JPH1132835A - Oil cleaning sheet and method for manufacture - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an oil clearing sheet and a method for manufacturing the same for effectively removing the oil on the face or the like and for being useful for the moisture, the flexibility and the like of the skin. SOLUTION: A piece of paper having a desired watermark is treated by calendar processing while giving water containing silk constituents of 5% to 95% to enhance smoothness. After a sheet-like substance for assisting harder than the piece of paper is inter-disposed between the pieces of paper, predetermined pieces of paper are packed in a bundle to be repeatedly hit evenly from the surface of the bundle by a foil slapping machine. By being inter-disposed the sheet-like substance for assisting harder than the piece of paper, a mesh of the piece of paper can be easily and surely smashed so as to obtain flexibility and smoothness as well as luster by friction. An oil clearing sheet contains the same silk constituents as the human skin, the moisture and the flexibility can prevent from damaging the skin even if the face and the like is wiped slightly stronger.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a grease-removing paper suitable for use in absorbing and removing facial grease, mainly when a woman makes makeup, and a method for producing the same.

[0002]

2. Description of the Related Art Foiled paper is conventionally known as a fat removing paper for cosmetics. This foil stamping paper sandwiches the gold leaf when the gold leaf is rolled out. Then, the desired number of sheets is bundled into a bundle and is repeatedly and uniformly beaten from the bundle surface by a foiling machine. At this time, the foiled paper is given flexibility, smoothness, and gloss by being beaten to such an extent that the fibers are broken. Foiled paper has been found to be excellent in fat absorption due to its flexibility and smoothness, and is used as a high-quality cosmetic fat removing paper.

[0003] However, such a fat removing paper for cosmetics is only an effective use of the foil stamping paper used for the foil stamping, and there is a limit in the supply amount by itself. In recent years, it has been used not only for cosmetics but also for removing facial oils to obtain a clean feeling, etc., and the gender, regardless of age, tends to expand the user base. There is a demand for the provision of greasy paper.

Therefore, in recent years, there has been provided a grease-absorbing paper obtained by tapping with a foiling machine in a state where only the base paper is bundled without sandwiching the foil.

[0005]

However, such fat-removing paper uses only base paper, so that it is possible to remove a certain amount of fat from the face. However, it does not have additional functions such as protecting the skin when used by people with weak skin. In addition, the foil stamping paper has a lattice pattern, a turtle shell, and the like during the production of the base paper, but since the fat-leafed paper does not have a draft pattern, it cannot obtain a high-quality feel like a foil stamping paper. . Also, since only the base papers are piled up in a bundle and beaten by a foiling machine, and the base papers of the same type are in contact with each other, the fibers of the base paper are hardly crushed and the gloss is hardly obtained. Therefore, since flexibility, smoothness, etc. cannot be obtained, it is inferior in fat absorbency, furthermore, inferior in touch, and is several steps inferior in quality as compared with foil stamped paper.

Therefore, the present invention focuses on the fact that the silk component is a protein and is the same as human skin, and has conducted various tests and studies. As a result, the effect of adding the silk component when calendering the base paper is obtained. Gloss and wettability,
It has been found that it is possible to obtain an elegant touch due to flexibility, and based on this, there is no danger of damaging the skin even if the face etc. is wiped somewhat strongly, and it is of course possible to effectively remove fats, A grease-removing paper that can be used for removing the stratum corneum and can also be used for the wettability and flexibility of the skin, and thus can be provided with an additional function to enhance the commercial value, and a method for producing the same. In addition, in addition to the above objects, it is possible to obtain a desired stencil pattern, therefore, to provide a greased paper and a method for producing the same, which can obtain the same appearance as a foil stamped paper, As a result, it is possible to obtain the same fat absorbency, gloss, feel, and the like as the foil stamped paper, so that it is possible to obtain the same high quality as the foil stamped paper, and to improve the work efficiency. It is an object to provide a the preparation of oil-absorbing paper.

[0007]

The fat-removing paper of the present invention for solving the above-mentioned problems contains a silk component.

[0008] Another fat-removing paper of the present invention for solving the above-mentioned problem uses the base paper having a desired woven pattern in the above-described fat-removing paper.

[0009] In each of the above-mentioned fat-removing papers, as a raw material component of the base paper constituting the fat-removing paper, a vegetable fiber or an animal fiber can be selected, and an inorganic filler can be added if necessary. It is preferable to increase the smoothness by calendering.

[0010] In order to solve the above-mentioned problems, a method for producing a grease-removed paper according to the present invention is to calender the base paper while giving moisture mixed with a silk component to the base paper to form a desired number of base papers as a bundle from the bundle surface. It is something to hit.

[0011] In another aspect of the present invention, there is provided a method for producing a grease-removed paper according to the present invention, wherein when the base paper is beaten from the bundle surface, an auxiliary sheet material which is harder than the base paper is applied to the base paper. It was dressed.

In each of the above-mentioned production methods, the raw material of the base paper can be formed in a desired pattern and dried to form the base paper.

[0013] Further, when calendering, the density is 100
% Silk component can be provided with a water content of 5% to 95%. If the content of the silk is less than 5%, the content is small and the effect is poor, and if it exceeds 95%, the workability of calendering is poor. Therefore, it is preferable to use the silk component in the above range.

The components of silk are proteins, glycine, alanine, leucine, isoleucine, valine, phenylalanine, serine, threonine, aspartic acid, glutamic acid, arginine, cystine (1/2), methionine,
Amino acids such as lysine, proline, histidine, tryptophan, and tyrosine are included. On the other hand, the main component forming human skin is also a protein, and the silk component is the same as the human skin component, and can provide wettability and flexibility. According to the degreasing paper of the present invention containing such a silk component, there is no danger of damaging the skin even if the face or the like is slightly strongly wiped by the above-mentioned components, wettability, and elegant touch due to flexibility. In addition to the smoothness, softness, etc., it is possible to effectively remove fat from the face, etc., and it can also be used to remove the stratum corneum of the skin by wiping it somewhat strongly, and the skin's wettability , Flexibility and the like.

Further, by using a base paper having a desired woven pattern, it is possible to obtain a greased paper having a desired laid pattern.

Further, according to the method for producing fat-removed paper of the present invention, the silk component is effectively contained in the base paper by mixing the silk component with the water given to the base paper during calendering. be able to.

Further, by interposing and hitting the base paper with an auxiliary sheet material which is harder than the base paper, the eyes of the fibers of the base paper can be relatively easily and reliably crushed to obtain flexibility and smoothness. As well as being able to be polished by friction with a rigid auxiliary sheet-like material, it is possible to obtain the same absorptivity, gloss, texture, and the like of a fat as with foil-fed paper.

[0018]

Embodiments of the present invention will be described below. For example, ganpi, sampi, pulp, honey, manila hemp, etc. are used as plant fibers which are raw material components of base paper, silk fibers are used as animal fibers, and mud is used as an inorganic filler, for example. Then, in the same manner as in the conventional paper making method, ganpi, sampi, pulp, honey, manila hemp, silk fiber, etc. are used alone or in combination at a desired blending ratio, and mud is applied to 100 parts of ganpi, etc. as necessary. Cylinders having a desired pattern, such as a lattice and a turtle shell, each of which is used in a conventional foil stamping paper, are added in a blending ratio of 5 to 50 parts and passed through different wire parts in forming a paper layer. The paper is passed through to form two different layers of paper, which are interleaved by press rolls. The paper is made by passing the two-layered interleaving paper through a dryer part. Here, the smoothness and the like of the paper can be enhanced by adding the mud to the ganpi etc., but if the mud is less than 5 parts per 100 parts of the ganpi etc., the smoothness is inferior. The quality of the paper can be impaired, so it is preferred to choose between 5 and 50 parts.

Next, smoothness is increased by passing the base paper having the desired pattern as described above through a calender roll while giving moisture. The concentration of water obtained by extracting from silk fiber and then solubilizing (solubilizing) the water is 1
Pure water containing 5% to 95% of a silk component of 00% is given to the base paper by an impregnation method or a humidification method (steam),
The silk component is included in the base paper.

Next, the base paper and an auxiliary sheet material which is harder than the base paper are formed, for example, into a square or a rectangle of 20 cm or more and alternately overlapped, and a desired number of the base paper and the auxiliary sheet material are obtained. For example, 500 sheets ~
A bundle of about 1,000 sheets is beaten by a foiling machine so that the fibers of the base paper are evenly broken from the bundle surface. At this time, since heat is generated, the tapping operation is repeatedly performed while cooling.
Since the rigid auxiliary sheet is sandwiched between the base papers, the fibers of the base paper can be easily and reliably crushed to obtain flexibility, and friction with the rigid auxiliary sheet can be obtained. Gloss can be obtained by polishing. By adding this step, paper quality having the same fat absorbency, gloss, and texture as that of the foil stamped paper can be produced.

[0021]

Embodiments of the present invention will be described below. As in the case of the conventional foil stamping paper, ganpi and manila hemp were used as raw materials for the base paper at a ratio of 30 to 70, and mud was added at a mixing ratio of about 25 parts to 100 parts of the ganpi and manila hemp.
Lattice pattern similar to conventional foil stamped paper by the above raw material components,
Alternatively, the two layers are laid as described above so as to form a turtle pattern, and a calendering process is performed while giving pure water containing a solubilized material, which is a component of silk, in a range of 5 to 95% to the base paper. went. The base paper manufactured in this manner and a pulp 100 which is harder than the base paper as an auxiliary sheet-like material.
% Of glassine or the like is formed into a square of 20 cm or more or a square and alternately overlapped, and 500 to 100
A set of zero sheets was used as a bundle, and a hammer having a different weight was used by a foiling machine.

As a comparative example, only a base paper similar to that of the above-mentioned embodiment of the present invention was overlaid, and similarly, 500 to 1000 sheets were bundled together and beaten in the same manner as in the above-mentioned embodiment of the present invention to produce a grease-removed paper.

A plurality of women performed face fat absorption tests on the fat removing paper of the present invention, the fat removing paper of the comparative example, and the conventional foil stamping paper. The conventional foil stamped paper is the best, the comparative example is the worst, and the present example is superior to the comparative example, but slightly inferior to the conventional foil stamped paper, but close to this. It was found to have properties. In addition, it was found that the degreased paper of the example of the present invention was superior to the degreased paper of the comparative example in gloss, equivalent to that of the conventional foil stamped paper, and had an elegant luster of silk. Further, in the fat-removing paper of the embodiment of the present invention, the same silk component as that of human skin is contained, and furthermore, by imparting wettability and flexibility, there is no danger of damaging the skin even if the face is wiped somewhat strongly. ,
In addition to being able to effectively remove fat on the face in combination with smoothness, flexibility, etc., it can also be used to remove the stratum corneum of the skin by wiping it a little harder, improving skin wettability, flexibility, etc. It's clear that it helps.

In the above embodiment, the case where ganpi and manila hemp were used was explained. However, it is clear that the same fat absorption, luster, and touch can be obtained by using honey, sampi, etc. It is.

[0025]

In summary, according to the present invention, the same silk component as that of human skin is contained, and the wettability and flexibility of the silk component are imparted. Not only does it not hurt the skin, it can effectively remove fat on the face in combination with the smoothness, flexibility, etc. of the greasy paper. It can also be used for removal of skin, which can be useful for skin wettability, flexibility, etc. In addition, it can provide an elegant luster due to silk components, and therefore can have additional functions and enhance commercial value be able to.

Further, by using base paper having a desired woven pattern, it is possible to obtain a greased paper having a desired laid pattern. Therefore, the same appearance as that of the foil stamped paper can be obtained.

Further, according to the method for producing fat-removed paper of the present invention, the silk component is effectively contained in the base paper by mixing the silk component with the water given to the base paper during calendering. be able to.

Further, since the base paper is struck with an auxiliary sheet-like material which is harder than the base paper, the fibers of the base paper can be relatively easily and reliably crushed to obtain flexibility and smoothness. At the same time, it can be polished by friction with a hard auxiliary sheet-like material, and it is possible to obtain the same absorptiveness, gloss, and feel of fat as the foiled paper. Therefore,
It is possible to obtain the same high quality as the foil stamped paper, and it is possible to improve the work efficiency.

Claims (7)

[Claims] 1. A fat-absorbing paper containing a silk component. 2. The fat-removing paper according to claim 1, which has a desired pattern. 3. The raw material component of the base paper constituting the fat-removing paper,
3. The fat-removing paper according to claim 1, wherein the fat-removing paper is selected from vegetable fibers and animal fibers, and an inorganic filler is added as necessary. 4. The fat-removing paper according to claim 1, wherein the base paper has a smoothness increased by calendering. 5. A method for producing a grease-absorbing paper wherein the base paper is calendered while giving water containing a mixture of silk components, and the desired number of these base papers is beaten from a bundle surface. 6. The method according to claim 5, wherein when the base paper is beaten from the bundle surface, an auxiliary sheet material which is harder than the base paper is interposed on the base paper. 7. The method for producing a grease-absorbing paper according to claim 5, wherein the raw material of the base paper is formed in a desired pattern and dried to form the base paper.