KR20100014165A - Sanitary thin paper product and process for producing the same - Google Patents

Abstract

PURPOSE: A sanitary thin paper product and a manufacturing method thereof are provided to improve convenience and usability by producing the thin paper with high efficiency and good workability at a high speed. CONSTITUTION: A manufacturing method of a sanitary thin paper product includes the following steps: forming a disc roll by consecutively winding sheets after discharging the sheet from a plurality of disk rolls; forming a second disc roll(45) by winding the printed roll after printing the roll with a specific shape; turning reversely the second disc roll after unwinding the second disc roll from the sheets; setting the second disc roll on a disc roll support part of an inter folder; forming a bundle of the sanitary thin paper products by laminating the sheets; and receiving the sheets in a wrapping body.

Description

Sanitary thin paper product and its manufacturing method {SANITARY THIN PAPER PRODUCT AND PROCESS FOR PRODUCING THE SAME}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a sanitary lamination product obtained by packaging a plurality of folded sanitary lamination bundles and a method of manufacturing the same.

Hygienic thin paper products, in which a plurality of hygienic thin paper sheets are folded, and the stacked bundles are stacked in a package body so that one side of the folded sheets overlap, and are pulled out sequentially from the outlet formed on the upper surface of the package body in use. On the side. For example, it is represented by tissue paper products.

In this kind of product, when one sheet of sanitary thin paper is pulled out from the outlet, a bundle is formed so that a part of the other sheets stacked adjacently are exposed from the outlet (this method is also called a pop-up type).

In manufacturing a bundle of related sanitary thin papers, the continuous sheet folding of PCMC (Paper Converting Machine Company) based on the technique described in US Patent 402048 (Japanese Patent Laid-Open Publication No. 55-1215: Prior Art Document 1) Facility interfolders are widely used in the industry.

This interfolder is also called a PCMC-type facility, a multi-stand type interfolder, and can produce a bundle of hygienic thin paper at a very high speed (hereinafter, simply referred to as an interfolder).

This interfolder has a group of printing machines in which a plurality of printing machines are arranged in a flow direction (also referred to as a line direction), and a disk roll supporting portion is provided for each of those printing machines. A disc roll is set to each disc roll support part, continuous sheets are pulled out simultaneously from each disc roll, and are supplied to the corresponding printing machine. The group of press machines folds the continuous sheet from each disc roll in a direction (also called the width direction) that runs straight in the continuous direction, and at the same time, differs from the continuous sheet folded by other presses located in front and rear of the flow direction. Laminated | stacked and the bundle of the continuous sanitary thin paper of the laminated number corresponding to the number of the printing machines which were operated in the lowest stream is formed.

In order to make it a hygienic thin paper product, a continuous hygienic thin paper bundle is cut | disconnected to an appropriate length after this, and it is accommodated in the package which has a blowout port etc. in an upper surface.

By the way, what printed the pattern with respect to the sanitary thin paper is known among the sanitary thin paper products. These products are excellent in design, etc., and have high customer attraction.

However, in the pop-up type product, such shape printing is hardly popular.

It is common for a pop-up product to manufacture a bundle by an interfolder as described above, and after drawing out from the disc roll support part, it is printed and supplied to the platen or wound up after being printed once. It is because there is a problem that ink, which constitutes a shape, adheres to each part of the cutting machine and contaminates the facility or easily causes trouble during high-speed operation when the one is set to the disc roll supporting part and supplied to the printing plate.

[Patent Document 1] Japanese Patent Application No. 55-1215

[Patent Document 2] Japanese Patent Laid-Open No. 2006-240750

[Patent Document 3] Japanese Patent Laid-Open No. 2004-209082

Accordingly, the present invention is to provide a method for producing a pop-up type product containing a sanitary thin paper having a shape with high speed, high efficiency, and excellent workability, and additionally, unique design features not available in conventional products. It is also an object of the present invention to provide a product containing a sanitary lamination paper to have, and to improve convenience and entertainment of a pop-up sanitary lamination product.

The present invention solved the above problems and its effects are as follows.

<Invention of Claim 1>

A plurality of hygienic thin paper sheets are folded into a plurality of layers of hygienic thin paper, which are stacked on the upper surface of the sanitary thin paper, and are stacked adjacently when one sheet of the sanitary thin paper is removed from the outlet at the time of use. As a sanitary thin paper product in which a part of the other one piece is exposed from an outlet,

The sanitary lamination paper has a laminated structure in which two or more lamination papers are laminated, and a part or all of the sanitary lamination papers are printed on a laminated inner surface of any lamination paper constituting an outer surface among the laminated lamination papers. Not products.

(Effect)

In this invention, the pattern is printed on the laminated inner surface of the leaf paper which comprises an outer surface among the leaf paper which comprises a ply.

Therefore, the printing surface does not come into contact with the inner surface of the other thin paper or the package or the ejection outlet adjacent thereto. For this reason, a color does not adhere to the site | part which differs in printing ink at the time of storage, and a print pattern does not contact and become dirty at the time of taking out operation.

Moreover, the said shape permeates the thin paper and visually confirms it. For this reason, the border of the pattern constituting the shape is ambiguous and the color is confirmed with light eyes, and it becomes a unique design such as silver and ombre, and gives the impression of softness, elegance and sense of quality to the customer. This is very high.

In addition, this kind of product is often used for the purpose of wiping the skin cleanly, but in the present invention, since the ink is located on the inner surface of the lamination, the ink does not directly touch or adhere to the skin.

In addition, since the ink is located on the inner surface of the printing surface, it is difficult to delaminate.

<Invention of Claim 2>

The hygienic thin paper product according to claim 1, wherein the bundle of the sanitary thin paper has a plurality of types of thin paper having different shapes.

(Effect)

Since a plurality of shapes are nested, the user can use them without getting tired of the shapes. Moreover, since this invention is a pop-up product, when one piece is taken out, a part of next one piece is exposed. Therefore, when a plurality of sets of sanitary thin papers having different shapes are contained, the shape of the next thin paper sheet cannot be predicted until one sheet is taken out. For this reason, it can be used while having fun at the time of use, and the customer's appeal is improved. Moreover, such an effect is an effect which cannot be achieved with continuous paper, such as a toilet paper roll.

<Invention of Claim 3>

A sanitary lamination product according to claim 2, wherein the bundles of the sanitary lamination paper are sanitary lamination in different positions from the top or bottom.

(Effect)

In the present invention, the sanitary thin sheets are positioned every predetermined number, but the shapes are different. Therefore, in addition to the effect similar to the invention of Claim 2, the effect as a residual amount display function can be exhibited, for example.

<Invention of Claim 4>

The hygienic thin paper product according to claim 2, wherein the bundles of the sanitary thin paper have different shapes of the sanitary thin paper every predetermined number of times from the top surface or the bottom surface.

(Effect)

Since the effect similar to the invention of Claim 2 is changed, and a shape changes especially every predetermined number of sheets, it becomes possible to understand the residual number of the sanitary thin papers contained, etc.

<Invention of Claim 5>

Claim 1 of the sanitary laminations constituting the bundle of sanitary laminations, but only some of the sanitary laminations, the sanitary laminations printed on the shape is stacked in a predetermined number of positions from the top or bottom of the bundle of the sanitary laminations claim 1 Sanitary lamination products of the base material.

(Effect)

The same effects as those of the invention of claim 3 can be achieved, and the amount of colored ink used is small, and the cost can be reduced.

<Invention of Claim 6>

Said shape is a hygiene thin paper product in any one of Claims 1-5 which has a residual amount display function.

(Effect)

The shape improves the convenience by having the residual notation function.

<Invention of Claim 7>

The sanitary thin paper product according to any one of claims 1 to 6, wherein a fragrance is contained in the ink constituting the pattern.

(Effect)

By containing the fragrance, the hygienic thin paper becomes high value-added, resulting in a product with higher customer attraction force. Moreover, in this invention, since the ink containing a fragrance | flavor is located in the laminated inner surface, there exists an advantage that a fragrance does not directly contact skin at the time of use.

<Invention of Claim 8>

A plurality of hygienic thin papers are folded and stacked in a stack of hygienic thin papers composed of a middle layer, which are stacked on the upper surface of the sanitary thin paper, and stacked adjacent to each other when one sheet of the hygienic thin paper is removed from the outlet during use. As a method of manufacturing a hygienic thin paper product in which a portion of the other sheet is exposed,

A step of stacking each continuous sheet by stacking each other while taking out the continuous sheet from the plurality of disk rolls, and then winding the sheet to form a secondary disk roll;

A process of printing a shape on one side of the outer surface of the secondary continuous roll while taking out the secondary continuous roll from the secondary master roll, and then winding it to form a printing secondary master roll;

In the continuous sheet of the laminated structure which comprises the printing secondary disk roll, only the continuous sheet of the outermost layer located on the outer surface side in a wound state is peeled off from another continuous sheet, and the surface which was located on the outermost surface Inverting the inner surface of the laminate;

The said disc roll support part of the interfolder which has the printing secondary disc roll which reversed the outermost continuous sheet | seat as it is or cut to moderate width, and has a some cutting machine arranged in a flow direction, and a disc roll support part provided corresponding to each printing machine. Process to set to

Forming a bundle of continuous sanitary lamination by folding and laminating the second continuous sheet with each cutting machine while sequentially pulling out the second continuous sheet from the disk roll support group including the printing secondary disk roll;

A method for producing a hygienic thin paper product, comprising the step of cutting the bundle of the continuous hygienic thin paper to an appropriate length and storing it in a package.

(Effect)

In this invention, among the continuous sheets of the laminated structure which comprises the printing secondary disk roll, only the continuous sheet of the outermost layer located on the outer surface side in a wound state is peeled off from another continuous sheet, and it unwounds at the said outermost surface It has a reversal process of inverting so that the surface which was located may become a laminated inner surface. Therefore, the shape can be located on the laminated inner surface without affecting the state of the printing secondary master roll.

In this state, since the folding and lamination are performed by a so-called PCMC facility and a multi-stand type interfolder which liners are arranged in the flow direction, a bundle of sanitary thin papers can be manufactured at a very high speed.

That is, in the conventional product in which the shape is printed on the conventional laminated outer surface, since the shape printing is located on the outer surface of the printing secondary disc roll to be supplied to the printing machine, the printing machine and the ink come into contact with each other, and the printing machine becomes dirty. Although complicated cleaning operations were required, in the present invention, the printing secondary disc roll set on the disc roll support does not directly contact the printing machine and the shape printing because the printing is located on the inner surface of the lamination, and thus the printing secondary disc Switching from a roll to a non-printing secondary master roll can be performed without necessarily performing a complicated cleaning operation.

In addition, since the shape of the sanitary lamination paper according to the present invention is confirmed by the eye through the sanitary lamination paper, the edges of the patterns constituting the shape are obscure and the color is lightly confirmed by the eyes, and unique features such as silver and ombre It becomes design design and gives impression that softness, elegance, sense of quality strongly to customer, and appealing power as product becomes very high.

This invention focuses on the laminated structure of a sanitary thin paper, and its flatness, and is the technique which is not conventional.

<Invention of Claim 9>

A bundle of hygienic thin papers in which a plurality of hygienic thin papers are folded and laminated is stored in a package body having a blowout outlet or a blowout forming portion on the upper surface thereof, and another stack of hygiene thin papers is stacked adjacent to each other when the hygienic thin paper is removed from the blowout outlet during use. As a manufacturing method of the sanitary thin paper product in which one part is exposed from the outlet,

Stacking and stacking each continuous sheet while taking out a continuous sheet from a plurality of disk rolls, and winding up thereafter to make a secondary disk roll;

A process of printing a shape on one side of the outer surface of the secondary continuous roll while taking out the secondary continuous roll from the secondary master roll, and then winding the resultant into a printing secondary master roll;

Setting the disc roll support of the interfolder by cutting the print secondary disc roll as it is or with an appropriate width, and having a plurality of cutters arranged in the flow direction and disc roll support portions provided corresponding to the respective cutters;

After setting, only the continuous sheet of the outermost layer positioned on the outer surface side in the wound state of the laminated sheet constituting the printing secondary disk roll is peeled off from the other continuous sheet at the same time, and released on the outermost surface. Inverting the surface to be the laminated inner surface,

A step of forming a bundle of continuous sanitary foils by laminating the second continuous sheet with each printing machine while sequentially pulling the second continuous sheet from the group of disc roll supporting portions containing a print secondary disk roll;

A method for producing a hygienic thin paper product, comprising the step of cutting the bundle of the continuous hygienic thin paper to an appropriate length and storing it in a package.

(Effect)

The effect similar to the invention of Claim 8 is produced.

<Invention of Claim 10>

The hygiene according to claim 8 or 9, wherein the printing sheet is wound up so that the printing surface becomes the outer surface side and the subsequent continuous sheet of the outermost layer is inverted when printing the secondary master roll. Method of making thin paper products.

(Effect)

Irrespective of the laminated structure, the printed paper is coated on any of the thin papers constituting the outer surface, and a product having good visibility of the shape is always produced.

<Invention of Claim 11>

The manufacturing method of the sanitary foil paper product of Claim 8 or 9 which manufactures several types of printing secondary disk rolls from which a shape differs, and sets them to a disk roll support part.

(Effect)

A product containing a plurality of kinds of sanitary thin papers can be produced at high speed.

<Invention of Claim 12>

The manufacturing method of the sanitary foil paper product of Claim 11 which sets the printing secondary disk rolls from which a shape differs only to the disk roll support part corresponding to the printing machine located in a predetermined position from an upstream or downstream side.

(Effect)

In addition to the same effects as the invention of claim 8, for example, a product having an effect as a lot drawing function and a remaining amount display function can be manufactured at high speed.

<Invention of Claim 13>

The manufacturing method of the sanitary foil paper product of Claim 8 or 9 which sets a printing secondary disk roll to some of the some disk roll support parts, and sets the other non-printing secondary disk roll.

(Effect)

The effect similar to the invention of Claim 12 is produced. Moreover, the usage-amount of coloring ink is small and cost can be held down.

<Invention of Claim 14>

The manufacturing method of the sanitary thin paper product of Claim 8 or 9 which sets a printing secondary disk roll in a disk roll support part so that the shape of the printing secondary disk roll supplied to each adjacent several printing machines may differ.

(Effect)

Sanitary lamination products with different shapes for a certain number of layers can be produced at high speed.

<Invention of Claim 15>

The said shape is a manufacturing method of the sanitary foil paper product in any one of Claims 8-14 which have a remaining amount display function.

(Effect)

The shape of the sanitary thin paper enclosed can produce a sanitary thin paper product having a remaining amount display function at high speed.

<Invention of Claim 16>

The manufacturing method of the sanitary thin paper product in any one of Claims 8-15 which contain a fragrance in the ink which prints the said pattern.

(Effect)

Sanitary lamination products in which the fragrance is located on the inner surface of the lamination can be manufactured at high speed. In addition, since the fragrance is contained in the printing ink, the fragrance does not come into direct contact with the printing machine, so that the printing machine is not soiled with the fragrance.

According to the present invention, there is provided a method for producing a pop-up type product containing a printed sanitary lamination paper with high speed, high efficiency, and excellent workability, and also includes a sanitary lamination paper having unique designability not found in conventional products. A high value added product is provided.

Next, embodiment of this invention is described in detail below, referring drawings.

`` Hygiene leaf paper product ''

According to the present invention, a bundle of sanitary lamination papers in which a plurality of sanitary lamination papers are folded and stacked is housed in a package having an outlet or an outlet opening formed on the upper surface thereof, and when one sheet of the sanitary lamination paper is removed from the outlet during use, A part of the lower layer laminated | stacked is a sanitary thin paper product comprised so that it may be exposed from a blower outlet.

[Structure of Sanitary Leaf Paper]

The sanitary thin paper V1 according to the present invention has a quadrangle as shown in Fig. 1, and has a laminated structure in which a plurality of thin papers 1 and 2 having the same shape are stacked. The number of sheets of laminated thin paper (the number of layers) to be laminated is not particularly limited, and can be appropriately changed to, for example, two sheets (two layers), three sheets (three layers), four sheets (four layers) or more. In particular, two or three sheets are preferable because the effect is remarkable.

Hereinafter, the two-layered structural example in which two foil sheets which are especially preferable overlapped is mainly demonstrated. However, the present invention is not limited to this number and structure.

[Hygiene leaf paper]

In the sanitary thin paper product V1 according to the present invention, it is essential that the shape P is printed, and a shape that is not printed can be used. Since only the presence or absence of shape printing differs between these, the hygiene thin paper which printed the shape P is mainly demonstrated here. The absence of the shape P will be understood from the following description.

The sanitary lamination paper V1 which has the shape P concerning this invention is an element which characterizes the product of this invention. The sanitary thin paper V1 is printed on the laminated inner surface of the thin paper of any of the two thin papers positioned at the outermost layer among the laminated thin papers 1 and 2.

In this embodiment, since it is two layers, a pattern is printed on the laminated inner surface of one laminated paper 1 among two laminated paper sheets.

(Herein, in the present invention and the present specification, the laminated inner surface refers to a portion of the surface of the thin paper constituting the layered structure facing the other thin paper, and the outer surface of the sanitary thin paper itself not facing the other thin paper is also called the laminated outer surface. .)

Since the shape P is formed in the said hygiene thin paper V1 at the said position, the said shape P is the thin paper 1 itself by which the shape P was printed, or another laminated | stacked on this. It is recognized from the outside through the leaf paper 2. Therefore, as compared with the case in which a pattern is provided directly on the outer surface with ink or the like, as in the conventional sanitary thin paper, the border of the pattern, pattern, etc. constituting the pattern is appropriately visually confirmed. Represents the design that has never been so reminded of the thin, soft impression such as silver and ombre.

The pattern P given to the sanitary thin paper V1 of this form is formed by drawing a constant pattern or a pattern by coloring ink etc. This can be formed, for example, by a printing technique already known for thin paper. Specifically, it is gravure printing, flexographic printing, etc.

In addition, the specific range which forms the pattern P, the formation range, size, shape, etc. of a pattern are not specifically limited, A suitable pattern, such as a logo mark, a number, a letter, and a geometric shape, can be selected. In the city example, it is a flower figure.

On the other hand, in the pattern, pattern, etc. which comprise the pattern P, it is good that the part colored is clearly different from the ground color of a thin paper. As the ink used for forming the pattern P, any known ink used for printing thin paper such as toilet paper and tissue paper can be used regardless of dye ink or pigment ink. Printing with these inks to form shapes can give a pattern different from the background color.

Although not restrict | limited, It is preferable that the difference (DELTA) L * of L * value in the L * a * b color system between a coloring part and the background part M is 3.0 or more. In addition, the measurement of L * value can be performed using the measuring apparatus "PF-10" made from Nippon Color Industry Co., Ltd., for example.

In addition, it is preferable that the opacity (1, 2) is 30 to 55%, preferably 35 to 45%, based on JIS P 8149, so that the pattern given is clearly visible. With this degree of opacity, a pattern can be seen from the outside, and the shape given to it becomes easy to see visually.

Here, it is preferable that the printing surface of the thin paper 1 is printed on the back surface of the thin paper 1. The front and back here is the front and back of paper generally distinguished in the industry. To explain, the surface which contacted the papermaking net in the manufacturing process is a tooth | grain, and the surface which was not in contact with is a table | surface. As for the front and back of paper, the surface side is excellent in surface characteristics. Therefore, hand feel and smoothness are excellent. Or there exists an advantage that expressing smoothness is easy compared with the back surface.

Therefore, with respect to the thin paper paper which is printed at least among the thin paper paper which comprises the outer surface, the sanitary thin paper of this invention is located so that a back surface may become an inner surface, and the surface may be printed on the back surface (inner surface). It is a preferred form.

[Leaf paper]

On the other hand, the thin papers 1 and 2 constituting the sanitary thin paper V1 according to the present invention are made of pulp without distinction between non-printing and printing, and the raw material pulp is not particularly limited. According to the specific use of the sanitary thin paper, an appropriate raw material pulp can be selected, and appropriately mixed and used.

To illustrate the raw pulp, wood pulp, non-wood pulp, synthetic pulp, old paper pulp and the like, more specifically, wood pulp (GP), stone ground pulp (SGP), refiner grand pulp (RGP), pressurized wood pulp (PGW). ), Mechanical mechanical pulp (CGP), chemical mechanical pulp (CGP), semi-chemical pulp (SGP), such as thermomechanical pulp (TMP), chemical thermomechanical pulp (CTMP), bridge chemical thermomechanical pulp (BCTMP) Kraft pulp (KP), soda pulp (AP), sulfite pulp (LBKP) such as hardwood (bleach treated with softwood) kraft pulp (NBKP) with softwood (bleach treated with bleach) ), Synthetic pulp made from chemical pulp (CP) such as dissolving pulp (DP), nylon, rayon, polyester, polyvinyl alcohol (PVA), and the like, deinking pulp (DIP), west pulp (WP), etc. Pulp, ground pulp (TP), cotton, flax, hemp, yellow ginseng, manila ginseng, ramie From the pulp, and straw pulp, S Parr sat pulp, bagasse pulp, a bamboo pulp, kenaf pulp, such as Span (莖桿) pulp, secondary pulp such as bast pulp, and can be appropriately used by selecting a strain or species.

It is preferable that especially the raw material pulp mix | blended NBKP and LBKP. Although high-fat pulp may be blended suitably, it is good to consist only of NBKP and LBKP from the point of touch, etc. In that case, NBKP: LBKP = 10: 90-50: 50 is preferable as a blending ratio, Especially NBKP: LBKP = 40: 60 is preferred.

Raw materials, such as a raw material pulp, pass a well-known papermaking process, specifically, a wire part, a press part, a dryer part, a size press, a calendar part, etc., and let it be thin paper. In papermaking, for example, suitable chemicals such as pH adjusters such as dispersants, caustic soda and ammonia water, antifoaming agents, preservatives, fluorescent dyes, mold release agents, water resistance agents, flow modifiers, and yield improvers can be added. .

On the other hand, the leaf paper is not limited to white, but may be thin pink or blue, for example, in order to obtain the effect of making the pattern look clear, or the effect of making it look as if there is a sense of quality as a whole. The color of the uncolored pulp itself may also appear.

Adjustment of the background color of the thin paper itself can be achieved by a known technique such as papermaking using colored papermaking materials colored according to the technique.

[Base weight, paper thickness]

On the other hand, the micro flat (米 坪) of the sanitary thin paper (V1) according to the present invention can be appropriately adjusted, but suitably as a whole layer 20 to 80 g / ㎡, preferably 26 to 40 g / ㎡, laminated structure If it is 10 to 40 g / m 2, preferably 12 to 20 g / m 2 per layer (each layer). If it is less than 10 g / m 2, it is preferable from the viewpoint of improving the softness, but it is difficult to adequately secure sufficient strength to withstand use, and if it exceeds 40 g / m 2, it becomes too hard and tends to be bad. . This range is particularly suitable for use as a tissue paper for use in hygienic thin paper. Incidentally, the flatness is based on the flatness measurement method of JIS P 8124.

Paper thickness can also be appropriately adjusted. In the case of tissue paper, it is preferable to set it as 60-250 micrometers. If the paper thickness is less than 60 µm, it is preferable from the viewpoint of improving the softness, but it becomes difficult to adequately secure the strength as a tissue paper. Moreover, when it exceeds 250 micrometers, the touch of a tissue paper will worsen and a stiff feeling will be produced at the time of use. In addition, when it is set as a laminated structure, it is not necessary for the paper thickness of the base paper sheet which comprises each layer to be uniform.

As a measuring method of paper thickness, it shall measure using the dial-type kness gage (thickness measuring machine) "PEACOCK G type" (product made by Ekiza Corporation) on the conditions of JIS P 8111. Specifically, make sure that there is no trash or dust between the plunger and the measuring table, and put the plunger on the measuring table, move the memory of the dial type gauge gauge to set the zero point, and then raise the plunger. A sample (for example, toilet paper) is placed on the test bench, and the plunger is slowly lowered to read the gauge at that time. At this time, just put the plunger. In addition, paper thickness is made into the average value obtained by measuring 10 times.

[Bundle of Sanitary Leaf Paper]

The bundle W1 of the sanitary thin paper of the present invention is obtained by folding and stacking the above-mentioned sanitary thin paper. More specifically, as shown in FIG. 2, two rectangular foils are substantially folded, and one edge (e) folded on the opposite side is positioned on the inner surface where the foil sheets adjacent to each other up and down are located on the opposite side. Lay while overlapping. It is also meant here to allow substantially some of the edges formed in manufacture to fold to the opposite side.

When the bundle W1 of the sanitary thin paper of the present laminated structure is pulled upward on the opposite side of one sheet positioned at the top, the folded side 11 on the opposite side of the other adjacent sheet is immediately below. It is pulled upwards and lifted up. Therefore, when the bundle W1 of the sanitary thin paper of the related structure is housed facing each other with the upper surface of the package having the ejection opening or the like on the upper surface described later, the first sheet (located on the first upper surface) from the ejection opening When one sheet) is taken out, a part of the other sheet located below it is exposed.

[Configuration Example 1 of Bunch of Hygiene Thin Leaves]

On the other hand, the bundle of the sanitary thin paper of the present invention includes a sanitary thin paper of a unique structure characterized in that the shape is printed on the inner surface of the laminated.

Of course, all may be comprised by the sanitary thin paper V1 of the unique structure by which the pattern was printed.

In this case, the plurality of types of sanitary thin papers V1 having different shapes may be appropriately stacked at random. How much type of shape to prepare is a matter of design. The shapes of all the sanitary thin papers V1 constituting the bundle may be different from each other, for example, two to ten kinds may be prepared, and they may be stacked at random.

If the bundles of different sanitary thin papers (V1) having different shapes are randomly stacked, when one sheet is pulled out from the outlet, the shape of the other lower layer that is exposed later cannot be expected. do.

In addition, as long as it is set as the sanitary thin paper V1 by which the pattern was printed, you may laminate | stack the sanitary thin paper so that a shape may differ for every suitable lamination | stacking. That is, as shown in Fig. 2, a certain number of sheets (for example, 10 sheets) are formed from the uppermost surface of the sanitary thin paper having the shape A, and 10 sheets lower than that are composed of the sanitary thin paper having the shape B, Similarly, it can be set as the structure by which the sanitary thin paper which has the shape C and the shape D was laminated | stacked in the lower layer one by one.

For example, as shown in FIG. 3, only the position corresponding to the appropriate number of laminations, for example, the lamination position (symbol A position in FIG. 3) corresponding to the number of sheets which is a node in the 10th and 20th form from the top, It can be made into a different shape and can be made into the same shape regarding another sanitary thin paper (region B in FIG. 3).

The product obtained by storing the bundle of the sanitary thin papers configured as described above can be roughly understood as the number of the sanitary thin papers contained at the time when the sanitary thin papers having different shapes are removed.

Therefore, when the sanitary thin papers having different shapes are placed only at the positions corresponding to the appropriate stacking numbers, the shapes (P) are used as the shapes (P) in which the remaining water, the number of use, etc. are displayed as letters and numbers. You can also make sure that the number of purchases or residuals is understood.

[Configuration Example 2 of Bunch of Hygiene Thin Leaves]

On the other hand, the bundle of the sanitary lamination paper of the present invention does not necessarily need to be configured with all of the above-described characteristic sanitary lamination papers. Sanitary laminations with no printed shapes may be mixed.

In this case, it is possible to have a structure in which a sanitary thin paper having a shape and a sanitary thin paper having no shape are appropriately laminated in a random manner. It is appropriate design matter how much kind of shape is prepared, and what ratio of sanitary thin paper which has a shape and sanitary thin paper which does not have a shape is made. As for the sanitary thin papers having a shape, the shapes may all be different from each other. For example, two to ten types may be prepared and randomly stacked.

In the product using the related bundle, when one sheet is taken out from the outlet, it cannot be expected whether or not the other sheet to be exposed will have a shape, and thus the product will not wear.

For example, as shown in FIG. 4, the position corresponding to the appropriate number of lamination | stacking, for example, the lamination | stacking position corresponding to the number of sheets which become a node in the form of the 10th and 20th sheets from the top (the symbol a position in FIG. 4). A sanitary thin paper having a bay shape may be used, and another sanitary thin paper (symbol b in FIG. 4) may be a sanitary thin paper without the same shape. In addition, the reverse configuration can be achieved. The bundle of sanitary laminations configured as described above can roughly understand the number of sanitary laminations contained at the time when the sanitary lamination having a shape is taken out.

Therefore, if the sanitary thin paper having the shape of only the position corresponding to the appropriate number of laminations is placed, the number (P) used as the shape (P) by printing the remaining water, the number of use, etc. as letters, and actively using the number of sheets You can also make sure that the residuals are understood.

Package Example 1

As the package X1 in which the bundle of the sanitary thin papers is accommodated, a rectangular parallelepiped box called carton is preferably used. As shown in Figs. 5 and 6, the carton X1 has a paper box 20 having an annular dotted line 21 as an ejection opening forming portion on the upper surface thereof, and a range 21a surrounded by the dotted line 21. ) Is made of a resin film 22 covering the inside of a paper box.

The paper box 20 is a paper box which forms the outer shape of carton X1, The size, shape, opening-closing shape, etc. can employ | adopt the structure of the paper box of a carton already known.

As the shape, a rectangular parallelepiped shape having a rectangular upper surface 20U composed of a pair of parallel long edges 20L and 20L in the illustrated example and a pair of parallel short edges 20S and 20S shorter than these is shown. Examples thereof include a top surface, a bottom surface, and a side surface connecting the upper surface, a side surface of the bottom surface connected to both edges in the longitudinal direction of each surface, one end surface of the side surface, and a top surface side surface. One side of the side end face is folded back to the inner side of the box, and then overlaps and bends one side of the top end face and the bottom side end face, and glues each one abutted portion with a hot melt adhesive or the like. The structure which is comprised can be illustrated.

The size of the carton (X1) is slightly larger than the bundle of the sanitary lamination paper, and becomes an inner mold that is approximately 1 to 20 mm larger than the outline of the bundle. To illustrate the size of a common carton, it is roughly 110-320 mm long edge, 70-200 mm short edge, and 40-150 mm high. At least in the present invention, cartons of this size are also available.

As a raw material of the paper box 20, the well-known paper material which uses various pulp, such as virgin pulp and used paper pulp, as a main raw material can be employ | adopted, for example. Suitably, the material of a paper box is a coat ball paper of 250-500 g / m <2>, suitably 350-400 g / m <2>.

In addition, although the paper box 20 is not shown in figure, suitable letters, figures, figures, symbols, such as a flower pattern, a spiral shape, a wave shape, a dot (dot) shape, a turtle shell shape, a star shape, a cross shape, a geometric shape, etc. Any suitable shape constituted by one or a combination thereof can be employed. The sign of the shape on the outer surface of the paper box can be performed by a known printing method such as gravure printing.

On the other hand, the dotted line 21 formed on the upper surface 20U of the paper box 20 forms an annular shape, and is formed by a known method and a cut tie ratio, thereby confining the specific shape of the range 21a. This is not necessarily limited. In the case of carton X1, however, as shown in the example, an approximately elliptical shape or a rectangle having a long side in the longitudinal direction of the upper surface of the paper box 20U is typical, and the extractability and convenience are high. This shape, which can be produced by a known production line, is suitable.

On the other hand, the resin film 22 is larger than the size of the range 21a surrounded by the dotted line 21, and is, for example, rectangular or elliptical, and particularly the annular dotted line 21 on the inner surface side of the upper surface of the paper box. It is adhere | attached on the outer side of the annular dotted line 21 so that it may not affect cutting out.

Although the suitable raw material of this resinous film 22 is a polyethylene film, polypropylene, polyester, etc. can also be illustrated.

As for the thickness of the resin film 22, 10-200 micrometers is suitable. If it is less than 10 micrometers, it is insufficient in strength, and the probability of tearing or breaking at the time of taking out a sanitary thin paper becomes high. On the contrary, when it exceeds 200 micrometers, there is no problem of intensity | strength, but it is difficult to take out, and cost also becomes high.

On the other hand, a slit 23 is formed in this resin film 22, and this slit 23 is located in the range 21a enclosed by the dotted line.

Thus, as shown in Figs. 5 and 6, the ejection opening 25 is formed on the upper surface 20U of the paper box by cutting the range 21a enclosed by the dotted line along the annular dotted line 21, and the resin The film 22 and the slit 23 formed thereon are exposed with the outlet 25 therebetween. Moreover, the length of the said slit 23 can be made into an appropriate length, and the suitable length is employable in the size relationship with the annular dotted line which is already known.

The sanitary thin paper stored in the package as a bundle is taken out one by one from the outlet 25 via the slit 23.

Package Example 2

On the other hand, when a package other than the carton of this invention is illustrated, the package by an exterior film is mentioned, for example. Although not shown, this package is achieved by a known film package called, for example, pillow packaging, gadget packaging, caramel packaging, or the like.

The packaging method for constructing these packages is a known technique, but more specifically, the pillow packaging is wrapped to wrap the bundle to be packaged with the outer film, and the edges overlapping in the wrapping direction are bonded, In addition, it is a packaging form formed by adhering the portion extending beyond the package. As a device for packaging this peeler, a known device is used.

The caramel wrap wraps the bundle to be packaged with the outer film, glues the overlapping edges in the wrapping direction, and also extends the portion extending beyond the package, from the two opposite edges. It is a packaging form which folds to the side and forms at least each terminal edge part of one triangular shape or trapezoidal shape formed at that time as an adhesive part. As a device for carrying out this caramel packing, a known device is used.

Gadget packaging is packaged form in which the packaged object is put into the cylindrical body of the opening of both ends, and both ends which protrude beyond the packaged object are made into surplus bands, and the opening which adhered this surplus bag is sealed. to be. Apparatuses already known are also used for such gadget packaging.

Heat fusion, ultrasonic fusion, hot melt adhesive or the like of each part of the exterior film.

In the package by an exterior film, a dotted line, a slit line, etc. are provided in the position which previously becomes an upper surface of an exterior film, and it is set as a blowout port or a blowout formation part. It is good also as a blowout structure which provides an annular opening in the position used as an upper surface, and seals the opening with a lid film so that removability is possible. In any case, pop-up products and film packaging can be employed.

Moreover, as a specific example of the exterior film 11, polyethylene films, such as HDPE (high density polyethylene) film, LDPE (low density polyethylene) film, LLDPE (linear low density polyethylene) film, a polystyrene film, polypropylene, etc., or these laminated films are mentioned. have. HDPE film, LDPE film, HDPE and LDPE blend film are suitable because they are inexpensive and have moderate tearing properties and can also secure adequate strength. Moreover, the laminated | multilayer film which laminated | stacked the paper layer and the nonwoven fabric layer with respect to these resin films may be sufficient.

The manufacturing method of the exterior film to be used is not limited. What is necessary is just to manufacture with a suitable film formation method according to the kind of resin used as a raw material of an exterior film. As an example, extrusion methods, such as a T-die method, are mentioned. In the case of a laminated structure, an extrusion lamination method etc. are mentioned. Moreover, you may perform the extending | stretching process in order to make it easy to tear in a fixed direction.

Although the thickness of an exterior film is not specifically limited, It is good that it is at least 10 micrometers or more. If the thickness is less than 10 µm, the strength is insufficient and the risk of unintentional tearing increases.

In addition, with respect to the package according to the present invention, a suitable package such as a plastic case can be adopted within a range that does not prevent the pop-up type.

`` Manufacturing method of hygienic thin paper products ''

Next, the manufacturing method of the sanitary thin paper product of this invention mentioned above is explained in full detail.

Secondary Disc Roll Forming Process

In the manufacturing method of this invention, first, as shown in FIG. 7, each continuous through an appropriate support roll and the nip roll R, withdrawing the continuous sheet | seat 31, 31 from the several 1-ply disk roll 30, 30, respectively. The sheets are laminated so as to overlap each other, and after that, the sheets are wound up to form a secondary disc roll 40. The illustrated example illustrates a two-ply secondary disc roll forming process.

In this case, in the case of two layers, (1) lamination (hereinafter, referred to as lamination) so that each back side of each lamination paper to be laminated is an outer surface, or (2) the other side of one surface It is preferable to laminate | stack so that a back surface may face (henceforth surface lamination). In addition, the front and back here means the front and back of the paper mentioned above.

On the other hand, when it is made into two or more layers, it is good to make another continuous thin paper laminated on one outer surface of bi-lamination and front and back lamination. In addition, when employing front and back lamination, it is laminated on the surface side.

Here, the continuous sheet constituting the master rolls 30 and 30 is a strip of thin paper, and its composition and physical properties are the same as those of the above-described thin paper.

[Printing process]

Next, if a secondary disc roll is formed, as shown in FIG. 8, while taking out the secondary continuous sheet 41 from the secondary disc roll 40 in the order of loosening, of the outer surface of this secondary continuous sheet 41 The shape P is printed by the printing machine 50 on one side.

At this time, when printing with respect to the secondary continuous sheet of the laminated structure containing the said bilamination and the front and back lamination, it is preferable to print on the back surface side.

Printing can employ | adopt the printing technique to well-known thin papers, such as flexographic printing and gravure printing. The printing machine of the example of illustration is a flexographic printing machine which can be employ | adopted preferably, In this case, the board | plate roll 51 of about 40-100 lines of bows, 0.1-99% of dots, preferably about 15-50%, and anilox of 250 or more players It is preferable to print to the specification of the roll 52.

Although the pattern P was demonstrated also in the said sanitary thin paper column, it does not specifically limit in this invention. The specific ranges, sizes, and shapes of the specific patterns and patterns constituting the pattern are not particularly limited, and patterns such as logo marks, numbers, letters, and geometric shapes, and appropriate sizes can be selected.

Preferably, the area occupancy of the pattern is 10 to 50% of the total. The contrast between the base and the pattern becomes clear.

In addition, printing ink is not specifically limited in this invention. Regardless of dye inks and pigment inks, known inks which are used for printing thin paper or sanitary thin paper such as toilet paper and tissue paper can be employed. What is necessary is just to adjust a viscosity etc. suitably.

Here, in order to make a sanitary thin paper a higher value added, you may make it contain the fragrance | flavor in the said printing ink, and may set it as a sanitary thin paper which smells good. Regarding the fragrance, known fragrances used in toilet paper, tissue paper and the like can also be used.

[Print Secondary Disc Roll Forming Step]

After printing on this secondary continuous sheet 41, as shown in FIG. 8, once again, a secondary continuous sheet is wound up and it is set as the printing secondary master roll 45. FIG. Printing and rewinding can be performed continuously.

In carrying out this rewinding operation, it is preferable to wind so that the printed surface may become the winding outer surface (surface which comprises an outer peripheral surface when it is rolled) except two layers of double lamination.

[Inversion process]

If the secondary continuous sheet 41 is wound up after printing, as shown in FIG. 9, an inversion process which becomes one of the characteristics in the manufacturing method of this invention is performed.

As shown to (a)-(c) in FIG. 9, this process is the outermost side located in the winding state among the secondary continuous sheets 41 of the laminated structure which comprises the printing secondary master roll 45 in the wound state. Only the continuous sheet 41A of the outer layer is peeled off from the other continuous sheet 41B, and at the same time, it is unwound and inverted so that the surface K located on the outermost surface becomes the laminated inner surface. The surface printed by this operation becomes a laminated inner surface.

Here, in the above description, an example in which the printing secondary disc roll is made of two layers of two-layered lamination, an example of printing on the back side of two layers of front and back lamination, winding the print surface so as to be the winding outer surface, and the printing secondary disc roll In this step, it is preferable to use a three-layer laminated structure including two-layer lamination and front and back lamination, which is preferable for an example of printing on the back side and winding the printed surface to be the wound outer surface to form a printed secondary disk roll. This is because when the operation of inverting the continuous sheet of the outermost layer of is performed, the surface of the paper having excellent surface characteristics becomes the outer surface side and the printing surface is located on the laminated inner surface. That is, it becomes possible to obtain the product which has the advantage by the characteristic of the front and back surface of paper.

In addition, in this invention, in order to perform this reversal process, it is preferable to carry out by the very weak pressure even if it does not carry out lap | lamination bonding of a continuous laminated sheet in the previous stage or this rather.

[Continuous Leaf Paper Bunding Process]

Next, as understood from FIG. 10 and FIG. 11, the plurality of print secondary disk rolls 45 'in which the continuous sheet 41A of the outermost layer is inverted is formed as it is or cut to a suitable width, and arranged in the flow direction. The disc roll supporting portions 70, 70... Of the interfolder M having the disc cutters 70, 70..., And disc roll supporting portions 71, 71... Set to. 10 is a figure which looked at the printing machine from the front of a flow direction, and has several some printing machines side by side in the direction crossing a surface. In addition, in the figure, code | symbol G1-G3 is a guide roller, and code | symbol 77 is a conveying apparatus which forms the line of a continuous sanitary thin paper.

In addition, although the roll 45 'which performed the reversal process is set to the disk roll support part 71 here, you may perform a reversal process after setting the roll 45 to the disk roll support part 71.

Next, while pulling out the secondary continuous sheet 49 inverted from the disc roll support part 71 in order, the said secondary continuous sheet 49 is laminated | stacked and folded by the printing machine 70, and the bundle of continuous sanitary thin papers ( Form W).

Herein, although the interfolder M used in the present invention is well known in the related art, a number of the interfolders M are used according to the number of sheets in the package (for example, 101), as shown in the example. It has a plurality of printing machines 70, 70... Which are provided at intervals in the flow direction, and disk roll supporting portions 71, 71..., Which are provided in correspondence with the respective printing machines 70, 70. In 70), the side part of the continuous sheet drawn out from the corresponding disk roll support part 71 is comprised so that folding may be carried out in the relationship which the continuous sheet is enclosed in substantially C shape from the front-and-back printing machine. will be.

Therefore, in the present interfolder, as the sheet flows from the upstream to the downstream in the flow direction, the continuous sheets 49, 49 ... from each of the printing machines 70, 70, ... are sequentially stacked and positioned at the downstream of the flow direction. Continuous hygienic lamination bundles are formed by placing the continuous sheet from the crusher on the top surface.

In addition, in the present invention, since the continuous sheet 41A of the outermost layer is peeled off once in the reversing step, the compounding of the layers of each continuous sheet may not be sufficient as it is. Therefore, it is good to perform layered embossing with respect to the continuous sheet drawn out from the disk roll support part.

In addition, although not shown, lap embossing provides a pair of fold emboss rollers which consist of a metal roll and a rubber roll which have an emboss convex part on the surface immediately behind the disk roll support part, and is continuous between rollers, for example. This can be done by letting the side rim of the sheet pass. The specific embossing pressure in the related double embossing may be appropriately determined in consideration of the working speed of the interfolder.

Here, as understood from the description of the interfolder M, the structure of the bundle W1 shown in [Structure Example 1 of the hygienic thin paper bundle] and [Structure Example 2 of the hygienic thin paper bundle] of the present invention described above is It is determined by the setting form of the secondary disk roll with respect to each disk roll support 71, 71 in the said interfolder M. As shown in FIG.

That is, when forming the bundle W1 of all the sanitary thin papers which have a shape, the printing secondary disk roll 45 'in which the shape P is printed is set to all the disk roll support parts 71 in an interfolder. do. If it is appropriate to form a bundle sandwiched between non-printed sanitary lamination papers, a non-printed secondary disc roll is set for the appropriate disc roll support.

In addition, even when forming the bundle W1 of the sanitary lamination paper which consists only of the sanitary lamination paper V1 which has the shape P, even when forming the bundle of sanitary lamination paper which interposed the non-shaped sanitary lamination paper, random arrangement is carried out. If so, the secondary disc rolls are randomly set for each disc roll support portion 71.

In addition, in the case where a bundle of sanitary thin papers having different shapes is formed for each of the predetermined laminations, the cutting machines 70 are divided into groups every predetermined number from the upstream side or the downstream side in the flow direction. Set the secondary print roll of the same shape (P) only between the two.

In addition, when forming the bundle of the sanitary lamination paper from which the shape differs only in the lamination | stacking position corresponding to the sheet | seat which becomes the node like 10 sheets and 20 sheets from the upper surface side, it is fixed from the upstream or downstream side of a flow direction. Only the disc roll support part 71 corresponding to the printing machine 70 which is in a position, for example, the 10th and 20th sheets from the upstream or downstream side, and the printing machine 70 which is in the position corresponding to a suitable stacking number is shaped. Another continuous printing secondary disk sheet 45 'is set, and the other printing roll secondary portions are set with a continuous printing secondary disk sheet 45' having the same shape that is different from the above shape.

In addition, when forming the bundle W1 which has the sanitary lamination paper which has a shape only in the lamination position corresponding to the number of nodes like 10 sheets and 20 sheets from the upper surface side, the disk roll support part used as a node is shown. A print secondary disc roll 45 'having a shape printed only is set for 71, and a non-print secondary disc roll is set for the other disc roll support 71.

In the case where only the positions of the nodes are different from each other, or the shapes are different, an effective remaining amount display function can be performed by printing a character string or a number that can understand the number of nodes, the number of layers, and the like as a shape in the printing process described above. Or the number of copies used is given.

[Storing process]

On the other hand, if the desired bundle of continuous sanitary lamination paper W is formed in the interfolder, the bundle W of the continuous sanitary lamination paper is cut to an appropriate length and stored in the package as a bundle W of the sanitary lamination paper. As a method of storing in a package, a conventionally known method can be used.

For example, in the case of storing in the carton X1, a bundle of hygienic thin paper is introduced into the inside from the side opening of the carton before assembling, and then one of the top end face, one of the bottom end face, and one of the side end face is hot melt adhesive. It can be accommodated by adhering and sealing the opening.

In the case of packaging with an outer film, the bundle of hygienic thin papers can be wrapped with an outer film, and the film can be stored by adhering the film at an appropriate position to seal the opening.

In this way, the sanitary thin paper product which concerns on the characteristic this invention mentioned above is manufactured.

The present invention can be used for a product containing a sheet having a laminated structure.

BRIEF DESCRIPTION OF THE DRAWINGS It is a figure which shows the example of the sanitary thin paper printed with the shape which concerns on this invention.

It is a figure which shows the example of the bundle of the sanitary thin paper which concerns on this invention.

It is a figure which shows the structural example of the bundle of the sanitary thin paper which concerns on this invention.

It is a figure which shows the other structural example of the bundle of the sanitary thin paper which concerns on this invention.

5 is a view for explaining a carton as a package.

6 is another view for explaining a carton as a package.

It is a schematic diagram which shows a secondary disk roll forming process.

8 is a schematic view showing a printing process.

9 is a schematic view for explaining an inversion process.

10 is a schematic diagram for explaining an interfolder.

It is a schematic diagram for demonstrating a disk roll support part and a printing machine.

※ Explanation of code for main part of drawing

1, 2... Leaf,

e… Folded border of sanitary lamination

V1... Sanitary lamination

20U... Top of paper box

20... Paper box

21. Dotted line (outlet formation part)

21a... Range enclosed by dotted lines 21

22. Resin film

23. Slit

25…. Outlet

20L... Long side border of carton

20S... Short side border of carton

30. Disc roll

31. Continuous sheet

40…. Secondary Disc Roll

41…. 2nd continuous sheet

41A, 41B. Continuous sheet making up the second continuous sheet

45 '... Print Secondary Disc Roll After Inversion

49. Continuous sheet withdrawn from printed secondary disc roll after reversal

50…. printer

51. Slate roll

52... Anilox roll

70... A printing machine

71. Disc roll support

G1 to G3... Guide roller

PL… Out of print

77. Conveying device

X1…. Sanitary lamination products

W… Bunch of continuous hygienic lamination

W1... Bunch of sanitary lamination

M… Interfolder

Claims (16)

When a plurality of hygienic thin paper sheets are folded and formed into multiple layers of hygienic thin papers, they are housed in a package having an outlet or a outlet opening formed on the upper surface thereof. As a part of the other one laminated by the hygienic thin paper product exposed from the outlet, The sanitary lamination paper has a layered structure in which two or more lamination papers are laminated, and part or all of the sanitary lamination papers are formed on the laminated inner surface of any one of the laminated lamination papers constituting the outer surface. Sanitary lamination product which is printed. The method of claim 1, The said hygiene thin paper bundle is a hygiene thin paper product which has a plurality of types of thin paper which differ in shape. The method of claim 2, The hygienic thin paper is a bunch of hygienic thin paper, but the shape of the sanitary thin paper products in a different position from the top or bottom stacked. The method of claim 2, The bundle of hygienic thin paper is a hygienic thin paper product of the shape of the sanitary thin paper every different number from the top or bottom surface. The method of claim 1, Among the sanitary laminations constituting the bundle of the sanitary laminations, only some of the sanitary laminations have this shape, and the sanitary laminations in which the shape is printed are located at a predetermined number of positions from the top or bottom of the bundle of the sanitary laminations. Thin paper products. The method according to any one of claims 1 to 5, The shape is a hygienic thin paper product having a remaining amount display function. The method according to any one of claims 1 to 6, A hygiene thin paper product, in which fragrance is contained in the ink constituting the pattern. A plurality of hygienic thin papers are folded and stacked in multiple layers of hygienic thin papers, which are stored in a package body having a blowout opening or a blowout forming section on the upper surface thereof, and when one sheet of the sanitary thin paper is taken out from the blowout opening during use, the sheets are stacked adjacently. As a manufacturing method of the sanitary thin paper product in which a part of the other one sheet is exposed from the outlet, A step of stacking each continuous sheet with each other while stacking the continuous sheets from a plurality of disk rolls, and then winding them to form a secondary disk roll; A process of printing a shape on one side of the outer surface of the secondary continuous roll while taking out the secondary continuous roll from the secondary master roll, and then winding it to form a printing secondary master roll, In the continuous sheet of the laminated structure which comprises the printing secondary disk roll, only the continuous sheet of the outermost layer located on the outer surface side in a wound state is peeled off from another continuous sheet, and the surface which was located on the outermost surface Inverting the inner surface of the laminate; The said disc roll support part of the interfolder which has the printing secondary disc roll which reversed the outermost continuous sheet | seat as it is or cut to moderate width, and has a some cutting machine arranged in a flow direction, and a disc roll support part provided corresponding to each printing machine. Process to set to A step of forming a bundle of continuous sanitary lamination paper by laminating the secondary continuous sheet with each printing machine while taking out the second continuous sheet sequentially from the disk roll support group including the printing secondary disk roll; A method for producing a hygienic thin paper product, comprising the step of cutting the bundle of the continuous hygienic thin paper to an appropriate length and storing it in a package. A plurality of hygienic thin paper sheets are folded into a plurality of layers of hygienic thin paper, and are stacked in a package body having a blowout opening or a blowout forming portion on the upper surface thereof, and are stacked adjacent to each other when one sheet of the hygienic thin paper is removed from the blowout opening during use. As a manufacturing method of the sanitary thin paper product in which a part of another sheet is exposed from a blower outlet, Laminating each continuous sheet with each other while taking out continuous sheets from a plurality of disk rolls, and then winding them to form a secondary disk roll; A process of printing a shape on one side of the outer surface of the secondary continuous roll while taking out the secondary continuous roll from the secondary master roll, and then winding it to form a printing secondary master roll, Setting the printing secondary disc roll as it is or to a suitable width, and setting the disc roll support portion of the interfolder having a plurality of cutters arranged in the flow direction and a disc roll support portion provided corresponding to each cutter; After setting, only the continuous sheet of the outermost layer located on the outer surface side in the wound state is peeled off from the other continuous sheet among the continuous sheets of the laminated structure constituting the print secondary disk roll, and is released on the outermost surface. Inverting the surface so as to be the laminated inner surface; A step of forming a bundle of continuous sanitary lamination by laminating while folding the second continuous sheet with each cutting machine while sequentially pulling out the second continuous sheet from the group of disk roll supporting portions including a print secondary disk roll; A method for producing a hygienic thin paper product, comprising the step of cutting the bundle of the continuous hygienic thin paper to an appropriate length and storing it in a package. The method according to claim 8 or 9, When printing and winding said secondary disc roll, the manufacturing method of the sanitary foil paper product which inverts the continuous sheet printed in the process of winding up so that a printing surface may become an outer surface side, and inverting the subsequent continuous sheet of an outermost layer. . The method according to claim 8 or 9, A method for producing a sanitary thin paper product, which manufactures a plurality of kinds of printed secondary disk rolls having different shapes and sets them on the disk roll support portion. The method of claim 11, A method for producing a hygienic thin paper product, in which printing secondary disc rolls having different shapes are set only on disc roll supports corresponding to a cutting machine at a predetermined position from an upstream side or a downstream side. The method according to claim 8 or 9, A manufacturing method of a sanitary thin paper product, which is produced by setting a printing secondary disk roll on some of a plurality of disk roll supporting portions and setting other non-printing secondary disk rolls. The method according to claim 8 or 9, A method for producing a sanitary thin paper product, wherein the printing secondary disc roll is set on a disc roll support so that the shape of the printing secondary disc roll supplied to each of a plurality of adjacent printing machines is different. The method according to any one of claims 8 to 14, Said shape is a method for producing a sanitary lamination paper product having a remaining amount display function. The method according to any one of claims 8 to 15, The manufacturing method of the sanitary thin paper product which contains an fragrance | flavor in the ink which prints the said shape.

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