JP2018192790A - Manufacturing method of information communication body - Google Patents

Abstract

To provide a method of manufacturing an information communication body formed by folding up sheet pieces linked lengthwise and breadthwise via a fold line, in such a manner that arbitral opposing faces are peelably or unpeelably made to adhere to each other.SOLUTION: A manufacturing method comprises: a step of feeding a sheet on which an information communication medium sheet formed by folding up a plurality of sheet pieces linked lengthwise and breadthwise via a fold line is printed; a step of adhesively forming a pseudo-adhesion means on a pseudo-adhesion planned surface of the information communication medium sheet printed on the fed out sheet and/or a complete-adhesion means on a complete-adhesion planned surface of the information communication medium sheet printed on the fed out sheet; a step of removing a margin in the flow direction of the sheet; a first step of continuously folding the sheets in a longitudinal direction along a fold line; a step of cutting the information communication medium sheets that have been folded by each information communication medium sheet; a second step of folding one by one the cut information communication medium sheet by combination of rollers in a horizontal direction along a fold line; and a step of bonding at the same time the pseudo-adhesion planned surfaces and/or complete-adhesion planned surfaces of the information communication medium sheets that have been folded.SELECTED DRAWING: Figure 5

Description

  The present invention relates to a method for manufacturing an information communication body in which a plurality of leaf pieces are integrated so as to be folded and peelable. More specifically, the present invention relates to a method for manufacturing an information communication body in which leaf pieces connected vertically and horizontally through a fold line are folded and bonded between any opposed surfaces so that they can be peeled or cannot be peeled.

  Recently, an advertising method has been adopted in which a direct mail in which a pamphlet or a flyer is integrated so that it can be folded and peeled off is sent to a recipient by mail or delivery. As such, for example, a folded printed matter described in JP-A-2008-87361 has been proposed.

JP 2008-87361 A

  The invention of the above-mentioned patent document aims to provide a printed material having a large amount of information at low cost without being stored in an envelope or the like, which can be distributed or delivered as it is, and has been printed. The sheet 10 is folded from predetermined fold lines R1 and R2, and the continuous sealing piece 15 from the sheet piece 12 located on the outermost surface in the folded state through the perforation C is folded from the perforation C to the back side in the folded state. Attached to the back-side paper piece 11 so as to be peelable, and the peripheral edges of the paper pieces 11, 12, 13 and 14 opened in a folded state are peelably stuck to each other, and further the delivery address addressed to the sealing piece 15 By providing the writing field A, the object is achieved.

  However, in the folded printed material, the shape of the printed material before folding is not a square shape but a distorted shape provided with a sealing piece. Requires a process. In addition, since the peripheral edge portion must be sealed in a completed state after being folded, it is necessary to provide a peelable adhesive means on the edge of the portion corresponding to the sealing.

  In view of the above problems, the present invention uses special long processing sheets or single-wafer sheets to provide a special processing or means such as providing a sealing piece or taking a peeling means only on a portion corresponding to sealing. Rather than producing paper with a distorted structure that needs to be used, a consistent system that makes it easy for even an amateur to finish to the final finished product by stacking commonly used sheets and starting. It is intended to provide.

  In order to achieve the above object, a method of manufacturing an information communication body of the present invention includes a sheet feeding step of feeding out a sheet on which unit information communication body paper in which a plurality of leaf pieces are connected vertically and horizontally through a folding line is printed. Forming a pseudo-adhesive means on the pseudo-adhesive planned surface of the unit information communication sheet printed on the fed sheet, and / or forming a complete adhesive means on the fixed adhesion fixed surface; and the pseudo-adhesive means and / or Or a cutting step for cutting the margin in the flow direction of the sheet on which the complete adhesion means is formed, and a first folding step for continuously folding the sheet from which the margin in the flow direction is cut along the vertical fold line; , A unit information communication body paper cutting step for cutting out sheets that are continuously folded along the vertical fold line for each unit information communication body paper, and the cut out unit information communication body paper in the horizontal direction A second folding process in which the sheets are folded one by one along a folding line by a combination of folding rollers, and an adhesive for adhering pseudo-adhesive surfaces and / or fully-adhesive surfaces of the information communication sheets folded one by one at the same time It consists of a process.

  In order to achieve the above object, a method for manufacturing an information communication body according to a different aspect of the present invention includes printing a unit information communication body paper in which a plurality of leaf pieces are connected vertically and horizontally through a folding line and a pseudo adhesion plan. A sheet feeding step for feeding out a sheet having a pseudo-adhesive means and / or a complete adhesion means formed on a surface, a cutting step for cutting out a margin in the flow direction of the fed sheet, and a margin in the flow direction. A first folding step of continuously folding the cut sheet along the vertical fold line, and cutting out the sheet continuously folded along the vertical fold line for each unit information communication body paper A step of cutting out the unit information communication body paper, a second folding step of folding the cut out unit information communication body paper one by one along the horizontal folding line by a combination of folding rollers, It is characterized by comprising a bonding step of bonding each folded pseudo adhesion scheduled surface of the information communication body sheet between and / or complete adhesion scheduled faces simultaneously.

  Furthermore, in order to achieve the above object, a method for manufacturing an information communication body according to another aspect of the present invention includes a sheet on which unit information communication body paper in which a plurality of leaf pieces are connected vertically and horizontally through a folding line is printed. A feeding step of feeding the sheet, a covering step of covering the pseudo-adhesive film sheet on the pseudo-adhesive planned surface of the unit information communication paper printed on the fed-out sheet and / or the fully adhesive film sheet on the completely bonded constant surface, Cutting the margin in the flow direction of the sheet coated with the pseudo-adhesive film sheet and / or the fully-adhesive film sheet, and forming the folding means in the fold line in the vertical direction and the folding means forming step, and the margin in the flow direction is cut off. And a first folding step of continuously folding the sheet having the folding means formed in the vertical fold line along the vertical fold line; A unit information communication body paper cutting step for cutting out sheets that are continuously folded along the direction folding line for each unit information communication body paper, and the cut unit information communication body paper along the horizontal folding line. A second folding step of folding one sheet at a time by a combination of folding rollers, and a bonding step of simultaneously bonding pseudo-bonding scheduled surfaces and / or completely bonding surfaces of the information communication body sheets folded one by one It is a feature.

  As the sheet used for the leaf pieces constituting the information communication body manufactured by the method of manufacturing the information communication body of the present invention, high-quality paper, matte paper, coated paper, synthetic paper, resin film sheet, non-woven fabric, etc. may be used. it can. In the production of the information communication body of the present invention, the prepared sheet may be a state in which a plurality of information communication body papers are printed on a long sheet, or a single or a plurality of information communication body sheets are a sheet. It may be printed on a sheet. For the selection of the long sheet and the sheet, a sheet form suitable for the printing method may be used, for example, a long sheet in the case of business form printing and a sheet in the case of offset printing.

The pseudo-adhesive means for releasably bonding the opposing surfaces folded by the information communication body manufacturing method of the present invention is roughly classified into the following three types.
1) Post-glue system A pseudo-adhesive film is formed by applying pseudo-adhesive UV varnish to the planned pseudo-adhesive surface of the printed paper. When the pseudo-adhesive coatings are opposed to each other and subjected to pressure or heating / pressurization treatment, they are detachably bonded. Some of them apply an emulsion-type pressure-sensitive adhesive (such as weak adhesive).
2) Tip-glue method A pseudo-adhesive medium composed mainly of synthetic rubber or natural rubber is applied to and impregnated on the planned pseudo-adhesion surface of the paper before printing. After drying, printing and printing are performed, and when the pseudo-adhesion planned surfaces are made to face each other and subjected to pressure treatment, they are detachably bonded.
3) Film system A pseudo-adhesive film sheet is coated on the pre-printed pre-adhesive surface of the printed paper, and the pseudo-adhesive film sheet is opposed so that it can be peeled when pressed or heated and pressurized To do. In addition, the film method covers the opposite surface of the pre-pseudo-adhesive surface in advance and folds it together to quasi-adhere, and sandwiches the pre-pseudo-adhesive film between the pre-fade surfaces of the folded paper There are two types of sandwiching methods for bonding paper and film.

  The complete adhesion means for adhering the opposing surfaces folded by the method of manufacturing an information communication body of the present invention in a non-peelable manner is, for example, applying or covering a pressure-sensitive, heat-sensitive, and wet and dry adhesive layer on the surface to be completely bonded. What is necessary is just to form. When the surfaces to be completely bonded are folded and face each other and subjected to pressure or heating / pressurizing treatment, they are bonded so as not to be peeled off. The pseudo-adhesion means and the complete adhesion means are extremely convenient to manufacture by arranging the conditions for performing the adhesion.

  In the case of the post-glue method and the film method, the information communication body manufacturing method of the present invention is manufactured while forming pseudo-adhesion means and / or complete adhesion means in the production process using a sheet on which information is printed. However, in the case of the pre-glue method, information is printed on the sheet on which the pseudo-adhesion means and / or the complete adhesion means are formed, and the information communication body is manufactured by feeding the sheet to the process after the cutting process. be able to.

  Also in the film method or the post-glue method, when information printing and pseudo-adhesion means and / or complete adhesion means formation is completed as the first step, then the sheet is fed out and sent to the downstream process as the second step. Is manufactured by a process after the cutting process in the same manner as the above-mentioned glue method.

  In addition, folding means such as perforations and creases formed in the fold line of the unit information communication sheet used in the method of manufacturing the information communication body of the present invention are usually formed during the manufacturing process of the folding sealed letter. If it is formed in advance when it is loaded on the uppermost stream of the processing step, that step can be omitted.

  The folding envelope of the present invention is initially folded from a vertical fold line, and then a group of leaf pieces vertically divided by a horizontal fold line is folded in half from the horizontal fold line. (B5 or A4 size corresponding to) may be finished. Then, the opposing surfaces of the opposing leaf pieces are bonded to each other so that they can be peeled or cannot be peeled when folded from the lateral folding line. Further, for example, an operation is performed such that the edge of the bag binding state formed by the lateral folding line is cut and opened. By doing so, when opened, it expands into a flat state or bookbinding state, and the upper and lower leaf pieces separate and expand, so that the recipient's willingness to open and double the advertising effect .

  In the method of manufacturing the information communication body, when cutting out the unit information communication body paper printed from the long sheet or the single sheet, the step of removing the margin in the flow direction is performed by the pseudo adhesion means and / or the complete adhesion means. You may arrange | position to the upstream and / or downstream of a formation process (covering process), or the upstream and / or downstream of a 1st folding process. Further, for example, when the sheet is fed out, it may be fed out while removing the margin in the flow direction, or it may be arranged before and after each of the steps and cut out stepwise. Further, the cutting step may be omitted by feeding in a state of being cut in advance.

  In addition, the time when the folding means such as the folding sewing machine or the folding line is formed on the sheet fold line is the same as the step of removing the margin in the flow direction, and upstream and / or downstream of the bonding means forming step (covering step). It may be arranged on the side. For example, the sheet may be fed while forming the folding means, or may be formed after the pseudo-adhesion means and / or the complete adhesion means are formed. Moreover, you may form in steps before and after the formation process of an adhesion | attachment means. Furthermore, it is possible to omit the step of forming the bonding means by feeding it in a pre-formed state. Furthermore, the folding means forming step can be omitted even when folding is easily performed accurately without forming the folding means due to the type of paper used, brand, amount of crease, crease, and the like.

  The pseudo-adhesive means that is particularly preferably employed in the present invention is a film system. As the pseudo-adhesive film sheet used, for example, polyethylene terephthalate or biaxially stretched polypropylene is used as a base material, and EVA or polyethylene is used on one surface. There is one corresponding to a print laminate in which a known heat-sensitive adhesive layer is formed and a pseudo-adhesive layer is formed on the other surface.

  The pseudo-adhesive film sheet is coated on the planned adhesion surface of a leaf piece via a heat-sensitive adhesive layer. When the quasi-adhesive layers are folded and subjected to pressure or heating / pressurization, the quasi-adhesive layers are detachably bonded. Then, when the facing surface is peeled off, it can be easily peeled from between the adhered pseudo-adhesive layers.

  As a complete adhesive film sheet suitably employed in the present invention, there is one in which a complete adhesive layer is formed in place of the pseudo adhesive layer of the pseudo adhesive film sheet described above. This is covered with a heat-sensitive adhesive layer on the face to be completely bonded opposite to the leaf piece. When the pressure is applied or the heating / pressurizing process is performed in a state where the completely adhesive layers are opposed to each other, the completely adhesive layer portion is bonded so as not to be peeled off.

  In addition to the above-mentioned various film sheets, for example, as a film sheet that covers the exposed surface in order to protect the printing toner, for example, the above-mentioned pseudo-adhesive film sheet or two-layers in which the pseudo-adhesive layer or complete adhesive layer of the fully-adhesive film sheet is omitted The film sheet of a structure can be used conveniently. The film sheet has two types of glossy and non-glossy forms, but the non-glossy (matte type) film sheet is more convenient because it can be written on.

  According to the method of manufacturing an information communication body of the present invention, a normal long sheet or sheet can be used without using a sheet having a protruding and distorted outer shape such as a sealing piece formed by extremely special, complicated and troublesome processing. Using leaf sheets, no complicated manufacturing processes such as taking spot-like peeling means on the part corresponding to sealing are required, and adhesive means such as pseudo-adhesive film sheets and fully-adhesive film sheets are placed on a predetermined surface. Sealing can be completed by forming. The surface on which the various adhesion means is formed has the effect of improving the aesthetic effect of the information communication body and protecting the information from water wetting and breakage, dirt and falsification due to melting of the printing toner, and the like. Furthermore, if various sheets are placed at the top of the process and work is started, the final finished product can be automatically and consistently finished. Can be manufactured.

  Furthermore, by unifying the processing conditions of pseudo-adhesive means such as pseudo-adhesive film sheets, fully-adhesive film sheets, and film sheets, or complete adhesive means, the processing efficiency is significantly improved and the processing apparatus itself is compact. And take a place.

(A) is the surface view of the information communication body J, (B) is the II sectional view taken on the line in (A), (C) is the II-II sectional view taken on the line in (A). (A) is a perspective view of the information communication body J, (B) is a perspective view showing a state in which the lower edge is cut off and cut along the sewing machine pattern 11 at the time of opening. 3 is a perspective view showing a state of opening an information communication body J. FIG. (A) is a front view of the elongate sheet S1 used for manufacture of the information communication body J, (B) is a back view. In the manufacturing method of the information communication body J by the elongate sheet | seat S1, it is the principal part schematic diagram from the drawing process of the first half to the 1st folding process. (A) is a surface view of the long sheet S1 showing a state in which the film sheet F and the completely adhesive film sheet K are coated at predetermined positions by the coating device, and (B) is a pseudo adhesive film sheet G coated at the predetermined positions. It is a back view of elongate sheet | seat S1 showing the performed state. (A) is a surface view of the long sheet S1 in which the marginal portion 10 is cut by the cutting device and the folding machine 5 is formed by the folding means forming device, and (B) is a line III-III in (A). It is sectional drawing. (A) is the top view of the elongate sheet S1 which folded the 1st leaf piece 1 and the 3rd leaf piece 3 from the fold line 5 with the 1st folding device, and overlapped with the 2nd leaf piece 2 and the 4th leaf piece 4, B) is a sectional view taken along line IV-IV in (A). In the manufacturing method of the information communication body J by the elongate sheet | seat S1 and the sheet | seat S2, it is the principal part schematic diagram from the latter half cutting process common to both to the adhesion process. (A) is a front view of the sheet S2 used for manufacture of the information communication body J, (B) is a back view. It is the principal part schematic diagram from the feeding process of the first half to the 1st folding process with the manufacturing method of the information communication body J by the sheet | seat sheet S2. (A) is a surface view of the sheet S2 showing a state in which the film sheet F and the completely adhesive film sheet K are coated at predetermined positions by the coating device, and (B) is a pseudo adhesive film sheet G coated at the predetermined positions. It is a reverse view of the sheet | seat sheet S2 showing the made state. (A) is a front view of the sheet S2 in which the vertical margin X is cut by the cutting device and the folding machine 5 is formed by the folding means forming device, and (B) is a V- in FIG. It is V line sectional drawing. (A) is a plan view of a single sheet S2 in which the first leaf piece 1 and the third leaf piece 3 are folded from the fold line 5 by the first folding device, and the second leaf piece 2 and the fourth leaf piece 4 are overlapped in two. B) is a sectional view taken along line VI-VI in (A). (A) is the top view of the information communication body J by which the exposed surface was protected by the film sheet F, (B) is VII-VII sectional drawing in (A), (C) is a VIII-VIII sectional view taken on the line.

  Hereinafter, the present invention will be described in an easy-to-understand manner with reference to the drawings. Although the film system is mainly described as the pseudo-adhesion means and the complete adhesion means, other pseudo-adhesion means and complete adhesion means may be used instead.

[Information communication body J]
As shown in FIGS. 1 (A), (B), (C) and FIG. 2 (A), the information communication body J showing one form of the information communication body manufactured in the present invention is the first leaf piece 1, The second leaf piece 2, the fourth leaf piece 4, and the third leaf piece 3 are folded lines 5 (folded sewing machines are formed but not necessarily required) and folding lines 7 (folded sewing machines are formed but not necessarily required). Folded from top to bottom. The vertical and horizontal widths of each leaf piece may be designed freely, but are substantially the same in this embodiment. The opposing surfaces of the first leaf piece 1 and the second leaf piece 2 and the fourth leaf piece 4 and the third leaf piece 3 are detachably bonded via a pseudo-adhesive film sheet G, and the second leaf piece 2 and the fourth leaf piece. The four opposing surfaces are bonded to each other by a completely adhesive film sheet K so as not to be peeled off. The complete adhesive film sheet K is covered so as to wrap around the folding line 5 to the first leaf piece 1 and the third leaf piece 3 side, but it is not always necessary. That is, it is only necessary to cover the opposing surfaces of the second leaf piece 2 and the fourth leaf piece 4 without straddling the folding line 5.

  As shown in FIG. 2B, the recipient of the information communication body J uses a cutting tool such as a scissors or a cutter from the sewing pattern 11 for cutting in the horizontal direction along the lower edge. Cut off the lower edge. By doing so, as shown in FIG. 3, the first leaf piece 1 and the third leaf piece 3 can be peeled from the central postcard body (the second leaf piece 2 and the fourth leaf piece 4 bonded together) and spread in a spread state. It can be done. After peeling and developing, the information hidden inside can be seen through the transparent or translucent pseudo-adhesive film sheet G.

  In the description of the information communication body J, the pseudo-adhesive means is the film-type pseudo-adhesive film sheet G and the complete-adhesion means is the complete-adhesive film sheet K. And a fully adhesive coating (K). Moreover, if it is a tip paste system, it becomes a pseudo-adhesive coating layer (G) and a complete adhesive coating layer (K). Whichever system is used, the information communication body J is the same.

[Method of Manufacturing Information Communication Body J Using Long Sheet S1]
4 (A) and 4 (B) are long sheets S1 used when the information communication body J of this embodiment is manufactured using a long sheet, and the first leaf piece 1 and the second leaf piece 2 are folded in the vertical direction. The third leaf piece 3 and the second leaf piece 3 are connected in the horizontal direction through 5 (a folding means such as a folding sewing machine is not formed, but may be formed), and are connected in the same state below. The four leaf pieces 4 are connected in an arrangement in which the first leaf piece 1 and the third leaf piece 3 and the second leaf piece 2 and the fourth leaf piece 4 face each other via a lateral fold line 7 (a folding sewing machine is formed), A unit information communication body sheet t is formed by a total of four leaf pieces. The vertical and horizontal widths of the leaf pieces are substantially the same, but may be freely changed depending on the purpose of use of the information communication body J to be manufactured. The unit information communication sheet t is connected to a marginal portion 10 provided with a plurality of marginal holes 9 on both outer sides via a cutoff line 8 and sandwiched between two horizontal cutoff lines 6 arranged in parallel on the top and bottom. The sensor reading marks M are connected in the vertical direction via the described portions.
The cut-off sewing pattern 11 is omitted in order to avoid complication of the drawing.

  The long sheet S1 having the above-described configuration is folded into a bellows shape from, for example, a tear line 6 (which may be formed with a folding sewing machine or the like) to be in a block state, and the lowermost leftmost sheet in the manufacturing process shown in FIG. It is mounted on the mounting table 20. When the unit information communication body sheet t on the uppermost surface is pulled up to the upper support roller 21 in order, the direction is changed substantially horizontally, the pin of the pin tractor 22 arranged on the right side is fitted with the marginal hole 9, and further the right side Is sent to a coating apparatus comprising a pair of heat rollers 23a and 23b.

  In the coating apparatus, the fully adhesive film sheet K is fed out from above the passing long sheet S1 and the pseudo-adhesive film sheet G is fed out from below, as shown in FIGS. 6 (A) and 6 (B). Aligned and covered with the planned surface. Then, the long sheet S1 coated with various film sheets is sent to a cutting and folding means forming apparatus including slit blades 24a and 24b and a folding sewing blade 24c arranged in parallel on the right backup roller 25.

  In the cutting and folding means forming apparatus, as shown in FIGS. 7A and 7B, the marginal portions 10 on both sides of the long sheet S1 are cut and a folding sewing machine is formed on the vertical folding line 5. . And it is sent to the 1st folding apparatus arrange | positioned further on the right side by a pair of nip roller 26a, 26b arrange | positioned on the right side. The slit blades 24a and 24b and the folding sewing blade 24c are arranged in parallel on the same backup roller 25. However, the slit blades 24a and 24b and the folding sewing blade 24c may be dispersed on different backup rollers and cut in stages or formed a folding sewing machine. Absent.

  Note that the marginal portions 10 on both outer sides of the long sheet S1 may be cut off at any location upstream and / or downstream of the coating apparatus. For example, by adjusting the width of various film sheets, the film sheet may be already cut when placed on the paper platform 20, or the marginal portion 10 is fed out while being cut using a cutting device such as an inter-stacker. Alternatively, it may be sent to the coating apparatus. Further, as in this embodiment, both sides may be excised downstream of the coating apparatus, and further, it may be excised stepwise both upstream and downstream of the coating apparatus.

  In the first folding device, as shown in FIGS. 8 (A) and 8 (B), a longitudinally extending direction of the first folding device is shown by a guide plate or a guide bar (not shown) before being pulled up from the lower support roller 27 to the upper support roller 28. The first leaf piece 1 and the second leaf piece 2 and the third leaf piece 3 and the fourth leaf piece 4 are folded in a double fold from the fold line 5. When the orientation is changed substantially horizontally by the upper support roller 28, as shown in FIGS. 5 and 9, a pair of nip rollers 29a and 29b arranged on the right side and a cutting blade 31a and a fixed blade further arranged on the right side. It is sent to the cutting device consisting of 31b.

  In the cutting apparatus, as shown in FIG. 8A, when the sensor 30 reads the reading mark M written on the passing unit information communication sheet t, the movement distance starts to be counted, and the first cutting line 6 (unit information) The top edge of the communication body paper t is cut. Subsequently, the movement distance is counted, and the next cut line 6 (the ground of the unit information communication sheet t) is cut to cut out individual unit information communication sheets t. This operation is performed also in the subsequent unit information communication body t, and the unit information communication body paper t cut out individually in this way is the second folding composed of the right folding rollers 32a, 32b, 32c and the folding tray 33. Sent to the device. In the long sheet S1 used in this embodiment, the reading mark M is described in the margin provided by the cutoff lines 6 and 6, but this margin is eliminated (the front and back unit information communication body paper t is a single cutoff line). 6 may be described so as not to stand out in any part of the unit information communication body paper t. That way, the waste of the sheet can be eliminated.

  In the second folding device, the unit information communication body paper t fed into the folding tray 33 by the folding rollers 32a and 32b stops when it hits the stopper 34, and then is fed from the folding line 7 by the folding rollers 32b and 32c. 1 (A), (B) and (C), the pair of transport rollers 35a and 35b and the pair of upper and lower heater panels 36a and 36b arranged on the right side are folded. While being alternately arranged, it is fed into an adhesive device provided with a pair of pressure rollers 37a and 37b at the discharge port. At this point, the various film sheets facing each other are not yet bonded.

  In the bonding apparatus, the unit information communication body paper t passing between the heater panels 36a and 36b is sufficiently heated and pressurized by the pair of pressure rollers 37a and 37b when discharged. The pseudo-adhesive film sheets G facing each other between the opposing surfaces of the first leaf piece 1 and the second leaf piece 2 and the fourth leaf piece 4 and the third leaf piece 3 shown in FIGS. Are adhered in a peelable manner, and the completely adhesive film sheets K facing each other between the opposing surfaces of the second leaf piece 2 and the fourth leaf piece 4 are adhered in a non-peelable manner. The information communication body J, which is a finished product after completion of the various types of bonding described above, is dropped into a stacker 38 made up of a belt conveyor or the like, and sequentially stacked. It is.

  In the description of the manufacturing method of the information communication body J using the long sheet S1, the pseudo-adhesive means is the film-type pseudo-adhesive film sheet G and the complete-adhesive film sheet K. It becomes a film (G) and a completely adhesive film (K). Accordingly, the film sheet coating apparatus is read as the film forming apparatus, and both have the same contents as the manufacturing method using the long sheet S1 of the information communication body J.

  Further, in the case of the front paste method, since the adhesive means is formed on the sheet in advance, the sheet is fed out after the printing of various information from the formed adhesive means, and then the adhesive means is formed. The process is passed and sent to the downstream excision process. The steps after the cutting step have the same contents as the steps of the film method and the post glue method described above. That is, the feeding process, the cutting process, the first folding process, the cutting process, the second folding process, and the bonding process are performed in this order. In this case, the pseudo adhesive film sheet G and the completely adhesive film sheet K are read as the pseudo adhesive coating layer (G) and the completely adhesive coating layer (K), respectively.

[Manufacturing Method of Information Communication Body J with Single Sheet S2]
FIGS. 10A and 10B are a sheet S2 used when the information communication body J of this embodiment is manufactured from a sheet, and the first leaf piece 1 and the second leaf piece 2 are folded in the vertical direction. The third leaf piece 3 and the fourth leaf piece 4 which are connected in the horizontal direction via 5 and connected in the same state below the first leaf piece 1 and the third leaf piece via the horizontal folding line 7. 3 and the second leaf piece 2 and the fourth leaf piece 4 are connected to each other so as to face each other, and the unit information communication body paper t is formed by a total of four leaf pieces. The vertical and horizontal widths of the leaf pieces are substantially the same, but may be freely changed depending on the purpose of use of the information communication body J to be manufactured. The unit information communication body paper t is surrounded by a vertical margin X and a horizontal margin Y, and a sensor reading mark M is printed on the horizontal margin Y above the second leaf piece 2. Has been. The cut-off sewing pattern 11 is omitted in order to avoid complication of the drawing.

  The sheet S <b> 2 having the above-described configuration is placed on the lower left paper platform 40 in the uppermost stream of the manufacturing process shown in FIG. 11. Then, the sheet is fed out on the right conveyance table by a sheet feeding device (which may be an electrostatic belt, a feed roller, or the like) composed of the suction pads 41 and the like at regular intervals in order from the uppermost sheet S2. The pair of nip rollers 42a and 42b are further fed into a coating apparatus including a pair of heat rollers 43a and 43b arranged on the right side.

  In the coating apparatus, the fully adhesive film sheet K is unwound from above the passing sheet S2 and the pseudo-adhesive film sheet G is unwound from below, as shown in FIGS. 12 (A) and 12 (B). Aligned and covered with the planned surface. And the sheet | seat S2 which became the continuous state by having various film sheets coat | covered on the front and back consists of the slit blades 44a and 44b and the folding machine blade 44c which are continuously arrange | positioned in parallel on the right side backup roller 45. , And sent to the cutting and folding means forming apparatus.

  As shown in FIGS. 13A and 13B, the unit information communication body paper t in the cutting and folding means forming apparatus has vertical margins X on both sides thereof cut off and the vertical folding lines 5 formed thereon. A folding sewing machine is formed. And it is sent to the 1st folding apparatus arrange | positioned further on the right side by a pair of nip roller 46a, 46b arrange | positioned on the right side.

  Note that the vertical margins X on both outer sides of the sheet S2 may be cut off at any location upstream and / or downstream of the coating apparatus. For example, by adjusting the width of various film sheets, the film sheet may be already cut when placed on the paper platform 40, or it is fed out while cutting off the vertical margin X using a known cutting device. Alternatively, it may be sent to the coating apparatus. Further, as in this embodiment, both sides may be excised downstream of the coating apparatus, and further, it may be excised stepwise both upstream and downstream of the coating apparatus.

  In the first folding device, as shown in FIGS. 14 (A) and 14 (B), the vertical folding direction of the first folding device is increased by a guide plate or a guide bar (not shown) before being pulled up from the lower support roller 47 to the upper support roller 48. From the fold line 5, the first leaf piece 1 and the second leaf piece 2, and the third leaf piece 3 and the fourth leaf piece 4 are folded in two so as to face each other. When the direction is changed substantially horizontally by the upper support roller 48, the cutting blade 31a and the fixed blade 31b shown in FIG. 9 are cut by the nip rollers 29a and 29b arranged on the right side as shown in FIGS. Sent to the device.

  In the cutting apparatus, as shown in FIG. 14A, when the sensor 30 reads the reading mark M written on the passing unit information communication sheet t, the moving distance starts to be counted and the cutting line L1 is cut. Subsequently, the movement distance is counted, and the cut line L2 is cut to cut out individual unit information communication sheet t. This operation is also performed on the subsequent unit information communication body paper t, and the unit information communication body paper t cut out individually in this way is fed from the right folding rollers 32a, 32b, 32c and the folding tray 33 shown in FIG. To the second folding device.

  In the second folding device, the unit information communication body paper t fed into the folding tray 33 by the folding rollers 32a and 32b stops when it hits the stopper 34, and then is fed from the folding line 7 by the folding rollers 32b and 32c. 1A, 1B and 1C, and a pair of transport rollers 35a and 35b and a pair of upper and lower heater panels 36a and 36b arranged on the right side are folded. While being alternately arranged, it is fed into an adhesive device provided with a pair of pressure rollers 37a and 37b at the discharge port.

  In the bonding apparatus, the unit information communication body paper t passing between the heater panels 36a and 36b is sufficiently heated and pressurized by the pair of pressure rollers 37a and 37b when discharged. The pseudo-adhesion which opposes between the opposing surfaces of the 1st leaf piece 1 and the 2nd leaf piece 2 and the opposing surfaces of the 4th leaf piece 4 and the 3rd leaf piece 3 which are shown in FIG.1 (B) and (C) by the said heating and pressurizing process. The film sheets G are detachably bonded to each other, and at the same time, the completely adhesive film sheets K facing each other between the opposing surfaces of the second leaf piece 2 and the fourth leaf piece 4 are detachably bonded to each other. The information communication body J completed in this way is dropped into a stacker 38 made up of a belt conveyor or the like arranged on the right side of the bonding apparatus and sequentially stacked. The

  In Example 2, a film system is used as the bonding means. However, since the sheet can be made continuous by continuously covering the film sheet, the same processing steps as those for the long sheet described above are performed. This is because it is very convenient. However, in the post-glue system or the front-glue system other than the film system, there is no means for connecting the sheets. Accordingly, the sheet is manufactured by an off-line work process in which the sheet for which the formation of the adhesive means and the printing of information have been completed is cut out for each unit communication body paper t, folded into a final form, and then applied to the adhesive means.

The present invention is not limited to the above embodiment.
For example, as shown in FIGS. 15 (A), (B) and (C), the exposed surface of the first leaf piece 1 and the third leaf piece 3 is coated with a matte print laminate film sheet F, It is also possible to protect the wording printed with toner or the like from melting and fouling. In this case, the fully adhesive film sheet K and the film sheet F that are waiting above the coating apparatus may be arranged in parallel.

J Information communication body S1 Long sheet S2 Sheet sheet t Unit information communication body paper K Completely adhesive film sheet G Pseudo adhesive film sheet F Film sheet X Vertical margin Y Horizontal margin M Marks L1, L2 Sides 1, 2 3, 4 Leaf piece 5, 7 Folding line 6, 8 Cut line 9 Marginal hole 10 Marginal part 11 Sewing pattern 20, 40 Paper platform 21, 27, 28, 47, 48 Support roller 22 Pin tractors 23a, 23b, 43a, 43b Heat rollers 24a, 24b, 44a, 44b Slit blades 24c, 44c Sewing blades 25, 45 Backup rollers 26a, 26b, 29a, 29b, 42a, 42b, 46a, 46b Nip rollers 35a, 35b Transport rollers 36a, 36b Heater panels 37a, 37b Pressure rollers 32a, 32b, 32c La 33 folding tray 34 stopper 38 stacker 30 sensors 31a cutting blade 31b fixed blade 41 suction pads

Claims (10)

  A sheet feeding process for feeding out a sheet on which unit information communication paper with a plurality of leaf pieces connected vertically and horizontally through a folding line is printed, and a pseudo-adhesive planned surface of the unit information communication paper printed on the fed sheet Forming a pseudo-adhesive means and / or a fully-adhesive means on a surface to be completely bonded, and a cutting step of cutting out a margin in the flow direction of the sheet on which the pseudo-adhesive means and / or the complete-adhesive means are formed And a first folding step of continuously folding the sheet from which the margin in the flow direction is cut along the vertical fold line, and a unit of the sheet continuously folded along the vertical fold line. The unit information communication body paper is cut out for each information communication body paper, and the cut unit information communication body paper is folded one by one along the horizontal fold line by a folding roller. An information communication body comprising: a second folding step; and an adhesion step of simultaneously bonding pseudo-adhesive surfaces and / or fully-adhesive surfaces of the information communication paper folded one by one. Production method.   2. The information communication body according to claim 1, wherein the cutting step for cutting off the margin in the flow direction of the sheet is arranged upstream and / or downstream of the bonding means forming step. Manufacturing method.   3. The method of manufacturing an information communication body according to claim 1, wherein the folding means forming step for forming the folding means at the folding line of the sheet is arranged upstream and / or downstream of the bonding means forming step. A method of manufacturing an information communication body characterized by the above.   A unit information communication body paper in which a plurality of leaf pieces are connected vertically and horizontally through a fold line is printed, and a sheet in which pseudo adhesion means and / or complete adhesion means are formed on a predetermined adhesion surface is fed out. Sheet feeding step, cutting step for cutting out the margin in the flow direction of the fed sheet, and a first folding step for continuously folding the sheet from which the margin in the flow direction has been cut along the vertical folding line And a step of cutting out unit information communication body paper for cutting out the sheets continuously folded along the vertical fold line for each unit information communication body paper, and folding the cut unit information communication body paper in the horizontal direction. A second folding process in which the sheets are folded one by one along the line by a combination of folding rollers, and the pseudo-adhesive surfaces and / or complete adhesion schedules of the information communication body paper folded one by one Method of manufacturing an information communication body characterized by comprising a bonding step of bonding together simultaneously.   5. The information communication body according to claim 4, wherein the cutting step for cutting the margin in the flow direction of the sheet is arranged upstream and / or downstream of the first folding step. Manufacturing method.   6. The information communication body manufacturing method according to claim 4, wherein the folding means forming step for forming the folding means at the folding line of the sheet is arranged upstream of the folding process. Manufacturing method.   A sheet feeding process for feeding out a sheet on which unit information communication paper with a plurality of leaf pieces connected vertically and horizontally through a folding line is printed, and a pseudo-adhesive planned surface of the unit information communication paper printed on the fed sheet And a step of covering the pseudo-adhesive film sheet and / or the fully-adhesive fixed surface with the fully-adhesive film sheet, and cutting out margins in the flow direction of the sheet coated with the pseudo-adhesive film sheet and / or the fully-adhesive film sheet. A cutting and forming means forming step for forming folding means in the vertical folding line, and a sheet in which the margin in the flow direction is cut and the folding means is formed in the vertical folding line along the vertical folding line. A first folding step of continuously folding the sheet, and a unit for cutting out the sheet continuously folded along the vertical fold line for each unit information communication body paper Information communication body paper cutting step, second folding step of folding the cut unit information communication body paper one by one along the horizontal fold line by a combination of folding rollers, and information communication folded one by one An information communication body manufacturing method comprising: an adhesion step of simultaneously bonding pseudo-bonding surfaces and / or completely bonding surfaces of a body paper.   8. The method of manufacturing an information communication body according to claim 7, wherein the step of cutting out the margin in the sheet flow direction is arranged upstream and / or downstream of the covering process.   9. The method of manufacturing an information communication body according to claim 7, wherein the folding means forming step for forming the folding means at the folding line of the sheet is arranged upstream and / or downstream of the covering step. A method of manufacturing an information communication body.   10. The method of manufacturing an information communication body according to claim 7, wherein a film sheet for protecting the printing toner is coated on a surface of a leaf piece which is an exposed surface of the information communication body after completion in the covering step.

Images