and the pseudo-adhesion film sheet G covering the center second leaf 2 extends up to the first leaf 1 connected to the center second leaf 2 on a side opposite from the wide third leaf 3.

Description

The present invention relates to an information communication body in which a plurality of leaf pieces are detachably folded or stacked and a method for manufacturing the information communication body.
In detail, it is a popular postcard that can be used to convey a lot of information in a concealed state because it is a regular postcard, but it has a stack of peelable pieces. In particular, the present invention relates to an information communication body that can be reliably opened even when it gets wet in rain or the like, and an information communication body that is strong against water wetting, and a method for manufacturing the same.

  Conventionally, as a postcard in which the plurality of leaf pieces are detachably stacked, for example, there is a postcard described in JP-A-2004-98644. In the above-mentioned patent document, as means for releasably bonding each leaf piece (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 Means such as applying a pseudo-adhesive resin before printing is disclosed.

JP 2004-98644 A

  The information communication body using the various pseudo-adhesive films can be easily opened and spread on a flat surface as long as an opening for peeling from the well-bonded pseudo-adhesive films is formed. Can do. As the beginning of the peeling, for example, as shown in FIG. 22 (A), a means for forming a step along the opening edge side when folded is currently used most frequently.

  However, for example, when a postcard using a pseudo-adhesion film in a personal mailbox is wet with rainwater or the like, if the pseudo-adhesion films that are well adhered to each other are peeled off, as shown in FIG. In addition, the paper material of the upper leaf piece is unwound or divided, and cannot be peeled from between the pseudo-adhesive films, and eventually the contents cannot be confirmed after being opened.

Also, if the adhesion of the pseudo-adhesive film is too good, even if it does not cause water wetting, the paper fibers of the leaf pieces that are more fragile than the pseudo-adhesive film, which is tougher at the time of peeling, will be unraveled or split first when opened. The contents cannot be confirmed.
The present invention can easily and reliably start peeling between the pseudo-adhesive films even when wet with water or when the pseudo-adhesion is good. It is an object of the present invention to provide an information communication body and a method for manufacturing the information communication body capable of confirming the contents.

  In order to achieve the above object, the water-resistant information communication body of the present invention integrates the three leaf pieces connected via the fold line into a Z (S) cross-section so that they can be peeled off. In an information communication body, an unsealing means having a level difference caused by overlapping leaf pieces of different widths as the beginning of peeling, and a surface facing a central leaf piece connected to a wide leaf piece protruding from another leaf piece when folded. The pseudo-adhesive film sheet is detachably pseudo-bonded via a pseudo-adhesive film sheet, and the remaining leaf pieces are completely non-peelable between opposing surfaces, and the central leaf piece is covered with the pseudo-adhesive film sheet that is the wide leaf piece of the central leaf piece The leaf piece connected to the opposite side is also covered.

  In order to achieve the above object, the method for manufacturing an information communication body resistant to water wetting according to the present invention integrates three leaf pieces connected via a fold line into a Z (S) cross section and is detachable. In the information communication body, the unsealing means with the step formed by overlapping the leaf pieces of different widths as the beginning of peeling, facing the central leaf piece connected to the wide leaf piece protruding from the other leaf pieces when folded. Pseudo-adhesive surfaces are detachable via a pseudo-adhesive film sheet, and the opposing surfaces of the remaining leaf pieces are completely non-peelable and the pseudo-adhesive film sheet covering the central leaf piece is the wide of the central leaf piece. A method of manufacturing an information communication body that is resistant to water wetting, characterized in that it also covers a leaf piece connected to the opposite side of the leaf piece, a sending step for sequentially sending out the long sheet, and the fed long sheet A covering step for coating a pseudo-adhesive film sheet on a leaf piece including a pseudo-adhesive planned surface and a leaf piece adjacent to the leaf piece including the pseudo-adhesive planned surface; And a folding machine forming process for forming a folding sewing machine on a long sheet coated with a fully adhesive film sheet, a first cutting process for cutting one marginal part, and a long machine that forms a folding sewing machine and cuts the marginal part. Folding process for folding the shaped sheet into a Z (S) cross section, a second cutting process for cutting off the remaining marginal part of the folded long sheet, and the long sheet from which the marginal part has been cut off in the vertical direction It consists of a cutting process that cuts and finishes each unit sheet, and an integrated process that integrates the cut unit sheets as a whole. It is characterized in.

  Furthermore, in order to achieve the above object, the manufacturing method of the information communication body that is resistant to water wetting according to the present invention can fold and peel the three-leaf pieces connected through the fold line into a Z (S) cross section. In the information communication body integrated in the above, a center leaf piece connected to a wide leaf piece protruding from other leaf pieces when folded when the folding means is a step formed by overlapping the pieces of leaf pieces having different widths. The pseudo-adhesive film sheet that peels off the opposing surfaces of the central leaf piece through the pseudo-adhesive film sheet and completely adheres between the opposing surfaces of the remaining leaf pieces in a non-peelable manner, and covers the central leaf piece. A method of manufacturing an information communication body that is resistant to water wetting, characterized in that it also covers a leaf piece connected to the opposite side of the wide leaf piece, and a sending step for sequentially sending out the sheet-like sheets. A coating step of coating a pseudo-adhesive film sheet on a leaf piece adjacent to the leaf piece including the pseudo-adhesive planned surface and a leaf piece including the pseudo-adhesive planned surface of the sheet-like sheet; Folding sewing machine forming process for forming a folding sewing machine on a sheet-like sheet coated with a pseudo-adhesive film sheet and a completely adhesive film sheet, and a cutting process for cutting off a margin part in the flow direction, forming a folding sewing machine and cutting a margin part in the flow direction Folding process to fold the single sheet into a Z (S) cross section, cutting process to cut the blank space on the top and bottom of the folded sheet to finish each unit sheet, and uniting the cut unit sheet as a whole It is characterized by comprising an integrated process.

  Note that the step of forming the folding sewing machine in the manufacturing method can be omitted by previously forming the folding sewing machine on various sheets. In the manufacturing method using a long sheet, the step of cutting both marginal portions may be arranged at arbitrary positions in each step and cut out stepwise or simultaneously in one place. Furthermore, in the manufacturing method using a long sheet, the order of the process of cutting the marginal part, the process of finishing for each unit sheet, and the integration process may be switched. Similarly, in the manufacturing method using a sheet-like sheet, The order of the first cutting process for cutting the margin in the flow direction, the second cutting process for finishing each unit sheet, and the integration process may be switched.

  In order to use the information communication body of the above configuration as a normal postcard, for example, a structure in which the main body is clearly indicated by describing the words such as “postcard” on the protruding portion of the lower leaf piece with the exposed surface of the upper leaf piece as the addressee address description surface Alternatively, the lower leaf piece protruding in the width direction from the other leaf piece can be used as a main body, and the exposed surface can be used as the address description surface of the recipient.

  The pseudo-adhesive medium that pseudo-adhesively attaches any facing surfaces to each other contributes to pseudo-adhesion connected not only to the opposing pseudo-adhesive planned surfaces but also to the leaf pieces including the pseudo-adhesive planned surfaces via fold lines. Any part of the leaf pieces that are not present may be covered.

  For example, a completely adhesive medium for adhering the opposing leaf pieces in a non-peelable manner is a dry medium having a heat seal treatment layer formed on one surface of a base material such as polyethylene terephthalate, biaxially oriented polypropylene, polyethylene, acetate, nylon, or polyester. Fully adhesive film sheet for print lamination corresponding to the laminating method, and fully adhesive film sheet for print laminating corresponding to the thermal laminating method, in which a known heat-sensitive adhesive layer is formed on the other surface of the substrate. Can be preferably used. If the substrate itself has adhesiveness, the complete adhesive layer is not required.

  As the fully adhesive film sheet corresponding to the dry laminating method, for example, trade name “Alphan HS” manufactured by Oji Specialty Paper Co., Ltd., biaxially stretched polypropylene (single-sided heat seal grade) manufactured by Phutamura Co., Ltd., etc. are preferably used. can do. Moreover, as a completely adhesive film sheet corresponding to the thermal laminating method, for example, a trade name “postcard film thermal (closed type)” manufactured by KDK Corporation can be suitably used.

  For example, the completely adhesive film sheet covers, for example, a surface to be completely bonded of a printed material constituting an information communication body, and then the surfaces to be completely bonded are folded to face each other and completely bonded film sheets are pressed or heated / pressurized. When treated, it adheres in an inseparable manner.

  As a different means of complete adhesion, a double-sided adhesive film sheet having a pressure-sensitive adhesive layer or a heat-sensitive adhesive layer formed on both surfaces of the substrate is sandwiched between the surfaces to be completely bonded, and pressure or heating / heating is applied. You may make it completely adhere | attach by giving a pressure process, and you may make it form the adhesive material layer and the adhesive material layer directly in the complete adhesion plan surface, and make it adhere | attach completely so that peeling is impossible.

Furthermore, as a pseudo-adhesive medium for quasi-adhering the pseudo-adhesive planned surface in a peelable manner, for example, a relatively strong base material such as polyethylene terephthalate, biaxially oriented polypropylene, polyethylene, acetate, polycarbonate, nylon, polyester, etc. A thermal laminate in which a pseudo-adhesive film sheet for print lamination corresponding to a dry laminate method in which a pseudo-adhesive layer is formed on one side of the substrate and a known heat-sensitive adhesive layer formed on the other side of the substrate A pseudo-adhesive film sheet for print lamination corresponding to the system can be suitably used.
As the pseudo-adhesive film sheet, for example, trade name “Postcard Film Dry” and trade name “Postcard Film Thermal” manufactured by KDK Corporation are sold.

  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. Then, when the facing surfaces are peeled off after pseudo-adhesion, it peels off from the interface between the pseudo-adhesive layers, or peels from between the base material and any of the pseudo-adhesive layers, and further, the peeling of the both is complex The opposing surfaces can be easily separated from each other.

  In addition, as a pseudo-adhesive medium different from the above, it is also possible to use a means for forming a tough pseudo-adhesive film by applying a pseudo-adhesive UV curable varnish to a pre-printed pseudo-adhesive surface.

  According to the information communication body resistant to water wetting of the present invention, in opening using a conventional step, the tough and water-resisting resin films that are pseudo-adhering to each other are directly picked and peeled off. Therefore, even if it is the opening opening that cannot be peeled off when the paper fiber is unwound or splits in the past, it will not be affected by the water at all, and it is surely peeled open until the end. It can be performed. Therefore, the recipient can surely confirm the internal personal information.

  In addition, the present invention makes it possible to carry out the manufacturing work of the information communication body very simply by unifying the covering conditions of the above-mentioned complete adhesion medium and pseudo-adhesion medium or the execution conditions of complete adhesion and pseudo-adhesion by each medium. it can. For example, if both a completely-adhesive medium and a pseudo-adhesive medium corresponding to the thermal laminating method are selected, it is convenient because each planned surface can be coated consistently under the same conditions (heating). Further, if the integration process for performing complete adhesion and pseudo-adhesion is performed under the same conditions (heating), the effect is further increased.

  Furthermore, according to the method for manufacturing an information communication body resistant to water wetting of the present invention, it is possible for an amateur to easily manufacture an information communication body resistant to a large amount of water with an integrated system. Moreover, since it can be easily manufactured even in an offline manufacturing process by combining the current manufacturing system, it is economical without requiring the introduction of a new system.

(A) And (B) is the top view of basic tri-fold postcard, and the II sectional view taken on the line. (A) And (B) is sectional drawing expanded to the thickness direction of the typical pseudo-adhesive film sheet and the complete adhesive sheet, respectively. (A) And (B) is a front view and a back view, respectively, when the tri-fold postcard of FIG. 1 is developed on a plane. (A) And (B) is sectional drawing which shows the state which opens the trifold postcard of FIG. 1 clearly, and the top view after opening expansion | deployment. (A) And (B) is the top view and II-II sectional view taken on the tri-fold postcard of the aspect different from FIG. (A) And (B) is a front view and a back view, respectively, when the tri-fold postcard of FIG. 5 is developed on a plane. (A) And (B) is the top view and III-III sectional view taken on the line of the trifold postcard of the 2nd aspect different from FIG. (A) And (B) is a front view and a back view, respectively, when the tri-fold postcard of FIG. 7 is developed on a plane. (A) And (B) is the top view and IV-IV sectional view taken on the tri-fold postcard of the 3rd aspect different from FIG. (A) And (B) is a front view and a back view, respectively, when the tri-fold postcard of FIG. 9 is developed on a plane. It is the front view and back view of a elongate sheet | seat used when manufacturing the trifold postcard of Example 1. FIG. It is each a top view which shows the coating position of each film sheet which coat | covers the elongate sheet | seat of FIG. It is a principal part schematic diagram explaining the manufacturing method of the trifold postcard which uses a elongate sheet | seat clearly. (A) And (B) is the VV line and VI-VI line sectional drawing in FIG. 1 is a surface view of a sheet-like sheet used when manufacturing a tri-fold postcard of Example 1. FIG. It is a back view of the sheet-like sheet | seat used when manufacturing the trifold postcard of Example 1. FIG. It is a top view which shows the covering position of the pseudo-adhesive film sheet which coat | covers the sheet-like sheet | seat of FIG. It is a top view which shows the coating position of the complete adhesive film sheet | seat coat | covered on the sheet-like sheet of FIG. It is a principal part schematic diagram explaining plainly the manufacturing method of the trifold postcard using a sheet-like sheet. It is a principal part top view explaining the excision of the margin part X of a flow direction, and the formation process of a folding sewing machine clearly. It is a top view explaining the margins Y and L in the vertical direction perpendicular to the flow direction in an easy-to-understand manner. (A) And (B) is a principal part schematic diagram explaining the malfunction in the conventional opening easily. (A) And (B) is the top view of the trifold postcard of the deformation | transformation aspect of Example 4, and the VII-VII sectional view taken on the line. In the manufacturing method 1 of the trifold postcard of Example 5, it is a surface view of elongate sheet | seat S1 at the time of storing the coating | cover of the pseudo-adhesive film sheet G inside the cut line 47. FIG. In the manufacturing method 2 of the trifold postcard of Example 6, it is a surface view of the sheet-like sheet S2 at the time of putting the coating | cover of the pseudo adhesive film sheet G inside the cutting line of the margin X of a flow direction. It is a surface view of the sheet-like sheet | seat which can be used in the case of the manufacturing method shown in FIG.

Hereinafter, embodiments of the present invention will be specifically described with reference to the drawings taking a postcard as an example.
[Example 1: Tri-fold postcard 1]
As shown in FIG. 1, in the postcard which is resistant to water wetting of the present embodiment, the first leaf piece 1, the second leaf piece 2 and the third leaf piece 3 are formed in a cross-sectional Z (S) shape from the folding lines 4 and 5 from above. While being folded, a completely adhesive film sheet K is disposed between the opposing surfaces of the first leaf piece 1 and the second leaf piece, and a pseudo adhesive film sheet G is disposed between the opposing surfaces of the second leaf piece 2 and the third leaf piece 3. And integrated as a whole.

As shown in FIG. 2A, the fully adhesive film sheet K is formed by forming a known heat-sensitive adhesive layer 8 on one surface of a base material 6 made of, for example, biaxially stretched polypropylene and heat-sealing the remaining surface. The treatment layer 7 is formed. When this is adhered to the surface of the postcard paper to be completely bonded through the heat-sensitive adhesive layer 8 and then peeled off, it is folded and heat-pressed with the heat-sealable layer 7 facing each other so that it cannot be peeled off completely. Glue.
In the drawing, one layer is used to avoid complication.

As shown in FIG. 2B, the pseudo-adhesive film sheet G is formed by forming a known heat-sensitive adhesive layer 8 on one surface of a base material 6 made of, for example, biaxially stretched polypropylene and pseudo-adhering the other surface. The treatment layer 7 is formed. This is adhered to the pre-pseudo-adhesive surface of the postcard paper through the heat-sensitive adhesive layer 8 so that it cannot be peeled off. To do.
In the drawing, one layer is used to avoid complication.

  When this postcard is developed on a plane, as shown in FIG. 3 (A), on the entire surface of the third leaf piece 3, the second leaf piece 2, and a part of the first leaf piece 1 on the folding line 4 side, The pseudo adhesive film sheet G is covered in a state where the displayed personal information is visible. Further, as shown in FIG. 5B, the back surfaces of the first leaf piece 1 and the second leaf piece 2 are almost entirely covered with a double-sided adhesive film sheet K and are adhered to each other so that they cannot be peeled off. The faces cannot be opened, but they are unfolded on a flat surface). It should be noted that both sides that cannot be opened may be blank or may be provided with a background pattern or solid printing to make it difficult to read various information on the inner surface after being folded.

  The recipient of this postcard uses the step formed on the fold line 4 part according to the words such as “Please open from here” on the surface, for example, and the third leaf piece 3 and the second leaf piece. 2 and the edge of the first leaf piece 1 covered with the pseudo-adhesive film sheet G can be peeled open as shown in FIG. Then, various information (personal information, general information, etc.) hidden on the inner surface after completely peeling and developing on a flat surface is confirmed through the pseudo adhesive film sheet G as shown in FIG. can do.

  Even if this postcard is sufficiently wet due to rain or the like and the paper fiber is easily unwound or broken, not only the stepped portion picked up with a finger when opening, but also the continuous leaf pieces 2 and 3 Since all the parts are protected by the tough pseudo-adhesive film sheet G in the case of proper peeling development, it can be peeled to the end without causing any trouble.

  The postcard has a Z-shaped cross section, but it goes without saying that the same effect can be obtained with a postcard obtained by folding a symmetrical postcard paper into an S-shaped cross section.

[Example 2: Tri-fold postcard 2]
As shown in FIG. 5, in the postcard that is resistant to water wetting of the present embodiment, the first leaf piece 11, the second leaf piece 12, and the third leaf piece 13 have a cross-section S (Z) shape from the folding lines 14 and 15. While being folded, a pseudo-adhesive film sheet G is disposed between the opposing surfaces of the first leaf piece 11 and the second leaf piece 12, and a fully adhesive film sheet K is disposed between the opposing surfaces of the second leaf piece 12 and the third leaf piece 13. And integrated as a whole.

When this postcard is developed on a plane, as shown in FIG.
The surfaces of the third leaf piece 13 and the second leaf piece 12 are almost entirely covered with a double-sided adhesive film sheet K and bonded to each other so that they cannot be peeled off (originally these surfaces cannot be opened but are intentionally flat) Deployed). It should be noted that both sides that cannot be opened may be blank or may be provided with a background pattern or solid printing to make it difficult to read various information on the inner surface after being folded. As shown in FIG. 5B, personal information displayed on each leaf piece on the entire back surface of the first leaf piece 11, the second leaf piece 12 and a part of the third leaf piece 13 on the fold line 15 side. The pseudo adhesive film sheet G is covered in a state where it can be visually recognized.

  The recipient of this postcard, for example, uses the steps formed in the fold line 15 part according to the words such as “Please open from here” written on the surface, and the first leaf piece 11 and the second leaf piece 12. Then, the edge of the third leaf piece 13 covered with the pseudo adhesive film sheet G is peeled open. Various information (such as personal information and general information) hidden on the inner surface can be confirmed through the pseudo-adhesive film sheet G.

  Even if the postcard is sufficiently wet due to rain or the like, and the paper fiber is easily unwound or broken, not only the stepped portion picked up with a finger upon opening, but also the continuous leaf pieces 11 and 12 Since all the parts are protected by the tough pseudo-adhesive film sheet G in the case of proper peeling development, it can be peeled to the end without causing any trouble.

  Although the postcard has an S-shaped cross section, it is needless to say that the same effect can be obtained with a postcard obtained by folding a symmetrical postcard paper into a Z-shaped cross section.

[Example 3: Tri-fold postcard 3]
As shown in FIG. 7, in the postcard that is resistant to water wetting of this embodiment, the first leaf piece 21, the second leaf piece 22, and the third leaf piece 23 are formed in a cross-sectional Z (S) shape from the folding lines 24 and 25. While being folded, a completely adhesive film sheet K is disposed between the opposing surfaces of the first leaf piece 21 and the second leaf piece 22, and a pseudo adhesive film sheet G is disposed between the opposing surfaces of the second leaf piece 22 and the third leaf piece 23. And integrated as a whole.

  When this postcard is developed on a plane, as shown in FIG. 8 (A), on the entire surface of the third leaf piece 23, the second leaf piece 22, and a part on the folding line 24 side of the surface of the first leaf piece 21, The pseudo adhesive film sheet G is covered in a state where the displayed personal information is visible. And as shown to the same figure (B), in the part of the fold line 24 side of the 1st leaf piece 21 and the 2nd leaf piece 22 back surface, the double-sided adhesive fully adhesive film sheet K is coat | covered, and it mutually adhere | attaches so that peeling is impossible. (Originally, these surfaces cannot be opened, but they are developed on a flat surface). It should be noted that both sides that cannot be opened may be blank or may be provided with a background pattern or solid printing to make it difficult to read various information on the inner surface after being folded.

  The recipient of this postcard, for example, uses the step formed in the fold line 24 portion according to the words such as “Please open from here” written on the surface, and the third leaf piece 23 and the second leaf piece 22. And the edge covered with the pseudo adhesive film sheet G of the first leaf piece 21 is peeled and opened. Various information (such as personal information and general information) hidden on the inner surface can be confirmed through the pseudo-adhesive film sheet G.

  Even if this postcard is sufficiently wet due to rain or the like and the paper fiber is easily unwound or broken, not only the stepped portion picked up with a finger upon opening, but also the continuous leaf pieces 22 and 23 are continuous. Since all the parts are protected by the tough pseudo-adhesive film sheet G in the case of proper peeling development, it can be peeled to the end without causing any trouble.

  The postcard has a Z-shaped cross section, but it goes without saying that the same effect can be obtained with a postcard obtained by folding a symmetrical postcard paper into an S-shaped cross section.

  Moreover, you may change to the structure which makes the 3rd leaf piece 23 which was wider and protruded from the other leaf piece as an address surface similarly to the said Example 2. FIG.

[Example 4: Tri-fold postcard 4]
As shown in FIG. 9, the postcard (information communication body) that is resistant to water of the present embodiment has the first leaf piece 31, the second leaf piece 32, and the third leaf piece 33 from the fold lines 34 and 35 from the cross section Z (from the top). S) Folded into a letter shape, a completely adhesive film sheet K is disposed between the opposing surfaces of the first leaf piece 31 and the second leaf piece 32, and pseudo-adhesion is provided between the opposing surfaces of the second leaf piece 32 and the third leaf piece 33. A film sheet G is arranged and integrated as a whole.

  When this postcard is developed on a plane, as shown in FIG. 10A, the personal information displayed on each leaf piece is visually recognized on the entire surface of the third leaf piece 33, the second leaf piece 32, and the first leaf piece 31. The pseudo adhesive film sheet G is covered in a possible state. And as shown to the same figure (B), in the part of the fold line 34 side of the 1st leaf piece 31 and the 2nd leaf piece 32 back surface, the double-side-adhesive fully adhesive film sheet K is coat | covered, and it mutually adhere | attaches so that peeling is impossible. (Originally, these surfaces cannot be opened, but they are developed on a flat surface). Both sides that cannot be opened may be blank or may be provided with a background pattern or solid printing to make it difficult to read various information on the inner surface after being folded.

  The recipient of this postcard, for example, uses the step formed in the fold line 34 portion according to the words such as “Please open from here” written on the surface, and the third leaf piece 33 and the second leaf piece 32. And the edge covered with the pseudo-adhesive film sheet G of the first leaf piece 31 is peeled and opened. Various information (such as personal information and general information) hidden on the inner surface can be confirmed through the pseudo-adhesive film sheet G.

  Even if the postcard is sufficiently wet due to rain or the like and the paper fiber is easily unwound or broken, not only the stepped portion picked up with a finger upon opening, but also the continuous leaf pieces 32 and 33 are continuous. Since all the parts are protected by the tough pseudo-adhesive film sheet G in the case of proper peeling development, it can be peeled to the end without causing any trouble.

  The postcard has a Z-shaped cross section, but it goes without saying that the same effect can be obtained with a postcard obtained by folding a symmetrical postcard paper into an S-shaped cross section.

Moreover, you may change into the structure which makes the 3rd leaf piece 33 which was wider and protruded from the other leaf piece as an address surface similarly to the said Example 2.
[Example 5: Manufacturing method of tri-fold postcard 1]
As shown in FIG. 11, the long sheet S1 used in the present embodiment has the first leaf piece 41, the second leaf piece 42, and the third leaf piece 43, which are planned to be folded 44 and 45 (rear lines). The unit sheets t1 connected in the horizontal direction via the folding sewing machine (which may be drilled in advance by machining) are connected in the vertical direction via the cut line 46.

  And as shown in FIG. 11 (A), for example, the postal stamp field, the postal code field, and the address name of the recipient are written on the surface of the first leaf piece 41 (these may be printed later), On the surface of the second leaf piece 42 and the third leaf piece 43 that are folded and concealed inside after completion of the postcard, personal information related to privacy (not necessarily personal, but general information such as advertisements is mixed) Or only general information may be described).

  Moreover, as shown in FIG. 11 (B), general information such as advertisements is written on the back side of the third leaf piece 43 that is exposed on the back side after completion of the postcard. The back surfaces of the second leaf piece 42 and the first leaf piece 41 are in a blank sheet state (the inside information may be made difficult to read by watermarking the outside after completion of the postcard by background pattern or solid printing).

  The front and back surfaces of the long sheet S1 are along the entire surface of the second leaf piece 42 and the third leaf piece 43 and the fold line 44 side of the first leaf piece 41 as shown in FIG. The pseudo-adhesive film sheet G is partially covered, and the complete adhesive film K is covered over substantially the entire back surface of the second leaf piece 42 and the first leaf piece 41 as shown in FIG.

Hereinafter, the method for producing the postcard of Example 1 described above will be described in order.
As shown in FIG. 13, the above-described long sheet S1 is folded, for example, from the fold line 46 into a bellows, stacked in a block state, and disposed at the most upstream left end of the process. In addition, you may make it pay out directly from the state wound up by the roll instead of the said bellows. The long sheet S1 is pulled up to the upper support roller 51 in order from the top and then turned substantially horizontally. The pin of the pin tractor 52 and the marginal hole 48 which are kept downstream are aligned with each other and pulled further downstream.

  A pair of heat rollers 53a and 53b are disposed downstream of the pin tractor 52, and the pseudo adhesive film sheet G is transferred from the roll waiting on the upper side thereof to the fully adhesive film from the roll waiting on the lower side. Each of the sheets K is pulled in and aligned with the pseudo adhesion planned surface and the complete adhesion planned surface of the long sheet S1 in the state shown in FIG. And by performing a heating and pressurizing process by the heat rollers 53a and 53b, as shown in FIG. 14 (A), both film sheets are formed on each of the long sheets S1 via the respective heat-sensitive adhesive layers 8. The planned surface is firmly covered. In the figure, each film sheet is represented by one layer in order to avoid complication.

  Thereafter, a folding machine M is formed on the planned folding lines 44 and 45 indicated by two-dot chain lines in FIG. 11 by the downstream sewing machine forming devices 54a and 54b, and one marginal portion 49 is further removed from the cut line 47 by the slitters 55a and 55b. After the excision, it is sent to the folding device 57 further downstream.

  Then, as shown in FIG. 14B, the elongate sheet S1 folded into a Z-shaped cross-section by the folding device 57 changes its direction substantially horizontally when it is pulled up to the upper support roller 58, and the pin on the downstream side The pin of the tractor 59 and the remaining marginal hole 48 are matched to be pulled further downstream.

  Then, the long sheet S1 fed out from the downstream pin tractor 59 is cut off the remaining marginal portion 49 with slitters 60a and 60b, and then fed into a cutting device composed of a die cut roll 61a and a backup roll 61b. Each unit sheet t is cut from the vertical cut line 46 and sent to the downstream integrated device.

  In the integrated apparatus, the pair of transport rollers 62a and 62b and the pair of heater panels 63a and 63b are alternately arranged, and when the above-described tri-fold postcard before unification that has been cut into pieces passes through. Heat treatment is performed. Then, by being further heated and pressurized by the heat rollers 64a and 64b installed at the final outlet, as a whole, they are integrated in a peelable manner and sequentially stacked on the stacker 65 as shown in FIG. The heat rollers 64a and 64b may be replaced with pressure rollers.

[Example 6: Production method of tri-fold postcard 2]
As shown in FIG. 15, the sheet-like sheet S2 used in the present embodiment has folding lines 74 and 75 indicated by two-dot chain lines of the first leaf piece 71, the second leaf piece 72, and the third leaf piece 73 (in later processing). The unit sheets t2 connected in the lateral direction through the folding sewing machine (which may be drilled in advance) may be three-faced.

  On the surface of the first leaf 71, for example, a postage stamp field, a postal code field, and the address name of the recipient are printed (these may be printed later) and are folded and concealed inside after completion of the postcard. The second leaf piece 72 and the third leaf piece 73 to be used may have privacy-related personal information (not necessarily personal and may contain general information such as advertisements or only general information) May be described).

  Also, as shown in FIG. 16, general information such as advertisements is written on the back side of the third leaf piece 73 that appears on the back side after the completion of the postcard, and the second leaf piece that is similarly folded and cannot be peeled off. The back surface of 72 and the first leaf piece 71 is in a blank sheet state (the inside information may be made difficult to read by watermarking the outside after completion of the postcard by background pattern or solid printing).

  The front and back surfaces of the long sheet S2 are processed on the front and back surfaces of the second leaf piece 72 and the third leaf piece 73 and a part along the fold line 74 side of the first leaf piece 71 as shown in FIG. The pseudo adhesive film sheet G is covered, and the complete adhesive film K is covered over substantially the entire back surface of the second leaf piece 72 and the first leaf piece 71 as shown in FIG.

Hereinafter, a manufacturing method different from the example using the long sheet will be described in order.
As shown in FIG. 19, the sheet-like sheet S2 described above is stacked and arranged at the left end on the most upstream side, for example. Then, in order from the uppermost sheet S 2, for example, the front and rear ends of the sheet that are equally spaced or front and back to a pair of nip rollers 82 a and 82 b disposed downstream by a feeding means of a suction pad 81 (which may be a feed roller or the like). It is sent out in a state of matching.

  A pair of heat rollers 83a and 83b are disposed downstream of the pair of nip rollers 82a and 82b, and the pseudo adhesive film sheet G from the roll waiting on the upper side thereof, and the roll waiting on the lower side thereof. The fully adhesive film sheet K is pulled in and aligned with the pseudo-adhesion planned surface and the complete adhesion planned surface of the sheet-like sheet S2 at the positions shown in FIGS. 17 and 18, respectively. Then, by applying heat and pressure treatment by the heat rollers 83a and 83b, both the film sheets are firmly covered on the respective scheduled surfaces of the sheet-like sheet S2 through the heat-sensitive adhesive layer 8.

  After that, as shown in FIG. 20, the left and right margins X in the flow direction are cut off by the downstream slitters 84a and 84b, and the folding shown by the two-dot chain lines in FIGS. After the folding sewing machine M is formed on the lines 74 and 75, the folding machine 87 is sent to the folding device 87 further downstream.

  The sheet-like sheet S2 folded into a Z-shaped cross section by the folding device 87 changes its direction substantially horizontally when pulled up to the upper support roller 88, and a pair of nip rollers disposed on the downstream side in the state shown in FIG. By 89a and 89b, it is sent to the cutting device further comprising the cutting blade 90a and the fixed blade 90b on the downstream side. In the cutting apparatus, when the sensor Z disposed upstream reads the mark Z written on the margin of the sheet that passes, the cutting apparatus operates at a preset pitch (Y and L). Then, by the operation, the margins Y and L in the top-and-bottom direction are cut and removed and cut into unit sheets t, and then sent to the downstream integrated device.

  In the integrated device, the pair of transport rollers 91a and 91b and the pair of heater panels 92a and 92b are alternately arranged, and when the previously-cut tri-fold postcard paper before integration passes. Heat treatment is performed. Then, by being further heated and pressurized by the heat rollers 93a and 93b installed at the final outlet, as a whole, they are integrated in a peelable manner and sequentially stacked on the stacker 94 as shown in FIG. The heat rollers 93a and 93b may be replaced with pressure rollers.

The manufacturing method of the above embodiment has been described by taking the tri-fold postcard of Embodiment 1 as an example, but each of the tri-fold postcards according to the other embodiments can be manufactured in the same process.

In addition, this invention is not limited to the said Example.
For example, a pseudo adhesive film sheet or a completely adhesive film sheet corresponding to thermal lamination is used as the pseudo adhesive medium, but a pseudo adhesive film sheet or a completely adhesive film sheet compatible with dry lamination may be used. In this case, in the manufacturing method, an adhesive coating and drying device may be installed at any location on the passage route from the roll to the heat roller. Moreover, as long as it is a pseudo-adhesive medium in which a tough film sheet is formed by coating directly on the sheet, the pseudo-adhesive film sheet may be formed by directly coating the sheet on the planned pseudo-adhesive surface. Alternatively, a known heat-sensitive adhesive or pressure-sensitive adhesive may be directly applied to the sheet to perform complete adhesion.

Further, the complete adhesive film sheet K does not necessarily need to be covered on the surface to be completely bonded, and for example, as shown in FIG. 23, it may be covered including any surface other than the surface to be fully bonded. In this case, since the function of complete adhesion is not exhibited in a portion where the completely adhesive film sheets do not face each other, the work is not affected at all.
The tri-fold postcard in FIG. 23 is a modification of the fourth embodiment (FIG. 9).

  Further, the pseudo-adhesive film sheet G of each example has, for example, the outer marginal portion 49 of the third leaf pieces 43 and 73 and the margin X in the flow direction beyond the cut line 47 and the cut line in FIGS. 12 (A) and 17. Although a part is covered, as shown in FIG. 24 and FIG. 25, it may be possible to cover up to the front without exceeding the cut line 47 or the cut line. The same applies to the completely adhesive film sheet K shown in FIGS. 12B and 18.

  When the pseudo-adhesive film sheet G and the fully-adhesive film sheet K are coated on the sheet-like sheet S2 in the state as shown in FIG. 25, as shown in FIG. If a sheet-like sheet is used, the step of cutting the blank portion in the flow direction can be omitted, which is convenient.

  Furthermore, the folding sewing machine may be formed in various sheets in advance or in the manufacturing process as in the present embodiment. If it is formed in advance, the sewing machine is perforated only in the sheet, but if it is formed during the manufacturing process, it is perforated through both the sheet and various film sheets.

G Pseudo-adhesive film sheet K Completely-adhesive film sheet S1 Long sheet S2 Sheet-like sheet t1, t2 Unit sheet M Folding sewing machine X, Y, L Margin part Z Mark 1, 2, 3, 11, 12, 13, 21, 22, 23, 31, 32, 33, 41, 42, 43, 71, 72, 73 Leaf pieces 4, 5, 14, 15, 24, 25, 34, 35 Folding line 6 Base material 7 Heat seal treatment layer 8 Heat-sensitive adhesion Agent layer 9 Pseudo-adhesive layer 44, 45, 74, 75 Planned folding line 46, 47 Cut line 48 Marginal hole 49 Marginal part 51, 58, 88 Support roller 52, 59 Pin tractor 53a, 53b, 83a, 83b Heat roller 54a, 54b 85a, 85b Sewing machine forming devices 55a, 55b, 60a, 60b, 84a, 84b Slitters 56a, 56b, 82a, 82b, 8 a, 86b, 89a, 89b Nip rollers 57, 87 Folding device 61a, die cut roller 61b, backup rollers 62a, 62b, 91a, 91b Conveying rollers 63a, 63b, 92a, 92b Heater panels 64a, 64b, 93a, 93b Heat rollers 65, 94 Stacker 90a Cutting blade 90b Fixed blade

Claims (10)

  In an information communication body in which three leaf pieces connected via a fold line are folded or cut into a Z (S) cross section and integrated so as to be peelable, a step caused by the overlapping of leaf pieces of different widths is the beginning of peeling. It is an unsealing means that, when folded, the opposite faces of the wide leaf piece protruding from the other leaf pieces and the central leaf piece connected to each other are pseudo-adhered via a pseudo-adhesive film sheet, and the remaining leaf pieces are Water adhesion characterized in that the pseudo-adhesive film sheet covering the central leaf piece also covers the leaf piece connected to the opposite side to the wide leaf piece of the central leaf piece while completely adhering the opposing surfaces in a non-peelable manner. Strong information communication body.   In an information communication body in which three leaf pieces connected via a fold line are integrated into a Z (S) cross section so that they can be peeled and peeled off, the unsealing means uses a step formed by overlapping leaf pieces of different widths as the beginning of peeling. Then, when folded, the opposing surfaces of the wide leaf piece protruding from the other leaf pieces and the central leaf piece connected to each other are pseudo-adhered through the pseudo-adhesive film sheet so that they can be peeled off, and between the opposing surfaces of the remaining leaf pieces An information communication body that is resistant to water wetting, which is completely non-peelable and has a pseudo-adhesive film sheet that covers the central leaf piece also covers a leaf piece that is connected to the opposite side of the wide leaf piece of the central leaf piece. A step of feeding out the long sheet sequentially, a leaf piece including the pseudo adhesion planned surface of the fed long sheet and a leaf piece adjacent to the leaf piece including the pseudo adhesion planned surface Covering process for covering similar adhesive film sheet, covering process for covering fully adhesive film sheet on fully adhesive planned surface, folding sewing machine for forming folding sewing machine on long sheet covered with pseudo adhesive film sheet and fully adhesive film sheet Forming step and first cutting step of cutting one marginal part, folding step of forming a folding sewing machine and cutting the marginal part into a Z (S) cross section, folded long shape The second cutting process for cutting the remaining marginal part of the sheet, the cutting process for cutting the long sheet with the marginal part cut in the vertical direction and finishing each unit sheet, and the cut unit sheet as a whole A method of manufacturing an information communication body that is resistant to water wetting, characterized in that it comprises an integration step.   Furthermore, in order to achieve the above object, the manufacturing method of the information communication body that is resistant to water wetting according to the present invention can fold and peel the three-leaf pieces connected through the fold line into a Z (S) cross section. In the information communication body integrated in the above, a center leaf piece connected to a wide leaf piece protruding from other leaf pieces when folded when the folding means is a step formed by overlapping the pieces of leaf pieces having different widths. The pseudo-adhesive film sheet that peels off the opposing surfaces of the central leaf piece through the pseudo-adhesive film sheet and completely adheres between the opposing surfaces of the remaining leaf pieces in a non-peelable manner, and covers the central leaf piece. A method of manufacturing an information communication body that is resistant to water wetting, characterized in that it also covers a leaf piece connected to the opposite side of the wide leaf piece, and a sending step for sequentially sending out the sheet-like sheets. A coating step of coating a pseudo-adhesive film sheet on a leaf piece adjacent to the leaf piece including the pseudo-adhesive planned surface and a leaf piece including the pseudo-adhesive planned surface of the sheet-like sheet; Folding sewing machine forming process for forming a folding sewing machine on a sheet-like sheet coated with a pseudo-adhesive film sheet and a completely adhesive film sheet, and a cutting process for cutting off a margin part in the flow direction, forming a folding sewing machine and cutting a margin part in the flow direction Folding process to fold the single sheet into a Z (S) cross section, cutting process to cut the blank space on the top and bottom of the folded sheet to finish each unit sheet, and uniting the cut unit sheet as a whole A method of manufacturing an information communication body that is resistant to water wetting, characterized in that it comprises an integration step.   4. The method for manufacturing an information communication body resistant to water wetting according to claim 2, wherein the folding sewing machine forming step for forming the folding sewing machine is omitted.   5. The method of manufacturing an information communication body that is resistant to water wetting according to claim 2, wherein both marginal portions are excised at once in the second excision step.   6. The method for manufacturing an information communication body resistant to water wetting according to claim 2, wherein the order of the first and second excision steps, the cutting step and the integration step is switched.   5. The method for manufacturing an information communication body resistant to water wetting according to claim 3, wherein the cutting step, the cutting step, and the integration step are interchanged.   The pseudo-adhesive film sheet and / or the fully-adhesive film sheet is coated inward without covering both outer edges in the width direction of the unit sheet. Manufacturing method of information communication body   The margin part in the flow direction of the sheet-like sheet is cut in advance, and the cutting step is omitted by covering inwardly without covering both outer edges in the width direction of the unit sheet. The manufacturing method of the information communication body of 3, 4, and 8.   10. The information communication body according to claim 3, 4, 8, or 9, wherein each process is not connected by a continuous continuous flow, and any process or all processes are independent and different systems. Manufacturing method.

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