JP2009274436A - Tear-off information communication medium and its manufacturing method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an information communication body that can be easily torn and disposed in the disposal even when an inexpensive and strong film material is used as a base material as a film constituting a pseudo-adhesive laminate.
By folding and / or stacking an information communication sheet S1 composed of a plurality of leaf pieces 1, 2 connected in a lateral direction via a fold line and / or a cut line 3 from the fold line and / or the cut line 3. At least one side of the information communication body J1 in the information communication body J1 that is formed so as to be peelable and integrated through a transparent pseudo-adhesive laminate in which the resin layers are removably bonded to each other between the generated opposing leaf pieces. The end surfaces of H1 and H2 exhibit a concavo-convex state including a large number of cuts formed by breaking from the breaking perforation including the leaf pieces and the pseudo-adhesive laminate.
[Selection] Figure 3

Description

  The present invention relates to an information communication body that can be used for direct mail, postcards, reciprocal postcards, sealed letters, and the like, and a manufacturing method thereof. More specifically, in the present invention, although the appearance is normal direct mail, postcards, reciprocating postcards, sealed letters, etc., the leaf pieces that are folded or separated and stacked in multiple layers are detachably stacked. The present invention relates to an information communication body capable of concealing a large amount of information inside and a manufacturing method thereof.

  2. Description of the Related Art In recent years, information communication bodies in which a plurality of leaf pieces on which information is described are folded or separated and can be mailed by being superimposed are widely used as postal items such as postcards. As such an information communication body, for example, in Japanese Patent Application Laid-Open No. 6-219083, it is possible to continuously and automatically produce a postcard equipped with a synthetic resin film. A postcard that can easily be used is disclosed.

  In the above-mentioned postcard and its manufacturing method in the prior art, a tearable synthetic resin film is detachably bonded to one leaf piece between opposed leaf pieces of the folded paper constituting the paper postcard body. And the other leaf piece is interposed so as not to be peeled off.

  The use of a tearable synthetic resin film in the prior art makes it possible to tear down a postcard that describes privacy-related contents (address, name, various amounts, personally assigned numbers, etc.) As such a film material, “Pyrene Film-ET” (“Pyrene”: registered trademark of Mitsubishi Rayon Co., Ltd.) manufactured by Toyobo Co., Ltd., which is a biaxially stretched polypropylene film that can be torn in one direction. Is specifically described.

JP-A-6-219083

  However, in the prior art using the special film as described above, the cost of the product is increased due to the high price of the film, and the postcard is used because the film can be easily broken. Problems such as the film may be accidentally torn during the manufacturing operation, or the broken film may be wound around rollers or the like to interrupt the work, resulting in a very poor product yield. was there.

  The problem to be solved by the present invention is that, as a film constituting a pseudo-adhesive laminate to be interposed between opposed leaf pieces of paper constituting an information communication body, it is expensive as in the past, and tears during postcard manufacturing operations. It is not necessary to use a special film that is likely to cause trouble to work, and a normal film material that is inexpensive, strong, and does not easily tear, for example, a film material based on a normal PET film or the like is used. However, it can be easily torn at the time of disposal, and it does not cause tearing of the film during the postcard manufacturing process, has excellent workability, and can be torn without causing any trouble. And a manufacturing method thereof.

A tearable information communication body according to a first aspect of the present invention for solving the above-described problem is a folding line of an information communication body paper composed of a plurality of leaf pieces connected laterally via a folding line and / or a cutting line. And / or information communication in which any opposing leaf pieces generated by folding and / or stacking from a tear line are integrated so as to be peelable through a transparent pseudo-adhesive laminate in which the resin layers are peelably bonded to each other. In the body,
An uneven state in which the end faces of at least one side of the left and right sides and the top and bottom sides of the information communication body paper include a number of cuts formed by breaking from the breaking perforations in the sides, including leaf pieces and pseudo-adhesive laminates. It is characterized by presenting.

  As described in claim 2, the pseudo-adhesive laminate may be a sheet (hereinafter, referred to as a first pseudo-adhesive sheet) in which resin layers are preliminarily bonded to each other. As described in 3, the sheet has a pseudo-adhesive resin layer on the surface and is formed by releasable adhesion between sheets (hereinafter referred to as a second pseudo-adhesive sheet) laminated on each facing surface of the facing leaf piece. It may be.

  In the tearable information communication body, the perforation for breaking is preferably a micro perforation as described in claim 4, and the micro perforation in that case is as described in claim 5. Furthermore, it is preferable to have a ratio of a cut length of 0.2 mm to 0.85 mm and an uncut length of 0.1 mm to 0.25 mm.

The method for producing a tearable information communication body according to claim 1 or 2 is implemented using, for example, a long information communication body paper and a first pseudo-adhesive sheet. , While continuously supplying a long information communication body sheet in which unit sheets composed of a plurality of leaf pieces connected in the horizontal direction via fold lines and / or cut lines are connected in the vertical direction, Alternatively, a first pseudo-adhesive sheet in which resin layers are preliminarily bonded to each other between any opposing leaf pieces after the step of continuously folding and / or cutting from a tear line and the folding and / or cutting step. Are inserted continuously on both outer sides through a heat-sensitive adhesive layer, after the inserting step, a step of cutting at each side on the left and right sides of each unit sheet, and a cutting at each side on the left and right sides After the process, cut on each side on the top and bottom of each unit paper And pressing or heating / pressurizing each opposing surface between the opposing leaf pieces after the inserting step and the cutting step at each side on the top or side or after the cutting step at each side on the top and bottom sides. The first pseudo-adhesive sheet is bonded with the heat-sensitive adhesive layers on both outer sides thereof, and the opposing leaf pieces are integrally peelable through the pseudo-adhesive laminate composed of the first pseudo-adhesive sheet. In an information communication body manufacturing method,
At least one side of the unit paper in the long information communication body paper that has undergone the insertion step is subjected to perforation processing for breakage by combining the leaf pieces and the first pseudo adhesive sheet on the left and right sides, and the breakage sewing machine at the side. Cutting is performed by breaking from the eyes, whereby the end face of the side cut by the breaking is formed in an uneven state including a number of cuts.

  In addition, in the long information communication body paper that has undergone the insertion process, the perforation for breaking and the cutting by breaking from the breaking perforation of the two sides on the left and right sides of the unit paper and the two sides on the top and bottom sides are provided. The non-performed side may be cut by a normal cutting means in a normal cutting process. Moreover, although the adhesion process by the pressurization or heating / pressurization is usually performed after the cutting process at each side on the top and bottom sides, if necessary, the insertion process and each side on the top and bottom side are performed. It can be done at an appropriate time during the cutting process.

The method of manufacturing a tearable information communication body according to claim 1 or 3 is performed using, for example, a sheet-like information communication body paper and a second pseudo adhesive sheet, and as described in claim 7, Arbitrary continuous connection of at least one side of each unit sheet in a sheet-like information communication sheet in which one or a plurality of unit sheets composed of a plurality of leaf pieces connected in the lateral direction via a fold line and / or a cut line are arranged. A step of laminating a second pseudo-adhesive sheet having a pseudo-adhesive resin layer on the surface of the two-leaf piece pseudo-adhesion surface, and a step of cutting at each side on the left and right sides and top and bottom sides of each unit sheet after the laminating step And after the cutting step at each side, the step of folding and / or cutting from the fold line and / or the cut line with the laminate surface inside, and between the opposing leaf pieces after the folding and / or cutting step It consists of a process of adhering in a peelable manner by pressing or heating / pressurizing through both second pseudo-adhesive sheets laminated to each opposing surface, and the opposing leaf pieces were laminated to each opposing surface by those processes. In the manufacturing method of the information communication body that is integrated in a peelable manner through the pseudo-adhesive laminate formed by the peelable adhesion between the second pseudo-adhesive sheets,
In the sheet-like information communication body paper that has undergone the laminating process, a break perforation is applied to at least one side of the unit paper on the left and right sides and the top and bottom sides of the unit paper, and a break perforation is applied on the sides. It is characterized in that it is cut by breakage from the edge, whereby the end face of the side cut by the breakage is formed in an uneven state including a number of cuts.

  In addition, it is not used for cutting by breakage perforation processing and breakage from the breakage perforation among the two sides on the left and right sides of the unit paper in the sheet-like information communication body paper that has undergone the laminating step and the top and bottom sides. The sides may be cut by a normal cutting means in a normal cutting process.

  In the method for manufacturing a tearable information communication body according to claim 7, as described in claim 8, the breaking perforation may be performed by a punching die provided with a breaking sewing blade.

Another aspect of the method for producing a tearable information communication body according to claim 1 or 3 is carried out using a long information communication body paper and a second pseudo-adhesive sheet, as in claim 9. In addition, while continuously supplying a long information communication body sheet in which unit sheets composed of a plurality of leaf pieces connected in the horizontal direction via fold lines and / or cut lines are connected in the vertical direction, A step of continuously laminating a second pseudo-adhesive sheet having a pseudo-adhesive resin layer on the surface thereof on the pseudo-adhesive planned surface of the two-leaf pieces of at least one side of each unit paper in the state information communication body paper, Later, the process of folding from the fold line and / or the cut line with the laminate surface inside, the process of cutting at each side on the left and right sides of each unit sheet before and / or after the folding process, and after the folding process And the left and right sides After the cutting process at each side, cutting between each side on the top and bottom sides of each unit sheet, and between the folding process and the cutting process at each side on the top and bottom sides, or cutting at each side on the top and bottom sides After the process, the opposing leaf pieces are bonded to each other in a peelable manner by pressurization or heating / pressurization through both second pseudo-adhesive sheets laminated on each opposing surface. In the method for manufacturing an information communication body, which is integrated in a peelable manner through a pseudo-adhesive laminate formed by peelable adhesion between the second pseudo-adhesive sheets laminated on each facing surface,
In the long information communication body paper that has undergone the laminating process, at least one side on the left and right sides of the unit paper is subjected to perforation for breaking by combining the leaf pieces and the second pseudo adhesive sheet before and / or after the folding process. Before and / or after the folding step, the side is cut by breakage from the breaking perforation, so that the end face of the side cut by the breakage is formed in an uneven state including a number of cuts. It is characterized by that.

Furthermore, another aspect of the method for producing a tearable information communication body according to claim 1 or 3 is carried out using the continuously fed sheet-shaped information communication body paper and the second pseudo adhesive sheet, One sheet-like information communication body sheet in which one or a plurality of unit sheets composed of a plurality of leaf pieces connected in the lateral direction via a folding line and / or a cut line are arranged as described in claim 10. A second pseudo-adhesive sheet having a pseudo-adhesive resin layer on the surface continuously on at least one of the two sheets connected to each other in the sheet-like information communication body paper. Laminating and thereby connecting the sheet-like information communication sheet in a long state, and after the laminating process, folding the folded surface from the folding line and / or the cut line with the laminating surface inside, and the folding Before and / or after the process, cutting on the left and right sides of each unit sheet, and after the folding process and after the cutting process on each side of the left and right sides, Between the step of cutting at each side, and between the folding step and the cutting step at each side on the top and bottom sides, or after the cutting step at each side on the top and bottom sides, the opposing leaf pieces were laminated to each opposing surface. It consists of a process of releasably bonding by pressing or heating / pressurizing through both second pseudo adhesive sheets, and between the opposing leaf pieces by these processes, between the second pseudo adhesive sheets laminated on each facing surface In the manufacturing method of the information communication body that is integrated in a peelable manner through the pseudo-adhesive laminate formed by the peelable adhesion,
For breakage, the leaf piece and the second pseudo-adhesive sheet are combined with at least one side on the left and right sides of the unit paper in the sheet-like information communication body paper connected in a long state through the laminating process before and / or after the folding process. A perforation process is performed, and before and / or after the folding step, the side is cut by breakage from the breaking perforation, and thereby the end surface of the side cut by the breakage has an uneven state including a number of cuts. It is characterized by being formed.

  In the manufacturing method of the tearable information communication body according to claim 9 or 10, for example, as described in claim 11, it is connected to a long information communication body paper or a long state that has undergone the laminating process. After the folding step, the leaf piece and the second pseudo adhesive sheet are combined on at least one side on the left and right sides of the unit sheet of the sheet-like information communication body sheet, and the perforation for breaking is performed on the side from the breaking perforation. You may comprise so that it cuts by the fracture | rupture of.

  Moreover, in the manufacturing method of the tearable information communication body according to claim 9 or 10, for example, as described in claim 12, a long information communication body paper or a long state that has undergone the laminating process Before the folding step, the sheet piece and the second pseudo-adhesive sheet are combined with each other on at least one side on the left and right sides of the unit paper in the sheet-like information communication body paper connected to the front side before the folding step. And / or after that, it may be configured to cut by breakage from the perforation for breaking at the side.

  Moreover, in the manufacturing method of the tearable information communication body according to claim 9, 10 or 12, as described in claim 13, the long information communication body paper or the long state subjected to the laminating step Before the folding step, the sheet piece and the second pseudo-adhesive sheet are subjected to perforation processing on the two sides on the left and right sides of the unit paper in the sheet-like information communication body paper connected to the front, and before the folding step It may be configured to cut by breaking from the breaking perforation at one of the two sides on the left and right sides and to cut by breaking from the breaking perforation at the other side after the folding step. . In addition, when the perforation for breakage is applied to the two sides on the left and right sides of the unit sheet before the folding step as described above, the breakage from the break perforation at the two sides instead of the above configuration It is also possible to deform so that the cutting by is performed at a time on either side before or after the folding step.

  Furthermore, in the manufacturing method of the tearable information communication body according to claim 9 or 10, as described in claim 14, the information communication body is connected to the long information communication body paper or the long state after the laminating process. The sheet piece and the second pseudo-adhesive sheet are combined with one of two sides on the left and right sides of the unit sheet of the sheet-like information communication body sheet before the folding step, and a perforation for breaking is performed on the side. Cut by breaking from the breaking perforation, and after the folding process on the other side, the leaf piece and the second pseudo-adhesive sheet are combined and subjected to the breaking perforation, and at the side by breaking from the breaking perforation It can also be configured to cut. In addition, when the perforation for breaking is applied to only one side on the left and right sides of the unit sheet before the folding step as described above, the break from the breaking perforation at the side is performed instead of the above configuration. It is also possible to deform so that the cutting by is performed after the folding step.

  In the manufacturing method of the tearable information communication body according to any one of claims 9 to 14, as described in claim 15, the long information communication body paper or the long state that has undergone the folding process. At least one side of the unit paper in the sheet-like information communication body paper connected to the paper sheet after the cutting process at each of the left and right sides and before the adhering process by the pressurization or heating / pressurization or Later, the leaf piece and the second pseudo-adhesive sheet are combined and subjected to perforation for breakage, and the edge is cut by breakage from the breakage perforation, whereby the end face of the side cut by the breakage has a number of cuts. It may be formed in a concavo-convex state including.

  It should be noted that the perforation for breaking among the two sides on the left and right sides and the two sides on the top and bottom sides of the unit paper in the long information communication paper or the sheet information communication paper connected in a long state after the laminating process. The sides that are not subjected to processing and cutting by breakage from the breaking perforation may be cut by a normal cutting means in a normal cutting step. Moreover, although the adhesion process by the pressurization or heating / pressurization is usually performed after the cutting process at each side on the top and bottom sides, if necessary, the folding process and the top and bottom sides at each side are performed. It can be done at an appropriate time during the cutting process.

  In the manufacturing method of the tearable information communication body according to any one of claims 9 to 15, as described in claim 16, a folding perforation process is performed between the laminating step and the folding step. A process may be interposed.

  In the method for producing a tearable information communication body according to any one of claims 6 to 16, the perforation for break is preferably a micro perforation as described in claim 17, and in that case As described in claim 18, the micro perforation preferably has a ratio of a cut length of 0.2 mm to 0.85 mm and an uncut length of 0.1 mm to 0.25 mm.

  As the first pseudo-adhesive sheet used in the present invention, for example, as shown in FIG. 2, a resin layer composed of relatively stable and stable polyethylene terephthalate, polypropylene, polycarbonate, acetate, etc. is used as the support 10, and one of them. A thermoplastic resin layer 11 (which may be a thermosetting resin layer) made of polyethylene, EVA, EEA, EAA, ionomer, etc. having a softening and melting temperature lower than that is formed to be peelable, and both outer sides thereof A laminated sheet having a four-layer structure in which the heat-sensitive adhesive layer 12 is formed can be suitably used. However, there is no special restriction on the layer structure of the first pseudo adhesive sheet, the material of each layer, etc., and it is not necessary to select a material that can be intentionally torn as shown in Patent Document 1, which is extremely inexpensive. It is also possible to select from various materials.

  Further, as the second pseudo-adhesive sheet used in the present invention, for example, as shown in FIG. 12, a resin layer made of a relatively firm and stable polyethylene terephthalate, polypropylene or the like is used as a support 130, and one surface thereof. It is possible to suitably use a laminated sheet in which the heat-sensitive adhesive layer 131 is formed on the surface and the surface treatment layer 132 which is a pseudo-adhesive resin layer is formed on the other surface, but it is not limited to the one having the above-described configuration. . The second pseudo adhesive sheet may be made transparent by heating during lamination.

  In the present invention, the breaking perforation processing means is, for example, a breaking perforation blade, preferably in a method for producing a tearable information communication body by a sheet system such as offset printing using a sheet-like information communication body paper. Can be suitably used a punching die having a micro-sewing blade, in particular, a corrosive cutting die such as a Thomson blade die or Pinnacle die ("Pinacle": registered trademark of Tsukaya Cutlery Co., Ltd.), etc. In the manufacturing method of the tearable information communication body by the business form system using the information communication body paper or the sheet-like information communication body paper connected in a long state, for example, a commonly used horizontal blade having a thickness of less than 1 mm, A round blade or the like provided with a breaking sewing blade, preferably a micro sewing blade, can be suitably used.

  There is no restriction on the ratio of cut and uncut at the micro perforation, and the important point is that the leaf piece is the required side of the unit paper in the long information communication body paper or the sheet information communication body paper in the manufacturing process of the information communication body. And the first pseudo-adhesive sheet or the second pseudo-adhesive sheet can be broken and separated, and at the time of disposal of the obtained information communication body, a number of cuts at the side cut by the break from the breaking perforation Any perforation that allows the leaf piece and the first pseudo-adhesive sheet or the second pseudo-adhesive sheet to be combined and torn from the end face exhibiting the concavo-convex state. As such a perforation, according to experiments by the present inventors, a micro perforation having a ratio of a cut length of 0.2 mm to 0.85 mm and an uncut length of 0.1 mm to 0.25 mm is preferable. Among the ratios of such combinations, for example, cut length 0.5 mm: uncut length 0.15 mm, cut length 0.25 mm: uncut length 0.15 mm, or cut length A ratio such as 0.35 mm: uncut length of 0.1 mm may be suitably employed.

  The break perforation in the present invention is not limited to the above-mentioned micro perforation, but has a ratio of, for example, a cut length of 3 mm: an uncut length of 1 mm or a cut length of 2 mm: an uncut length of 0.5 mm. It is also possible to use a cut perforation or a folding perforation.

  The shape of the breaking perforation is not limited, and the cut portion may be formed by, for example, a normal straight or curved slit, and the cut portion may be a circular or other fine hole. May be formed continuously and perforated.

  That is, the ratio of cut to uncut in the breaking perforation, the shape and forming means of the breaking perforation, the amount and type of paper used for the information communication body, the first pseudo-adhesive sheet, the second pseudo-adhesive What is necessary is just to select arbitrarily according to the thickness, hardness, etc. of a sheet | seat.

  As described above, according to the invention of the tearable information communication body according to claims 1 to 5, as a constituent material of the pseudo-adhesive laminate that is interposed between the opposing leaf pieces of the paper constituting the information communication body, Without using a special film that is expensive and inherently easily tearable, such as the first pseudo-adhesive sheet or the first pseudo-adhesive sheet containing a normal film material that is inexpensive, firm, and does not easily tear Even when two pseudo-adhesive sheets are used, when the information communication body is discarded, the fracture surface can be broken by tearing from the end face that has a concavo-convex state including a number of cuts on the side cut by the break from the breaking perforation. As a result of the fine breaks in the cracks, the cracks expand continuously and can be broken very easily. Further, according to the present invention, as a constituent material of the pseudo-adhesive laminate, not a special film that is expensive and easy to tear as described above, but an ordinary film material that is inexpensive, strong, and does not easily tear Can be used as a base material, so that the product cost can be significantly reduced.

  Further, according to the invention of the method for manufacturing a tearable information communication body according to claims 6 to 18, as a constituent material of the pseudo-adhesive laminate to be interposed between the opposing leaf pieces of the paper, it is originally expensive and originally Even if you use the first pseudo-adhesive sheet or the second pseudo-adhesive sheet, which is not a special film that can be easily torn, cheap and strong, and contains a normal film material that does not easily tear, An information communication body that can be very easily broken at the time of disposal can be manufactured. In addition, according to the present invention, as a constituent material of the pseudo-adhesive laminate, not a special film that is expensive and easy to tear as described above, but a normal film material that is inexpensive, firm, and does not easily tear. Since it is possible to use the first pseudo-adhesive sheet and the second pseudo-adhesive sheet included in the base material, the film may be accidentally torn during the manufacturing operation, or the film that has been torn is a roller Troubles such as wrapping around products are avoided, and production efficiency and product yield are improved.

  As in the invention of the tearable information communication body manufacturing method according to claim 16, when a folding perforation process is interposed between the laminating process and the folding process, Before the laminating process, a long perforated information communication sheet or a sheet-shaped information communication body sheet that has been continuously laminated is subjected to perforation for folding by combining the leaf pieces and the second pseudo adhesive sheet. Compared with the case where the perforation for folding is applied only to the leaf pieces in advance, folding in the folding process is performed more effectively and accurately.

  Note that, as in the invention of the method for manufacturing a tearable information communication body according to claims 17 to 18, the perforation for break is a micro perforation, particularly a cut length of 0.2 mm to 0.85 mm, an uncut length In the case of a micro perforation having a ratio of 0.1 mm to 0.25 mm, the end surface exhibiting a concavo-convex state including a large number of cuts on the side cut by the break from the breaking perforation is innumerable as such While including the cut, it is difficult to tear during the manufacturing operation of the information communication body, and the appearance and the touch are very close to a cutting surface by a normal cutting blade.

FIGS. 1A and 1B are a front view and a back view, respectively, of a two-fold postcard paper. FIG. 2 is a cross-sectional view emphasizing the thickness of the sandwiched first pseudo adhesive sheet. FIGS. 3A and 3B are a plan view and a cross-sectional view emphasizing the thickness at line II of the tearable two-fold postcard using the first pseudo-adhesive sheet shown in FIG. 4A and 4B are a front view and a back view, respectively, of the tri-fold postcard paper. FIG. 5 is a plan view of each of the three-fold postcards that can be torn using the first pseudo-adhesive sheet of the sandwiching type, and a cross-sectional view that emphasizes the thickness at line II-II. FIGS. 6A and 6B are a front view and a back view, respectively, of a long bi-fold postcard sheet used in the business form system. FIG. 7 is a schematic diagram showing a method for producing a tearable two-fold postcard using the long two-fold postcard paper shown in FIG. 6 and the sandwiched first pseudo adhesive sheet shown in FIG. 8A and 8B are a front view and a back view, respectively, of a long tri-fold postcard sheet used in the business form system. FIG. 9 is a schematic diagram showing a tearable tri-fold postcard manufacturing method using the elongate tri-fold postcard sheet shown in FIG. 8 and the sandwiched first pseudo adhesive sheet shown in FIG. FIGS. 10A and 10B are a front view and a back view, respectively, of a sheet-like bi-folded postcard sheet on which a plurality of two-folded postcard sheets corresponding to a sheet-fed system such as offset printing are applied. FIG. 11 is a surface view showing a state in which a second pseudo-adhesive sheet for lamination is laminated on the pseudo-adhesive planned surface of the sheet-like two-fold postcard paper shown in FIG. FIG. 12 is a cross-sectional view highlighting the thickness of the second pseudo adhesive sheet for laminating. FIGS. 13A and 13B are a front view and a back view, respectively, of the two-fold postcard sheet cut into the laminated sheet-like two-fold postcard sheet shown in FIG. FIG. 14 is a cross-sectional view emphasizing the thickness of a tearable two-fold postcard completed using the laminated two-fold postcard paper shown in FIG. FIG. 15 is a schematic view of a sealer machine used in the method for manufacturing a tearable information communication body using the folded paper sheet shown in FIG. 10 and the second pseudo adhesive sheet for lamination shown in FIG. FIG. 16 is a front view of a sheet-like tri-fold postcard sheet on which a plurality of tri-fold postcard sheets are impositioned. FIGS. 17A, 17B, and 17C show the sheet-like tri-fold postcard sheet shown in FIG. 16 or the sheet-like tri-fold postcard sheet in which the folding mode and the pseudo-adhesion planned surface are changed, and the second sheet shown in FIG. It is sectional drawing which emphasized the thickness which shows the postcard which can manufacture using a pseudo-adhesion sheet | seat, and the form in which another leaf piece, such as a reply postcard, was connected to each Z-fold form, a winding fold form, and a two-fold postcard. 18 (A) and 18 (B) are respective front views showing a state in which the second pseudo adhesive sheet shown in FIG. 12 is laminated on the pseudo adhesion planned surfaces on the front and back surfaces of the long tri-fold postcard paper shown in FIG. FIG. FIG. 19 is a schematic view of a tearable information communication body manufacturing method using the long tri-fold postcard sheet shown in FIG. 8 and the second pseudo-adhesive sheet for lamination shown in FIG. FIGS. 20A and 20B are thicknesses of the folded tri-fold postcard paper before and after folding, respectively, in the method of manufacturing the tearable information communication body shown in FIG. It is sectional drawing which emphasized. 21 (A) and 21 (B) emphasize each of the plan view of the tearable information communication body finished by the tearable information communication body manufacturing method shown in FIG. FIG. 22 (A) and 22 (B) show the tearable information communication body finished by the tearable information communication body manufacturing method shown in FIG. Each side is also a plan view of the material cut by breakage from the micro perforation, and a cross-sectional view emphasizing the thickness at the IV-IV line. 23 (A) and 23 (B) show the tearable information communication body finished by the tearable information communication body manufacturing method shown in FIG. Each side is also a plan view of what was cut by breakage from the micro perforation, and a cross-sectional view emphasizing the thickness at the VV line. FIGS. 24A and 24B show the tearable information communication body finished by the tearable information communication body manufacturing method shown in FIG. FIG. 23 is a plan view of a portion different from the one shown in FIG. 22 in which the side is also cut by breakage from the micro perforation and a cross-sectional view emphasizing the thickness at the VI-VI line. FIG. 25 is a schematic view showing a case where a folding perforation process is interposed between the laminating process and the folding process in the method for manufacturing a tearable information communication body shown in FIG. FIG. 26 shows a method of manufacturing a tearable information communication body shown in FIG. 19, in which a micro perforation is applied to one side on the left and right sides between the laminating step and the folding step, and a micro perforation is formed at the side. It is the schematic which shows the case where it changes so that it may fracture | rupture from. FIG. 27 shows a method of manufacturing a tearable information communication body shown in FIG. 19 in which micro perforation is applied to the left and right sides between the laminating step and the folding step, and the micro sewing machine is used on one side. FIG. 5 is a schematic view including a partial perspective view showing a case in which the micro perforation is changed so as to be broken from the micro perforation at the remaining one side on the left and right sides after the folding step. FIG. 28 shows a method of manufacturing a tearable information communication body shown in FIG. 19, in which a micro perforation is applied to one side on the left and right sides between the laminating step and the folding step, and a micro perforation is formed at the side. Including a partial perspective view showing a case in which the micro perforation is applied to the remaining one side on the left and right sides after the folding step and the micro perforation is changed to be broken at the side after the folding step. FIG. FIG. 29 is a schematic diagram of a method for manufacturing a tearable information communication body using continuously fed sheet-shaped tri-fold postcard paper and the second pseudo-adhesive sheet for lamination shown in FIG.

  In the present invention, the right and left sides and / or the top and bottom sides of the information communication sheet are cut by breaking from the breaking perforations, whereby the end surfaces of the sides are formed in an uneven state including a number of cuts. Hereinafter, the present invention will be specifically described based on examples with reference to the drawings.

[A tearable postcard using a long, double-folded postcard and a first pseudo-adhesive sheet]
FIG. 1 shows a basic two-fold postcard paper. In FIG. 1, the two-fold postcard paper S1 is composed of a first leaf piece 1 and a second leaf piece 2 connected in a lateral direction via a fold line 3. Has been. The folding line 3 is not necessarily displayed, and may be a folding perforation. On the surface of the first leaf piece 1, a postage stamp field 4, a zip code field 5, a recipient's address name 6 and the like are described, and on the surface of the second leaf piece 2, general information 7 is described. And the personal information 8 is described on each back surface of the first leaf piece 1 and the second leaf piece 2. The personal information 8 does not necessarily have to be secret information, and may be general information or may be a content in which personal information and general information requiring secret are mixed.

  For the two-folded postcard paper S1, the first pseudo adhesive sheet G1 shown in FIG. 2 is sandwiched between opposing leaf pieces formed by folding the back surfaces of the first leaf piece 1 and the second leaf piece 2 from the fold line 3. In addition, pressurization or pressurization / heating treatment is performed to finish the tearable foldable postcard J1 shown in FIG. As described above, the sandwiched first pseudo-adhesive sheet G1 is a thermoplastic resin layer having a relatively soft and stable resin layer as a support 10 and having a softening and melting temperature lower than that on one surface. 11 is formed so as to be peelable, and a heat-sensitive adhesive layer 12 is formed on both outer sides thereof.

  For the two-fold postcard J1 that can be torn and finished as described above, for example, the leaf piece and the first pseudo-adhesive sheet G1 are combined with the two sides H1 and H2 on the top and bottom sides for breakage with a micro-sewing blade. A perforated state in which the perforations are cut by breakage from the micro perforation at the side and the end faces of the two sides H1 and H2 on the top and bottom sides include a number of cuts as shown in FIG. Is formed.

  In the method of manufacturing the above-mentioned bi-fold postcard by the business form system, the long bi-fold postcard sheet S3 shown in FIG. 6 and the sandwiched first pseudo adhesive sheet G1 shown in FIG. 2 are used.

  A unit sheet t1 for bi-fold postcards in the long bi-fold postcard sheet S3 shown in FIG. 6 is formed by connecting a first leaf piece 31 and a second leaf piece 32 via a fold line 33, and they have a cutting line 42. Are continuously connected in the vertical direction. The cutting line 42 is not necessarily displayed, and may be a perforation or the like. On the surface of the first leaf piece 31, a postage stamp field 34, a zip code field 35, a recipient's address name 36 and the like are described by, for example, printing by a printer or the like, and general information 37 is described on the surface of the second leaf piece 32. Further, personal information 38 is described on each back surface of the first leaf piece 31 and the second leaf piece 32. In addition, a marginal portion 40 in which a plurality of marginal holes 39 for transferring a sheet by a pin tractor described later is provided outside the leaf pieces 31 and 32 via a cutting line 41. The cutting line 41 is not necessarily displayed, and may be a perforation or the like.

  The long bi-fold postcard sheet S3 is folded in a bellows shape from the cutting line 42, and is installed in the folding angle 50 of the folding device shown in the lower left end of FIG. Note that the long bi-fold postcard sheet S3 may be supplied from a roll around which the long folded paper sheet S3 is wound instead of being fed in the form of a bellows in block units.

  The long bi-fold postcard sheet S3 is pulled up from the folding angle 50 to the upper support roller 51 while being folded in two from the fold line 33, and then the traveling direction is changed in a substantially horizontal direction. The long half-folded postcard paper S3 that has passed through the support roller 51 is transported downstream while being pulled by the downstream pin tractor 54 while aligning the marginal hole 39 with the pin of the downstream pin tractor 52, On the way, the first pseudo adhesive sheet G1 continuously fed out from the roll waiting downward is continuously provided between the opposing leaf pieces generated by folding on the long bi-fold postcard sheet S3 via the turn plate 53 or the like. Inserted into.

  For the long half-folded postcard sheet S3 having the first pseudo adhesive sheet G1 sandwiched between the opposing leaf pieces, the unnecessary marginal portions 40 on both the left and right sides of the unit sheet t1 are first formed in the slitter device 55. Then, the leaf piece and the first pseudo adhesive sheet G1 are combined with the micro sewing machine by the die-cut roller device 56 equipped with the micro sewing machine M installed on the downstream side on the two sides on the top and bottom sides of the unit paper t1. When the surface is processed, the side is cut by breakage from the micro perforation, and the end surface of the cut side is formed in an uneven state including a number of cuts. The cut and separated unit paper t1 in a folded state is transported to the downstream sealer in a form in which the first pseudo adhesive sheet G1 is sandwiched between the opposing leaf pieces.

  The sealer section includes a plurality of transport rollers 57, a plurality of heater panels 58, and a pressure roller device 59, and the transport rollers 57 and the heater panels 58 are alternately arranged so as to face each other in the vertical direction. The unit paper t1 in the folded state that has been transferred to the sealer portion passes through the heater panels 58 that are vertically opposed to each other while being heated, and is disposed on both outer sides of the first pseudo adhesive sheet G1 that is sandwiched between the opposed leaf pieces. The heat-sensitive adhesive layer 12 is brought into a state of exhibiting adhesiveness by the heating and is pressed by a pressure roller device 59 installed at the discharge port, thereby bonding each facing surface between the facing leaf pieces and the first pseudo-adhesive sheet G1. A transparent pseudo-adhesive laminate composed of the first pseudo-adhesive sheet G1 is formed between the opposing leaf pieces. Then, the tearable two-fold postcard J1 finally finished in the state shown in FIG. 3 is sequentially stacked on the stacker 60 composed of the rear belt conveyor or the like. The sealer may be disposed between the turn plate 53 and the die cut roller device 56, that is, before or after the slitter device 55, or before the die cut roller device 56, as necessary.

  The recipient of the tearable foldable postcard J1 finished as described above peels and unfolds the opposing leaf pieces, which are bonded in a peelable manner, from the pseudo-adhesive portion of the first pseudo-adhesive sheet G1 in a plane. The personal information 38 can be viewed through each transparent film that is a constituent resin layer of the first pseudo adhesive sheet G1.

  Upon discarding the postcard, the recipient can remove the postcard after the separation and deployment, which has been difficult to tear by hand, as described above. Each leaf piece and the constituent resin layers of the first pseudo-adhesive sheet G1 can be easily torn together from any position on the end surface including the concavo-convex state, and thus can be disposed of with peace of mind.

[A tearable postcard using a long tri-fold postcard and a first pseudo-adhesive sheet]
FIG. 4 shows a basic tri-fold postcard paper. In FIG. 4, a tri-fold (Z-fold) postcard paper S2 includes a first leaf piece 21, a second leaf piece 22, and a third leaf piece 23 which are fold lines 24. 25 are connected in the horizontal direction. On the surface of the first leaf piece 21, a postage stamp column 26, a postal code column 27, a recipient's address name 28, etc. are written, and personal information 29 is written on each surface of the second leaf piece 22 and the third leaf piece 23, respectively. Has been. Personal information 29 is described on the back surfaces of the first leaf piece 21 and the second leaf piece 22, and general information 30 is described on the back surface of the third leaf piece 23.

  The tri-fold postcard paper S2 is formed by folding the first leaf piece 21 and the second leaf piece 22 from each other so that the back surfaces of the first and second leaf pieces 21 and 22 face each other. The first pseudo-adhesive sheet G1 shown in FIG. 2 is sandwiched between the opposing leaf pieces formed by folding from the fold line 25 and subjected to pressure or pressure / heating treatment, and a cross section Z shown in FIG. It is finished in the form of a tri-fold postcard J2 that can be cut in a letter shape.

  For the tearable tri-fold postcard J2 finished as described above, for example, the leaf piece and the first pseudo-adhesive sheet G1 are aligned with the two sides H3 and H4 on the top and bottom side for breakage by a micro-sewing blade during the manufacturing process. The perforation is performed and the side is cut by breakage from the micro perforation, whereby the end surfaces of the two sides H3 and H4 are formed in an uneven state including a number of cuts as shown in FIG. ing.

  In the method of manufacturing the tri-fold postcard as described above by the business form system, the long tri-fold postcard paper S4 shown in FIG. 8 and the sandwiched first pseudo adhesive sheet G1 shown in FIG. 2 are used.

  A unit sheet t2 for a tri-fold postcard in the long tri-fold (Z-fold) postcard sheet S4 shown in FIG. 8 includes a first leaf piece 71, a second leaf piece 72, and a third leaf piece 73 via folding lines 74 and 75. They are connected, and they are continuously connected in the vertical direction via a cutting line 84. On the surface of the first leaf piece 71, a postage stamp field 76, a zip code field 77, a recipient's address name 78, etc. are described by, for example, printing by a printer or the like. Personal information 79 is written, personal information 79 is written on the back of each of the first leaf piece 71 and the second leaf piece 72, and general information 80 is written on the back of the third leaf piece 73. Further, outside the first leaf piece 71 and the third leaf piece 73, a marginal portion 82 in which a plurality of marginal holes 81 for transferring paper with a pin tractor described later is provided through a cutting line 83. Yes.

  As shown in FIG. 9, the elongate tri-fold postcard sheet S4 is folded into a block unit in a bellows shape from the cutting line 84, and is installed at a folding angle 90 of the folding device shown below the left end in the drawing. In addition, the elongate tri-fold postcard sheet S4 may be supplied from a roll around which the elongate tri-fold postcard sheet S4 is wound instead of being supplied in a accordion shape in units of blocks.

  The elongate tri-fold postcard sheet S4 is pulled up from the folding angle 90 to the upper support roller 91 while being folded in three from the fold lines 74 and 75, and then the traveling direction is changed in a substantially horizontal direction. The elongate tri-fold postcard sheet S4 that has passed through the support roller 91 is transported downstream while being pulled by the downstream pin tractor 95 while aligning the marginal hole 81 with the downstream pin tractor 92. Each of the first pseudo adhesive sheets G1 continuously fed out from the rolls waiting at two places in the middle along the way is formed by folding on the long tri-fold postcard paper S4 via the turn plates 93 and 94, respectively. Each is inserted continuously between the opposing leaf pieces.

  It should be noted that any one of the rolls of the first pseudo-adhesive sheet G1 is not the first pseudo-adhesive sheet that releasably bonds the opposing leaf pieces as described above, but, for example, the opposing leaf pieces cannot be peeled off. It is also possible to replace with an adhesive sheet such as a double-sided adhesive sheet to be adhered. In this case, even if the paper to be used is a tri-fold postcard paper, the opposing leaf pieces on the side where the double-sided adhesive sheet is inserted are bonded so as not to be peeled off. Will be obtained.

  With respect to the long trifold postcard sheet S4 in which the first pseudo adhesive sheet G1 is sandwiched between the opposing leaf pieces, unnecessary marginal portions 82 on both sides on the left and right sides of the unit sheet t2 are first slitter device 96. Then, the leaf piece and the first pseudo-adhesive sheet G1 are combined with the microsewing machine by the die-cut roller device 97 equipped with the microsewing machine M installed on the downstream side on the two sides on the top and bottom sides of the unit paper t2. When the surface is processed, the side is cut by breakage from the micro perforation, and the end surface of the cut side is formed in an uneven state including a number of cuts. The unit paper t2 in the tri-fold state that has been cut and separated is transferred to the downstream sealer in a form in which the first pseudo adhesive sheet G1 is sandwiched between the opposing leaf pieces, and the two-fold postcard manufacturing method described above is used. As in the case, the transparent pseudo-adhesion made of the first pseudo-adhesive sheet G1 is provided between the opposing leaf pieces, as shown in FIG. 5, after passing through a sealer part made up of the conveying roller 98, the plurality of heater panels 99 and the pressure roller device 100. It is finished into a tearable tri-fold postcard J2 formed with a laminated body, and sequentially stacked on the stacker 101. Note that the sealer portion may be disposed between the turn plate 94 and the die cut roller device 97, that is, before or after the slitter device 96 or before the die cut roller device 97, if necessary.

  The recipient of the tearable tri-fold postcard J2 having a Z-shaped cross section finished as described above peels the opposing leaf pieces that are peelably bonded from the pseudo-adhesive portion of the first pseudo-adhesive sheet G1 to the plane. The personal information 79 inside can be viewed through each transparent film that is a constituent resin layer of the first pseudo adhesive sheet G1.

  Upon discarding the postcard, the recipient can remove the postcard after the separation and deployment, which has been difficult to tear by hand, as described above. Each leaf piece and the constituent resin layers of the first pseudo-adhesive sheet G1 can be easily torn together from any position on the end face that exhibits an uneven state.

  In the first embodiment, the sealer portion is not limited to the above-described configuration, and the heating / pressurizing process may be performed at once by other means such as a heat roller, and further heating with a fan heater, heater press, etc. There is no problem even if pressure and heat treatment are applied.

  Further, in the first embodiment, only one of the two sides on the top and bottom sides of the unit papers t1 and t2 is subjected to micro perforation, and the side is deformed so as to be cut by breakage from the micro perforation. Also good. Further, a micro-sewing machine M is also provided in the slitter devices 55 and 96, the leaf pieces and the first pseudo adhesive sheet G1 are combined, and breakage from the micro-perforation at one or two sides on the left and right sides of the unit papers t1 and t2. It is also possible to configure so as to cut by the above. When cutting by breakage from the micro perforation at one or two sides on the top and bottom sides of the unit papers t1 and t2 is not required, the side is subjected to normal cutting, for example, a normal die-cut roller device not equipped with the micro sewing machine M, You may use for cutting by a guillotine type cutting device.

[A tearable postcard using a sheet-like folded paper and a second pseudo-adhesive sheet]
In the method for manufacturing a bi-fold postcard as described above by a sheet-feed system such as offset printing, the sheet-like bi-fold postcard sheet S5 shown in FIG. 10 and the second pseudo adhesive sheet G2 for lamination shown in FIG. 12 are used. The

  As shown in FIG. 10, four unit sheets t3 for two-fold postcards are printed on the sheet-like two-fold postcard sheet S5 of the chrysanthemum quadrilateral size. The unit sheet t3 is formed by connecting a first leaf piece 111 and a second leaf piece 112 via a folding line 113, and a postage stamp field 114, a postal code field 115, and a recipient's address name 116 are formed on the surface of the first leaf piece 111. Are printed by a printer or the like, the general information 117 is written on the surface of the second leaf piece 112, and the personal information 118 is written on each back surface of the first leaf piece 111 and the second leaf piece 112, respectively. Has been.

  As shown in FIG. 11, the second pseudo-adhesive sheet G2 shown in FIG. 12 is laminated on the back surface of the sheet-like folded postcard paper S5 over almost the entire surface including the pseudo-adhesive planned surface and its periphery after the required information is printed. Is done. As described above, the second pseudo-adhesive sheet G2 for laminating has a heat-sensitive adhesive layer 131 formed on one surface of a stable resin layer having a relatively low waist as a support 130, and the other surface. The surface treatment layer 132 which is a pseudo-adhesive resin layer is formed.

  The sheet-like two-folded postcard paper S5 subjected to the lamination is cut at each side of the left and right sides and the top and bottom sides, as shown in FIG. 13, by a punching die such as a Thomson blade type having a micro-sewing blade, for example. The obtained unit paper t3 for the two-fold postcard is laminated with the second pseudo adhesive sheet G2 on the entire back surface, and the leaf pieces and the second pseudo adhesive sheet G2 are combined on all four sides of the left and right sides and the top and bottom sides. Thus, the end surface of the side that is cut from the micro perforation and thereby cut is formed in an uneven state including a number of cuts. In addition, if necessary, it is also possible to configure to cut by breakage from the micro perforation at required one to three sides among the four sides on the left and right sides and the top and bottom sides.

  As described above, the unit paper t3 for the two-fold postcard laminated with the second pseudo adhesive sheet G2 and cut and separated is placed on the folding machine 120 on the left side in the sealer machine shown in FIG. Then, the laminate surfaces are opposed to each other and discharged from the fold line 113 to the conveying table 122 in a folded state. The unit sheet t3 discharged to the conveyance table 122 automatically passes through the combination process of the conveyance roller 123 and the heater panel 124 while being heated, as is the case with the business form system described above, and the pressure roller. Pressurized by the device 125. By heating / pressurizing the unit paper t3 in the folded state as described above, the surface treatment layers of the second pseudo adhesive sheet G2 laminated on the opposing surfaces between the opposing leaf pieces are bonded and integrated in a peelable manner. At the same time, a transparent pseudo-adhesive laminate is formed between the opposing leaf pieces so that the second pseudo-adhesive sheets G2 can be peeled from each other, and finished into a tearable foldable postcard J3 shown in FIG. They are loaded sequentially.

  The recipient of the tearable foldable postcard J3 finished as described above peels and unfolds the opposing leaf pieces, which are bonded in a peelable manner, from the pseudo-adhesive portion between the second pseudo-adhesive sheets G2 in a plane. The personal information 118 can be viewed through the transparent second pseudo-adhesive sheet G2. Then, the recipient includes a number of cuts in the side cut by the break from the micro-perforation as described above, after the peeling and unfolding of the folded folded postcard J3 that has been difficult to tear by hand. Each leaf piece and the constituent resin layers of the second pseudo-adhesive sheet G2 can be easily torn together from any position on the end face exhibiting the uneven state.

[A tearable postcard using a sheet-like tri-fold postcard and a second pseudo-adhesive sheet]
In the method of manufacturing a tri-fold postcard as described above by a sheet-feed system such as offset printing, the sheet-like tri-fold (Z-fold) postcard paper S6 shown in FIG. 16 and the second pseudo adhesive sheet for lamination shown in FIG. G2 is used.

  As shown in FIG. 16, three sheets of unit paper t4 for tri-fold postcards in which three leaf pieces are connected in the horizontal direction are imprinted on the sheet-like tri-fold postcard sheet S6 of chrysanthemum quadrilateral size.

  The sheet-like tri-folded postcard sheet S6 is also laminated with the second pseudo-adhesive sheet G2 on the pseudo-adhesive planned surfaces on the front and back surfaces as in the case of the sheet-like two-folded postcard sheet S5 described above. A tri-fold postcard that is cut into unit paper t4 for a single tri-fold postcard on each of the left and right sides and the top and bottom sides by a sewing blade, and finally can be torn as shown in FIG. Thus, the leaf piece and the second pseudo-adhesive sheet G2 are combined and broken from the micro perforation along all four sides on the left and right sides and the top and bottom sides. In addition, as needed, you may comprise so that it cuts by the fracture | rupture from a micro perforation in required 1-3 sides among 4 sides of the right-and-left side and the top-and-bottom side. In addition, the laminate by the second pseudo-adhesive sheet G2 can be peeled off as well as the pseudo-adhesive planned surface of the leaf pieces used for the peelable pseudo-adhesion in the sheet-like tri-folded postcard paper S6 as necessary. You may extend and apply to the leaf piece exposed after folding, without using for adhesion | attachment.

  In addition, the folding mode and the pseudo-adhesive planned surface of the tri-fold postcard having a Z-shaped cross section can be changed to form a tri-fold postcard in the form of winding as shown in FIG. It is also possible. Further, the folding mode and the pseudo-adhesive planned surface of the tri-folded postcard are changed, and as shown in FIG. 17C, a reciprocating postcard in which a reply postcard is connected to the two-folded postcard may be used. Is possible. Also in the postcard of the above-mentioned form, it is a form that is broken from the micro perforation on all four sides on the left and right sides and the top and bottom sides or on the required 1-3 sides thereof.

[A tearable postcard using a long tri-fold postcard and a second pseudo-adhesive sheet]
In another method of manufacturing a tri-fold postcard as described above by the business form system, the long tri-fold (Z-fold) postcard paper S4 shown in FIG. 8 and the second pseudo adhesive sheet G2 for lamination shown in FIG. Is used.

  As shown in FIG. 19, the elongate tri-fold postcard sheet S4 is folded, for example, in a bellows shape from the cutting line 84 into a block unit and arranged on the lower left side in the figure, and from there through an upper pin tractor 201 The second pseudo-adhesive sheet G2 that is continuously fed out from the rolls waiting in the upward and downward directions through the laminating roller 202 in the course of the transfer is shown in FIGS. 18 and 20A. As shown in FIG. 3, the two-sided leaf sheet 72 and the third leaf piece 73 of the long tri-fold postcard sheet S4 are spot-laminated on both surfaces of the second leaf piece 72 and the third leaf piece 73 and on the pseudo-adhesive planned surfaces on the back surfaces of the first leaf piece 71 and the second leaf piece 72 Is done.

  In addition, the elongate tri-fold postcard sheet S4 may be supplied from a roll around which the elongate tri-fold postcard sheet S4 is wound instead of being supplied in a accordion shape in units of blocks. In addition, the laminate by the second pseudo-adhesive sheet G2 can be peeled off not only as the pseudo-adhesive planned surface of the leaf piece used for the peelable pseudo-adhesion in the long tri-fold postcard paper S4, if necessary. It may be applied to a leaf piece that is not subjected to pseudo-adhesion and is exposed after folding, for example, the front surface of the first leaf piece 71 and / or the back surface of the third leaf piece 73.

  The elongated tri-fold postcard sheet S4 that has been laminated is discharged by the nip roller 203, forms a slack with the support roller 204, and then reaches the support roller 206 from the downstream folding angle 205. As shown in FIG. 20 (B), the laminate surfaces are opposed to each other and folded from the fold lines 74 and 75 into a three-fold state having a Z-shaped cross section.

  The long tri-fold postcard sheet S4 folded in a Z-shaped cross section proceeds in the horizontal direction via the support roller 206, and is conveyed downstream while the marginal hole 81 is aligned with the pin tractor 207 on the downstream side. The outer marginal portions 82 are cut off at the left and right sides of the unit paper t2 by the slitter device 208, and then the die cut roller device 209 equipped with the micro sewing machine M on the top and bottom sides of the unit paper t2. The leaf piece and the second pseudo-adhesive sheet G2 are subjected to micro perforation processing, and the side is cut by breakage from the micro perforation, and the end surface of the side cut by the cut is an uneven state including a number of cuts. Formed. The unit paper t2 in the tri-fold state after being cut and separated is transferred downstream in a form in which the second pseudo adhesive sheet G2 is laminated on the opposing surface between the opposing leaf pieces, and is pressed or passed through the heat roller device 210. The surface treatment layers of the second pseudo-adhesive sheet G2 which are subjected to pressure and heat treatment are bonded and integrated so as to be peelable, and have a Z-shaped cross section shown in FIGS. 21 (A) and (B). It is finished into a tri-fold postcard J4 that can be torn, and is sequentially stacked on a stacker 211 formed of a rear belt conveyor or the like. Note that the heat roller device 210 may be disposed between the support roller 206 and the die cut roller device 209, that is, before or after the slitter device 208, or before the die cut roller device 209, as necessary.

  In addition to or instead of arranging the micro-sewing machine M in the die-cut roller device 209 as described above, the micro-sewing machine M is arranged in the slitter device 208 or the left and right side cutting device instead thereof, and the leaf piece and the second pseudo adhesive sheet In combination with G2, it is also possible to cut by cutting from the micro perforation at one or two sides on the left and right sides of the unit paper t2.

  For example, the tearable tri-fold postcard J4 shown in FIGS. 22 (A) and 22 (B) is obtained by the die cut roller device 209 and the slitter device 208 provided with the micro sewing machine M or the left and right side cutting devices instead. 2 and the two sides on the top and bottom sides are obtained from the unit paper t2 in a state of being cut by breakage from the micro perforation.

  In addition, the tearable tri-fold postcard J4 shown in FIGS. 23 (A) and 23 (B) is substantially the same as described above, and is separated from the micro perforation by one side on the left and right sides (left side) and two sides on the top and bottom sides. This is obtained from the unit paper t2 that has been cut by breaking. In this example, the first leaf piece 71 is formed slightly narrower than the second leaf piece 72 and the third leaf piece 73 in place of the long tri-fold postcard sheet S4 shown in FIG. A long tri-fold postcard paper in which the characters “POST CARD” are printed on the edge adjacent to the line 75 is used, and the obtained tri-fold postcard J4 includes a micro perforation in the first leaf piece 71. Adjacent to the side cut by the break, the back surface of the second leaf piece 72 printed with the characters “POST CARD” is exposed in a band shape.

  Further, the tearable tri-fold postcard J4 shown in FIGS. 24 (A) and 24 (B) is the same as the tri-fold postcard J4 shown in FIGS. 23 (A) and 23 (B). FIGS. 22A and 22B are cut in the same manner as the right side of the left and right sides of the tri-fold postcard J4 shown in FIG.

  In the tri-foldable postcard J4 shown in FIGS. 23A and 23B and FIGS. 24A and 24B, as described above, it is formed slightly narrower than the other two-leaf pieces. Since the side cut by the break from the micro perforation in the first leaf piece 71 is inward from the edge adjacent to the fold line 75 in the second leaf piece 72, when manufacturing these three-fold postcards J4, The left-hand side (left side) needs to be subjected to micro-perforation processing and cutting by breakage from the micro-perforation before being folded into a three-fold state with a Z-shaped cross section. It can implement suitably in each manufacturing method shown in Drawing 26-29 mentioned below.

  The recipient of the tearable tri-fold postcard J4 having a Z-shaped cross section finished as described above makes the plane between the pseudo-adhesive portions between the second pseudo-adhesive sheets G2 between the opposing leaf pieces that are peelably bonded. By peeling and developing, the internal personal information 79 can be viewed through the transparent second pseudo adhesive sheet G2. Then, when discarding the postcard, the recipient can cut the trifold postcard J4 after peeling and unfolding, which has been difficult to tear by hand, by cutting from the micro perforation as described above. Each leaf piece and the constituent resin layers of the second pseudo-adhesive sheet G2 can be easily torn together from any position on the end surface exhibiting an uneven state including a large number of cuts.

  In the method for manufacturing the tearable information communication body shown in FIG. 19, between the laminating step and the folding step, the long information communication body paper or the continuously fed sheet information communication body paper, In order to perform the perforation processing for folding together with the second pseudo adhesive sheet, a folding sewing machine circular blade device 221 may be interposed between the laminating roller 202 and the nip roller 203 as shown in FIG.

  Further, in the tearable information communication body and the manufacturing method thereof shown in FIG. 19, the micro-sewing machine on the left and right sides of the unit paper t2 in the elongated tri-fold postcard paper S4 to which the laminate is applied. It can also be modified such that the cutting by the break from the micro perforation at the side and the side is performed between the laminating step and the folding step.

  In the first modification shown in FIG. 26, a round blade device 231 equipped with a micro sewing machine M is provided between the laminating roller 202 and the nip roller 203, and the laminating roller 202 is laminated through the laminating roller 202 as described above. A micro perforation process is applied to one side on the left and right sides of the unit paper t2 of the long tri-fold postcard paper S4 by combining the leaf piece and the second pseudo-adhesive sheet G2 with the round blade device 231. The marginal portion 82 on one side is cut by breakage from the micro perforation, whereby the end surface of the cut side is formed in an uneven state including a number of cuts.

  Thereafter, the long tri-fold postcard sheet S4 is folded by the folding angle 205 through the nip roller 203 as described above, and the marginal hole 81 of the marginal portion 82 on the other side is aligned with the pin tractor 207 on the downstream side. However, the slitter 208 cuts the remaining marginal portion 82 on the other side on the left and right sides, and then, on the two sides on the top and bottom sides of the unit paper t2, as described above, The die cut roller device 209 equipped with the micro perforation M is used to cut the micro perforations together with the leaf pieces and the second pseudo adhesive sheet G2, and the sides are cut by the break from the micro perforations, and are cut by the cuts. The end face of the side is formed in an uneven state including a number of cuts. The unit paper t2 in the tri-fold state after being cut and separated is transferred downstream in a form in which the second pseudo adhesive sheet G2 is laminated on the opposing surface between the opposing leaf pieces, and is pressed or passed through the heat roller device 210. The surface treatment layers of the second pseudo-adhesive sheet G <b> 2 that are subjected to the pressure and heat treatment are bonded and integrated in a peelable manner. Note that the heat roller device 210 may be disposed between the support roller 206 and the die cut roller device 209, that is, before or after the slitter device 208, or before the die cut roller device 209, as necessary.

  In the second modification shown in FIG. 27, the first modification shown in FIG. 26 is further modified, and the unit sheet in the long tri-fold postcard sheet S4 laminated through the laminating roller 202 as described above. Micro-perforation processing is performed on the two sides on the left and right sides of t2 by using the round blade device 231 with the leaf pieces and the second pseudo adhesive sheet G2, and a marginal portion on one side of one of the two sides. 82 is cut by breakage from the micro perforations, whereby the end face of the cut side is formed in an uneven state including a number of cuts.

  Thereafter, the long tri-fold postcard sheet S4 is folded by the folding angle 205 through the nip roller 203 as described above, and the marginal hole 81 of the marginal portion 82 on the other side is aligned with the pin tractor 207 on the downstream side. However, the remaining marginal portion 82 on the other side is cut on the other side on the left and right sides by the breaking roller 241 instead of the slitter device 208 described above, so that the end surfaces of the cut side are many. It is formed in an uneven state including a cut. Subsequently, as described above, micro perforation processing is performed on the two sides on the top and bottom sides of the unit paper t2 by combining the leaf pieces and the second pseudo adhesive sheet G2 with the die cut roller device 209 equipped with the micro sewing machine M. At the same time, the side is cut by breakage from the micro perforation, and the end surface of the cut side is thereby formed in an uneven state including a number of cuts. The unit paper t2 in the tri-fold state after being cut and separated is transferred downstream in a form in which the second pseudo adhesive sheet G2 is laminated on the opposing surface between the opposing leaf pieces, and is pressed or passed through the heat roller device 210. The surface treatment layers of the second pseudo-adhesive sheet G <b> 2 that are subjected to the pressure and heat treatment are bonded and integrated in a peelable manner. The heat roller device 210 may be disposed between the support roller 206 and the die cut roller device 209, that is, before or after the breaking roller 241 or before the die cut roller device 209, as necessary.

  In the third modified embodiment shown in FIG. 28, the first modified embodiment shown in FIG. 26 is further transformed into another form, and the long tri-fold postcard paper S4 laminated through the laminating roller 202 as described above. On the left and right sides of the unit paper t2 in FIG. 2, the leaf blade and the second pseudo adhesive sheet G2 are put together by the round blade device 231 and micro perforation is performed, and the marginal portion 82 on one side of the side is micronized. Cut by perforation from the perforation, and the end face of the cut side is formed in an uneven state including a number of cuts.

  Thereafter, the long tri-fold postcard sheet S4 is folded by the folding angle 205 through the nip roller 203 as described above, and the marginal hole 81 of the marginal portion 82 on the other side is aligned with the pin tractor 207 on the downstream side. However, the circular perforation is performed by combining the leaf piece and the second pseudo adhesive sheet G2 by the round blade device 251 equipped with the micro sewing machine M instead of the slitter device 208 described above on the other side on the left and right sides. At the same time, the marginal portion 82 on the other side is cut by breakage from the micro perforation, and thereby the end surface of the cut side is formed in an uneven state including a number of cuts. Subsequently, as described above, micro perforation processing is performed on the two sides on the top and bottom sides of the unit paper t2 by combining the leaf pieces and the second pseudo adhesive sheet G2 with the die cut roller device 209 equipped with the micro sewing machine M. At the same time, the side is cut by breakage from the micro perforation, and the end surface of the cut side is thereby formed in an uneven state including a number of cuts. The unit paper t2 in the tri-fold state after being cut and separated is transferred downstream in a form in which the second pseudo adhesive sheet G2 is laminated on the opposing surface between the opposing leaf pieces, and is pressed or passed through the heat roller device 210. The surface treatment layers of the second pseudo-adhesive sheet G <b> 2 that are subjected to the pressure and heat treatment are bonded and integrated in a peelable manner. The heat roller device 210 may be disposed between the support roller 206 and the die cut roller device 209, that is, before or after the round blade device 251 or before the die cut roller device 209, as necessary.

  Also in the first to third modifications of the third embodiment, as shown in FIG. 25, the folding sewing machine round blade device 221 is provided between the laminating roller 202 and the nip roller 203, as necessary, with the round blade device 231. It may be provided on the same axis. In the third embodiment, only one of the two sides on the top and bottom sides of the unit paper t2 is subjected to micro perforation, and the side is deformed so as to be cut by breakage from the micro perforation. Also good. When cutting by breakage from the micro perforation at one or two sides on the top and bottom sides is not required, the side is cut by normal cutting, for example, by a normal die-cut roller device or a guillotine cutting device that is not equipped with the micro sewing machine M You may use for.

[A tearable postcard using continuously supplied sheet-fed postcard paper and a second pseudo-adhesive sheet]
In another method for producing a tri-fold postcard as described above by the business form system, the tri-leaf post is connected in the lateral direction via a fold line and / or a cut line, and is used for a tri-fold postcard as shown in FIG. A sheet-like three-fold (Z-fold) postcard sheet S6 on which three unit sheets t4 are imprinted and the second pseudo-adhesive sheet G2 are used, and a process similar to that of the above-described third embodiment is provided.

  As shown in FIG. 29, in the drawing, the sheet-like tri-fold postcard sheets S6 stacked on the lower left side are sucked up one by one by the suction pad 262 and sent out on the transport table 261, and downstream by the paper feed roller 263. The second pseudo-adhesive sheet G2, which is successively conveyed sequentially at equal intervals and continuously fed out from the rolls waiting upward and downward via the laminating roller 202, is to be pseudo-adhered on the front and back of the sheet-like tri-fold postcard paper S6. The sheet-like three-fold postcard sheets S6 laminated in a spot manner on the surface and continuously fed are connected in a long state. Note that the laminate by the second pseudo-adhesive sheet G2 is not limited to the pseudo-adhesive planned surface of the leaf piece used for the peelable pseudo-adhesion in the sheet-like tri-folded postcard paper S6, if necessary, and the peelable pseudo-sheet. You may extend and also apply to the surface and back surface of the leaf piece exposed after folding, without using for adhesion | attachment.

  The sheet-like three-fold postcard paper S6 that is laminated and connected in a long state is passed through a folding sewing machine circular blade device 221 and a circular blade device 231 equipped with a micro sewing machine M arranged coaxially, The sheet-like three-fold postcard paper S7 is subjected to folding perforation processing by combining the leaf pieces and the second pseudo adhesive sheet G2 by the folding sewing machine round blade device 221, and at the same time, in the sheet-like three-fold postcard paper S6 The round blade device 231 applies a micro perforation process to the two sides on the left and right sides of the unit paper t4 by combining the leaf piece and the second pseudo adhesive sheet G2, and cuts the side perforation from the micro perforation. Thus, the end face of the cut side is formed in an uneven state including a number of cuts.

  Thereafter, the sheet-like three-fold postcard sheet S6 is folded by the folding angle 205 through the nip roller 203 and the support roller 204 as described above, and further conveyed through the support roller 206, and the unit sheet as described above. At the top and bottom sides of t4, the die cut roller device 209 equipped with the micro-sewing machine M is subjected to micro-perforation processing by combining the leaf pieces and the second pseudo adhesive sheet G2, and breaks from the micro-perforation at the sides. Thus, the end face of the cut side is formed in an uneven state including a number of cuts. As described above, the sheet-like tri-fold postcard sheet S6 cut by breakage from the micro perforation on each of the left and right sides and top and bottom sides of the unit sheet t4 passes through the heat roller device 210 and is pressed or pressed. -The heat treatment is performed and the surface treatment layers of the second pseudo adhesive sheet G2 facing each other are bonded and integrated so that they can be peeled off, and finished into a tri-fold postcard J4 having a Z-shaped cross-section and finished in the rear part The stacker 211 is sequentially loaded. The heat roller device 210 may be disposed between the support roller 206 and the die cut roller device 209, that is, in front of the die cut roller device 209, as necessary.

  In the fourth embodiment, if necessary, the folding sewing machine round blade device 221 may be omitted, and the left and right sides of the unit paper t4 and the top and bottom sides of the four sides may be omitted. It can also be deformed so as to be cut by breakage from the micro perforation, and further, after the folding process is performed on the left and right sides of the unit paper t4, the micro perforation is performed on the sides and the micro perforation is performed on the sides. It can also be deformed to cut by breaking. When cutting by breakage from the micro perforation at one or two sides on the top and bottom sides is not required, the side is cut by normal cutting, for example, by a normal die-cut roller device or a guillotine cutting device that is not equipped with the micro sewing machine M You may use for.

S1 Two-fold postcard paper S2 Three-fold postcard paper S3 Long two-fold postcard paper S4 Long three-fold postcard paper S5 Single-leaf two-fold postcard paper S6 Single-leaf three-fold postcard paper G1 First pseudo adhesive sheet G2 Second pseudo Adhesive sheet J1 Folded postcard (using the first pseudo adhesive sheet)
J2 Tri-fold postcard (using first pseudo adhesive sheet)
J3 Folded postcard (using second pseudo adhesive sheet)
J4 Tri-fold postcard (using second pseudo adhesive sheet)
H1, H2 Upside down (folded postcard)
H3, H4 Upside down (tri-fold postcard)
t1 Unit paper in long bi-fold postcard paper t2 Unit paper in long tri-fold postcard paper t3 Unit paper in sheet bi-fold postcard paper t4 Unit paper in sheet tri-fold postcard paper M Micro-sewing machine 1, 2, 2312 23, 31, 32, 71, 72, 73, 111, 112 Leaf piece 3, 24, 25, 33, 74, 75, 113 Folding line 41, 42, 83, 84 Cutting line 4, 26, 34, 76, 114 Postal stamp field 5, 27, 35, 77, 115 Postal code field 6, 28, 36, 78, 116 Recipient address name 7, 30, 37, 80, 117 General information 8, 29, 38, 79, 118 Personal information DESCRIPTION OF SYMBOLS 10, 130 Support body 11 Thermoplastic resin layer 12, 131 Heat-sensitive adhesive layer 132 Surface treatment layer 39, 81 Marginal hole 40, 82 Marginal part 50, 90, 205 Folding angle 51, 91, 204, 206 Support roller 52, 54, 92, 95, 201, 207 Pin tractor 53, 93, 94 Turn plate 55, 96, 208 Slitter device 56, 97, 209 Die cut roller Device 58, 98, 124 Conveying roller 58, 99, 123 Heater plate 59, 100, 125 Pressure roller device 60, 101, 126, 211 Stacker 120 Folding machine 122 Conveying table 202 Laminating roller 203 Nip roller 210 Heat roller device 221 For folding Sewing machine round blade device 231 251 Round blade device 241 Breaking roller 261 Carriage 262 Suction pad 263 Feed roller

Claims (18)

A resin layer between any opposing leaf pieces produced by folding and / or stacking an information communication body paper composed of a plurality of leaf pieces connected in a lateral direction via a fold line and / or a cut line from the fold line and / or the cut line. In the information communication body that is integrated so as to be peelable through a transparent pseudo-adhesive laminate that is peelably bonded to each other,
An uneven state in which the end faces of at least one side of the left and right sides and the top and bottom sides of the information communication body paper include a number of cuts formed by breaking from the breaking perforations in the sides, including leaf pieces and pseudo-adhesive laminates. A tearable information communication body characterized by presenting   The tearable information communication body according to claim 1, wherein the pseudo-adhesive laminate includes a first pseudo-adhesive sheet in which resin layers are bonded in advance so as to be peelable from each other.   The tearable laminate according to claim 1, wherein the pseudo-adhesive laminate is formed by peelable adhesion between the second pseudo-adhesive sheets having a pseudo-adhesive resin layer on the surface and laminated on the opposing surfaces of the opposing leaf pieces. Information communication body.   4. The tearable information communication body according to claim 1, wherein the breaking perforation is a micro perforation.   The tearable information communication body according to claim 4, wherein the micro perforation has a ratio of a cut length of 0.2 mm to 0.85 mm and an uncut length of 0.1 mm to 0.25 mm. A method for producing a tearable information communication body according to claim 1 or 2,
While continuously supplying a long information communication body sheet in which unit sheets composed of a plurality of leaf pieces connected in the horizontal direction via fold lines and / or cut lines are connected in the vertical direction, fold lines and / or A first pseudo-adhesive sheet in which resin layers are preliminarily bonded to each other between any opposing leaf pieces after the step of folding and / or cutting continuously from the tear line and the folding and / or cutting step. A step of continuously inserting the heat-sensitive adhesive layers on both outer sides thereof, a step of cutting at each side on the left and right sides of each unit paper after the insertion step, and a step of cutting at each side on the left and right sides After the step, cutting at each side on the top and bottom sides of each unit sheet, and between the insertion step and the cutting step at each side on the top and bottom, or after the cutting step at each side on the top and bottom sides, First, pressurize or heat / pressurize each facing surface It consists of a step of adhering a similar adhesive sheet with heat-sensitive adhesive layers on both outer sides, and by these steps, the opposing leaf pieces are integrated so as to be peelable through a pseudo-adhesive laminate composed of a first pseudo-adhesive sheet. In a method for manufacturing an information communication body,
At least one side of the unit paper in the long information communication body paper that has undergone the insertion step is subjected to perforation processing for breakage by combining the leaf pieces and the first pseudo adhesive sheet on the left and right sides, and the breakage sewing machine at the side. A method for producing a tearable information communication body, characterized in that cutting is performed by breakage from the eyes, whereby end surfaces of the sides cut by the breakage are formed in an uneven state including a number of cuts. . A method for producing a tearable information communication body according to claim 1 or 3,
Arbitrary continuous connection of at least one side of each unit sheet in a sheet-like information communication sheet in which one or a plurality of unit sheets composed of a plurality of leaf pieces connected in the lateral direction via a fold line and / or a cut line are arranged. A step of laminating a second pseudo-adhesive sheet having a pseudo-adhesive resin layer on the surface of the two-leaf piece pseudo-adhesion surface, and a step of cutting at each side on the left and right sides and top and bottom sides of each unit sheet after the laminating step And after the cutting step at each side, the step of folding and / or cutting from the fold line and / or the cut line with the laminate surface inside, and between the opposing leaf pieces after the folding and / or cutting step, It consists of a step of adhering so as to be peelable by pressure or heating / pressurization through both second pseudo-adhesive sheets laminated on each facing surface, and between the opposing leaf pieces by those steps, In the manufacturing method of the second pseudo adhesive sheet between the peelable adhered through pseudo adhesive laminate formed by formed by peelably integrated information communication body which is laminated on the opposite surface,
In the sheet-like information communication body paper that has undergone the laminating process, a break perforation is applied to at least one side of the unit paper on the left and right sides and the top and bottom sides of the unit paper, and a break perforation is applied on the sides. A method for producing a tearable information communication body, characterized in that the end face of the side cut by the break is formed in an uneven state including a number of cuts.   The method for producing a tearable information communication body according to claim 7, wherein the breaking perforation is performed by a punching die provided with a breaking perforation blade. A method for producing a tearable information communication body according to claim 1 or 3,
While continuously supplying a long information communication body paper in which unit papers composed of a plurality of leaf pieces connected in the horizontal direction via folding lines and / or cut lines are connected in the vertical direction, the long information A step of continuously laminating a second pseudo-adhesive sheet having a pseudo-adhesive resin layer on the surface thereof on the pseudo-adhesive planned surface of the two-leaf pieces connected to at least one side of each unit paper in the communication body paper, and after the laminating step, A step of folding from the fold line and / or the cut line with the laminate surface inside, a step of cutting at each side on the left and right sides of each unit sheet before and / or after the folding step, and after the folding step and After the cutting process at each side on the left-hand side, between the process of cutting at each side on the top and bottom sides of each unit sheet, and the cutting process at each side on the folding side and the top and bottom sides, or each side on the top and bottom sides Cutting process Later, between the opposing leaf pieces, it consists of a step of adhering so as to be peelable by pressurization or heating / pressurization via both second pseudo-adhesive sheets laminated on each opposing surface, and between the opposing leaf pieces by those steps, In the manufacturing method of the information communication body that is integrated so as to be peelable through the pseudo-adhesive laminate formed by the peelable adhesion between the second pseudo-adhesive sheets laminated on each facing surface,
In the long information communication body paper that has undergone the laminating process, at least one side on the left and right sides of the unit paper is subjected to perforation for breaking by combining the leaf pieces and the second pseudo adhesive sheet before and / or after the folding process. Before and / or after the folding step, the side is cut by breakage from the breaking perforation, so that the end face of the side cut by the breakage is formed in an uneven state including a number of cuts. A method for producing a tearable information communication body. A method for producing a tearable information communication body according to claim 1 or 3,
While continuously supplying a sheet-like information communication body sheet in which one or a plurality of unit sheets composed of a plurality of leaf pieces connected in a lateral direction via a folding line and / or a cutting line are arranged, A second pseudo-adhesive sheet having a pseudo-adhesive resin layer on the surface thereof is continuously laminated on at least one side of the unit paper in the sheet-like information communication paper, which is connected to the pseudo-adhesive planned surface of the two-leaf pieces. A unit for connecting the leaf-shaped information communication body paper in a long state, a step of folding from the fold line and / or the cut line with the laminated surface inside after the laminating step, and before and / or after the folding step. Cutting on each side on the left and right sides of the sheet, cutting on each side on the top and bottom of each unit sheet after the folding step and after the cutting process on each side on the left and right sides, and the folding Between the folding process and the cutting process at each side on the top and bottom sides, or after the cutting process at each side on the top and bottom sides, between the opposing leaf pieces, via both second pseudo adhesive sheets laminated on each facing surface It consists of a process of releasably bonding by pressurization or heating / pressurization, and a pseudo formed by releasable adhesion between the second pseudo-adhesive sheets laminated on each facing surface between the opposing leaf pieces by these processes In the manufacturing method of the information communication body that is integrated so as to be peelable through the adhesive laminate,
For breakage, the leaf piece and the second pseudo-adhesive sheet are combined with at least one side on the left and right sides of the unit paper in the sheet-like information communication body paper connected in a long state through the laminating process before and / or after the folding process. A perforation process is performed, and before and / or after the folding step, the side is cut by breakage from the breaking perforation, and thereby the end surface of the side cut by the breakage has an uneven state including a number of cuts. A method for producing a tearable information communication body, characterized by being formed.   A leaf piece and a second pseudo-adhesive sheet are provided after the folding step on at least one side on the left and right sides of the unit paper in the long information communication body paper or the sheet information communication body paper connected in a long state after the laminating process. The method of manufacturing a tearable information communication body according to claim 9 or 10, wherein the perforating process for breaking is performed together and cutting is performed by breaking from the breaking perforation at the side.   A leaf piece and a second pseudo-adhesive sheet before the folding step on at least one side of the unit paper in the long information communication body paper that has undergone the laminating process or the sheet information communication body paper connected in a long state 11. A tearable information communication according to claim 9 or 10, wherein a break perforation is applied to the cut and cut by breakage from the break perforation at the side before and / or after the folding step. Body manufacturing method.   A leaf piece and a second pseudo-adhesive sheet are placed on the left and right sides of the unit paper in the long information communication body paper that has undergone the laminating process or the sheet information communication body paper that is connected in a long state before the folding process. In addition, the perforation for breaking is applied, and cutting is performed by breaking from the breaking perforation at one of the two left and right sides before the folding step and breaking at the other side after the folding step. 13. The method for producing a tearable information communication body according to claim 9, 10 or 12, wherein cutting is performed by breaking from a perforation for use.   In the long information communication body paper that has undergone the laminating process or in the sheet information communication body paper that is connected in the long state, the leaf piece and the first piece before the folding process are placed on one of the left and right sides of the unit paper. The two pseudo-adhesive sheets are combined and subjected to perforation processing for breakage, and the side is cut by breakage from the perforation for breakage, and the leaf piece and the second pseudo-adhesive sheet are broken to the other side after the folding process. The manufacturing method of the information communication body which can be cut | disconnected of Claim 9 or 10 which was cut by the fracture | rupture from the perforation for a fracture | rupture at the side while giving a perforation process.   After the cutting process at each of the left and right sides on at least one side of the unit paper in the long information communication body paper or the long sheet information communication body paper connected in a long state after the folding process And before or after the adhesion step by the pressure or heating / pressurization, the leaf piece and the second pseudo-adhesive sheet are combined and subjected to a break perforation and cut by breakage from the break perforation at the side, 15. The method of manufacturing a tearable information communication body according to claim 9, wherein an end face of the side cut by the break is formed in an uneven state including a number of cuts.   The method for producing a tearable information communication body according to any one of claims 9 to 15, wherein a folding perforation process is interposed between the laminating process and the folding process.   The method for producing a tearable information communication body according to any one of claims 6 to 16, wherein the breaking perforation is a micro perforation.   The method according to claim 17, wherein the micro perforation has a ratio of a cut length of 0.2 mm to 0.85 mm and an uncut length of 0.1 mm to 0.25 mm.

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