JP2019038688A - Sheet passage mechanism of folding unit and manufacturing method of information communication body using the same - Google Patents

Abstract

To provide a sheet passage mechanism of a folding unit capable of making a sheet pass while preventing a trouble such as jamming, wrinkling or tear, when the sheet is passed without folding.SOLUTION: A leaf sheet in a folding unit FU1 for folding the leaf sheet is made to pass without folding, in a sheet passage mechanism of the folding unit FU1. The leaf sheet is discharged from first nip rollers R1 and R2, and, without passing through second nip rollers R2 and R3, directly bypassed to feed rollers R6 and R7, to pass through without being folded.SELECTED DRAWING: Figure 1

Description

The present invention provides a sheet passing mechanism of a folding device that allows a sheet to pass through without being folded by a case while being a folding device that folds a sheet, and an information communication body manufacturing method using the same. is there.
Specifically, despite the fact that it is a folding device that folds a single sheet, by adding the function of simply passing a single sheet, it can be placed in the middle of the line of various processing machines to function as a folding device when necessary, Otherwise, by passing the unit paper, the folding device that eliminates the trouble of moving from the line depending on the shape of the processed product, and multiple leaf pieces that have recently started to be actively used can be folded and peeled off The present invention relates to a method for manufacturing an information communication body represented by a laminated postcard.

  The information communication body started with a basic two-fold postcard and developed into a three-fold postcard. In addition, for example, a sealed letter can be folded into a plurality of connected leaf pieces so as to finally become a long three size, and a large amount of information can be transmitted. In such a situation, there is a tendency to increase the number of leaf pieces in order to transmit more information. For example, as described in Japanese Patent Application Laid-Open No. 2014-54822, there is a manufacturing method of a cross-folded multilayer fold information communication body. is there.

JP 2014-54822 A

  In the invention of the patent document, there is a first integration step with a cutting step after the first folding step, and the unit sheet integrated in the first integration step is folded in a direction perpendicular to the conveyance direction. The information communication body is completed by the second folding step and the second integration step. That is, the folding process and the integration process are required twice, and the efficiency is low, and extra space is required for the installation of the system.

  Therefore, it is conceivable that all folding is completed before the integration process, and all the bonding is completed in one integration process. To do so, a second folding step may be arranged between the cutting step and the integration step. However, the second folding process for the cross-folding is performed one by one in the case of manufacturing the information communication body of a different aspect using only the first folding process, which does not require the cross-folding in the system having such an arrangement. It is necessary to remove.

  However, the operation of removing the second folding step from the line causes a lot of time loss and should be avoided if possible. Therefore, it is conceivable to leave the second folding step as it is and pass the passing sheet without folding. By doing so, it is extremely efficient and convenient because the information communication body of an aspect that does not require cross folding and an information communication body that requires an aspect can be used together.

Here, the structure of a conventional basic folding apparatus will be described.
As shown in the schematic diagram of the main part of FIG. 3, in a folding device comprising three nip rollers R1, R2 and R3, a folding tray 10 (with a stopper 11 incorporated) and discharge rollers R4 and R5, the arrow on the right side After being folded by the respective members, the sheet fed from is discharged from the left arrow.

  The principle of folding will be described with reference to FIGS. 4A, 4B, and 4C. As shown in FIG. 4A, the sheet S fed from the right side is moved to the left side by the first nip rollers R1 and R2. It is fed into the arranged folding tray 10. The fed sheet S abuts against the stopper 11, but the rotation of the first nip rollers R1 and R2 does not stop, so that the second nip rollers R2 and R3 are swollen as shown in FIG. 4B. When the bulge becomes larger, it is held by the second nip rollers R2 and R3, and then sent to the lower discharge rollers R4 and R5 along the guide plates 2 and 3 as shown in FIG. .

Next, a sheet path unit using a conventional folding apparatus will be described.
As shown in FIG. 5, the block W is mounted in the space from which the folding tray 10 shown in FIG. 3 is removed. As a result, as shown in FIG. 6A, the sheet S fed from the right side by the first nip rollers R1 and R2 hits the tip of the block W where the rounded corners are formed, as shown in FIG. 6B. The second nip rollers R2 and R3 are fed between the guide plates 2 and 3. In this way, the fed sheet was passed without being folded.

  However, in the case of using a sheet with low weight and low waist, the sheet pass means cannot pass between the block W and each nip roller while changing the path, and as shown in FIG. 6C, jamming occurs. It will cause troubles such as dripping or tearing.

In view of the above problems, the present invention provides an epoch-making sheet passing mechanism capable of allowing a sheet to pass without any trouble such as jamming, wrinkling or tearing when the sheet is passed through without being folded in the folding device. The purpose is to do.
In addition, in an information communication body manufacturing system using the same, there is no need to replace the folding device according to the information communication body to be manufactured, and a large amount of information that requires cross folding is transmitted from a simple bi-fold concealment postcard. Provided is a method for manufacturing an information communication body using a sheet passing mechanism of a folding apparatus that can be manufactured up to an information communication body and that does not have any troubles such as jamming, wrinkles, or tearing in the folding apparatus during the manufacturing process. The purpose is that.

  In order to solve the above problems, the sheet passing mechanism of the folding device according to the present invention is a sheet passing mechanism of the folding device that allows the sheet to pass without folding in the folding device that folds the sheet. It is characterized in that it is discharged from one nip roller and passes through the second nip roller without detouring and folding directly to the feed roller.

  Note that guide plates and the like may be arranged above and below the bypass path so that the sheet discharged from the first nip roller is reliably sent downstream without departing from the bypass path to the feed roller. However, if the narrow path is forced to be pushed too close to the detour path, jamming, wrinkling or tearing may occur due to the resistance of the guide plate or static electricity generated on the guide plate for paper of 70 kG or less. There is sex. Accordingly, it is desirable that the sheet thrown out from the first nip roller passes through the second nip roller and the discharge roller and passes as far as possible to the feed roller.

  In order to solve the above-mentioned problem, an information communication body manufacturing method using a sheet passing mechanism of a folding device according to the present invention is a method in which an information communication body paper in which a plurality of leaf pieces are connected via a folding line is printed. A feeding step for feeding out a sheet of a scale or a single sheet, a coating step for covering a pseudo-adhesive film sheet on at least a pseudo-adhesion planned surface of information communication body paper printed on the fed-out sheet, and a film sheet was coated A first folding step of folding the sheet from the fold line in the flow direction, a cutting step of cutting the folded sheet for each individual information communication paper, a second folding step of folding the cut information communication paper, In the manufacturing method of the information communication body which consists of the integration process of integrating the folded information communication body paper so that peeling is possible, the 2nd folding process is a claim. Or a folding device having a sheet passing mechanism of the folding device according to any one of 2 and 2, wherein it is possible to select whether to pass the information communication body paper that passes through or to first pass the information communication body paper. Yes.

  In the method for manufacturing an information communication body using the sheet passing mechanism of the folding device, a cutting process for cutting a margin in the flow direction may be arranged at an arbitrary position between the covering process and the cutting process. If the sheet is a long sheet, the outer marginal parts used for conveyance during the process are removed by the cutting process. Further, in the case of a sheet-like sheet, the margins on both sides in the flow direction are removed from the four margins surrounding the information communication body paper printed inward. Then, the information communication body paper printed on the long sheet or the sheet-like sheet is cut out into a single product state by the subsequent cutting out process. Of course, when mounting on the most upstream side of the manufacturing process, it may be excised and removed in advance.

  Moreover, the folding means formation process which forms a folding means in a fold line may be arrange | positioned in the upstream and / or downstream of a coating | coated process. When the folding means is formed on the sheet upstream of the coating process, the folding means is not formed on the film sheet to be coated later. When formed downstream of the coating process, folding means are formed on both the sheet and the film sheet. Then, the folding means forming step may be arranged at any location upstream and downstream of the covering step, and is applied stepwise to the arbitrary folding line on the upstream side and to the remaining folding line on the downstream side. Folding means may be formed. Of course, it may be applied in advance when it is placed on the most upstream side of the manufacturing process.

According to the sheet passing mechanism of the folding device of the present invention, the sheet passing without folding the folding device can be passed without jamming and without troubles such as wrinkles and tears. A method of manufacturing an information communication body using a sheet passing mechanism is a simple method that does not cause cross-folding or cross-folding without moving a part of the arranged production line and removing the folding tray and replacing it with a guide member. It is possible to manufacture the information communication body in both folded modes.

It is a principal part schematic diagram explaining the sheet passing mechanism of the folding apparatus (FU1) of this invention clearly. (A), (B), and (C) are the principal part schematic which demonstrated the passage process of the sheet | seat in the sheet | seat passage mechanism of folding device FU1 with time. FIG. 2 is a schematic view of a main part of a folding device FU2 equipped with a folding tray 10. (A), (B), and (C) are the principal part schematic which shows the principle of folding (folding in two) using the folding apparatus FU2 of FIG. 3 with time. It is a principal part schematic of folding device FU2 equipped with the block W. FIG. (A), (B), and (C) are principal part schematic diagrams which show the principle of sheet passing and sheet jamming over time using the folding device FU2 of FIG. It is a perspective view of guide unit GU used with folding device FU1. It is a principal part schematic perspective view of folding device FU1 incorporating the guide unit GU. (A) is a top view of the bi-fold postcard manufactured by the manufacturing method of the information communication body using the sheet | seat passage mechanism of the folding apparatus of this invention, (B) is the II sectional view taken on the line in (A). (A) is a front view of the elongate sheet S1 used for manufacture of the two-fold postcard J1, (B) is a back view. It is an example of the manufacturing method of the information communication body using the sheet | seat passage mechanism of the folding apparatus of this invention, Comprising: It is a principal part schematic diagram which shows even before the folding process of the first half. It is an example of the manufacturing method of the information communication body using the sheet | seat passage mechanism of the folding apparatus of this invention, Comprising: It is a principal part schematic diagram which shows the latter half folding process. (A) is a top view which shows the state by which the pseudo-adhesive film sheet Z was coat | covered by the predetermined position of the back surface of the two-fold postcard sheet S1, and (B) is a mode that the marginal part 27 outside the 1st leaf piece 21 was excised FIG. (A) is a top view which shows the state by which the bi-fold postcard sheet S1 was folded in half by the folding process, (B) is the II-II sectional view taken on the line in (A). (A) is a top view of the sixfold sealed letter manufactured by the manufacturing method of the information communication body using the sheet passing mechanism of the folding apparatus of the present invention, and (B) is a sectional view taken along line III-III in (A). (A) is a front view of sheet F2 used for manufacture of the six-fold sealed letter J2, (B) is a back view. It is an example of the manufacturing method of the information communication body using the sheet | seat passage mechanism of the folding apparatus of this invention, Comprising: It is a principal part schematic diagram which shows even before the folding process of the first half. It is an example of the manufacturing method of the information communication body using the sheet | seat passage mechanism of the folding apparatus of this invention, Comprising: It is a principal part schematic diagram which shows the latter half folding process. (A) is a plan view showing the state in which the pseudo-adhesive film sheet Z is coated at a predetermined position on the surface of the six-fold sealed letter sheet S2 by oblique lines, and (B) is a pseudo-adhesive film sheet Z coated at a predetermined position on the back surface. It is a top view which shows a state with an oblique line. (A) is a plan view showing a state in which the vertical margins X on both sides of the six-fold sealed letter sheet S2 are cut off and folding machines 57 and 58 are formed on the folding lines 57 and 58 following the covering step. FIG. 4 is a sectional view taken along line IV-IV in (A). FIG. 4 is a plan view of a six-fold sealed letter sheet S2 that has been folded through a folding device and that has been continuously folded by covering with a pseudo adhesive film sheet Z. FIG. (A) is a plan view of the unit sheet t2 cut out in the cutting step, (B) is a cross-sectional view taken along line VV in (A), and (C) is a cross-sectional view taken along line VI-VI in (A).

[Example 1: Sheet passing mechanism of folding apparatus]
The specific contents of the present invention will be described below with reference to the drawings.
FIG. 1 is a schematic view of a main part for explaining a folding device FU1 using the sheet passing mechanism of the folding device of the present invention and a sheet passing path by the folding device FU1. Three rollers (R1, R2, and R3) are arranged on the right side. The first nip rollers R1 and R2 rotate in the direction indicated by the arrow in the drawing and receive the sheet S entering from the right side. To send it to the left.

  As shown in FIG. 3, when the folding tray 10 is disposed in the front, the sheet S has a second nip roller as shown in time series in FIGS. 4 (A), (B) and (C). R2 and R3 (the nip roller R2 serves as both the first nip roller and the second nip roller) pass through the lower guide plates 2 and 3 and are discharged by the discharge rollers R4 and R5.

  Further, the sheet S entering from the right side as shown in FIG. 5 is the same as the case of the folding tray 10 as shown in FIGS. 6A and 6B, as long as the block W is arranged in front. The second nip rollers R2 and R3 pass between the lower guide plates 2 and 3 and are discharged by the discharge rollers R4 and R5 without being folded.

  When the sheet passing mechanism of the folding device of the present invention is used, the invading sheet S is held by the first nip rollers R1 and R2 as shown in FIGS. 2 (A), (B) and (C), Without passing through the second nip rollers R2, R3 and the discharge rollers R4, R5, it proceeds to the forward feed rollers R6, R7 without receiving external resistance, and is fed there without being folded at all to the left. Is done.

  That is, the invading sheet S moves from right to left along the locus of the sheet S displayed by a two-dot chain line in FIG. At that time, nothing is touched, so even a thin sheet with a small amount of weight can be passed without any problem because there is no external resistance. Although the directionality of the passing sheet S is not determined, various guide plates 1, 2, and 3 may be used for correcting the traveling direction when the sheet S deviates significantly from a planned passing trajectory. .

  Each guide plate can be attached as it is, using parts such as the folding tray 10 and the block W to the base unit removed from the main body of the folding apparatus, using fixing tools such as mounting screws used to attach the parts. It is more convenient if it is designed in this way. Specifically, as shown in FIG. 7, guide plates G1 and G2 made of a plastic resin such as polycarbonate or acrylic (which may be a metal plate or paperboard) are attached to the frame F. At this time, a guide plate G3 made of elastic plastic resin is attached to the guide plate G1 so as to be integrated.

  As shown in FIG. 8, the guide unit GU configured as described above uses a screw hole provided for attaching the folding tray 10 or the block W to the unit of the folding device composed of each roller. It is designed to be attached with the attachment screw N, and it is very convenient to handle as described above when replacing the folding tray 10.

[Example 2: Method for producing folded postcard J1]
As shown in FIGS. 9 (A) and 9 (B), the two-fold postcard J1 manufactured in the present embodiment has a first leaf piece 21 and a second leaf piece 22 having different widths from a fold line 23 in which a folding sewing machine is formed. Folded via a pseudo adhesive film sheet Z. The bi-fold postcard J1 is made from a long sheet S1 shown in FIG.

  As shown in FIG. 10A, the long sheet S1 described above includes a first leaf piece 21 and a second leaf piece 22 (the first leaf piece 21 has a second leaf piece whose lateral width is connected in the lateral direction via a fold line 23). The unit sheet t1 is designed to be slightly narrower than the horizontal width of 22) and is connected in the vertical direction via a cut-out line 24. Further, a marginal portion 27 provided with a marginal hole 26 is connected to the outside of the two-leaf piece via a cut line 25.

  In addition, on the surface of the first leaf piece 21 that appears after the completion of the half-folded postcard J1 shown in FIG. Further, general information such as advertisements (not shown) is described on the surface of the second leaf piece 22 that is similarly displayed. In addition, on the back of the first leaf piece 21 and the second leaf piece 22 that are folded and concealed after the completion of the half-folded postcard shown in FIG. Etc. are described.

  The long sheet S1 having the above-described configuration is folded in a bellows shape from, for example, a folding sewing machine formed on the cut-out line 24 on the top and bottom, and in a block state, the sheet platform 31 at the lowermost leftmost position of the manufacturing system shown in FIG. It is put on. Then, when the upper side unit sheet t1 is pulled up to the upper support roller 32 in order from the back surface side to the upper surface, the orientation of the right side pin tractor 33 and the marginal hole 26 are fitted to each other by changing the direction almost horizontally. It is sent to a coating apparatus composed of a pair of heat rollers 34a and 34b.

  In the coating apparatus, as shown by hatching in FIG. 13 (A), the pseudo adhesive film sheet Z fed out from the roll waiting upward is aligned with a predetermined position on the back surface side of the long sheet S1 that passes therethrough. Is done. Then, the first cutting device comprising the slit blade 35a and the backup roller 35b arranged on the right side cuts the marginal portion 27 outside the first leaf piece 21 as shown in FIG. 13B, and continues the first folding. It is sent out to the apparatus by a pair of nip rollers 36a and 36b arranged on the right side.

  The pseudo-adhesive film sheet Z has a known heat-sensitive adhesive layer formed on one surface of a base material made of, for example, polyethylene terephthalate or biaxially stretched polypropylene, and a pseudo-adhesive layer formed on the remaining one surface. Those corresponding to the thermal laminating method can be preferably used. For example, after covering the pseudo-adhesive planned surface of the printed material, it is folded so that the pseudo-adhesive layers face each other, and is peeled and bonded by applying pressure or heating / pressurizing treatment. When peeled off, it can be easily opened.

  In the first folding device, as shown in FIG. 12, the guide bar and the guide plate (not shown) are used to raise the support roller 37 from the lower support roller 37 to the upper support roller 38 as shown in FIGS. When the fold line 23 is folded in half, and the orientation is changed almost horizontally by the upper support roller 38, the pin of the pin tractor 39 and the remaining marginal portion 27 outside the second leaf piece 22 are formed. The hole 26 is fitted and fed into a second cutting device comprising a slit blade 40a and a backup roller 40b arranged on the right side.

  The long sheet S1 that has passed through the second cutting device passes through a cutting device that is further arranged on the right side and that includes a die cut roller 41a and a backup roller 41b that cut the passing material while rotating. The sheet is cut from the cut-out line 24 in the direction and cut into a single folded postcard J1. And it continues to be sent to the bonding apparatus arrange | positioned at the right side, but it is necessary to pass through the 2nd folding apparatus arrange | positioned so far in order to manufacture the information communication body of a different form.

  By the way, since the two-fold postcard J1 of the present embodiment has already been folded, the second folding device FU1 arranged for the information communication body that requires cross-folding is passed through and sent to the bonding device. It will be. In other words, the second folding device is set to the folding device FU1 with the folding tray 10 and the block W removed and, for example, the guide unit GU shown in FIG. 7, and the two folded postcards J1 passing therethrough are shown in FIG. The trajectory represented by a two-dot chain line is traced from one nip roller R1, R2 directly to feed rollers R6, R7 (corresponding to the pair of transport rollers 42a, 42b in FIG. 12).

  In the bonding apparatus, a pair of transport rollers 42a and 42b and a pair of heater panels 43a and 43b are alternately arranged, and the two-fold postcard J1 passing between them is sufficiently heated and a pressure roller 44a disposed at the outlet, Pressurized at 44b to complete the product. The completed half-folded postcard J1 is sequentially stacked on a stacker 45 composed of a belt conveyor or the like, and then is delivered to the recipient.

  Then, the recipient of the half-folded postcard J1 peels off both leaf pieces with the step formed on the opening side edge as the beginning of opening, and the transparent information or the semi-transparent pseudo-adhesive film sheet Z is transferred to the various information described therein. It can be seen through.

[Example 3: Manufacturing method of six-fold sealed letter J2]
As shown in FIGS. 15 (A) and 15 (B), the six-fold sealed letter J2 manufactured in this embodiment has a third leaf piece 53, a second leaf piece 52, a first leaf piece 51, a fourth leaf piece 54, The five-leaf piece 55 and the sixth leaf piece 56 are folded in a detachable manner between the opposing surfaces via the pseudo-adhesive film sheet Z. The six-fold sealed letter J2 is cut out from a sheet S2 shown in FIG. 16, which will be described later, and is folded vertically and horizontally.

  As shown in FIGS. 16 (A) and 16 (B), the first sheet piece 51, the second leaf piece 52, and the second leaf piece 52 connected in the horizontal direction via the vertical folding lines 57 and 58 are provided on the sheet S2 described above. The third leaf piece 53 is connected to the fourth leaf piece 54, the fifth leaf piece 55 and the sixth leaf piece 56 connected in the horizontal direction via the same vertical folding lines 57 and 58, and the third leaf piece 53 via the horizontal folding line 59. A unit sheet t2 is printed in which the one leaf piece 51 and the fourth leaf piece 54, the second leaf piece 52 and the fifth leaf piece 55, and the third leaf piece 53 and the sixth leaf piece 56 are connected to each other.

  The unit sheet t2 is surrounded by a vertical margin X and a horizontal margin Y on all sides, and a mark M is printed on the horizontal margin Y above the third leaf piece 53 to be read by the sensor at the time of cutting. Has been.

  Further, as shown in FIG. 15, the address name and the like of a recipient (not shown) are stamped on the surface of the third leaf piece 53 that is displayed after the six-fold sealed letter J2 is completed. General information such as advertisements (not shown) is written on the exposed surface of the sixth leaf piece 56 on the back of the six-fold sealed letter J2. Further, the other leaf pieces that are folded and concealed after completion of the six-fold sealed letter J2 contain personal information related to the privacy of the recipient (not shown) and general information such as advertisements.

  The single-sheet S2 having the above-described configuration is placed on a sheet platform 61 at the uppermost left of the manufacturing system shown in FIG. Then, a pair of nip rollers arranged on the right side are fed out to the right conveyance table at equal intervals by a sheet feeding device of suction pads 62 (which may be an electrostatic belt or a feed roller) in order from the uppermost unit sheet t2. It is sent to a coating device composed of a pair of heat rollers 64a and 64b arranged on the right side by 63a and 63b.

  In the coating apparatus, as indicated by hatching in FIGS. 19A and 19B, the pseudo adhesive film sheet Z fed out from the roll waiting upward and downward is predetermined on the front and back surfaces of the sheet S2 through which it passes. Each position is aligned and covered. Then, as shown in FIGS. 20 (A) and 20 (B), the vertical margins X on the outer sides are cut off by the first cutting device comprising the slit blade 65a and the backup roller 65b arranged in parallel on the right side. In addition, the folding means forming device comprising the sewing machine blade 66a and the backup roller 66b arranged in parallel on the right side, the folding machine for facilitating folding on the vertical folding lines 57, 58 is added to the pseudo adhesive film sheet Z. And is fed out to a first folding device arranged on the right side.

  In the first folding device, as shown in FIG. 18, it is shown in FIGS. 22 (B) and 22 (C) by a guide bar and a guide plate not shown until it goes up from the lower support roller 68 to the upper support roller 69. When the upper support roller 69 is folded in a tri-fold shape with a cross-section S (Z) shape as shown above, the cutting blade 72a and the fixed blade 72b are arranged on the right side by the pair of nip rollers 70a and 70b. It is sent to the cutting device consisting of

  In the cutting apparatus, when the reading sensor 71 arranged upstream reads the mark M of the sheet S2 that passes in the state of FIG. 21, the movement distance starts to be counted. When the side L1 is cut, the count is further continued, and then the side L2 is cut to cut out the unit sheet t2. This operation is also performed on the subsequent sheet S2, and the unit sheets t2 are sequentially cut out in this way. The six-fold sealed letter J2 of the present embodiment is then fed into the second folding device, which is folded in two from the lateral folding line 59 that is the final folding. This is performed by the device FU2.

  Setting of the second folding device FU2 is completed when the folding tray 10 is mounted. The principle of final folding is as shown in FIGS. 3, 4A, 4B, and 4C. Thus, the unit sheet t2 folded into the final form of FIGS. 15A and 15B by the second folding device FU2 is fed into the bonding device disposed on the right side.

  In the bonding apparatus, a pair of conveying rollers 73a and 73b and a pair of heater panels 74a and 74b are alternately arranged, and the six-fold sealed letter J2 passing between them is sufficiently heated and a pressure roller 75a arranged at the outlet, Pressurized at 75b to complete the product. Then, the completed six-fold sealed letter J2 is sequentially stacked on a stacker 76 composed of a belt conveyor or the like, and then delivered to the recipient.

  Then, the recipient of the six-fold sealed letter J2 uses the non-adhesive area formed on the opening edge, peels off the leaf pieces folded vertically and horizontally, and finally develops them into a flat surface. Various kinds of information can be viewed through the transparent or translucent pseudo-adhesive film sheet Z.

In addition, this invention is not restricted to the said Example.
For example, in the embodiment of the sheet used in this embodiment, the folded paper J1 is a long sheet and the folded paper J2 is a sheet, but the folded paper J1 is a sheet. The six-fold sealed letter J2 may be manufactured as a long sheet. At that time, when manufacturing a six-fold sealed letter with a long sheet, the pseudo-adhesive film sheet Z is fed out from the roll waiting on the lower side shown by the broken line in the coating apparatus of FIG. 11, and the folding apparatus is set to FU2. That's fine. Further, when the two-fold postcard J1 is manufactured with a single sheet, the pseudo adhesive film sheet Z is fed out only from the upper side with the coating apparatus of FIG. 17, and the folding apparatus is set to FU1. This principle also applies to all forms of information communication bodies.

  In other words, when manufacturing the information communication body, it is free to select a long or single sheet mode. Regardless of the sheet form, if the information communication body manufacturing system uses the sheet passing mechanism of the folding device of the present invention, any information in a form that requires or does not require cross-folding. It is also possible to deal with communication bodies.

R1, R2, R3 Nip roller R4, R5 Discharge roller R6, R7 Feed roller 10 Folding tray 11 Stopper 1, 2, 3, 4, G1, G2, G3 Guide plate F Frame N Mounting screw S Sheet W Block FU Folding device GU Guide Unit J1 Two-fold postcard J2 Six-fold postcard S1 Two-fold postcard sheet S2 Six-fold postcard sheet Z Pseudo-adhesive film sheet t1, t2 Unit sheet X Vertical margin Y Horizontal margin M Mark FU1, FU2 Second folding device L1 , L2 Sides 21, 22, 51, 52, 53, 54, 55, 56 Leaf pieces 23, 57, 58, 59 Folding lines 24, 25 Planned cutting lines 26 Marginal holes 27 Marginal portions 31, 61 Sheet mounting bases 32, 37, 38, 68, 69 Support rollers 33, 39 Pin tractors 34a, 34 b, 64a, 64b Heat roller 35a, 40a, 65a Slit blade 66a Sewing blade 35b, 65b, 66b, 40b, 41b Backup roller 36a, 36b, 63a, 63b, 67a, 67b, 70a, 70b Nip roller 41a Die cut rollers 42a, 42b 73a, 73b Transport rollers 43a, 43b, 74a, 74b Heater panels 44a, 44b, 75a, 75b Pressure rollers 45, 76 Stacker 62 Suction pad 71 Sensor 72a Cutting blade 72b Fixed blade

Claims (5)

  This is a sheet passing mechanism of a folding device that allows a sheet to pass without folding in a folding device that folds a sheet, and the sheet is discharged from the first nip roller and directly fed without passing through the second nip roller. A sheet passing mechanism of a folding device, wherein the sheet passes without being folded until it is folded.   The sheet passing mechanism of the folding device according to claim 1, wherein guide plates are provided above and below a detour path leading to the feed roller.   A feeding step of feeding out a long or sheet-like sheet on which a plurality of leaf pieces are connected via a folding line is printed, and at least a pseudo of the information communications sheet printed on the fed-out sheet A covering process for covering the surface to be bonded with the pseudo-adhesive film sheet, a first folding process for folding the sheet coated with the film sheet from the fold line in the flow direction, and the folded sheet for each individual information communication paper In an information communication body manufacturing method comprising a cutout step, a second folding step of folding the cut information communication body paper, and an integration step of releasably integrating the folded information communication body paper, The folding device having the sheet passing mechanism of the folding device according to claim 1 or 2 is arranged in the second folding step, and the information passing therethrough is arranged. Any of the manufacturing method of the information communication element using sheet pass mechanism of the selected features and the folding device that capable of either passes without folds or passing folding the body sheet.   A method for manufacturing an information communication body using a sheet passing mechanism of a folding device, wherein a cutting step for cutting a margin in a flow direction is arranged at an arbitrary position between a covering step and a cutting step.   A method for manufacturing an information communication body using a sheet passing mechanism of a folding apparatus, wherein a folding means forming step for forming a folding means on a folding line is arranged upstream and / or downstream of a covering step.

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