JPH08187967A - Sheetlike material having mounting printed matter and its manufacture - Google Patents

Abstract

PURPOSE: To provide a sheetlike material having a mounting printed matter in which practical value and interest are added and recording information content is plenty and accurately stuck and to provide a manufacturing method. CONSTITUTION: A mounting printed matter 3 is stuck through a sticking part 4 under the left of a sheetlike material 2. A cutting line 5 such as perforations and punching holes 6 for alignment are provided in the mounting printed matter 3.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a sheet-shaped product having a printed-on-paste formed by sticking a printed-on-printed product made of paper or the like onto a sheet-like product such as a printed product. The present invention relates to a sheet-like material having a sticky printed matter in which the sticky printed matter is stuck to a sheet-like material such as a printed matter produced at high speed by a machine or the like.

[0002]

2. Description of the Related Art Conventionally, printed matter, which is a sheet-like material,
A postcard with a sticky printed material composed of a single sheet of paper,
Those to which a card or the like is attached are publicly known. In the method for producing a sheet-like material having such a sticky printed matter, first, a picture such as a postcard or a card is printed on the sticky printed matter in advance, and this is cut into a predetermined size. Then, the printed sheets were supplied and attached one by one to the printed sheets, and then the sheets were subjected to processing such as folding, collation, and back binding as necessary. However, they had the following drawbacks.

A sheet-like material such as a printed matter to which a sticking printed matter such as a postcard or a card is adhered, the postcard and the card are made up of one sheet of paper, so that practical value and interestingness are added. There were limits even if I tried. For example, even in the case of adding a fragrance as a practical value, it is difficult to maintain the fragrance for a long time, because the only choice is to spray the fragrance directly or print with the fragrance ink.
Also, since it is not interesting if it is composed of one sheet of paper, it is attached as a printed matter such as a card in order to make a difference from the sheet-like matter such as surrounding printed matter and attract the attention of customers. Despite wearing it, there was a problem that it was confused with a simple application or application postcard and overlooked without attracting the interest of the customer, and the advertising effect decreased.

Further, when the pasted printed matter is composed of one sheet, there is a problem that the amount of information that can be described is small. In particular, when sticking printed matter such as postcards and cards, the sticking process is required compared to simply printing the printed matter. Therefore, the logistics cost of temporarily storing the printed matter, the sticking process cost, etc. Need the cost of. Therefore, even if there is a strong desire to include as much information as possible within a certain cost range, carelessly enlarging the pasted printed matter will hide the sheet-like material such as the pasted printed matter. It cannot be increased, and it has been difficult to increase the amount of information that can be recorded on a single sheet.

Further, the pasted printed matter is separately supplied one by one, but in order to stabilize the supply, it is necessary to be composed of one sheet. That is, since a certain pattern is printed on the sheet-shaped object which is the object to be adhered, it is necessary to accurately adhere the adhered printed material to a predetermined position. Then, the means for supplying the pasted printed matter to the pasting position is a pressing and conveying means composed of a plurality of belts and the like, and the thickness of the pasted printed matter to be nipped by these belts must be the same at each nipping portion during conveyance. The position of the pasted printed matter is distorted, which causes a problem that the sheet cannot be accurately pasted at a predetermined position. In particular, as the feeding speed of the printed matter is increased, the distortion of the position of the printed matter during transportation is further increased.

[0006]

SUMMARY OF THE INVENTION The present invention has been made in view of the above circumstances, and an object of the present invention is to have a paste printed matter having a large amount of information described, to which practical value, fun and the like are added. It is an object of the present invention to provide a method for manufacturing a sheet-like product in which the sheet-like product is accurately pasted at the same time as providing the sheet-like product.

[0007]

DISCLOSURE OF THE INVENTION The present invention relates to a sheet-like article having a printed matter to be pasted, a sheet-like article, a base paper sheet at least a part of which is attached to the sheet-like article, and the substrate. It is a sheet-like product having a sticky print, which is composed of one or more sub-sticky papers connected or stuck to the single paper and a sticky print.

Further, the present invention relates to a sheet-like article having a sticky printed matter, a sheet-like article, a base paper sheet at least a part of which is attached to the sheet-like material, and the base paper sheet are superposed on each other. It is characterized in that it is composed of a pasted printed material composed of one or more sub-sheets that are connected or affixed to each other so that when they are combined, the left and right thicknesses have portions that are substantially equal. It is a sheet-like material having a printed matter to be attached.

Furthermore, the present invention relates to a sheet-shaped article having a printed matter to be stuck, a sheet-shaped article, a base paper sheet at least a part of which is attached to the sheet-like material, and the base paper sheet. Pasting of one or more sub-leafs that are connected or pasted so that when superposed, they have parts with approximately equal thickness at positions symmetrical to the center line of the base leaf. It is a sheet-like material having a printed matter and a pasted printed matter characterized by being constituted by the printed matter.

Furthermore, the present invention is the sheet-shaped article having the printed paste, wherein the portions where the left and right thicknesses are substantially equal are at least approximately strip-shaped.

Furthermore, the present invention is a sheet-like product having a sticky printed matter, characterized in that the base piece leaf and / or the sub-leaf piece is provided with perforations such as perforations.

Furthermore, the present invention is a sheet-like product having a sticky printed material, characterized in that the base leaflet and / or the sub-leaflet are provided with punching holes for positioning.

Still further, according to the present invention, a function-added portion is provided between the base paper leaf and the sub-paper leaf, which is provided with a function-added portion such as an adhesive containing microcapsules containing a perfume or the like. It is a sheet having a printed matter.

Still further, the present invention is a sheet-like article having a sticky printed matter, wherein the sheet-like article is a newspaper or a newspaper-folded leaflet.

Furthermore, the present invention provides a sheet-shaped product produced by printing on an adherend which is unwound in a web form from a roll and then cutting it at regular intervals. In the method for producing a sheet-like material having a sticky printed matter, which is made by sticking, the sticky printed matter is manufactured in a web form and then wound into a roll, and the roll-shaped sticky printed matter is unwound at a constant interval. And press the portion where the left and right thicknesses are substantially equal to each other, and feed it to the vicinity of the adherend at the same speed as the web-like adherend, A sheet having an adhered printed material, comprising: adhering the supplied adhered printed material to a web-shaped adherend, and cutting the web-shaped adherend to which the adhered printed material is adhered. It is a method of manufacturing a product.

Furthermore, the present invention provides a sheet-shaped product produced by printing on an adherend which is unwound in a web form from a roll and then cutting at a constant interval. In a method for producing a sheet-like material having a sticky printed matter, which is made by sticking, the sticky printed matter is manufactured in a web form, and then wound into a roll, and the sticky printed matter in the roll shape is unwound and stuck. Using a punching hole or the like for alignment provided on the printed matter, the phase is aligned with the printed pattern of the web-shaped adherend, the roll-shaped printed matter is cut at regular intervals, and the cut sheet is stuck. A portion of the embedded printed matter having substantially the same thickness on the left and right sides is pressed, and is supplied to the vicinity of the adherend at a speed equivalent to that of the web-shaped adherend, and the supplied paste-printed matter is formed into a web-like shape. Stick to the adherend, and stick the printed matter. Characterized by cutting the web-like pasting target body, a method for producing a sheet-like material having a pasting prints.

[0017]

The invention according to claim 1 is a sheet-like material, and a base paper sheet having at least a part thereof attached to the sheet-like material,
A sheet-like material having a sticking printed material composed of a sticking printed material composed of one or more sub-sticking paper sheets connected or stuck to the base single-leaf paper, and connecting or sticking the sub-single paper leaves As a result, it is possible to provide a pasted printed matter having a large amount of information to be added, with added practical value, fun, etc., as compared with the pasted printed matter configured by a single sheet of paper in the related art. . In particular, since there is a portion that is hidden by the sub-sheet paper, it is possible to increase the practical value by printing, for example, an aroma on the hidden portion. Further, unless the customer directly opens and closes by hand, the concealed portion cannot be seen, and more interestingness is added, so that the customer can be interested.

The invention according to claim 2 is a sheet-like material,
Concatenated or pasted so that a base paper sheet, at least a part of which is attached to the sheet-like material, and a portion in which the left and right thicknesses are substantially equal when superposed on the base paper sheet. A sheet-shaped product having a sticky printed matter composed of a sticky printed matter made up of one or more attached single-sided paper sheets, and by this shape, a portion such that the left and right thicknesses are approximately equal is sandwiched by a belt or the like. By carrying out the above-mentioned transportation, it is possible to prevent the positional distortion of the pasted printed matter during the transportation, and it is possible to accurately adhere the sheet-shaped article such as the printed matter to a predetermined position.

The invention according to claim 3 is a sheet-shaped product,
When the base paper sheet, at least a part of which is adhered to the sheet-like material, is superposed on the base paper sheet, the thickness is substantially equal to the symmetrical position with respect to the center line of the base paper sheet. A sheet-like material having a sticky printed matter composed of a sticky printed matter composed of one or more sub-simple paper sheets that are connected or stuck together so as to have a portion to be It is possible to prevent the positional distortion of the pasted printed material during transportation by pressing and sandwiching a portion having a substantially equal thickness at a position symmetrical with respect to the center line with a belt or the like. Further, by pressing and holding the symmetrical positions, it is possible to stably carry even when carrying at a high speed,
Prevents more firmly the positional distortion of the pasted printed matter during transportation,
Even when conveyed at an extremely high speed, it becomes possible to accurately adhere the sheet-shaped material such as a printed material to a predetermined position.

According to the fourth aspect of the present invention, since the portions where the left and right thicknesses are substantially equal have at least a substantially strip shape, the entire strip-shaped portion is pressed and sandwiched to expand the sandwiching area, and moreover, the pasted printed matter is conveyed in the entire conveying direction. Since it can be sandwiched across and can be more firmly fixed, it can be stably transported, especially when it is transported at a high speed. It is possible to accurately attach the sheet-like material to a predetermined position.

The invention according to claim 5 has a shape in which perforated lines such as perforations are formed on the base single leaf and / or the sub single leaf, and the pasted printed matter can be easily opened from this perforated line. is there. In particular, when the sheet-like material that is the adherend is not bound as a book and is a single sheet such as a newspaper or a folded leaflet, if there is no perforation line such as perforations because the rigidity is deficient in the case of a single sheet. Although there is a high possibility that the single sheet will be damaged during opening, it is possible to prevent the damage by cutting lines such as perforations. A pseudo adhesive may be used when attaching one or more sub-sheets to the base sheet in place of the perforated line.

According to a sixth aspect of the present invention, there is provided a base sheet and / or a sub-sheet sheet having a punching hole for positioning or the like, and a sheet-like object to be adhered on the basis of the punching hole. It is possible to supply the pattern of the object and the timing more accurately. When aligning with punch holes,
Although the feeding speed is inevitably reduced, if the size of the printed matter to be pasted is 1/2 or less, preferably 1/4 or less as compared with the dimension in the feeding direction of the adherend sheet, the pasted printed matter is The supply speed may be ½ or less to ¼ or less, and by aligning the positions with the punch holes, it becomes possible to supply the sheet-shaped material at a timing with a sufficient supply speed.

The invention according to claim 7 has a shape in which a function-added portion is provided between the base paper leaf and the sub-paper leaf by an adhesive or the like mixed with microcapsules enclosing a fragrance or the like.
It is possible to add aroma as a practical value. In particular, because it is provided between the base single leaf and the sub single leaf, sticking,
The microcapsule is not damaged in the manufacturing process such as folding and the distribution process, and the aroma of perfume or the like can be encapsulated in the microcapsule when the attached printed material is an advertisement such as cosmetics. In that case, the adhesive containing microcapsules containing a fragrance or the like may be adhered to either one of the base paper leaf and the sub-paper leaf, or to both of them.
When adhered to either one, after opening, the adhesive is pressed with a finger or the like to destroy the microcapsules and diffuse the aroma, and when adhered to both, the microcapsules of the adhesive are destroyed at the same time as opening and the aroma is destroyed. Diverges.

In the invention according to claim 8, the sheet-like material is
It is a newspaper or newspaper folded leaflet, and the printing speed in this application is 500 to 1000 sheets / minute, and especially the latest newspaper rotary printing machine has 1000 sheets / minute or more. Although accuracy is extremely important, even in that case, the sticky printed matter having the shape according to claims 1 to 7 can be accurately stuck to the sheet-like material. Especially in the case of newspapers or leaflets with newspaper inserts, the time from the start of printing to the end is extremely limited, and as a matter of course, the price of newspapers does not follow the trends of other companies even if they are leaflets with newspaper inserts. The time is limited because it is decided and printed just before the deadline while checking. Even in that case, the printed matter having the shape described in claims 1 to 7 can be accurately stuck to the sheet-like material.

According to the ninth aspect of the present invention, the pasted printed matter is produced in a web form, and then wound up into a roll shape, and the rolled pasted printed matter is unwound and cut at regular intervals, and the cutting is performed. The portion of the pasted printed matter where the left and right thicknesses are substantially the same is pressed, and it is supplied to the vicinity of the pasted body at the same speed as the web-shaped pasted body, and the supplied pasted printed matter is web-shaped. And a web-shaped adherend to which the sticky printed matter is adhered are cut.
A method for producing a sheet-like material having a printed matter to be stuck, which is equivalent to a web-like adherend by pressing a portion where the left and right thicknesses of the printed matter having the shape according to claims 1 to 8 are substantially equal to each other. It is possible to prevent the printed matter to be distorted from being fed by supplying it near the adherend at a speed, and at the same time as supplying the printed matter corresponding to the printing speed of the adherend in the web form, the web form It is possible to accurately attach the pasted printed matter to a predetermined position corresponding to the print pattern of the adherend.

According to the tenth aspect of the present invention, after the pasted printed matter is produced in the form of a web, it is wound into a roll, the rolled printed matter is unwound, and the printed matter for positioning is applied to the pasted printed matter. Using a punched hole or the like, the printed pattern of the web-shaped adherend is aligned with the phase, and the roll-shaped printed matter is cut at regular intervals, and the thickness of left and right of the cut printed matter is substantially the same. Pressing the equivalent portion, at the same speed as the web-like adherend, is supplied to the vicinity of the adherend, and the supplied sticky printed matter is adhered to the web-like adherend, A method for producing a sheet-like material having a printed matter, which comprises cutting a web-shaped adherend to which the printed matter is stuck, the method having a shape according to claim 6. Hold the part of the printed matter where the left and right sides are approximately the same thickness, By supplying to the adherend in the vicinity of the adherend at the same speed as the adherend, it prevents the sticky printed matter from being distorted and supplies it, and further aligns the phase with the printed pattern using punch holes for alignment. Therefore, the accuracy of the sticking position is further improved, and the sticky printed matter is supplied according to the printing speed of the web-shaped adherend, and at the same time, it is further moved to the predetermined position corresponding to the print pattern of the web-shaped adherend. It becomes possible to accurately attach the paste printed matter. Further, when aligning with the punch holes, the feeding speed is inevitably reduced, but the dimension of the pasted printed matter is 1/2 or less, and preferably 1 / or less than the dimension of the sheet-like object to be adhered in the feeding direction. If 4 or less,
The feeding speed of the pasted printed matter may be ½ or less to ¼ or less, and by aligning with the punch holes, it is possible to feed the sheet-like material at a timing with a sufficient feeding speed. Becomes

[0027]

Embodiments of the present invention will be described with reference to the drawings. FIG. 1 is a schematic view of Example 1 of a sheet-like material to which a sticky printed matter according to the present invention is stuck.

In FIG. 1, reference numeral 1 is a sheet-like article having a pasted printed matter, 2 is a sheet-like article, 3 is a pasted printed article, and 4 is a pasted printed article 3 attached to the sheet-like article 2 in a hatched portion. A sticking portion, 5 is a score line such as perforations provided in the sticky printed matter 3, and 6 is a punch hole for alignment provided in the sticky printed matter 3. The sheet-like material 2 is folded in four after the sticking printed matter 3 is applied, and the width dimension (feeding direction dimension) of the sheet-like material 2 is 2a and the folding processing is performed at the center thereof. , B is the width dimension (feed direction dimension) of the sticky printed matter 3, and the arrow A is the sheet-like material 2 when the sticky printed matter 3 is stuck in the manufacturing method described later.
Is the supply direction.

In FIG. 1, the sheet-shaped product 1 having the printed-adhesive material is placed at the substantially left corner of the sheet-shaped material 2 and the printed-material 3 attached.
Is adhered at the adhering portion 4, and the adhering portion 4 is provided on the left side of the sticky printed matter 3 in the direction of arrow A in a strip shape. The sheet-like material 2 has a supply direction dimension of 2a, and the sticky printed matter 3 has a supply-direction dimension b of about 1/4 of 2a, which is about 1 / the supply speed of the sheet-like material 2.
It suffices to supply the pasted printed matter 3 at a speed of 4, and the supply speed does not become a problem even if the punching holes 6 for alignment are used for alignment. Although not shown in FIG. 1, both the sheet-like material 2 and the sticky printed matter 3 are appropriately printed.

FIG. 2 is an enlarged view of the sticky printed matter 3. Portions with the same numbers as in FIG. 1 are the same, and description thereof will be omitted.

In FIG. 2, reference numeral 7 is a base paper sheet, a part of which is attached to the sheet-like material 2, 8 is a sub-paper sheet attached to the base paper sheet 7, and a hatched portion of 9 is a base. The left sticking portion of the single-sided leaf 7 and the sub single-sided leaf 8 and the shaded portion 10 are the right-sided portions of the base single-sided leaf 7 and the sub-single-sided leaf 8, and the arrow A is the same as in FIG. In the feeding direction, the portion sandwiched between the line segments B and B ′ is the left pressing sandwiching portion that is sandwiched by a belt or the like when the sticky printed matter 3 is conveyed and supplied, and the portion sandwiched between the line segments C and C ′. Is a right pressing pinching portion that is pressed and pinched by a belt or the like when the adhesive printed material 3 is conveyed and supplied, and D is a center line of the adhesive printed material 3.

In FIG. 2, the base single leaf 7 and the sub single leaf 8 are shown.
Are adhered at the left and right ends of the left attachment portion 9 and the right attachment portion 10, and the upper and lower ends are open. The upper and lower ends are open for the purpose of preventing wrinkles and the like from occurring on the printed paste 3 in a roll state when the printed paste 3 is supplied, which will be described later, but it is not necessary to limit to this. Even if the upper and lower ends are also adhered, it is possible to prevent wrinkles from occurring by increasing or decreasing the winding amount of the roll.

In the case of FIG. 2, a single sub-leaf 8 is attached to the base leaf 7 over the entire left and right sides, and the thickness is uniform over the left and right sides of the center line D. . Therefore, the belt-shaped portion which is pressed and clamped by the belt or the like at the time of feeding and conveying may be on either the left or right side, but the left pressing clamp portion which is clamped by the line segment of B and B'and the line segment of C and C ' It is possible to further improve the stability during high-speed conveyance and feeding by pressing and sandwiching the left and right symmetrical strip-shaped portions near the left and right ends, and widening the gap, like the right pressing sandwiched portion Becomes

FIG. 3 is a schematic view in which the sticky printed matter 3 of FIG. 2 is cut open at a perforation line 5 and the right piece is developed.
The parts with the same numbers as in FIG. 1 and FIG. 2 are the same, and the description thereof will be omitted.

In FIG. 3, reference numeral 8a denotes the left side of the auxiliary piece paper sheet 8,
Reference numeral 8b is a right side of the auxiliary single-leaf paper 8, and 11 is a portion which adds a practical value to the portion sandwiched between the base single-leaf paper 7 and the secondary single-leaf paper 8. In the case of the present embodiment, the fragrance printing is performed. A portion, 12 is a concealing surface of the base single-leaf sheet 7 which is concealed by the sub-single leaf paper 8, and 13 is a concealing surface of the sub-single leaf paper 8.

The fragrance printing portion 11 is printed by a known fragrance printing method, and is printed with an ink in which microcapsules encapsulating the fragrance are dispersed, and the base paper leaf 7 and the sub-paper paper are printed before the ink is dried. Leaf 8 is overlaid. Then, the fragrance printed portion 11 adheres to both the base piece 7 and the sub piece 8 of paper,
When the right side sub-leaf 8b is expanded as shown in FIG. 3, it breaks in the ink layer of the perfume-printed portion 11, and as a result, the microcapsules in the ink are also broken at the same time, and the perfume inside disperses and aroma is emitted. It becomes possible to sniff.

When the practical value is added by the perfume printing portion 11, although not shown, the corresponding print is printed on the base single leaf 7 and the sub single leaf 8, and is not shown. Although not shown, the concealing surfaces 12 and 13 are also printed correspondingly. It is preferable that the pattern be a product that sells a fragrance such as perfume, cosmetics, and a fragrance.

FIG. 4 is a schematic view in which the sticky printed matter 3 of FIG. 2 is cut along a perforated cut line 5 and left and right pieces are developed. Portions with the same numbers as in FIG. 1, FIG. 2, and FIG. 3 are the same, and the description thereof will be omitted.

In this embodiment, as shown in FIG. 4, the left adhering portion 9 is provided with the positioning punch holes 6, and the left adhering portion 9 is not expanded even if the left side sub-sheet leaf 8a is expanded. Therefore, the positioning punch holes 6 are formed in the base single leaf 7 and the sub single leaf 8.
Therefore, it is possible to improve the stability when supplying the materials at the same position. Further, in the present embodiment, the portion to be attached to the sheet-like material 2 overlaps the left attachment portion 9, and the portion that supports the total weight of the attached printed material 3 is
The sheet-like material 2, the base piece paper sheet 7, and the auxiliary piece paper sheet 3 are laminated and adhered. Therefore, the load resistance is improved, the weight of the printed paste 3 can be increased, and the range of choices for the paper quality and paper thickness of the printed paste 3 can be expanded. Therefore, even if the sheet-like material 2 is made of thin paper, for example, it is possible to make the pasted printed material 3 paper having a strength such that it can be used as a postcard or the like.

In the present invention, the sheet material 2, the base piece paper sheet 7 and the auxiliary piece paper sheet 8 are not particularly limited in their materials as long as they are sheet-like, paper, plastic film, synthetic paper,
It is properly selected from metal foil, vapor-deposited paper, etc. Further, the sheet-like material 2, the base single leaf 7 and the sub single leaf 8 do not have to be made of the same material, but may be made of different materials. Each of the above may be separately provided. For example, the sheet-like material 2 is a thin recycled high-quality paper used in newspapers, the base piece paper 7 is a slightly thick coated paper or art paper having rigidity, and the auxiliary piece paper 8 is a thin coated paper or art paper. If it is adopted, not only can it attract customers by being a printed matter, but it can also attract customers by the difference in whiteness of recycled high-quality paper and coated paper, and the beauty of printing. By combining them, it is possible to enhance the contrast effect and exert an effect of attracting customers. Further, the base single paper sheet 7 and the sub single paper sheet 8
If plastic film, synthetic paper, metal foil, vapor-deposited paper, etc. are used for the product, it is possible to add interestingness by utilizing the characteristics of the material and improve the effect of attracting customers. It is also possible to add practical value such as using as a pseudo mirror by utilizing the reflection performance.

FIG. 5 is a schematic view of a second embodiment of the present invention, in which the pasted printed material 3 is cut along a perforation cutting line 5 as in FIG. 4 of the first embodiment, and both left and right pieces are developed. Portions with the same numbers as those in FIG. 1, FIG. 2, FIG. 3, and FIG. 4 of the first embodiment are the same, and description thereof will be omitted.

In FIG. 5, reference numeral 14 is a left sticking portion,
The position is different from that of the first embodiment. Example 2
In this case, the positioning punch hole 6 is punched only in the base piece paper sheet 7, and the positional deviation of the punch hole in the base piece paper sheet 7 and the auxiliary piece paper sheet 8 does not occur, and the punch hole 6 is pinned. It is sufficient to insert only into the base piece paper sheet 7 when inserting the sheet, which has the effect of reducing the trouble occurrence rate during high-speed operation in the positioning process using the punch holes.

In the case of the second embodiment, since the left and right ends of the sticky printed matter 3 have different thicknesses, the same position as in the first embodiment cannot be pressed and pinched, and the position is moved inward. In the case of FIG. 5, a single sub-leaf sheet 8 is attached to the base-leaf sheet 7 over the entire area except for the left side surface, and the thickness thereof is uniform. Therefore, the strip-shaped portion pressed and sandwiched by the belt or the like at the time of feeding and conveying may be any portion where the base piece paper sheet 7 and the sub-piece paper sheet 8 on both the left and right sides overlap, but are sandwiched by the line segments B and B '. Like the left pressing sandwiching portion and the right pressing sandwiching portion sandwiched by the line segment of C and C ', the left and right ends are pressed and sandwiched by symmetrical strip-shaped portions as close as possible to each other to widen the space. As a result, it is possible to further improve the stability during high-speed conveyance and supply.

FIG. 6 is a schematic view of a third embodiment of the present invention, in which the sticky printed matter 3 is cut along a perforation cutting line 5 as in FIG. 4 of the first embodiment, and both left and right pieces are developed. Portions with the same numbers as those in FIG. 1, FIG. 2, FIG. 3, and FIG. 4 of the first embodiment are the same, and description thereof will be omitted.

In FIG. 6, the first and second embodiments are described.
In contrast to the above, the base single leaf 7 and the right sub single leaf 8b are connected to each other, and the base single leaf 7 and the sub single leaf 8 are formed by bending a sheet of paper or the like at the center and attaching it to the left pasted portion. It is pasted and made in 9.
In this case, as compared with the first and second embodiments, the concealing surface 12,
The area of 13 becomes large, and it becomes possible to incorporate a larger amount of information even with the pasted printed matter of the same size.

FIG. 7 is a schematic view of a fourth embodiment of the present invention, in which two perforation cutting lines of the first embodiment are provided with a narrow width. Portions with the same numbers as those in FIG. 1, FIG. 2, FIG. 3, and FIG. 4 of the first embodiment are the same, and description thereof will be omitted. In FIG. 7, reference numerals 15 and 16 are cut lines such as perforations.

In FIG. 7, the perforation line 15 and the like,
16 is provided with a narrow width, and it is possible to separate the space between them in a strip shape.
Is provided in the vicinity of the adhered part in parallel with the adhered part. In this case, unlike the perforated lines such as the perforations of Examples 1, 2, and 3, the portion (perfume printing portion), which is sandwiched between the base piece paper leaf 7 and the sub piece paper leaf 8 (not shown), which adds practical value, is damaged. It is possible to easily cut the sheet-shaped material 2 without doing so, and at the same time, it is possible to prevent the sheet-shaped material 2 from being damaged because an unreasonable load is not applied to the sheet-shaped material 2 at the time of cutting.

That is, in the case of the perforation cutting lines of the first, second, and third embodiments, it is absolutely necessary to lift at least one of the left sub single paper sheet 8a and the right sub single paper sheet 8b to separate the perforation 5. However, if the right sub single leaf 8b is lifted at that time, the microcapsules of the perfume printing portion 11 will be damaged, and the perforations 5 cannot be easily separated. On the other hand, in Example 4, the perforation lines 15 and 1
It becomes possible to separate between 6 in a strip shape, and the microcapsules of the perfume printing portion 11 can be easily separated without being damaged.

Further, the perforation cutting lines 15 and 16 are attached to the sheet-like material 2 and the printed material 3 in the vicinity of an unillustrated attaching portion (which is the back side of the left attaching portion 9; see FIG. 1). The sheet-like material 2, the base piece paper leaf 7, and the auxiliary piece paper leaf 8 are provided in parallel with the attachment portion and in the vicinity of the portion where three sheets are attached in a stacked manner. Therefore, when cut into strips, the portion that is most resistant to shear stress is arranged in the shear stress direction, which prevents the sheet-like material 2 from being damaged. Of course, even if the perforation cutting lines 15 and 16 are applied to Examples 2 and 3, the same effect can be obtained.

FIG. 8 is a schematic view of a combination of a base single piece sheet and a sub single piece sheet of the present invention, each of which has the same basic structure as those of Example 1, Example 2, Example 3 and Example 4. Since they are the same, detailed description will be omitted. In the figure, the base single leaf and the sub single leaf are indicated by arrow A.
Although the description is shifted in the direction, this is for making it easier to distinguish the configuration, and in reality, the base single leaf and the subsidiary single leaf are the same. The arrow A indicates the feeding direction, and the perforation cutting line, the punch holes for alignment, and the portion for adding the practical value sandwiched between the base sheet and the sub-sheet sheet are not shown.
Similar to the above-described embodiment, it may be provided at an appropriate position as required, and if not necessary, it may not be provided. Furthermore,
The alternate long and short dash line is the center line, and the shaded area is the attachment portion of the base single leaf and the sub single leaf, but the area of the attachment portion can be appropriately determined and can also be provided above and below. Is also good. In addition, in FIG. 8, the base single leaf is the lower leaf, and the sub single leaf is the leaf that overlaps it. Furthermore, the sticking portion of the base paper sheet and the sheet-like material (not shown) is on the left side of each base paper sheet,
There is no need to limit to this, and the portion to be attached to the sheet-like material may be located at any of the left and right center positions. Furthermore, the left and right of each pattern may be reversed.

In FIG. 8, 8-1, 8-2, 8-3,
The reference numeral 8-4 is composed of one sheet, and the base piece sheet and the subsidiary piece sheet are connected on the right side. 8-1 has substantially the same configuration as that of the third embodiment, and it is possible to symmetrically take strip-shaped portions having the same thickness when being conveyed and sandwiched at any position on the left and right of the center line. 8-2 has substantially the same configuration as that of the second embodiment, except that the strip-shaped portion having the same thickness at the time of carrying and pinching is left and right at any position on the left and right of the center line except for the portion of the leftmost base piece sheet. It can be taken symmetrically. In 8-3, since the entire left side of the center line is only the base paper sheet, it is not possible to take a strip-shaped portion having the same thickness when being conveyed and sandwiched on the left and right sides of the center line. Therefore, either the left side or the right side is sandwiched and conveyed, but in that case, since it is not bilaterally symmetric with respect to the center line, stability at the time of supply is reduced, and it is necessary to reduce the supply speed. In this case, since the thickness and weight of the right side where the base single sheet and the sub single sheet overlap each other are large, stability is improved when the right side is sandwiched and conveyed. Reference numeral 8-4 is a portion of the base paper sheet only, and it is possible to symmetrically take strip-shaped portions having the same thickness across the center line.

In FIG. 8, 8-5, 8-6, 8-7,
8-8 is configured by sticking two sheets of paper, and the base single leaf and the sub single leaf are stuck on both left and right sides. 8-5 has substantially the same configuration as that of the first embodiment, and it is possible to symmetrically take a strip-shaped portion having the same thickness when carrying and sandwiching it at any position on the left and right of the center line. 8-6 has substantially the same configuration as that of the second embodiment, except that the strip-shaped portion having the same thickness when being conveyed and pinched is left and right at any position on the left and right of the center line except for the portion of the leftmost base leaflet only. It can be taken symmetrically. In 8-7, the whole left side of the center line is only the base paper sheet,
It is not possible to take a strip-shaped part that has the same thickness when sandwiched between the left and right sides of the center line. Therefore, either the left side or the right side is sandwiched and conveyed, but in that case, since it is not bilaterally symmetric with respect to the center line, stability at the time of supply is reduced, and it is necessary to reduce the supply speed. In this case, since the thickness and weight of the right side where the base single sheet and the sub single sheet overlap each other are large, stability is improved when the right side is sandwiched and conveyed.
Reference numeral 8-4 is a part of the base paper sheet only, and it is possible to take a strip-shaped part having a uniform thickness symmetrically across the center line.

In FIG. 8, 8-9, 8-10, 8-1
Reference numeral 1 is configured by sticking two sheets of paper, and the base piece of leaf and the sub piece of leaf are stuck at appropriate positions on the left and right sides. 8
-9 is not wide enough to hold only the base paper sheets on both the left and right ends, and the thickness when carrying and sandwiching the base paper sheets on both sides of the center line and the sub-paper sheets are equal. It is possible to take the strip-shaped part which becomes symmetrical. 8-10 is a part where only the base paper sheets on both the left and right ends are overlapped with each other, or a part where the base piece paper sheets and the sub-sheet paper leaves on both sides of the center line overlap each other. It is possible to take the same strip-shaped part symmetrically. Numerals 8-11 are left and right ends or only the base paper sheet near the center line. It is possible to symmetrically take strip-shaped parts having the same thickness when carrying and pinching, but the right end or near the center line. When only the base piece paper sheet does not have a sufficient width, the base piece paper sheet on the right side and the sub piece paper sheet are sandwiched and conveyed. In that case, since it is not symmetrical with respect to the center line, stability at the time of supply is reduced, and it is necessary to reduce the supply speed. In this case, since the thickness and weight of the right side where the base single sheet and the sub single sheet overlap each other are large, stability is improved when the right side is sandwiched and conveyed.

In FIG. 8, 8-12 and 8-13 are constructed by sticking two sheets of paper, and the base leaf and the sub-leaf are attached symmetrically with the center line in between. Has been done. 8-12
Has the same basic configuration as 8-9, but is different in that it has a width sufficient to hold only the base paper sheets at the left and right ends. It is possible to take the strip-shaped portions with the same thickness as the left and right symmetrically. Further, it is possible to take symmetrically the strip-shaped portions having the same thickness when being conveyed and sandwiched at the portions where the base single-leaf and the subsidiary single-leaf on both sides of the center line overlap. 8-13 has the same basic configuration as 8-9 and 8-12, but there is not a sufficient width for carrying and sandwiching the base sheet and the sub-sheet sheet on both sides of the center line, and the left and right ends are It is possible to symmetrically take a strip-shaped portion having the same thickness when being conveyed and sandwiched by only the base paper sheet.

FIG. 9 is a schematic view of a combination of one base piece sheet and two sub piece sheets according to the present invention. In the figure, the base single leaf and the subsidiary single leaf are shown shifted in the direction of arrow A, but this is for making it easier to distinguish the configuration. Match. In FIG. 9, an arrow A indicates a supply direction, and a perforation cutting line, a punching hole for alignment, and a portion for adding practical value sandwiched between the base sheet and the sub-sheet sheet are not shown. Similar to the above-described embodiment, it may be provided at an appropriate position as required, and if not necessary, it may not be provided. Further, the portion to which the practical value is added may be provided between the sub-leaf sheets. Further, the alternate long and short dash line is the center line, and the shaded portion is the sticking portion of the base single leaf and the sub single leaf, or the sub single leaf and the sub single leaf,
The area of the adhered portion can be appropriately determined and may be provided above and below. Note that, in FIG. 9, the base single leaf is the lower leaf, and the sub single leaf is the leaf that overlaps it.
Furthermore, the sticking portion of the base paper sheet and the sheet-like material (not shown) is on the left side of each base paper sheet, but it is not limited to this, and the sticking portion with the sheet-like material can be located at either the left or right center. The position is also acceptable. Furthermore, the left and right of each pattern may be reversed. Furthermore, in FIG. 9, the base single leaf and the secondary single leaf are connected, but this connecting portion may be changed to an adhesive, and the overlapping of the left side left single leaf and the right side single left leaf is reversed. You may. In the case of each pattern of FIG. 9, the amount of information can be increased as compared with the case of FIG. 8 because the sub single paper sheet is composed of two sheets.

In FIG. 9, 9-1, 9-2, 9-3,
9-4 is composed of one sheet, and the base piece and the subsidiary piece are connected on both the left side and the right side. If 9-4 is shown as an example, in 9-4, 7 is a base paper sheet, 8
Reference numeral 1 is a left sub-leaf sheet, 82 is a right sub-leaf sheet, and other patterns are the same. In 9-1, the base single leaf, the left sub single leaf, and the right sub single leaf have substantially the same size, and the base single leaf and the left sub single leaf overlap, and the right sub single leaf is on the left sub single leaf. Paper sheets are overlapping. 9-1 can take a strip-shaped portion having the same thickness when carrying and sandwiching it, symmetrically at any position on the left and right of the center line. In 9-2, the base single leaf and the left sub single leaf are substantially the same, and the right sub single leaf is configured to be slightly smaller. 9-2 is capable of bilaterally symmetrical strip-shaped portions having the same thickness for carrying and pinching at any position on the left and right sides of the center line, except for the portion on the left side where there is no right sub-leaf sheet. . In 9-3, the base single leaf and the left sub single leaf are substantially the same, and the right sub single leaf is configured in about half. Since 9-3 does not have the right sub-leaf sheet on the entire left side of the center line, it is not possible to take a strip-shaped portion having the same thickness when being conveyed and sandwiched on the left and right sides of the center line. Therefore, either the left side or the right side is sandwiched and conveyed, but in that case, since it is not bilaterally symmetric with respect to the center line, stability at the time of supply is reduced, and it is necessary to reduce the supply speed. In that case, the base paper sheet,
Since the thickness and weight on the right side where the left side single-sided paper sheet and the right side auxiliary single-sided paper sheet overlap are large, stability is improved when the right side is sandwiched and conveyed. In 9-4, the base single leaf and the left sub single leaf are substantially the same, and the right sub single leaf is configured to be smaller than half.
In 9-4, it is possible to symmetrically take a strip-shaped portion in which the base single-leaf sheet and the left sub-single-leaf sheet overlap each other and have the same thickness when being conveyed and sandwiched.

In FIG. 9, 9-5, 9-6, 9-7,
9-8 is composed of one sheet, and the base piece and the subsidiary piece are connected on both the left side and the right side. In 9-5, the base single leaf and the right sub single leaf have substantially the same size, and the left sub single leaf is configured to be smaller than half thereof, and the base single leaf and the left sub single leaf overlap each other. The right sub-leaf sheet is stacked on the paper sheet. 9-5 can take a strip-shaped portion having the same thickness at the time of carrying and pinching it symmetrically, except for the portion on the left side having the right side sub-sheet sheet. In 9-6, the left side single-sided leaf is smaller than half, and conversely, the right side single-sided leaf is larger than half,
Both the left sub-leaf and the right sub-leaf are attached to the base leaf. 9-6 can take a strip-shaped portion having the same thickness when carrying and sandwiching the same symmetrically at any position on the left and right of the center line. In 9-7, the left side sub-leaf sheet is smaller than half, the right side sub-leaf sheet is half, and both the left side sub-leaf sheet and the right sub-leaf sheet are attached to the base single-leaf sheet. Numerals 9-7 are left and right ends, and it is possible to symmetrically take strip-shaped portions having the same thickness when being conveyed and sandwiched. In 9-8, both the left side sub-leaf and the right side sub-leaf are smaller than half, and both the left side sub-leaf and the right sub-leaf are attached to the base single-leaf.
Numerals 9-8 are left and right ends, and it is possible to symmetrically take strip-shaped portions having the same thickness when being conveyed and sandwiched.

In FIG. 9, 9-9, 9-10, 9-1
Reference numerals 1 and 9-12 are composed of one sheet, and the base single piece sheet and the sub single piece sheet are connected on both the left side and the right side. 9
In reference numeral -9, the base single leaf and the right sub single leaf have substantially the same size, and the left sub single leaf is composed of half of them. The base single leaf and the left sub single leaf overlap each other, and the left sub single leaf The right side single-sided leaf is on top. Since 9-9 does not have a left sub-leaf sheet on the entire right side of the center line, it is not possible to take a strip-shaped portion having the same thickness when carrying and sandwiching the left and right sides of the center line. Therefore, either the left side or the right side is sandwiched and conveyed, but in that case, since it is not bilaterally symmetric with respect to the center line, stability at the time of supply is reduced, and it is necessary to reduce the supply speed. In this case, since the thickness and weight of the left side of the base single leaf, the left side single leaf and the right side single leaf are large, the stability is improved when the left side is sandwiched and conveyed. In 9-10, the left side single-sided leaf is half, the right side single-sided leaf is larger than half, the base single-sided leaf and the left side single-sided leaf overlap, and the right side single-sided leaf overlaps on the left side single-sided leaf. There is. In 9-10, it is possible to take symmetrically the strip-shaped portions having the same thickness at the time of carrying and sandwiching them at the left and right ends. In 9-11, the left side sub-leaf sheet and the right side sub-leaf sheet are half,
Both the left side sub-leaf and the right side sub-leaf are attached to the base leaf. No. 9-11 can be left-right symmetrical at any of the left and right positions of the center line, and the strip-shaped portions having the same thickness for carrying and sandwiching can be taken. 9-12 is symmetrical with 9-7, the left sub-leaf is half and the right sub-leaf is smaller than half, and both the left sub-leaf and the right sub-leaf are both attached to the base leaf. It is worn. Numerals 9-12 are left and right ends, and it is possible to symmetrically take strip-shaped portions having the same thickness when being conveyed and sandwiched.

In FIG. 9, 9-13, 9-14, 9-
Reference numerals 15 and 9-16 are made up of a single sheet, and the base sheet and the subsidiary sheet are connected on both the left side and the right side.
9-13 is symmetrical with 9-5, and the base leaflet and the right side leaflet are substantially the same size, and the left side leaflet is larger than half the size of the base leaflet and the left side leaflet. The paper sheets overlap each other, and the right sub-paper sheet overlaps the left sub-paper sheet. 9-13 can be left-right symmetric with respect to a strip-shaped portion having the same thickness when being conveyed and pinched, except for a portion on the right side where there is no left sub-leaf sheet. 9-14 is configured so that both the left side sub-leaf and the right side sub-leaf are larger than half, the base leaf and the left sub-leaf overlap, and the right sub-leaf overlaps on the left sub-leaf. There is.
In 9-14, it is possible to symmetrically take strip-shaped portions having the same thickness at the time of carrying and sandwiching at both left and right ends or both sides of the center line. Which one is selected depends on the sandwichable band width. You may decide which one you can secure. 9-15
The left sub-leaf sheet is larger than half, the right sub-leaf sheet is made up of half, and the right sub-leaf sheet overlaps the left sub-leaf sheet. As for 9-15, it is possible to take symmetrically the strip-shaped portions which have the same thickness when being conveyed and sandwiched at the left and right ends. 9-16 is symmetrical with 9-6, the left side single-sided leaf is larger than half, the right side single-sided leaf is smaller than half,
Both the left sub-leaf and the right sub-leaf are attached to the base leaf. 9-16 is at any position on the left and right of the center line,
It is possible to take symmetrically the strip-shaped portions that have the same thickness when sandwiched for conveyance.

FIG. 10 is a schematic view of a combination of one base piece sheet and two sub piece sheets according to the present invention. In the figure, the base single leaf and the subsidiary single leaf are shown shifted in the direction of arrow A, but this is for making it easier to distinguish the configuration. Match. In FIG. 10, arrow A indicates the supply direction, and the perforation cutting line, the punching holes for alignment, and the portion for adding the practical value sandwiched between the base sheet and the sub-sheet sheet are not shown. Similar to the above-described embodiment, it may be provided at an appropriate position as required, and if not necessary, it may not be provided. Furthermore, the alternate long and short dash line is the center line, and the shaded portion is the attachment portion of the base single leaf and the sub single leaf, but the area of the attachment portion can be appropriately determined.
It may also be provided above and below. Furthermore, the sticking portion of the base paper sheet and the sheet-like material (not shown) is on the left side of each base paper sheet, but it is not limited to this, and the sticking portion with the sheet-like material can be located at either the left or right center. The position is also acceptable. Furthermore, the left and right of each pattern may be reversed. Further, in FIG. 10, the base single leaf and the secondary single leaf are connected, but this connecting portion may be changed to the sticking, and the overlap of the left side single leaf and the right side single leaf is reversed. You may. In the case of each pattern of FIG. 10, FIG.
Compared with, the amount of information can be increased because the auxiliary single-leaf sheet is composed of two sheets.

In FIG. 10, 10-1, 10-2, 1
Nos. 0-3 and 10-4 are composed of one sheet, and the base piece sheet and the sub-piece sheet are connected to each other on both the left side and the right side in principle. Depending on the position, the base single leaf and the sub single leaf may be interchanged. 1 as an example
In the case of 10-1, in 10-1, reference numeral 83 is a base paper sheet, and 84 and 85 are sub-paper sheets. The base paper sheet and the sub-paper sheet are compared with each pattern of FIG. In order to replace each other, the base single paper sheet 83 and the sub single paper sheet 84 are connected on the right side, and the sub single paper sheet 84 and the sub single paper sheet 85 are connected on the left side. Further, in 10-2, the base paper sheet is changed in relation to the sticking position with the sheet-shaped material. In 10-2, when the left end is a part to be adhered to a sheet-like material, 86 is a base paper sheet, 87 and 88 are sub-paper sheets, and when the right end is a part to be adhered to a sheet-like material, 88 is a base piece. The paper sheets 86 and 87 are sub-single paper sheets. In FIG. 10, 10-1, 10-5, 10-9, and 10-13 are 10
It is the same pattern as -1, and other patterns are 10-2.
It becomes the same pattern as. In the following explanation,
Assuming that the part attached to the sheet is the left end, the base paper sheet,
Each sub-leaf sheet will be described.

In 10-1, the sub-leaf sheets connected to the base-leaf sheet are substantially the same, and the sub-leaf sheets further connected to the sub-leaf sheet are smaller than half. 10-1 is a portion in which the sub-leaf sheets that are connected to the base-leaf sheet overlap each other, and it is possible to symmetrically take a strip-shaped portion having the same thickness when being conveyed and sandwiched. In this case, it is possible to take a portion for pressing and pinching at both left and right ends, and it is possible to improve stability during high-speed conveyance. Sub-sheets 10-2 are connected to the left and right sides of the base single-leaf sheet, and the left sub-leaf sheet is smaller than half and the right sub-leaf sheet is larger than half. 10-2 is a portion in which the left side sub-leaf sheet and the right side sub-leaf sheet do not overlap each other, and it is possible to symmetrically take a strip-shaped portion having the same thickness when being conveyed and sandwiched. In this case, it is possible to take a portion for pressing and pinching at both left and right ends, and it is possible to improve stability during high-speed conveyance. In 10-3, sub single paper sheets are connected to the left and right of the base single paper sheet, the left sub single paper sheet is smaller than half, and the right sub single paper sheet is composed of about half. 10-
As for 3, the left-side sub-leaf sheet and the right-side sub-leaf sheet can be symmetrically formed in a strip-shaped portion having the same thickness when being conveyed and sandwiched. In this case, it is possible to take a portion for pressing and pinching at both left and right ends, and it is possible to improve stability during high-speed conveyance. In 10-4, the sub-leaf paper is connected to the left and right of the base paper leaf, and the left-hand sub-paper leaf is smaller than half,
The right side leaflet is also smaller than half. 10-
As for 4, it is possible to symmetrically take a strip-shaped portion in which the left sub-sheet sheet and the right sub-sheet sheet have the same thickness when being conveyed and sandwiched. In this case, it is possible to take a portion for pressing and pinching at both left and right ends, and it is possible to improve stability during high-speed conveyance.

In No. 10-5, the sub-leaf sheets connected to the base leaf paper are substantially the same, and the sub-leaf sheets further connected to the sub-leaf paper are configured in about half. In 10-5, since there is no sub-leaf sheet on the entire right side of the center line, it is not possible to take a strip-shaped portion having the same thickness when being conveyed and sandwiched on the left and right sides of the center line.
Therefore, either the left side or the right side is sandwiched and conveyed, but in that case, since it is not bilaterally symmetric with respect to the center line, stability at the time of supply is reduced, and it is necessary to reduce the supply speed. In this case, the left side where the base single-leaf sheet and the two auxiliary single-leaf sheets overlap each other has a large thickness and a large weight, and therefore, the stability is improved when the left side is sandwiched and conveyed. Sub-sheets 10-6 are connected to the right and left sides of the base single-leaf sheet, and the left-side sub-leaf sheet is configured to be approximately half and the right-side sub-leaf sheet larger than half. 1
In 0-6, it is possible to symmetrically take a strip-shaped portion in which the left side single-sided leaf and the right side single-sided leaf do not overlap each other and have the same thickness when being conveyed and sandwiched. In this case, it is possible to take a portion for pressing and pinching at both left and right ends, and it is possible to improve stability during high-speed conveyance. In 10-7, sub single paper sheets are connected to the left and right of the base single paper sheet, and the left sub single paper sheet is approximately half and the right sub single paper sheet is approximately half. 10-
In the case of 7, left-side sub-sheets and right-side sub-sheets can be symmetrically taken to have strip-shaped portions having the same thickness when being conveyed and sandwiched. In this case, it is possible to take a portion for pressing and pinching at both left and right ends, and it is possible to improve stability during high-speed conveyance. Sub-sheets 10-8 are connected to the left and right sides of the base single-leaf sheet, and the left-side sub-leaf sheet is configured to be approximately half and the right-side sub-leaf sheet larger than half. In 10-8, it is possible to symmetrically take a strip-shaped portion in which the left sub-sheet sheet and the right sub-sheet sheet have the same thickness when being conveyed and sandwiched. In this case, it is possible to take a portion for pressing and pinching at both left and right ends, and it is possible to improve stability during high-speed conveyance.

In No. 10-9, the sub single paper sheet connected to the base single paper sheet is substantially the same, and the sub single paper sheet further connected to the sub single paper sheet is larger than half. In 10-9, it is possible to symmetrically take a strip-shaped portion in which the base sheet and the two sub-sheets overlap each other and have the same thickness when being conveyed and sandwiched. In 10-10, sub-leaf sheets are connected to the left and right of the base leaf paper, the left-side leaf paper is larger than half, and the right-side leaf paper is also larger than half. 10-10 is a portion in which the left side sub-leaf sheet and the right side sub-leaf sheet do not overlap each other, and it is possible to symmetrically take a strip-shaped portion having the same thickness when being conveyed and sandwiched. Even in a portion where the right side sub-leaf sheet and the right side single-leaf sheet overlap each other, it is possible to symmetrically take a strip-shaped portion having the same thickness when being conveyed and sandwiched. In this case, it is better to take symmetrically the strip-shaped portion where the left sub-leaf sheet and the right sub-leaf sheet have the same thickness when being conveyed and sandwiched in the non-overlapping portion.
It is possible to take the part that presses and clamps at both left and right ends,
It is possible to improve stability during high-speed transportation. 1
The sub-sheets 0 to 11 are connected to the left and right sides of the base single-leaf sheet, the left-side sub-leaf sheet is larger than half, and the right-side sub-leaf sheet is about half. In 10-11, it is possible to symmetrically take a strip-shaped portion in which the left sub-sheet sheet and the right sub-sheet sheet do not overlap each other and have the same thickness when being conveyed and sandwiched. In this case, it is possible to take a portion for pressing and pinching at both left and right ends, and it is possible to improve stability during high-speed conveyance. Sub-sheets 10-12 are connected to the left and right sides of the base single-leaf sheet, and the left sub-leaf sheet is larger than half and the right sub-leaf sheet is smaller than half. In 10-12, it is possible to symmetrically take a strip-shaped portion in which the left sub-sheet sheet and the right sub-sheet sheet have the same thickness when being conveyed and sandwiched. In this case, it is possible to take a portion for pressing and pinching at both left and right ends, and it is possible to improve stability during high-speed conveyance.

In Nos. 10-13, the two sub single-leaf sheets connected to the base single-leaf sheet are substantially the same. In 10-13, a strip-shaped portion in which the base single-leaf sheet and the two sub-single-leaf sheets overlap with each other and have the same thickness when being conveyed and sandwiched can be symmetrically formed.
Sub-sheets 10-14 are connected to the left and right sides of the base single-leaf sheet, the left side single-leaf sheet is substantially the same as the base single-leaf sheet, and the right side single-leaf sheet is also larger than half. 10-14 is a portion where the left side sub-leaf sheet and the right side sub-leaf sheet overlap with each other, and it is possible to symmetrically take a strip-shaped portion having the same thickness when being conveyed and sandwiched. Sub-sheets 10-15 are connected to the right and left sides of the base single-leaf sheet, the left side single-leaf sheet is substantially the same as the base single-leaf sheet, and the right side single-leaf sheet is approximately half. No. 10-15 does not have a strip-shaped portion having the same thickness when being pinched on the left and right sides of the center line because there is no sub-leaf sheet on the entire left side of the center line. Therefore, either the left side or the right side is sandwiched and conveyed, but in that case, since it is not bilaterally symmetric with respect to the center line, stability at the time of supply is reduced, and it is necessary to reduce the supply speed. In this case, the left side where the base single-leaf sheet and the two auxiliary single-leaf sheets overlap each other has a large thickness and a large weight, and therefore, the stability is improved when the right side is sandwiched and conveyed. The sub-sheets 10-16 are connected to the left and right sides of the base single-leaf sheet, the left side single-leaf sheet is substantially the same as the base single-leaf sheet, and the right side single-leaf sheet is smaller than half. In 10-16, it is possible to symmetrically take a strip-shaped portion in which the left sub-sheet sheet and the right sub-sheet sheet do not overlap each other and have the same thickness when being conveyed and sandwiched.

FIG. 11 is a schematic view of a combination of one base piece sheet and two sub piece sheets of the present invention, in which one of the sub piece sheets is pasted away from the end of the base piece sheet. It is a figure. In the figure, the base single leaf and the subsidiary single leaf are shown shifted in the direction of arrow A, but this is for making it easier to distinguish the configuration. Match. In FIG. 11, an arrow A indicates a supply direction, and a perforation cutting line, a punching hole for alignment, a portion for adding a practical value sandwiched between the base sheet and the sub-sheet sheet is not shown. Similar to the above-described embodiment, it may be provided at an appropriate position as required, and if not necessary, it may not be provided. Further, the alternate long and short dash line is the center line, and the shaded area is the sticking portion of the base single leaf and the sub single leaf, but the area of the sticking portion can be set appropriately and can be It may be provided. Furthermore, the sticking portion of the base paper sheet and the sheet-like material (not shown) is on the left side of each base paper sheet, but it is not limited to this, and the sticking portion with the sheet-like material can be located at either the left or right center. The position is also acceptable. Furthermore, the left and right of each pattern may be reversed. Furthermore, FIG.
Has a part where the base single leaf and the secondary single leaf are connected, but this connecting part may be changed to sticking, and the overlap of the left side single leaf and the right side single leaf is reversed. Is also good. In the case of each pattern of FIG. 11, the amount of information can be increased as compared with FIG. Figure 11
, 11-1, 11-2, 11-3, 11-4,
11-5, 11-6, 11-7, and 11-8 are configured by sticking two sheets of paper, and the base single leaf and the left sub single leaf are connected. When 11-1 is shown as an example, 89 is a base paper sheet, 90 and 91 are sub-paper sheets, and
And the left side sub-leaf sheet 90 are connected to each other, the right sub-leaf sheet 91 is attached to the base one leaf 89, and other patterns are the same.

In 11-1, the left side sub-leaf that is connected to the base leaf is smaller than half, and the right sub-leaf that is stuck is about half the size. It has almost the same configuration. 11-1 is at the left and right ends, and it is possible to take symmetrically the strip-shaped portions having the same thickness when being conveyed and sandwiched. In 11-2, the left side sub-leaf that is connected to the base single leaf is smaller than half, the right sub-leaf that is attached is about half the size, and the position of the right sub-leaf is slightly left. Have moved to. 11-2 is capable of symmetrically taking a strip-shaped portion having the same thickness when being conveyed and sandwiched at the right end position of the right side sub-leaf sheet. In 11-3, the left side sub-leaf that is connected to the base single leaf is smaller than half, the right sub-leaf that is attached is about half the size, and the right sub-leaf is left and right of the center line. It has moved to a symmetrical position. 11-3 is capable of bilaterally symmetrical strip-shaped portions having the same thickness when being conveyed and pinched at the right end position of the right side sub-leaf sheet. In 11-4, the left side sub-leaf that is connected to the base leaf is smaller than half, the right sub-leaf that is attached is about half the size, and the right sub-leaf is left and right of the center line. It moves to the left from the symmetrical position. 11
In -3, it is possible to symmetrically take a strip-shaped portion having the same thickness when being conveyed and sandwiched at the right end position of the right side sub-leaf sheet.

In 11-5, the left side sub-leaf that is connected to the base leaf is smaller than half, and the right sub-leaf that is stuck is also smaller than half. It has almost the same configuration. 11-5 are left and right ends, and it is possible to symmetrically take strip-shaped portions that have the same thickness when being conveyed and sandwiched. 11-6, the left side sub-leaf that is connected to the base single leaf is smaller than half, the right sub-leaf attached is smaller than half, and the position of the right sub-leaf is slightly left. Have moved to. 11-6 is capable of bilaterally symmetrically arranging a strip-shaped portion having the same thickness when being conveyed and sandwiched at the right end position of the right sub-leaf sheet. In No. 11-7, the left side sub-leaf that is connected to the base single leaf is smaller than half, and the right sub-leaf attached is also smaller than half, and the right sub-leaf is left and right of the center line. It has moved to a symmetrical position. 11-7 is capable of bilaterally symmetrical strip-shaped portions having the same thickness when being conveyed and sandwiched at the right end position of the right sub-leaf sheet.
11-8, the left side sub-leaf that is connected to the base single leaf is smaller than half, the right sub-leaf attached is also smaller than half, and the right sub-leaf is on the left side of the center line. Have moved to. In 11-8, since there is no sub-leaf sheet on the entire right side of the center line, it is not possible to take a strip-shaped portion having the same thickness when being conveyed and sandwiched on the left and right sides of the center line. Therefore, either the left side or the right side is sandwiched and conveyed, but in that case, since it is not bilaterally symmetric with respect to the center line, stability at the time of supply is reduced, and it is necessary to reduce the supply speed. At that time, since the thickness and weight of the left side where the base single sheet and the two sub single sheets are present are large, stability is improved when the left side is sandwiched and conveyed.

Next, with reference to FIG. 12, a method for manufacturing a sheet-like material having a printed matter to be attached will be described. Here, the pasted printed matter is the same as the form of FIG. 2, and a conventionally known method is adopted as a method for manufacturing the pasted printed matter itself. The outline thereof will be described with reference to FIG. 2. First, the base material sheet 7 is subjected to perfume printing on the perfume printing portion 11 and then the left sticking portion 9 and the right sticking portion 10 are coated with an adhesive. After that, the perforation and the like is cut off, and the cut-off line 5 is processed and attached to the web which is to be the auxiliary leaflet 8 and punched to form the positioning punch holes 6, and at the same time the cutting perforation is orthogonal to the arrow A. A sewing process is applied to the positions of the upper side and the lower side, and this is wound into a roll shape.

FIG. 12 is a diagram showing an outline of the manufacturing process of the present invention. Reference numeral 101 is a roll-shaped pasted printed matter, 102 is a printing paper which is an adherend unwound in a web shape from a roll, and 103 is Rollers, 104 is a nozzle that is an adhesive application section, 105 is a pin foil that is an alignment section, 106
Is a cutting claw that is a part of the cutting part, 107 is a backing plate that is a part of the cutting part and corresponds to the cutting claw 106,
Numerals 108 and 109 are conveyor belt foils, 110 is a conveyor belt, 111 is a printing paper roller, 112 is a pressing roller, 113 is a pasted printed material wound in a web form from a roll, and 114 is a guide corresponding to the conveyor belt 110. ,
The arrow A indicates the feeding direction of the pasted printed matter.

In FIG. 12, the web-shaped pasted printed matter 113 is rolled out from the roll-shaped pasted printed matter 101.
After the direction is adjusted by the roller 103, the adhesive is applied by the nozzle 104. An adhesive supply device (not shown) is connected to the nozzle 104, and the adhesive is supplied to the nozzle 104 with a constant viscosity by a temperature adjusting mechanism. Of course, the adhesive material application section may be replaced with an application roller or the like other than the nozzle. A plurality of nozzles 104 may be installed, but in this embodiment, one nozzle is used because the nozzle 104 is supplied to the left end of the pasted printed matter of FIG.

The sticking printed matter 113 coated with the adhesive in the nozzle 104 is aligned by fitting the alignment punch hole 6 to the pin of the pin foil 105, and then the cutting claw 106 and the backing plate. It is sent to the detaching section having 107. A plurality of cutting claws 106 and a plurality of contact plates 107 are provided, and the cutting claws 106 are the pin foils 10.
5. The tip rotates at a high speed with timing adjusted from 5. Therefore, the printed paste 113 is cut by the cutting nail 106.
According to the speed of the pin wheel 105, it is separated from the separating perforation. The cutting claw 106 has a substantially elliptical shape with one end cut off, and even if the rotation speed of the cutting claw 106 is the same as that of the pin wheel 105, the angular velocity of its tip is higher than that of the pin wheel 105.

The separated printed matter 113, which is sandwiched between the conveyor belt 110 and the guide 114, is conveyed to the vicinity of the printing paper 102 which is the adherend. A drive mechanism (not shown) is connected to the conveyor belt wheels 108 and 109, and the conveyor belt 110 is stretched between the conveyor belt wheels 108 and 109 to convey the sticky printed matter 113 separated by the rotation of the conveyor belt wheels 108 and 109. . At this time, the rotation of the transport belt wheels 108 and 109 is such that the transport belt 1 is rotated.
The speed of 10 and the speed of the printing paper 102, which is the adherend, are controlled to be equal.

A plurality of sets of the conveyance belt 110 and the guide 114 are provided, and the conveyance belt 110 and the guide 114 convey the above-mentioned cut-off pasted printed matter 113 while sandwiching portions having the same thickness on the left and right sides. The positions of the conveyor belt 110 and the guide 114 can be changed according to the portions where the left and right printed matter 113 have the same thickness. In the present embodiment, the conveyor belt 11 can be changed.
This is dealt with by adopting a wide object to 0 and substantially fixing it, and changing the position of the guide 114, which facilitates the change of position. Of course, the present invention is not limited to this, and both the conveyor belt 110 and the guide 114 may be movable, and instead of the guide 114, an endless belt similar to the conveyor belt 110 may be adopted. good.

The separated pasted printed matter 113 supplied in the vicinity of the printing paper 102 is at the same time as the printing paper 102.
It enters between the printing paper roller 111 and the pressing roller 112, and is pressed and sandwiched by the printing paper roller 111 and the pressing roller 112 so that it is attached to the printing paper 102. At that time, since the pasted printed matter 113 is supplied at the same speed as the printing paper 102, the printed pattern 113 and the printed pattern on it have the same phase. In the present embodiment, the sticky printed matter 113 is stuck in a state where the printing paper 102 is not folded, but the present invention is not limited to this, and the printing paper 102 is not limited to this.
After the folding processing such as the former folding is applied, the pasted printed matter 113 may be pasted, and after printing, the printed matter is slit after being divided into a plurality of ribbons, and the pasted printed matter 113 is overlapped and folded. May be attached.

The printing paper 102, to which the cut-off printed matter 113 has been stuck, is then subjected to a former fold in a former, a horizontal cut in a cutting cylinder, and a horizontal fold to form a sheet. This step is known,
Explaining the outline, the former is composed of a triangular plate and a pair of rollers arranged at the tip of the triangular plate, and in the former folding, the web-shaped printing paper is passed along the triangular plate while passing between the rollers while being bent left and right. It is to be folded vertically. Next, the cutting cylinder is provided with a cutting blade on one side of the pair of cylinders and a blade receiver on the other side, which is rotated to pass a web-shaped printing paper between them to perform cutting at regular intervals. Next, in horizontal folding, a folding blade is arranged on one side of a pair of cylinders, and a gripping plate is arranged on the other side of the drum, which is then rotated, and the center portion of the cross-cut printing paper is pushed by the folding blade toward the gripping plate to perform horizontal folding. Generally, a triple cylinder method is generally used in which one of the cutting cylinders and a folding blade are arranged on the same cylinder, and a combination of three cylinders is used to perform horizontal cutting and horizontal folding. Of course, the present invention is not limited to this embodiment, and the folding process may be appropriately selected. For example, chopper folding may be further performed after horizontal folding.

According to this embodiment, the conveyance belt 110 and the guide 114 press the portions of the sticky printed matter 113 where the left and right thicknesses are substantially equal to each other, and the speed is equivalent to that of the printing paper 102, which is a web-shaped adherend. The sticky printed matter 113 is prevented from being distorted and supplied by supplying the sticky printed matter 113 in the vicinity of the print sheet 102, and the sticky printed matter 113 is supplied corresponding to the printing speed of the print sheet 102 which is a web-shaped adherend. At the same time, the pasted printed matter 113 can be accurately attached to a predetermined position corresponding to the print pattern on the printing paper 102.
Particularly as in this embodiment, the conveyor belt 110 and the guide 114
Since the guide 114 is fixed when pressing the pasted printed matter 113 with, pressing the portion where the left and right thicknesses of the pasted printed matter 113 are substantially equal is extremely effective in preventing the sheet from being distorted. .

[0078]

As described above, the invention according to claim 1 relates to a sheet-like material, a base paper sheet having at least a part thereof attached to the sheet-like material, and connecting to the base paper sheet. Or a sheet-like material having a sticking printed material composed of a sticking printed material made up of one or more sub-single paper sheets that are pasted, by connecting or sticking the sub-single paper sheets, a conventional single sheet It is possible to provide a sticky printed matter having a large amount of written information, with added practical value and fun, as compared with the sticky printed matter constituted by the paper sheet. In particular, since there is a portion that is hidden by the sub-sheet paper, it is possible to increase the practical value by printing, for example, an aroma on the hidden portion. Further, the printing of the concealed portion cannot be seen unless the customer directly opens and closes it by hand, and more interestingness and the like are added, and it is possible to attract the interest of the customer.

Further, the invention according to claim 2 is such that, when a sheet-like material, a base paper sheet at least a part of which is attached to the sheet-like material, and the base paper leaf are superposed, A sheet-like material having a sticking printed material composed of a sticking printed material composed of one or more sub-sheets that are concatenated or stuck so that the left and right portions have substantially equal thicknesses. Depending on the shape, it is possible to prevent the positional distortion of the pasted printed material during transportation by pressing and sandwiching the parts where the left and right thicknesses are almost the same with a belt etc. There is an effect that it is possible to accurately adhere to.

Further, in the invention according to claim 3, the sheet-like material, the base paper sheet at least a part of which is attached to the sheet-like material, and when the base paper sheet is superposed, A sticker composed of a sticky printed material consisting of one or more sub-leafs that are concatenated or stuck so as to have a portion having a substantially equal thickness at positions symmetrical to the center line of the base leaf. It is a sheet with embedded prints, and by this shape, the parts that are symmetrical with respect to the center line of the base paper sheet and have substantially the same thickness are pressed and pinched with a belt or the like to be conveyed. It is possible to prevent positional distortion of the pasted printed matter. Furthermore, by pressing and sandwiching symmetrical positions, it is possible to stably convey even when conveying at high speed, and it is possible to more firmly prevent positional distortion of the pasted printed matter during conveyance, and Even when the sheet is conveyed at a high speed, it is possible to accurately adhere the sheet-shaped material such as a printed material to a predetermined position.

Further, in the invention according to claim 4, since the portion where the left and right thicknesses are substantially equal has at least a substantially strip shape, the entire strip-shaped portion is pressed and sandwiched to widen the sandwiched area, and moreover, the pasted printed matter is obtained. Since it can be clamped in the entire transport direction and can be more firmly fixed, it can be transported stably even when it is transported at a high speed, and position distortion of the pasted printed material during transport can be more firmly prevented. The present invention has an effect that it is possible to accurately attach a sheet-shaped material such as a printed material to a predetermined position.

Further, the invention according to claim 5 has a shape in which a cut line such as perforations is formed on the base paper leaf and / or the sub-paper leaf, and the pasted printed matter can be easily opened from this cut line. Is possible. In particular, when the sheet-like material that is the adherend is not bound as a book and is a single sheet such as a newspaper or a folded leaflet, if there is no perforation line such as perforations because the rigidity is deficient in the case of a single sheet. Although there is a high possibility that the single sheet will be damaged during opening, it is possible to prevent the damage by cutting lines such as perforations.

Furthermore, the invention according to claim 6 has a shape in which a base punch sheet and / or a sub-leaf sheet is provided with a punching hole or the like for positioning, and the adherend is used as a reference with the punching hole as a reference. It becomes possible to more accurately match the timing with the design of a certain sheet-like material and supply it. When aligning with punch holes, the feeding speed will inevitably decrease, but the size of the printed matter to be pasted is 1/2 or less, preferably 1/4 or less as compared with the feeding direction dimension of the sheet-like object to be stuck. In that case, the feeding speed of the pasted printed matter may be ½ or less to ¼ or less, and by aligning with the punch holes, the sheet material can be fed at a timing and with a sufficient feeding speed. There is an effect that it becomes possible to do.

Furthermore, the invention according to claim 7 has a shape in which a function-added portion such as an adhesive containing microcapsules containing a perfume or the like is provided between the base paper leaf and the sub-paper leaf. It is possible to add fragrance as a practical value. In particular, since it is provided between the base single leaf and the sub single leaf, the microcapsules are not damaged during the manufacturing process such as sticking and folding, and the distribution process, and the printed paste is an advertisement for cosmetics and the like. In this case, the effect that the aroma of perfume and the like can be enclosed in microcapsules is obtained.

Furthermore, in the invention according to claim 8, the sheet material is a newspaper or a newspaper folded leaflet, and the printing speed in this application is 500 to 1000 sheets / minute, and particularly 1000 in the latest newspaper rotary printing press. There are more than one sheet / minute, and the feeding speed and the accuracy of the pasting position of the pasting printed matter are very important. Even in that case, if the pasting printed matter having the shape according to claims 1 to 7, it is a sheet. It is possible to accurately adhere to a material. Especially in the case of newspapers or leaflets with newspaper inserts, the time from the start of printing to the end is extremely limited, and as a matter of course, the price of newspapers does not follow the trends of other companies even if they are leaflets with newspaper inserts. The time is limited because it is decided and printed just before the deadline while checking. Even in that case, the effect of being able to be accurately adhered to a sheet-like object is obtained with the adhered printed matter having the shape according to claims 1 to 7.

Furthermore, in the invention according to claim 9, the pasted printed matter is manufactured in the form of a web, and then wound up into a roll, and the pasted printed matter in the roll is unwound and cut at regular intervals, and the cut The portion of the pasted printed matter on which the left and right thicknesses are substantially the same is pressed down, and it is supplied to the vicinity of the pasted body at the same speed as the web-shaped pasted body, and the pasted printed matter is supplied. A method for producing a sheet-like material having a sticky printed matter, which comprises cutting the web-shaped sticky body to which the sticky printed matter is stuck. The sticking is performed by pressing a portion where the left and right thicknesses of the pasted printed material having the shape according to claim 1 to 8 are substantially equal to each other and supplying the sticking material to the vicinity of the adherend at the same speed as the web-like adherend. Printed printed matter is prevented from being distorted and fed, and a web-shaped adherend is marked. Simultaneously supplying a printed material pasting corresponding to the speed, an effect that accurately it becomes possible to adhere the pasting printed matter at a predetermined position corresponding to a printing pattern of the pasting target body of the web-like.

Furthermore, in the invention according to claim 10, the webb-shaped pasted printed matter is manufactured, and then the web is rolled up into a roll, the roll-shaped pasted printed matter is unwound, and the position is applied to the pasted printed matter. Using a punching hole or the like for alignment, the printed pattern of the web-shaped adherend is aligned with the phase, the roll-shaped printed matter is cut at regular intervals, and the cut printed matter is left and right. A portion having a substantially equal thickness is pressed down, and it is supplied to the vicinity of the adherend at the same speed as the web-like adherend, and the supplied sticky printed matter is adhered to the web-like adherend. 9. A method for producing a sheet-shaped product having a sticky printed matter, comprising: cutting the web-shaped adherend to which the sticky printed matter is stuck, the method comprising the steps of: Hold the part where the left and right thickness of the pasted printed matter is approximately the same By supplying to the vicinity of the adherend at the same speed as the web-like adherend, it is possible to prevent the sticky printed matter from being distorted and to be supplied, and to use the punching holes for alignment to print the printed pattern. The accuracy of the pasting position is further improved because the phases are matched, and the printed matter to be pasted is supplied according to the printing speed of the web-like adherend, and at the same time the predetermined pattern corresponding to the print pattern of the web-like adherend is provided. It becomes possible to more accurately paste the printed matter to the position. Furthermore, when aligning with punch holes, the supply speed will inevitably decrease,
If the size of the printed matter to be stuck is 1/2 or less, preferably 1/4 or less as compared with the size of the sheet-like object to be stuck in the feeding direction, the feeding speed of the printed matter to be stuck is also 1/2 or less. 1 /
It is sufficient that the number is 4 or less, and by aligning the positions with the punch holes, it is possible to supply the sheet-shaped material at a sufficient timing and in time with the design of the sheet-shaped material.

[0088]

[Brief description of drawings]

FIG. 1 is a schematic view of a sheet-like material to which the sticky printed material of the present invention is attached.

FIG. 2 is a schematic view of Example 1 of the printed matter according to the present invention.

FIG. 3 is a schematic diagram showing the right piece of Example 1 of the pasted printed material of the present invention developed.

FIG. 4 is a schematic view of the left and right pieces of Example 1 of the printed material according to the invention developed.

FIG. 5 is a schematic view of Example 2 of the sticky printed matter of the present invention.

FIG. 6 is a schematic view of Example 3 of the paste printed material of the present invention.

FIG. 7 is a schematic view of Example 4 of the sticky printed matter of the present invention.

FIG. 8 is a schematic view of a combination of a base leaflet and a sub-leaflet of the printed paste of the present invention.

FIG. 9 is a schematic view of a combination of a base single leaf and a sub single leaf of the printed paste of the present invention.

FIG. 10 is a schematic view of a combination of a base paper sheet and a sub-paper sheet of the pasted printed material of the present invention.

FIG. 11 is a schematic view of a combination of a base single leaf and a sub single leaf of the paste-printed product of the present invention.

FIG. 12 is a schematic view of a process for producing a sheet-shaped product having a sticky printed matter of the present invention.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 ... Sheet-like material having a printed matter, 2 ... Sheet-like material, 3 ... Printed matter, 4 ... Affixed portion, 5 ... Perforation lines such as perforations, 6 ... Punch holes for alignment, 7 ... Base paper Leaf, 8 ... Sub-sheet paper sheet, 9 ... Left sticking portion, 10 ... Right sticking portion, 11 ... Fragrance printing portion, 12 ... Base paper sheet hiding surface, 1
3 ... Concealment surface of sub single paper sheet, 14 ... Left sticking part, 15 ... Perforation score line, 16 ... Perforation score line

Claims (10)

[Claims] 1. A sheet-like material having a sticky printed matter, a sheet-like material, a base paper sheet having at least a part thereof adhered to the sheet-like material, and connecting or adhering to the base paper leaf. A sheet-like material having a sticky printed matter, which is characterized by comprising: 2. A sheet-like material having a sticky printed matter, a sheet-like material, a base paper sheet at least a part of which is attached to the sheet-like material, and the base paper sheet when superposed on the base paper sheet. And a sticky printed matter composed of one or more sub-sheets that are concatenated or stuck so that the left and right portions have substantially the same thickness, and a sticky printed matter characterized by the following: A sheet-like material having. 3. A sheet-like material having a sticky printed matter, a sheet-like material, a base paper sheet, at least a part of which is attached to the sheet-like material, In addition, a sticky printed matter consisting of one or more sub-sheets that are concatenated or affixed so as to have a portion having a substantially equal thickness at positions symmetrical to the center line of the base sheet, A sheet-like object having a sticky printed matter characterized by being configured. 4. A sheet-shaped article having a sticky printed matter according to claim 1, wherein the portions where the left and right thicknesses are substantially equal are at least approximately strip-shaped. 5. The perforated cut line is provided on the base leaf paper and / or the sub-leaf paper sheet.
A sheet-like article having the printed printed matter according to claim 2, 3, or 4. 6. The base sheet and / or the sub-sheet sheet is provided with a punching hole for positioning or the like, claim 1, claim 2, claim 3, claim 4 or claim. A sheet-like material having the printed matter according to item 5. 7. A function-added portion formed by an adhesive or the like containing microcapsules enclosing a fragrance or the like is provided between the base paper leaf and the sub-paper leaf. A sheet-like article having the sticky print according to claim 2, claim 3, claim 4, claim 5, or claim 6. 8. The sheet-shaped article is a newspaper or a newspaper-folded leaflet, claim 1, claim 2, claim 3, claim 4, claim 5, claim 6 or claim 6. A sheet-like material having the sticky printed matter according to 7. 9. A sheet-like material produced by printing on a material to be adhered, which is unwound in a web form from a roll, and then cutting the material at a constant interval. In the method for producing a sheet-like material having a sticky printed matter, the sticky printed matter is manufactured in a web form, and then wound up into a roll, and the sticky printed matter in a roll is unwound and cut at regular intervals, A portion of the cut and pasted printed matter having substantially the same thickness on the left and right sides is pressed, and is supplied to the vicinity of the adherend at the same speed as the web-like adherend, and the supplied sticker A method for producing a sheet-like material having a sticky printed matter, comprising: sticking the sticky printed matter to a web-shaped stuck body, and cutting the web-shaped stuck body to which the sticky printed matter is stuck. . 10. A sheet-shaped product produced by printing on an adherend unrolled in a web form from a roll and then cutting at a regular interval, and affixing the adhered printed product in the process. In the method for producing a sheet-like material having a printed matter, which is carried out, the printed matter is produced in a web shape, and then rolled up into a roll, and the rolled printed matter is unwound and applied to the printed matter. Using the punch holes for positioning, etc., the web-like adherend is aligned in phase with the printed pattern, the roll-shaped printed matter is cut at regular intervals, and the cut-printed printed matter, By pressing a portion where the left and right thicknesses are substantially equal to each other, the mixture is supplied to the vicinity of the adherend at the same speed as the web-like adherend, and the supplied sticky printed matter is web-like adherend. To the web, and the printed matter is pasted on Method for producing bonded characterized by cutting the adherend, sheet material having a pasting prints.