JP6238631B2 - Manufacturing method of information communication body - Google Patents

Description

The present invention relates to a method for manufacturing an information communication body in which a plurality of paper pieces are folded in a peelable manner. Specifically, the present invention is elongated sheet or an upstream step of coating a pseudo adhesive film sheet to the pseudo bonding scheduled surface of the sheet form the sheet, the pseudo adhesive film elongated sheet sheet is coated or the pseudo adhesive film sheet In the manufacturing method of an information communication body, the upstream sheet is roughly divided into a downstream process in which a sheet-like sheet that is covered and coated in a long shape is folded, and individually finished for each information communication body and integrated in a peelable manner. The present invention relates to a method for manufacturing an information communication body in which a tension applying device for a long sheet or a long sheet connected in a long shape is provided at a connecting portion between a process and a downstream process.

Conventionally, Japanese as a method of manufacturing the exfoliation capable folded telecommunications body a plurality of pieces of paper, in JP-A-2013-59996 as for example using an elongated sheet, also using sheet form sheet Each is disclosed in Japanese Unexamined Patent Publication No. 2013-71450.

JP2013-59996A JP 2013-71450 A

In the manufacturing method of the information communication body of the above two patent documents, a feeding process for feeding out various sheets, a coating process for coating the various sheets with a pseudo-adhesive film sheet, and an excision for slitting margins in the flow direction in the various sheets after coating processing. step and the upstream step consisting folding means forming step for forming a perforation folding various sheets, the folded folding along the upper process sewing folding various sheet fed from the pair of nip rollers provided at the outlet of the step A downstream process comprising a cutting process for cutting the various sheets in a lateral direction and an integration process in which the pseudo-adhesive film sheets on the opposing surfaces of the various sheets are bonded to each other by heat and pressure treatment so as to be peeled off and integrated as a whole Broadly divided into side processes.

Pair in the way the information communication member production method, but upstream and downstream steps are orchestrated to work in conjunction, when stopping the system, to run on the upstream side, the cover film sheet to various sheet of so as not to foul the heat by the various types of sheets of the heat roller, arbitrary position (for example, connecting portions of the unit sheet in the elongated sheet to avoid the printing portion of each seed sheets, sheet form in the seat front-rear The pair of nip rollers is operated to stop when a sheet boundary between the heat rollers is reached. That is, in the upstream process, even if the system is stopped, the operation does not stop immediately, and the conveying operation is continued until an arbitrary position avoiding the printing portion reaches between the heat rollers.

That is, when the entire system is stopped, a situation occurs in which the upstream process continues to operate for a certain period of time even though the downstream process is stopped. Referring to FIG. 8 of the specification of Patent Document 1, when the system is stopped , the processes after the folding device 87 are stopped in the downstream process, and the nip rollers 86a, From 86b , the long sheet covered with the pseudo adhesive film sheet is continuously discharged for a certain period of time. Accordingly, at this time, the long sheet is loosened between the nip rollers 86a and 86b and the folding device.

Incidentally, the pseudo-adhesive film sheet, complete adherent film sheet, a long sheet film sheet with the primary material of synthetic resin such as a printed laminate film sheet is coated is excellent in surface is smooth adhesion of the film sheet Therefore, when passing between various rollers mainly composed of natural or synthetic rubber, it is easy to be in close contact with the roller surface, so that it is very easy to get caught in those rollers .

In addition, when a plurality of other rotating bodies such as various film rolls for coating, heat rollers and pin tractors are driven by driving the nip roller, it is necessary to rotate them simultaneously to pull out various sheets to the downstream side. Of course, a strong nip pressure is applied to the nip roller. Then for the pressure, easily can further with winding the film sheet nip rollers.

That is , the long sheet that has been slackened as described above is simply suspended from the nip roller by its own weight in a completely free state, and therefore various sheets are drawn together with the pseudo adhesive film sheet that is in close contact with the nip roller. As a result, the back feed state shown in FIG. Referring to FIG. 14, from the left side , a long sheet with a film sheet coated on the upper surface is normally discharged downward on the right side along a trajectory indicated by a broken line. However, this phenomenon can also occur in the case of the sheet-like sheet of Patent Document 2.

And can not be peeled off easily is strongly elongated sheet wound in many layers in the nip roller, not only work for a long time is interrupted, in some cases, incorrect cutter included in an peeling The rubber lining may be damaged and damaged.

In view of the above problems, the present invention provides a method for manufacturing an information communication body including the above-described upstream process and a downstream process connected through a pair of nip rollers provided at the discharge port. parts with no winding is to the nip roller by the printing sheet due slack and its printing sheet sheet form sheet or the like which is connected to the elongated sheet or elongated that obtained occurs like when stopping the system, The present invention provides a method for manufacturing an information communication body with extremely high production efficiency.

In order to achieve the above object, a method for manufacturing an information communication body according to the present invention is a method for manufacturing an information communication body in which a plurality of pieces of paper are folded in a peelable manner, and the plurality of pieces of paper are arranged in a lateral direction via folding lines. is continuously elongated sheet or sheet form sheets articulated unit sheet is printed in the former, the continuous adhesive film sheet pseudo- their pseudo bonding scheduled surfaces while being sequentially conveyed one by one in the latter upstream process and the fed from a pair of the first nip roller for sheet transport provided at the outlet of the upstream process, the pseudo adhesive film elongated sheet sheet is coated or pseudo adhesive film sheet to cover made in but continuously coated continuously folded sheet form sheet which is connected to the elongated, eventually finishing every unit sheet comprising a downstream step of peelably integrated telecommunications body In the method, the tensioning device comprising a pair of second nip roller that is driven by a torque motor on the downstream side of said first nip roller which definitive between the upstream step and downstream steps provided, fed from the first nip roller The tension applying device always applies tension to the long sheet or the sheet-like sheets connected in a long shape so as not to be slackened with a required torque, and thereby the length of the long sheet to the first nip roller is increased. It is characterized in that the sheet-like sheets connected to the long sheet or the long sheet are prevented from sticking and being wound around .

The tensioning device is not slackened the upstream step elongate sheet or sheet form sheet which is connected to the elongated discharged first Nippuro La or found to be the discharge portion of the lightly pulled state Steady If you keep it, it won't wind. Thus, as the tensioning device, the at least one pair of second Nippuro La employing a torque motor is preferably employed.

If the second nip roller is configured in exactly the same way as the first nip roller , the pressure of the nip pressure is too strong and the pseudo adhesive film sheet comes into close contact with the second nip roller. It is meaningless. In the present invention, by adjusting the tension as weak as possible with a torque motor , the pressure can be reduced to the minimum, and the adhesion of the pseudo adhesive film sheet to the second nip roller can be weakened.

With respect to the second nip roller, for example, one of a pair of rollers is provided with a rubber lining having a surface length that covers the entire width of the long sheet passing through or the sheet- like sheet connected in a long shape. It is preferable that the remaining roller is a spot-lined rubber lining of only the necessary portions of the various sheets that pass through. Thus, the adhesive force between the coated film sheet and the roller can be suppressed as low as possible by suppressing the pressurization area to the various sheets that pass through as much as possible.

The material in particular limitation of the rollers rather than, for example, silicon rubber, urethane rubber, other than the known rubber material such as a thermoplastic elastomer, may be a thing solidifying the cloth or paper and the fibers or ceramic or metal . In addition , linear or patterned grooves or slip stoppers may be formed on the roller surface.

According to the manufacturing method of the information communication element of the present invention, the Shi decremental step, coating step, an upstream step consisting ablation step and the folding means forming step, folding saw process, lower process consisting of cutting step and integrating step in the manufacturing method of bets on parting information communication member, elongated sheet as above Nagareko during system shutdown even in a system configured to run a certain time, which discharges from the upstream process to downstream process during the operating time or sheet form sheet which is connected to the elongated shape Ki out possible to reliably prevent the first Kukoto with wound into the nip rollers, thus with improved working efficiency, as in the prior art using a cutter or the like at the time of wound The damage of the nip roller due to a simple restoration work is also eliminated.

A main part schematic diagram clearly illustrate the manufacturing method of the present onset Ming telecommunications body in the case of using the elongated sheet S1. (A) and (B) are a front view and a back view, respectively, of the long sheet S1. (A) is a top view which shows the state which coat | covered the pseudo adhesion | attachment film sheet G to the pseudo adhesion plan surface of elongate sheet | seat S1, The same figure (B) is the II sectional view taken on the line in the same figure (A). (A) is a plan view showing one state of marginal portion 27 is cut in the elongated sheet S1 in FIG. 3 (A), the same figure (B) is a sectional view taken along line II-II in FIG. (A) is there. It is a front view which shows the structure of the tension addition apparatus Q at the time of seeing from the upstream of a process process. (A) is the top view of elongate sheet | seat S1 folded in half after passing the folding apparatus X, The same figure (B) is the III-III sectional view taken on the same figure (A). A main part schematic diagram clearly illustrate the manufacturing method of the present onset Ming telecommunications body in the case of using the sheet form sheet S2. (A) And (B) is a front view and a back view, respectively, of the sheet-like sheet S2. It is a top view which shows the state which coat | covered the pseudo adhesion | attachment film sheet G continuously on the pseudo adhesion plan surface of the sheet | seat sheet | seat S2 drawn | fed out continuously. It is a top view which shows the state which cut off the margin part Y of the vertical direction of the sheet-like sheet | seat S2 of FIG. It is a front view which shows the different aspect of the tension addition apparatus Q. It is a top view of the sheet | seat-like sheet | seat S2 of the state folded in half by the folding apparatus continuously. It is a top view which shows a mode that adsorption | suction fails and only the pseudo | simulation adhesive film sheet G is drawn out. It is a principal part schematic diagram explaining the conventional problem which generate | occur | produces with a pair of nip roller clearly.

Hereinafter, embodiments of the present invention will be specifically described with reference to the drawings in Example 1 in which a long sheet is used and Example 2 in which a sheet-like sheet is used .

When a long sheet is used in the method for manufacturing an information communication body according to the present invention , for example, as shown in FIG. 2, the first paper piece 21 and the second paper piece 22 are connected in the lateral direction via the folding line 23. unit sheet t1 which is found elongated sheet S1, which is connected to a vertical direction through the top and bottom of the tear line 24 is Ru is used. The unit sheet t1 becomes a two-fold postcard paper, which is folded later and finally cut into a postcard size.

As shown in FIG. 1, the long sheet S <b> 1 having the above configuration is folded in a bellows shape from the cutoff line 24 and is installed in the lower left of the uppermost stream in the processing step in a block state. The pair elongated sheet S1 is that when pulled upward support roller 1 reoriented substantially horizontally, is engaged pin and marginal portions hole 26 of the pin tractor 2 disposed on the right side, which is further disposed on the right side It is pulled by the laminating apparatus comprising the heat rollers 3a and 3b.

In laminating apparatus, the elongated sheet S1, shown in FIG. 2 (B) passing through the pseudo adhesive film sheet G fed from the roll waiting upwardly, in a pseudo-adhesive scheduled surface of the back surface of the elongated sheet S1 are aligned, through the heat-sensitive adhesive layer formed on the pseudo-adhesive film sheet G, it is unpeelable coated in the position indicated by hatching in FIG. 3 (a) in the elongated sheet S1. And about the elongate sheet | seat S1 with which the pseudo | simulation adhesive film sheet | seat G was coat | covered , as shown to FIG. 4 (A) and (B) by the cutting device which consists of the slit blade 4a and backup roller 4b arrange | positioned on the right side. One marginal portion 27 is cut off , and a folding machine 28 is formed on the planned folding line 23 by a folding means forming device comprising a sewing blade 5a and a backup roller 5b arranged on the right side.

Thereafter, if a conventional, elongated sheet S1 is a pair of nip rollers 6a disposed on the right side, Ri by the 6b, but of being fed into the folding device about the lower Nagareko, in the present invention shown in FIG. 1 as, in the figure is from via the tensioning device Q surrounded by the two-dot chain line from being fed to the extent below Nagareko.
Incidentally, the pair of nip rollers 6a, 6b is upstream of pin tractor 2, a pair of heat rollers 3a of the laminating apparatus, 3b, slitting blades 4a and backup pseudo adhesive film sheet G, and ablation device fed from above the roll All the followers of the roller 4b and the sewing machine blade 5a of the folding means forming device and the backup roller 5b are undertaken. Therefore the nip rollers 6a, it is necessary to increase the pressure of the nip 6b, as a result, the pseudo adhesive film sheet G is the nip roller 6a coated on the elongated sheet S1, easy winding tends to closely wearing 6b state .

As shown in FIG. 5, the tension applying device Q is composed of a combination of irregularly shaped rollers.
The upper roller 7a is formed, for example, by dividing two rubber rollers on one shaft so as to come into contact with a part of the long sheet S1 that passes therethrough. Lower roller 7b also, as an elongated sheet S1 for passing can be fully backed up, a rubber roller having a sufficient surface length to a single shaft is formed.
The surface length relationship between the upper and lower rubber rollers may be a form in which the lower roller is divided by increasing the surface length of the upper roller by exchanging the upper and lower relationships described above.

Basically, unequal both surface length at the contact portion between the upper and lower rollers of the elongated sheet S1 for passing, preferably no particular face length of the upper roller in contact with the film sheet winding short is by adhesive .

The lower roller 7b is driven by a torque motor, and when the upstream pair of nip rollers 6a and 6b are stopped or rotating, an unnecessary tension is applied to the long sheet S1 discharged. Appropriate tension is always maintained without hanging. Further, the upper roller 7a is not driven, and is driven by the lower roller 7b.

The tensioning device Q of the structure, a pair of nip rollers 6a, for elongated sheet S1, which is discharged from 6b is to be forcibly pulled out, if so both are also peeled and in close contact, the pair of nip rollers 6a , 6b is not wound. In addition tensioning device itself, and the upper roller 7a, that the contact surface between the pseudo adhesive film sheet G that has been coated on the elongated sheet S1 is less likely to pass, and by a torque motor, and is discharged from the nip rollers 6a, 6b There is nothing to follow by simply applying tension to the long sheet S1, and the nip pressure between the upper and lower rollers 7a, 7b can be set very weak, so that the passing long sheet S1 is in close contact with these rollers. Absent.

  In FIG. 5, even if the pseudo-adhesive film sheet G is pasted on the lower surface side of the long sheet S1 that passes through, the contact area between the upper and lower rollers 7a and 7b is small, and the portion where pressure is applied is present. Since it is limited, there is no entanglement due to close contact.

With such to the overall system to temporarily stop configuration, downstream processes to be described later is the unit sheet t1 left to stop immediately (within integrated device is controlled to stop after completing discharged there) is, upstream process does not stop immediately, the elongated sheet S1 to the sensor P1 reads the mark M that is described in marginal portion 27 of the elongated sheet S1 shown in FIG. 2 (B) Be transported. Then it starts counting from reading the first mark M, for example, a pair of heat rollers 3a, the upstream process when the cutting line 24 comes between 3b are electrically controlled to stop.

The cut line 24 portion of the long sheet S1 hits the boundary between the front and back unit sheets t1. Accordingly, printing or the like is not performed on this portion, and this portion is not affected even if it is stopped as described above in the upstream process and is subjected to the heat and pressure of the heat rollers 3a and 3b.
If there is a portion other than the cut line 24 that is not affected by the influence of heat, it may be electrically controlled so that the upstream process stops at the position after the sensor P1 reads the mark M. .

The elongate sheet S1 that has passed through the tension applying device is folded by a folding device X (referred to as an angle, a folding folder, or the like) including, for example, support rollers 8, 9 and 10 and a guide bar not shown in the downstream process. After being folded in half as shown in FIG. 6, the other marginal portion 27 which is pulled by the pin tractor 12 and left by the cutting device comprising the subsequent slit blade 13a and the backup roller 13b is cut, and then After passing through a cutting device comprising a die cut roller 14a and a backup roller 14b , the top and bottom cut lines 24 are cut and finished into unit sheets t1. Then the unit sheet t1 passes through the pair of conveying rollers 15a, 15b and a pair of heater panel 16a, a pair of pressure rollers 17a to the final outlet with 16b are alternately arranged, an integrated device equipped with 17b By being subjected to heating and pressurizing treatments, it is finished into a two-fold postcard and is sequentially stacked on a stacker 18 composed of a belt conveyor or the like.

In addition, in the said Example 1 , although the manufacturing method of the information communication body which uses elongate sheet | seat S1 is described, the manufacturing method of the information communication body which concerns on this invention is demonstrated in the following Example 2. It can also be applied to the case where a single sheet is used .

When a sheet-like sheet is used in the method for manufacturing an information communication body according to the present invention , for example, as shown in FIG. 8, the first paper piece 31 and the second paper piece 32 are connected in the horizontal direction via the fold line 33. units sheet t2 is 2 chome imposition, Ru each unit sheet t2 the vertical direction of the margin Y and lateral sheet form sheet S2, which is surrounded by margin Z is used. The unit sheet t2 becomes a bi-folded postcard paper, and margins in the vertical and horizontal directions are cut out, folded and separated into postcard sizes.

As shown in FIG. 7, the sheet-like sheet S <b> 2 having the above-described configuration is installed on the lower left sheet stacking table in the uppermost stream of the processing step. Then, the sheet is fed from the uppermost sheet S2 to the right conveyance table at regular intervals by a sheet feeding mechanism including a suction pad 41, for example. At the time of feeding, the front and rear ends of the front and back sheet S2 may be brought into contact with each other , or may be fed so as to partially overlap. And it is pulled by the laminating apparatus which consists of a pair of heat roller 43a, 43b arrange | positioned further by the pair of nip rollers 42a, 42b arrange | positioned on the right side. Note that the sheet S2 is stacked with the side to be pseudo-bonded in FIG.

In laminating apparatus, the sheet form the sheet S2 of passing pseudo adhesive film sheet G fed from the roll waiting upward, aligned with the pseudo-adhesive scheduled surface of the back surface of the sheet form the sheet S2 shown in FIG. 8 (B), Through the heat-sensitive adhesive layer formed on the pseudo-adhesive film sheet G , the sheet-like sheet S2 is continuously covered in a non-peelable position at the position indicated by the oblique lines in FIG. 9, whereby the sheet-like sheet S2 is long. Jo to Ru are connected. And about the sheet-like sheet | seat S2 connected to the said elongate shape, as shown in FIG. 10, the vertical margin part Y is cut off by the cutting device which consists of the slit blade 44a and backup roller 44b which are arrange | positioned at the right side. Further, the folding sewing machine 34 is continuously formed on the planned folding line 33 by the folding means forming apparatus comprising the sewing machine blade 45a and the backup roller 45b arranged on the right side.

Thereafter, if conventional, the elongated sheet is connected to foliar sheet S2 is a pair of nip rollers 46a disposed on the right side, Ri by the 46b, but of being sent to more sequential under Nagareko folding device , in the present invention as shown in FIG. 7, it is from via the tensioning device Q surrounded by a two-dot chain line from being fed to the extent below Nagareko.

Incidentally, the pair of nip rollers 46a, 46b, a pair of heat rollers 43a constituting the upstream of the laminating apparatus, 43b, the slit blade 44a and a backup roller 44b of the pseudo adhesive film sheet G, and ablation device fed from above the roll And all the followers of the sewing machine blade 45a and the backup roller 45b of the folding means forming device are taken over. Therefore, it is necessary to increase the nip pressure of the nip rollers 46a and 46b . As a result , the pseudo adhesive film sheet G covered with the sheet-like sheet S2 is easily adhered to the nip rollers 46a and 46b and is connected in a long shape. The sheet-like sheet S2 is in a state where it can be easily wound around it .

As shown in FIG. 11, the tension applying device Q is composed of a combination of irregularly shaped rollers. The upper roller 47a is a structure that contacts a portion of the sheet form the sheet S2, which is connected to the elongated passing, can be moved in the horizontal direction in the figure, become even more adjustment possible holders form of pressure Yes. Lower roller 47b also a sheet form sheet S2, which is connected to the elongated passing to allow full backing rubber roller having a sufficient surface length to a single shaft is formed. Note that the lower roller 47b is driven by a torque motor so that an unnecessarily large tension is not applied to the long sheet-like sheet S2 discharged from the upstream pair of nip rollers 46a and 46b. . Further, the upper roller 47a is not driven and is driven by the lower roller 47b.

By the tension applying device Q having the above-described configuration, the sheet-like sheet S2 connected in a long shape continuously discharged from the pair of nip rollers 46a and 46b is forcibly pulled out. Therefore , it is not wound around the pair of nip rollers 46a and 46b. In the tensioning device Q itself, and the upper roller 47a, that the contact surface with the pseudo adhesive film sheet G coated in sheet form sheet S2, which is connected to the elongated small to pass through, and by the torque motor, the nip roller 46a, since because no hanging minimal tensile force in sheet form sheet S2, which is connected to the elongated discharged from 46b above and below the roller 47a, the nip pressure between 47b are set very weak, long to pass The sheet-like sheet S2 connected in a shape does not adhere to these rollers .

In FIG. 11, even if the pseudo-adhesive film sheet G is stuck on the lower surface side of the sheet-like sheet S2 that is connected in a long shape, the contact area between the upper and lower rollers 47a and 47b is small. So do not wrap.

With such to the overall system to temporarily stop configuration, downstream processes to be described later is the unit sheet t2 that is left to be stopped immediately (within integrated device is controlled to stop after completing discharged there) is, upstream process does not stop immediately, the pair of heat rollers 43a shown in FIG. 7, with the sensor P1 which is located upstream of 43b senses the trailing edge of the sheet form the sheet S2 of passing the rear end is controlled to stop when coming between a pair of heat rollers 43a, 43 b.

Incidentally sheet since the rear end portion of the leaf-shaped sheet S2 is off the print area, not to print or the like is applied to this portion, this portion, the heat roller 43a is stopped in the upstream process as described above, 43b It is not affected by the heat and pressure.
The subsequent sheet S2 that is sequentially fed out from the sheet feeding device continues to wait in a state where it is stopped at any position upstream of the pair of heat rollers 43a and 43b. Start and return to normal state.

Sheet form sheet S2, which is connected to the elongated passing through the tensioning device Q is the folding apparatus X consists of guide bars or the like that are not supported rollers 48, 49 and 50 and illustrated in downstream process, as shown in FIG. 1 2 The sheet is folded in half, and further guided to the pair of nip rollers 52a and 52b and fed to a cutting device disposed on the right side.

The cutting device includes a cutting blade 53a and a fixed blade 53b, and cuts a marginal portion Z in the horizontal direction of each unit sheet t2 of the passing sheet S2 . Specific procedures for cutting, for example, as shown in FIG. 12, a mark M1 that is described in the head of each unit sheet t2 of which is connected to the elongated passing sheet form sheet S2, the upstream side of the cutting device It is read by the sensor P3 arranged at. Then, the operation up to the side L1 of the first unit sheet t2 is counted and cut, and further the operation up to the side L2 is counted and cut by electrical control. Then, when the mark M2 written on the head of the subsequent unit sheet t2 is read, the side L3 and the side L4 are cut, and two unit sheets t2 are cut out from one sheet-like sheet S2. This series of operations is repeated for each sheet-like sheet S2.

Unit sheet t2 cut out, similarly to the elongated sheet S1, a pair of pressure rollers to a final outlet a pair of conveying rollers 54a, 54b and a pair of heater panels 55a, 5 5b are arranged alternately By passing through an integrated device having 56a and 56b, it is finished into a two-fold postcard and is sequentially stacked on the stacker 57.

Usually, the above operation is repeated, but the subsequent sheet-like sheet S2 may not be fed out successfully due to the most upstream suction error or the like. In that case, if the sensor P2 disposed downstream of the laminating apparatus reads the trailing edge of the passing sheet S2 and cannot read the leading edge of the subsequent sheet S2 within a certain time , the upstream and The downstream process is set to stop immediately. However, as shown in FIG. 13, only the pseudo-adhesive sheet film sheet G is drawn out and passes within the predetermined time, and the pseudo-adhesive film sheet G is in close contact with silicon rubber which is generally used as a material for the nip roller. For this reason, it is usually wound around the pair of nip rollers 46a and 46b. In this onset bright, the tensioning device Q also in this case, wrapping around the nip roller is strongly suppressed in which exhibits an extremely great effect.

In addition, this invention is not limited to the said Example.
For example, when three connected pieces of paper are folded into a Z-shaped cross section and integrated between two opposing surfaces via a pseudo-adhesive film sheet so that they can be peeled off, they are pseudo-bonded to both sides of a long sheet or a sheet-like sheet Planned surface occurs. In that case, as shown by the broken lines in FIG. 1 and FIG. 7, a roll is also arranged on the lower side, and a pair of heat rollers that form a laminating apparatus together with the upper roll, And should be consistent.

S1 long sheet S2 sheet-like sheet t1, t2 unit sheet G pseudo adhesive film sheet
M, M1, M2 Mark P1, P2, P3 Sensor
Q tensioning device
L1, L2, L3, L4 Unit sheet side X Folding device Y Vertical margin part Z Horizontal margin part 21, 22, 31, 32 Paper pieces 23, 33 Planned folding lines 24, 25 Cut line 26 Marginal hole 27 Marginal part 28 Folding sewing machine 1, 8, 9, 10, 11, 48, 49, 50, 51 Support roller 2, 12 Pin tractor 3a, 3b, 43a, 43b Heat roller 4a, 13a, 44a Slit blade 5a, 45a Sewing blade 4b, 5b, 13b, 14b, 44b, 45b backup roller 6a, 6b, 4 6a, 46 b two Ppurora <br/> 7a, 47a on the roller
7b , 47b Lower roller 14a Die cut roller 53a Cutting blade 53b Fixed blades 15a, 15b, 54a, 54b Transport rollers 16a, 16b, 55a, 55b Heater panel
17a, 17b 56a, 56b Pressure roller 18, 57 Stacker

Claims (1)

A method of manufacturing a plurality of pieces of paper peelable folded telecommunications body, a plurality of paper are articulated unit sheet is printed in the lateral direction via fold lines elongated sheet or sheet form sheets continuously in the former, an upstream step of the adhesive film sheet continuously coated pseudo- their pseudo bonding scheduled surfaces while being sequentially conveyed one by one in the latter, provided at the outlet of the upstream process sheet sent out from a pair of the first nip roller for conveying a continuous said pseudo adhesive film sheet sheet form sheet elongated sheet or pseudo adhesive film sheet coated are connected is continuously coated on the elongated to fold, in the manufacturing method of the finally finished per unit sheet comprising a downstream step of peelably integrated telecommunications body, the first of definitive during the upstream process and downstream steps The tensioning device comprising a pair of second nip roller that is driven by a torque motor on the downstream side of the nip rollers is provided, said in sheet form sheet which is connected to the elongated sheet or elongate fed from said first nip roller The tension applying device continuously applies tension so that no slack is generated with a required torque, and thereby the long sheet or the sheet-like sheet connected to the first nip roller is attached to the first nip roller, and A method for manufacturing an information communication body, characterized by preventing winding by that.

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