JP2012183813A - Method for manufacturing information communicator resistant to wetting - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a method for manufacturing an information communicator, by which even the information communicator which is wet with water or is pseudo-bonded well can easily be released and opened.SOLUTION: For providing pinch portions E and F so that opposite lamellae 1 and 2 may not coincide with each other and pseudo-bonding coats G may not overlap each other on an opening side edge, a notch is formed to either of the lamellae 1 and 2 planned to be pseudo-bonded. Opening side ends are prohibited from coinciding when the information communicator is folded while changing the width of each of the lamellae 1 and 2.

Description

The present invention relates to a method for manufacturing an information communication body in which a plurality of leaf pieces are folded or stacked in a peelable manner.
In detail, it is a popular postcard that can be used to transmit a large amount of information in a concealed state because it is a regular postcard that has been used in recent years. The present invention relates to a method for manufacturing an information communication body.

  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 Each means is disclosed such as applying a pseudo-adhesive resin before printing.

JP 2004-98644 A

  The information communication body using the various pseudo-adhesive films can be easily opened and spread on a flat surface if a chance to peel off between the pseudo-adhesive films that are detachably bonded is obtained. However, for example, when the paper fiber that constitutes each leaf piece is easily unwound and breaks in a personal mailbox, it is picked with a fingertip and opened from between the pseudo adhesive films. If it tries to do so, the paper fibers will be unwound or separated before the peeling is started, making it impossible to peel off between the pseudo-adhesive films.

In addition, when the adhesiveness of the pseudo adhesive film is too good, the paper fibers constituting the leaf pieces are unwound or divided at the time of peeling, as in the case of the wetness, and peeling becomes difficult.
The present invention is capable of easily and reliably starting peeling between the pseudo-adhesive films even when wet with water or when pseudo-adhesion is good and too strong. It aims at providing the manufacturing method of the information communication body which can confirm the content described.

  In order to achieve the above object, the method for manufacturing a water-resistant information communication body according to the present invention includes a plurality of leaf pieces that are folded or stacked and integrated so as to be peelable, and the leaf pieces facing each other at the unsealed side edge. Is a manufacturing method of an information communication body having a knob portion in which pseudo-adhesive films do not overlap with each other, and a unit sheet in which a plurality of leaf pieces are connected in a lateral direction via a fold line is formed via a cutting line. A step of sequentially feeding out the long sheets connected in the vertical direction, a pseudo adhesive film forming step of forming a pseudo adhesive film on at least one pseudo adhesion target surface of the long sheet fed out, and a pseudo adhesive film. A punching process for forming a knob at a corner portion of an arbitrary leaf piece of a formed long sheet, a folding process for folding a long sheet having a knob, a folded long sheet A cutting process for cutting off the marginal part of the sheet, a cutting process for cutting the long sheet with the marginal part cut off for each unit sheet, and an integration process for integrating the cut unit sheets so as to be peelable. It is a feature.

    In addition, in order to achieve the above object, the method for manufacturing an information communication body that is resistant to water different according to the present invention is configured such that a plurality of leaf pieces are folded or stacked so as to be peelable and integrated at the opening side edge. Is a manufacturing method of an information communication body having a knob portion in which the leaf pieces do not coincide with each other and the pseudo-adhesive films do not overlap each other, and the unit sheets in which a plurality of leaf pieces are connected in the lateral direction via folding lines, A step of sequentially feeding out the long sheets connected in the vertical direction via the cut line, a step of forming a pseudo-adhesive film on a planned pseudo-adhesion surface on at least one pseudo-bonded surface of the long sheet that has been fed out, a pseudo A punching process to form a knob at the corner of an arbitrary leaf piece of an elongated sheet with an adhesive film, one marginal part of the elongated sheet with the knob formed The first cutting step, the folding step of folding the long sheet from which one marginal part was cut, the second cutting step of cutting the remaining marginal part of the folded long sheet, the marginal part was cut off It is characterized by comprising a cutting step of cutting a long sheet for each unit sheet and an integration step of integrating the cut unit sheet so as to be peelable.

  Furthermore, in order to achieve the above-described object, the manufacturing method of the information communication body strong against water wetting according to the present invention is configured such that a plurality of leaf pieces are folded or stacked so as to be peelable and integrated at the opening side edge. Is a method of manufacturing an information communication body having a knob portion in which the leaf pieces do not coincide with each other and the pseudo-adhesive films do not overlap with each other, and a unit sheet in which a plurality of leaf pieces are connected in a lateral direction via a folding line is printed A fed-out step of sequentially feeding out the sheet-like sheets that are placed at equal intervals or abutting each other, a pseudo-adhesive film-forming step of forming a pseudo-adhesive film on at least one pseudo-adhesive surface of each fed-out sheet, and a pseudo-adhesive film are formed A punching process for forming a knob at a corner portion of an arbitrary leaf piece of a continuous leaf-like sheet, cutting in the flow direction of the leaf-like sheet having a knob. A cutting step for cutting off the dropped portion, a folding means forming step for forming a folding means in the flow direction of each leaf-like sheet from which the cut-off portion has been cut, a knob portion at the corner portion to cut off the cut-off portion in the flow direction and a folding means. Folding process for continuously folding the formed continuous leaf sheets, cutting process for cutting the folded leaf sheets for each unit sheet, and integration for releasably integrating the unit sheets cut for each unit sheet It consists of a process.

In the method for manufacturing an information communication body resistant to water wetting, the order of the punching process, the cutting process and the folding means forming process may be arbitrarily changed or may be performed simultaneously.

    Furthermore, in order to achieve the above object, a method for manufacturing a water-resistant information communication body according to another aspect of the present invention includes a plurality of leaf pieces that are folded or stacked and integrated so as to be peelable and an opening side. A method of manufacturing an information communication body having a knob portion in which the leaf pieces facing each other at the edge do not coincide with each other and the pseudo-adhesive films do not overlap with each other, wherein a plurality of leaf pieces are connected in the lateral direction via a folding line Each leaf-like sheet on which the sheet is printed is sequentially fed out, and a pseudo-adhesive film forming step for forming a pseudo-adhesion film on at least one place of the pseudo-adhesive surface of the fed-out every sheet, and each leaf-like sheet on which the pseudo-adhesion film is formed Cutting process to finish the unit sheet, folding process to fold the cut unit sheet, integration process to releasably integrate the folded unit sheet A method of manufacturing a Ranaru information communication body, is characterized by performing or any process independently the respective steps are carried out independently.

  In addition, a plurality of facing surfaces generated by folding may be pseudo-bonded so that they can all be peeled off, or any part can be pseudo-bonded and the remaining part can be non-peeled, or further, free You can leave it.

  There is no limitation on the type of pseudo-adhesive film for releasably integrating the opposing leaf pieces, and various known pseudo-adhesive films described in Patent Document 1 can be used. As an adhesive film, for example, there is a pseudo adhesive film sheet in which a pseudo adhesive layer is formed on one side of a substrate. The pseudo-adhesive film in the examples described later will be described using the pseudo-adhesive film sheet as an example.

The pseudo-adhesive film sheet is, for example, a print laminate corresponding to a dry laminating method in which a pseudo-adhesive layer is formed on one surface of a relatively strong base material such as polyethylene terephthalate, biaxially oriented polypropylene, polyethylene, acetate, polycarbonate, etc. Pseudo-adhesive film sheet for use in printing, or a pseudo-adhesive film sheet for print lamination corresponding to the thermal laminating method in which a known heat-sensitive adhesive layer is formed on the other surface of the substrate. it can.
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 and laminated on a pseudo-adhesive surface of a printed material, and then peeled off when the pseudo-adhesive surfaces are folded and the pseudo-adhesive layers are opposed to each other and subjected to pressure or heating / pressurizing treatment. It adheres as much as possible. 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.

  As the means for adhering the facing surfaces in a non-peelable manner, various known adhesives such as a pressure-sensitive adhesive that adheres by pressing, a heat-sensitive adhesive that adheres by heating, or a moisture-sensitive adhesive that adheres by moisture are used. do it. These adhesives may be directly formed on the long sheet directly or may be formed during the manufacturing process. Moreover, the aspect at the time of using an adhesive agent can apply directly, or what was apply | coated to the base material can be used.

  As the paper material used for each leaf piece constituting the information communication body of the present invention, high-quality paper, matte coated paper, gloss coated paper, synthetic paper or other known paper can be suitably used. Preferably, the coated paper system (particularly mat coated paper) that has been surface-treated like mart coated paper or gloss coated paper, since the component coated on the paper surface serves as a binder between the paper fibers, It becomes difficult to break or break even with water wetting, so that the action of the present invention can be exhibited more effectively.

  The information communication body of the present invention may be manufactured by business form printing or rotary printing using a long sheet, or may be manufactured by offset printing using a sheet. In the case of business form printing, for example, if a long sheet after printing is put on an information communication body manufacturing machine, each process can be performed consistently by the action of a pin tractor, which is convenient. In the case of offset printing, for example, if a pseudo-adhesive film is formed by coating a pseudo-adhesive film sheet on the printed pseudo-adhesive surface, a continuous long sheet is formed even if it is a leaf-like sheet. The subsequent cutting, folding and integration steps are the same as in the case of using the long sheet, and are consistently performed. Moreover, in the case of a leaf-like sheet, it may be performed offline in which each process is divided.

In the present invention, there is no particular limitation on the shape of the knob that is the beginning of peeling of the information communication body.
For example, a knob that actively protrudes from the upper and lower leaf pieces may be provided, and conversely, a knob portion that protrudes and becomes easy to pick as a result may be formed by cutting out a part of the upper and lower leaf pieces. In any case, the knobs are formed at positions where they do not overlap with each other and intersect with each other, and if the knobs are picked up with fingers and peeled off, they are surely peeled from each other between the pseudo-adhesive films Is started. Once peeling is started, the paper fibers of the leaf pieces can be continuously peeled and developed even when they are in a state where the paper fibers of the leaf pieces are easily broken or broken.

  As for the pseudo-adhesive film, in addition to the pseudo-adhesive film sheet which is peeled off from the pseudo-adhesive layer which has been folded and opposed, for example, a thermoplastic or thermosetting resin is melted on one surface of the base material described above. A pseudo-adhesive film sheet composed of three or more layers in which a known heat-sensitive adhesive layer is formed on at least one outer side of a two-layer laminated film sheet which is laminated so as to be peelable by extrusion or coating may be used. . In the case of this pseudo-adhesive film sheet, peeling is performed between the base material and the resin.

  Further, a means for forming a pseudo-adhesive film by applying a pseudo-adhesive UV curable varnish to a pre-printed pseudo-adhesive surface can also be used. Such means are known in the industry as “varnishing”.

  Furthermore, a means for forming a pseudo-adhesive film by applying a pseudo-adhesive emulsion-type paste onto the pre-adhesive surface to be printed can be used. Such means are known in the industry as the “post glue system”.

  Furthermore, it is also possible to use a means in which a pressure-sensitive adhesive that exhibits pseudo-adhesiveness under high pressure is applied to a sheet before printing to form a pseudo-adhesive film in advance. Such means are known in the industry as the “tip glue system”. Such printing paper is called “crimp paper” and is distributed.

  According to the opening means of the information communication body of the present invention, it is possible to easily start peeling even in a state where water breakage or pseudo-adhesion that is usually easily broken and cannot be opened is too good and a strong peeling force is required. In addition, the leaf pieces can be reliably opened without breaking on the way. And since the surface where the information of the opened information communication body is described is protected by the pseudo-adhesive film, the recipient can surely confirm the internal information.

(A) And (B) is the front view and back view of elongate sheet | seat S1 used for manufacture of a two-fold postcard. It is the principal part schematic of the manufacturing process of the folding postcard using a elongate sheet | seat. 2 is a cross-sectional view of a pseudo adhesive film sheet G. FIG. (A) And (B) is II, II-II sectional view taken on the line in FIG. 2 at the time of manufacturing a two-fold postcard. (A), (B), and (C) are the front view, back view, and III-III sectional view taken on the line of the folded folded postcard H1 finished with the long sheet S1. (A), (B), and (C) are the surface nest, back view, and IV-IV sectional view taken on the plane when the folded folded postcard H1 of FIG. (A) And (B) is the front view and back view of each leaf-like sheet S2 used for manufacture of a two-fold postcard. It is the principal part schematic of the manufacturing process of the folding postcard using every leaf sheet. It is a top view which shows the every leaf-like sheet | seat S2 which became the continuous state after aligning the every leaf-like sheet | seat S2 and the pseudo | simulation adhesive film sheet G, and passing the heat roll. FIG. 10 is a plan view of a leaf-like sheet S2 in which unnecessary portions in FIG. 9 are cut and perforations for folding are formed. It is a top view of every leaf-like sheet S2 after passing a folding device. (A) And (B) is the front view and back view of elongate sheet | seat S3 used for manufacture of the trifold postcard H2. (A) And (B) is the VV and VI-VI line sectional drawing in FIG. 8 at the time of manufacturing the trifold postcard H2 using the elongate sheet | seat S3. (A), (B), and (C) are the front view, back view, and VV sectional view taken on the trifold postcard H2 finished by the elongate sheet | seat S3. (A) And (B) is the surface view and back surface figure of elongate sheet | seat S4 used for manufacture of the trifold postcard H3. (A) And (B) is the VV and VI-VI line sectional drawing in FIG. 8 at the time of manufacturing the trifold postcard H3 using elongate sheet | seat S4. (A), (B), and (C) are the front view, back view, and VI-VI sectional view taken on the tri-fold postcard H3 finished by the elongate sheet | seat S4. (A) And (B) is the front view and back view of elongate sheet | seat S5 used for manufacture of the trifold postcard H4. (A) And (B) is the VV and VI-VI sectional view taken on the line in FIG. 8 at the time of manufacturing the trifold postcard H4 using the elongate sheet | seat S5. (A), (B), and (C) are the front view, back view, and VII-VII sectional view taken on the tri-fold postcard H4 finished with the long sheet S5. (A) And (B) is the front view and back view of each leaf-like sheet S6 used for manufacture of a tri-fold postcard. It is a top view which shows the aspect from which (A) and (B) a knob part differ.

Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.
[Example 1: Method for producing a folded paper post using a long sheet]
As shown in FIG. 1 (A), the long sheet S1 for bi-fold postcards of the present embodiment is wider than the first leaf piece 1 and the first leaf piece 1, and is a notched portion indicated by hatching in the lower right portion. The second leaf pieces 2 provided with K (punched after covering with the pseudo-adhesive film sheet G) are connected via a fold line 3 (not necessarily displayed but may be a crease or a perforation). And the marginal part 7 which provided the marginal hole 6 is connected to the outer side of the 1st leaf piece 1 and the 2nd leaf piece 2 via the cutoff line 5 (it does not necessarily need to be displayed and may be a crease or a perforation), Further, the unit sheets t1 configured in this way are connected in the vertical direction via a cut line 4 (not necessarily displayed but may be a crease or a perforation). And on the first leaf piece 1 surface, the postage stamp column, the postal code column, the address name of the recipient, etc. are written, and on the second leaf piece surface, general information such as advertisements is written. It may be written after it has been finished into a two-fold postcard.

  As shown in FIG. 1B, for example, personal information relating to the privacy of the recipient is described on the back surfaces of the first leaf piece 1 and the second leaf piece 2. The information described on the back of each leaf piece is not necessarily personal information, and general information may be mixed together or only general information may be described.

  The long sheet S1 configured as described above is folded into a bellows, for example, from the cutoff line 4 and put into a block shape, and placed at the lower left, which is the most upstream of the manufacturing process shown in FIG. Then, after being lifted upward by the support roller 11 refraining upward, the direction is changed substantially horizontally with the back side facing up. The long sheet S1 whose direction has been changed substantially horizontally is aligned with the pin of the upstream pin tractor 12 and the marginal hole 6, which are kept on the right side, and is pulled further downstream.

  For example, a pair of heat rollers 13a and 13b are reserved on the right side of the upstream pin tractor 12, and a pseudo adhesive film sheet G fed out from a roll waiting on the upper side is pulled in, and the elongated sheet is drawn. Aligned with the pseudo adhesion planned surface on the back surface side of S1.

  As shown in FIG. 3, the pseudo adhesive film sheet G has a pseudo adhesive layer 32 formed on the upper surface of a base material 31 made of, for example, biaxially stretched polypropylene, and a known heat-sensitive adhesive layer 33 on the remaining lower surface. Is formed. When the heat-sensitive adhesive layer 33 side and the pseudo-adhesion planned surface on the back surface side of the long sheet S are aligned and passed through the heat rollers 13a and 13b, the heat and pressure treatments are performed and the heat-sensitive heat-sensitive adhesiveness is obtained. As shown in FIG. 4 (A), the adhesive adhesive layer 32 firmly bonds them together so that they cannot be peeled off. In addition, in order to avoid complication, the pseudo | simulation adhesive film sheet G in a figure is expressed by 1 layer.

  The long sheet S1 in which the pseudo-adhesive film sheet G is coated on the surface to be pseudo-adhered has a slitter 15a on the right upstream side after the notch K is continuously punched out by the punching devices 14a and 14b kept on the right side. 15b, the marginal portion 7 on the outer side of the first leaf piece 1 is cut off and further fed out to the subsequent folding device 17 by the right nip rollers 16a, 16b. The punching process by the punching devices 14a and 14b and the cutting process of the marginal portion 7 by the slitters 15a and 15b may be replaced at any time.

  Then, as shown in FIG. 4B, the long sheet S1 is folded in two from the fold line 3 by the folding device 17 having a known angle or the like, passes through the subsequent support roller 18, and is then moved to the right side. The pin of the reserved downstream pin tractor 19 and the marginal hole 6 are made to coincide with each other and further fed to the downstream slitters 20a and 20b reserved on the right side, and the remaining marginal portion 7 outside the second leaf piece 2 is cut off. The long sheet S1 from which the remaining marginal portion 7 has been cut off is cut into pieces from the cut-off line 4 in the vertical direction by a cutting device comprising a die cut roller 21a and a backup roller 21b, which are kept on the right side, and the folded folded postcard H1 before integration. Finished.

Then, the two-folded postcard H1 before the integration is sent to the integration process with which the right side is reserved.
In the integration step, for example, a pair of transport rollers 22a and 22b and a pair of heater panels 23a and 23b are alternately arranged, and the postcard H1 before integration that passes through is heated. Then, after sufficiently heated, the heating rollers 24a and 24b installed at the final outlet are further subjected to heating and pressure treatment, and the postcard H1 before integration is pseudo-bonded and integrated so as to be peeled off. The roller installed at the final outlet may be a simple pressure roller without heating. The two folded postcards manufactured in this way are sequentially accumulated in a stacker 25 composed of a belt conveyor or the like and finally sent out to a post office.

  In the covering step, an example corresponding to the thermal laminating method is shown, but it may be changed to a dry laminating method or a step of forming various other pseudo adhesive films.

  The half-folded postcard H1 manufactured in this way forms a step along the opening side edge as shown in FIG. The recipient picks and picks the knobs E and F as shown in FIGS. At that time, even if it is easily wetted by rain or the like and easily breaks, or even if the pseudo-adhesion is good and the peeling force is strong, both knobs E and F are covered with a tough pseudo-adhesive film sheet G and reinforced. Therefore, it is possible to continuously peel without breaking.

  Also, as shown in FIG. 6, the folded folded postcard H1 developed on the plane after opening is completely protected by the tough pseudo-adhesive film sheet G, so that the outer paper surface is temporarily peeled off or torn. However, the concealed information can be read reliably.

  In the configuration of the leaf pieces 1 and 2 of the present invention, the leaf piece 2 is wider than the leaf piece 1, but the leaf piece 1 may be wider than the leaf piece 2.

[Example 2: Method for producing a bi-fold postcard using a leaf-shaped sheet]
As shown in FIG. 7 (A), each leaf-like sheet S2 for bi-fold postcards of the present embodiment is wider than the first leaf piece 41 and the first leaf piece, and a cutout portion K (pseudo) indicated by a diagonal line at the lower right. Two unit sheets t2 in which second leaf pieces 42 provided with a punched sheet after covering with the adhesive film sheet G) are connected via a folding line 43 are printed. And on the surface of the first leaf piece 41, a postage stamp column, a postal code column, the address name of the recipient, etc. are described, and on the surface of the second leaf piece 42, general information such as advertising is described. May be written after it has been finished into a two-fold postcard.

  Further, as shown in FIG. 7B, on the back surfaces of the first leaf piece 41 and the second leaf piece 42, for example, personal information related to the privacy of the recipient is described. The information described on the back of each leaf piece is not necessarily personal information, and general information may be mixed together or only general information may be described.

  Each leaf-like sheet S2 configured as described above is stacked, for example, on the lower left side, which is the most upstream of the manufacturing process shown in FIG. Then, for example, the suction pad 51 (which may be a feed roller or the like) is lifted one by one from the uppermost leaf-like sheet S2, and is fed out to the downstream transport table at substantially equal intervals or in front of and behind the sheet. For example, a pair of nip rollers 52a and 52b are reserved on the conveyance table, and the end of each leaf-like sheet S2 fed out by the suction pad 51 is gripped and sent to the pair of heat rollers 53a and 53b reserved on the right side.

  In the pair of heat rollers 53a and 53b, the pseudo-adhesive film sheet G fed out from the roll waiting above is drawn in while being aligned with the planned pseudo-adhesion surface on the back surface side of each leaf-like sheet S2, as shown in FIG. As shown, the back side of each leaf-like sheet S2 is continuously covered, and the leaf-like sheet S2 is connected in a long shape by the pseudo-adhesive film sheet G.

  Thereafter, the cutout portion K is continuously punched by passing through a pair of punching devices composed of a triangular male roller 54a and a female roller 54b on the right side, followed by a slitter 55a, 55b and the sewing blades 56a and 56b cut out unnecessary portions P on the outer side in the flow direction of the leaf pieces printed on both leaf pieces, and a perforation (may be replaced with a folding line) at the central fold line portion. It forms continuously and finishes in the state shown in FIG. The punching, excision, and sewing processes may be interchanged at any time.

  The leaf sheet S2 finished as described above is a nip roller 57a. 57b is sent to a folding device 58 having a known angle or the like that is further kept to the right. Then, the sheet is folded in half by the folding device 58 as shown in FIG. 11, passed through the support roller 59, and then cut from the cutting blade 61a and the fixed blade 61b retained on the right side by a pair of nip rollers 60a and 60b retained on the right side. It is sent to the cutting device.

In the cutting device, the sensor 61 provided on the upstream side senses and cuts unnecessary cutting portions R1 and R2 in the vertical direction in the continuous leaf-like sheet S2. Thereby, it is finished into a two-fold postcard H1 that is cut into pieces and is not yet integrated.
The subsequent integration process, etc., and the method for opening the completed two-fold postcard H1 are the same as those in the first embodiment, and thus detailed description thereof is omitted.

[Example 3: Method 1 of producing a tri-fold postcard using a long sheet]
As shown in FIG. 12A, in the long sheet S3 for the tri-fold postcard of the present embodiment, the first leaf piece 71, the second leaf piece 72, and the third leaf piece 73 are arranged horizontally via the folding lines 74 and 75. The unit sheets t3 connected in the direction are connected in the vertical direction via a cut line 76 (not necessarily displayed but may be a broken line or a perforation). A marginal portion 79 provided with a marginal hole 78 is connected to the outside of the first leaf piece 71 and the third leaf piece 73 via a cut line 77 (not necessarily displayed but may be a crease or a perforation). The unit sheets t3 configured as described above are connected in the vertical direction via a cut line 76 (not necessarily displayed but may be a broken line or a perforation).

  On the surface of the first leaf 71, a postage stamp field, a postal code field, and the address name of the recipient are written. On the surface of the second leaf 72 and the third leaf 73, for example, personal information related to the privacy of the recipient is stored. Although it is described, it is not necessarily personal information, and general information may be mixed together or only general information may be described. Note that each piece of information on the surface of the first leaf piece 71 may be described after the tri-fold postcard H2 is finished.

  Also, as shown in FIG. 12 (B), for example, personal information related to the recipient's privacy is written on the back surface of the first leaf piece 71 and the second leaf piece 72, but it is not necessarily personal information. The general information may be mixed together or only the general information may be described. On the back surface of the third leaf piece 73, for example, general information such as advertisements is described.

  In this postcard, a notch K is provided in the lower left corner of the first leaf piece 71 and the lower right corner of the third leaf piece 73, and the width of the second leaf piece 72 is larger than the first leaf piece 71 and the third leaf piece 73. Since it is narrow, it is designed so that the edges of the first leaf piece 71 and the third leaf piece 73 protrude from the fold lines 74 and 75 so as to form steps similar to those in the first embodiment. Further, a round window portion penetrating in the upper part of the postal code column on the surface of the first leaf piece 71 is provided, and after being folded, a “postcard” written on the lower second leaf piece 72 corresponding to the round window. Can be seen visually.

  The long sheet S3 configured as described above is folded into a bellows from, for example, a tear line 76 and put into a block shape, and placed in the lower left, which is the most upstream of the manufacturing process shown in FIG. Then, after being lifted upward by the support roller 11 installed above, the direction is changed almost horizontally. The long sheet S3 whose direction has been changed substantially horizontally is aligned with the pin of the upstream pin tractor 12 kept on the right side and the marginal hole 78, and is pulled further downstream.

  On the right side of the upstream pin tractor 12, for example, a pair of heat rollers 13a and 13b is reserved, and pseudo-adhesion fed from each roll waiting on the upper and lower sides (represented by broken lines in the figure). While the film sheet G is pulled in, the film sheet G is aligned with the respective pseudo adhesion planned surfaces on the front and back sides of the long sheet S3.

  And as shown in FIG. 13, the long sheet S3 which coat | covered each pseudo-adhesion plan surface with the pseudo-adhesion film sheet G is continuously punched out each notch part K by the punching device 14a, 14b which has kept right side. After that, the nip rollers 16a and 16b kept on the right side are fed out to the subsequent folding device 17. In this embodiment, the upstream slitters 15a and 15b in FIG. 2 may or may not be used. When not in use, both marginal portions 79 may be cut at once with the slitters 20a and 20b on the downstream side.

  Then, as shown in FIG. 13B, the long sheet S3 is folded from the folding lines 74 and 75 into a Z-shaped cross section by the folding device 17 having a known angle or the like, and passes through the subsequent support roller 18. Later, the pins of the downstream pin tractor 19 urged to the right and the marginal holes 78 are matched, and further fed to the downstream slitters 20a and 20b urged to the right to cut off each marginal portion 79 all at once. The long sheet S3 from which the marginal portion 79 has been cut off can be peeled off by an integration process after being cut off from the cut-off line 76 in the vertical direction by a cutting device comprising a die cut roller 21a and a backup roller 21b, which are kept on the right side. Integrated and finished.

  The three-fold postcard H2 manufactured in this way forms a step along the opening side edges on both sides as shown in FIG. And the recipient picks and picks the knobs E and F. At that time, even if it is easy to break due to rain or the like, or even if the pseudo adhesion is good and the peeling force is strong, Since both knobs E and F are covered and reinforced with a tough pseudo-adhesive film sheet G, they can be continuously peeled without breaking, and the hidden information can be read reliably. It can be done.

[Example 4: Production method 2 of tri-fold postcard using long sheet]
As shown in FIG. 15, in the long sheet S4 for tri-fold postcards of the present embodiment, the width of each leaf piece is in the relationship of first leaf piece 81 <second leaf piece 82 <third leaf piece 83. From such a configuration, a tri-fold postcard as shown in FIG. 17 is completed. The difference between the present embodiment and the other embodiments is the configuration of the knobs E and F related to the opening of the first leaf piece 81 and the second leaf piece 82 facing each other.

  As shown in FIG. 17, the first leaf piece 81 is covered with the pseudo adhesive film G over the entire surface up to the E portion, but the opposing second leaf piece 82 is simulated only up to the middle of the cutout portion K of the first leaf piece 81. The adhesive film sheet G is not covered. That is, since the non-adhesive region (this part can be easily peeled because the pseudo-adhesive film sheets G are not opposed to each other and are not bonded) is formed along the left side edge of the first leaf piece 81. Similarly to the embodiment, each pseudo-adhesive film sheet G of the leaf pieces facing each other at the portions indicated by E and F in the figure can be directly picked by a finger, and can be easily peeled from there.

[Example 5: Method 3 for producing a tri-fold postcard using a long sheet]
As shown in FIG. 18, in the long sheet S5 for tri-fold postcards of the present embodiment, the width of each leaf piece is in the relationship of first leaf piece 91 = second leaf piece 92 <third leaf piece 93. A tri-fold postcard as shown in FIG. 20 is thus completed. The difference between the present embodiment and other embodiments is that the first leaf piece 91 and the second leaf piece 92 are bonded so as not to be peeled off. The completed tri-fold postcard H5 due to such a configuration finally becomes a bi-fold postcard.

  Note that because of the above-described configuration, the pseudo-adhesive film sheet G waiting in the downward direction indicated by the broken line in FIG. Further, instead of the double-sided adhesive film sheet F, a heat-sensitive adhesive layer that reacts to heat, a pressure-sensitive adhesive layer that reacts to high pressure, or a moisture-sensitive adhesive that reacts to liquid is previously applied to the complete adhesion planned surface of the long sheet S5. An agent layer or the like may be formed.

[Example 6: Manufacturing method of tri-fold postcard using each leaf-like sheet]
As shown in FIG. 21, in the three-fold postcard sheet S6 for the tri-fold postcard in this embodiment, three unit sheets t6 of the above-described tri-fold postcard are printed in the vertical direction with the edges and fold lines aligned. ing. By stacking and feeding out this sheet in the lower left of FIG. 8, the three-fold postcards (H2, H3, H4) of the above-described variations can be manufactured as in the second embodiment. The flow of the basic manufacturing method is the same as that of the second embodiment, and not only above the pair of heat rollers 53a and 53b but also as shown by the dotted line in FIG. However, the point which coat | covers the pseudo | simulation adhesive film sheet G or the double-sided adhesive film sheet J on both surfaces of every leaf-like sheet | seat S6 differs.

[Example 7: Method for producing a folded postcard using a leaf-shaped sheet]
In the second and sixth embodiments, each process is manufactured by a continuous system, but a manufacturing method in which each process is processed by each processing machine is also possible. For example, each leaf sheet is coated one by one with a laminating machine, then finished into a single postcard paper by a cutting machine or a Thomson processing machine, then folded by a folding machine, and finally passed through a crimping machine to be integrated in a peelable manner. . That is, each processing is performed by each dedicated processing machine.

The present invention is not limited to the above embodiment.
For example, there is no particular limitation on the shape of the knobs E and F. In short, it is only necessary to form a step between the open edges of both leaf pieces facing each other when folded, and to form a knob that is protected by being covered with a pseudo-adhesive film. Alternatively, a mixed shape may be used.

  In this embodiment, the notch K is provided on one leaf piece of the opposing leaf pieces to form the knobs E and F. For example, as shown in FIG. The knobs E and F may be formed by forming the notch K.

  Further, as shown in FIG. 5B, unlike the notch K, it is possible to form the knobs E and F that actively protrude from the leaf pieces. That is, for the formation of the knobs E and F, in addition to providing the notch K, a means for forming a protruding knob (or a mixture of both) may be employed.

As for the form of the postcard, it can be applied to a postcard or a sealed letter having three or more folds.
Further, regarding the pseudo-adhesive medium, any type can be used as long as it has a pseudo-adhesive film that can sufficiently withstand water wetting.
Further, in this embodiment, a postcard is described as an example, but it goes without saying that it can be used in any information communication body such as a round-trip postcard, a sealed letter, a DM, and a business card.

H1 Folded postcards H2, H3, H4 Trifolded postcards S1, S3, S4, S5 Long sheet S2, S6 Foliated sheet G Pseudo-adhesive film sheet J Double-sided adhesive film sheet E, F Knob part K Notch part P Cut Part R1, R2 Cutting part t1, t2, t3, t4, t5, t6 Unit sheets 1, 2, 41, 42, 71, 72, 73, 81, 82, 83, 91, 92, 93, 101, 102, 103 Leaf piece 3, 43, 74, 75, 84, 85, 94, 95, 104, 105 Folding line 31 Base material 32 Pseudo adhesive layer 33 Heat sensitive adhesive layer 11, 18, 59 Support roller 12, 19 Pin tractor 13a, 13b, 24a, 24b, 53a, 53b Heat rollers 14a, 14b, 54a, 54b Punching devices 16a, 16b, 52a, 52b, 57a, 57b, 60 , 60b Nip rollers 17, 58 Folding devices 15a, 15b, 20a, 20b, 55a, 55b Slitter 21a Die-cut roller 21b Backup roller 61 Sensor 62a Cutting blade 62b Fixed blades 22a, 22b, 63a, 63b Transport rollers 23a, 23b, 64a, 64b Heater panel 65a, 65b Pressure roller 25, 66 Stacker

Claims (12)

  Manufacture of an information communication body having a knob portion in which a plurality of leaf pieces are folded or cut and integrated so as to be peelable and the leaf pieces facing each other on the opening side edge do not coincide with each other and the pseudo adhesive films do not overlap each other A method in which a unit sheet in which a plurality of leaf pieces are connected in a horizontal direction via folding lines sequentially feeds out a long sheet connected in a vertical direction via a cut line, A pseudo-adhesive film forming step for forming a pseudo-adhesive film on at least one pseudo-adhesive planned surface of the sheet, a punching process for forming a knob at a corner portion of an arbitrary leaf piece of the long sheet on which the pseudo-adhesive film is formed, Folding process to fold the long sheet that formed the knob, cutting process to cut the marginal part of the folded long sheet, the marginal part was cut Cutting step, cutting has been integrated process and a manufacturing method of a strong telecommunications bodies wetting was characterized in that it consists of a unit sheet peelably integrated to cut the continuous sheet for each unit sheet.   Manufacture of an information communication body having a knob portion in which a plurality of leaf pieces are folded or cut and integrated so as to be peelable and the leaf pieces facing each other on the opening side edge do not coincide with each other and the pseudo adhesive films do not overlap each other A method in which a unit sheet in which a plurality of leaf pieces are connected in a horizontal direction via folding lines sequentially feeds out a long sheet connected in a vertical direction via a cut line, A pseudo-adhesive film forming step for forming a pseudo-adhesive film on at least one pseudo-adhesive planned surface of the sheet, a punching process for forming a knob at a corner portion of an arbitrary leaf piece of the long sheet on which the pseudo-adhesive film is formed, A first cutting step of cutting one marginal portion of the long sheet formed with the knob, and a folding work for folding the long sheet cut one marginal portion. Second cutting process for cutting the remaining marginal part of the folded long sheet, cutting process for cutting the long sheet from which the marginal part has been cut for each unit sheet, and cutting the cut unit sheet A method of manufacturing an information communication body that is resistant to water wetting, characterized in that it comprises an integration step of integrating the two into a water.   Manufacture of an information communication body having a knob portion in which a plurality of leaf pieces are folded or cut and integrated so as to be peelable and the leaf pieces facing each other on the opening side edge do not coincide with each other and the pseudo adhesive films do not overlap each other A method of feeding out a plurality of leaf pieces, in which unit sheets in which a plurality of leaf pieces are connected in a lateral direction via a folding line are printed at regular intervals or abutting each other and sequentially feeding them, at least one part of the fed leaf sheets Pseudo-adhesive film forming process for forming a pseudo-adhesive film on the planned pseudo-adhesive surface, punching process for forming a pick part at the corner portion of an arbitrary leaf piece of each leaf-like sheet in which the pseudo-adhesive film is formed and continuous Cutting process for cutting off the cut-off part in the flow direction of each leaf-shaped sheet formed, folding in the flow direction of the leaf-like sheet cut off the cut-off part Folding means forming step for forming a step, folding step for continuously folding a leaf-like sheet in a continuous state in which a knob portion is formed at a corner portion to cut off a cut-off portion in the flow direction and a folding means is formed, a folded leaf-like shape A method for manufacturing an information communication body that is resistant to water wetting, comprising: a cutting step for cutting a sheet for each unit sheet; and an integration step for releasably integrating unit sheets cut for each unit sheet.   4. The method for manufacturing an information communication body resistant to water wetting according to claim 3, wherein the order of the punching process, the cutting process and the folding means forming process is switched or performed simultaneously.   Manufacture of an information communication body having a knob portion in which a plurality of leaf pieces are folded or cut and integrated so as to be peelable and the leaf pieces facing each other on the opening side edge do not coincide with each other and the pseudo adhesive films do not overlap each other In this method, each leaf-like sheet on which a unit sheet in which a plurality of leaf pieces are connected in a lateral direction via a fold line is printed is sequentially fed and simulated on at least one pseudo-adhesive planned surface of each fed-out sheet. Pseudo-adhesive film forming process for forming an adhesive film, cutting process for cutting each leaf-like sheet on which the pseudo-adhesive film is formed into a unit sheet, folding process for folding the cut unit sheet, and folding unit sheet can be peeled off A method for manufacturing an information communication body comprising an integration process integrated with each other, wherein each process is performed independently or any process is performed independently Method for producing a strong telecommunications bodies wetting was characterized by performed.   5. The method for producing an information communication body resistant to water wetting according to claim 1, further comprising a complete adhesive layer forming step of forming a complete adhesive layer on an arbitrary facing surface.   6. The information communication body resistant to water wetting according to claim 1, wherein the pseudo-adhesive film is made of a pseudo-adhesive film sheet corresponding to a dry laminate method in which a pseudo-adhesive layer is formed on one surface of a substrate. Production method.   The pseudo-adhesive film comprises a pseudo-adhesive film sheet corresponding to a thermal laminating system in which a pseudo-adhesive layer is formed on one surface of a substrate and a heat-sensitive adhesive layer is formed on the other surface. The manufacturing method of the information communication body strong in water-wetting of 1 thru | or 5.   The pseudo-adhesive film is composed of a pseudo-adhesive film sheet comprising at least three layers in which a heat-sensitive adhesive layer is formed on at least one outer side of a two-layer laminated film sheet in which a resin is laminated on one side of a substrate so as to be peelable. The manufacturing method of the information communication body strong in water-wetting of Claim 1 thru | or 5 characterized by the above-mentioned.   6. The method of manufacturing an information communication body resistant to water wetting according to claim 1, wherein the pseudo adhesive film is made of a pseudo-adhesive UV curable varnish.   6. The method for producing an information communication body resistant to water wetting according to claim 1, wherein the pseudo adhesive film is made of a pseudo adhesive emulsion type paste.   6. The method of manufacturing an information communication body resistant to water wetting according to claim 1, wherein the pseudo adhesive film is made of a pressure-sensitive adhesive that exhibits pseudo adhesiveness under high pressure.

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