JP2011194097A - Wiping article - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a wiping article effectively using characteristics of isotonic solution.SOLUTION: The wiping article includes a wiping material 5, and a package 6 for storing the wiping material 5, wherein the wiping material is impregnated with at least preservative 9 and the isotonic solution 3 derived from seawater or deep seawater, in the wiping raw material 2 and the wiping material is one of a wet tissue 51, a paper hand-towel 52 and a wet cotton 53 formed of an combustible raw material. The deep seawater is cold water N specific to Sea of Japan, and the isotonic solution is formed by regulating the cold water N specific to Sea of Japan to an osmotic pressure of 200-400 mOsm, which is similar to the physiologic saline, by dilution water 4, especially deep-water-based freshwater n1 separated from the cold water specific to Sea of Japan. Alternatively, the wiping material may be impregnated with an auxiliary component 7 along with the isotonic solution.

Description

  The present invention relates to a wiping article containing a wiping material such as wet tissue, paper towel or wet cotton. It relates to wiping articles.

  The applicant of the present application has previously invented an isotonic solution derived from seawater or deep sea water and has filed an application as Japanese Patent Application No. 2007-152498 (hereinafter referred to as a prior application isotonic solution). As described in the specification, this prior application isotonic solution is richer in inorganic nutrient salts than physiological saline composed of artificial salt by using deep sea water or sea water existing in nature. Moreover, by adjusting the osmotic pressure to 200 to 400 mOsm using the deep sea water or seawater separated from the same deep sea water or sea water as dilution water, the animal organs and Experimental examples have shown that it is suitable for storing tissue cells.

On the other hand, as a wiping material for wiping articles (also referred to as sanitary fiber web products), wet tissue (also referred to as wet tissue), paper towels (hereinafter also including wet towels), or wet cotton are widely used. Yes. Among them, wet tissue is used for wiping after washing hands, body for babies and adults or ass wiping, and also used for cleaning infant toys, tables, dishes, cooking utensils, etc. In addition to being used in kitchens, kitchens, etc., it is used for cleaning kitchen tables, cutting boards, tableware and cooking utensils, and for draining oil and vegetables.
Further, a paper towel is known in which a wet towel impregnated with an aqueous alcohol solution or the like (also called a cotton towel or a paper towel) is packaged.

Wet cotton is classified into clean cotton for the purpose of cleaning and wiping, and disinfecting cotton for the purpose of cleaning and disinfection. Among them, clean cotton soaks absorbent solution into a cotton solution and seals it with a film pack. It is to be sterilized and is kept sterile unless it is opened. Its applications are mainly used at home. For example, (1) clean the baby's skin and around the mouth, (2) clean the nipple and breast when feeding, (3) when changing diapers Wipe clean ass, (4) Wipe cleanly at menstruation and after birth, (5) Clean wipe around eye, etc., disinfecting cotton used before hitting injection, etc. It is mainly used in the medical field, that is, it is used for cleaning and disinfecting fingers and skin, and cleaning and disinfecting wound surfaces. In addition, as in the case of disposable wet cotton, a non-woven fabric or a pulp fiber dry pulp sheet soaked with water, a detergent or a preservative is also known.
These wet tissues, paper towels, and wet cotton wipes are impregnated with water, alcohol (to get a refreshing feeling), moisturizing ingredients (to prevent skin irritations), cleaning ingredients (to remove oils and fats), and mold. And impregnated with preservatives to suppress bacterial growth. For example, preservatives such as cetylpidium chloride, benzoic acid, benzoic hydrochloric acid, sorbic acid, acetic acid, sulfite, etc. as preservatives, or disinfectants (ethanol, acrinol, benzalkonium chloride, sodium hypochlorite, etc.) Or impregnating with a disinfectant (salicylic acid, urea, chlorhexine hydrochloride, zinc oxide, etc.), or impregnating one or more moisturizing ingredients such as aloe vera extract 2 and hyaluronic acid for the purpose of suppressing skin roughness.

Japanese Patent Laid-Open No. 07-204148 Japanese Patent Application Laid-Open No. 07-204118 JP-A-11-28171 JP 2006-149989 A JP 2008-303182 A

The wiping material for wiping articles is impregnated with moisture and preservatives (disinfectants, antibacterial agents, preservatives, etc.) to prevent oxidative discoloration and bacterial growth caused by moisture. When used, it is necessary to impregnate a large amount of preservative, and when using drinking water with water, the type and amount of preservative is limited due to the disinfectant used in the treatment of drinking water. It was.
It is also possible to use alcohols with moisture, but the alcohols have high volatility, so there is a problem that requires skill in handling them.
Therefore, the present invention has been researching whether it is possible to develop a wiping article that can maintain cleanliness until it is used, and is flexible by taking advantage of the isotonic solution of the prior application invented by the applicant of the present application. Thus, the present inventors have developed a wiping article that is excellent in safety, in particular, excellent in cleaning effect, moisturizing effect, protective effect and the like on the skin, and can also be expected to have a healing power.

In order to solve the above-mentioned problems, the wiping article of the present invention comprises a wiping material and a package containing the wiping material as claim 1, and the wiping material is derived from at least seawater or deep sea water in the wiping material. It is characterized by being impregnated with an isotonic solution and a preservative.
Claim 2 is the wiping article according to claim 1, wherein the deep sea water is cold water unique to the Sea of Japan, and the isotonic solution is adjusted to an osmotic pressure of 200 to 400 mOsm equivalent to physiological saline by the cold water of Japan Sea and dilution water. It is characterized by that.
According to a third aspect of the present invention, in the wiping article of the second aspect, the dilution water is a deep-water freshwater separated from the cold water unique to the Sea of Japan.

Here, the wiping material refers to gauze, woven fabric, and non-woven fabric made of pulp and fibers that are at least water-absorbent and flexible. For example, wood fibers (conifers, hardwoods), non-wood plant fibers (hemp, bast fibers, cotton) , Kenaf, etc.), other natural fibers (cotton, wool, silk, etc.), polyolefin fibers (polyethylene, polypropylene, etc.) that are synthetic fibers, polyester fibers (polyethylene terephthalate, polybutylene terephthalate, etc.), polyacrylic fibers, nylon fibers, etc. Furthermore, semi-synthetic fibers (rayon / synthetic fiber, cotton, pulp / synthetic fiber and pulp / rayon / synthetic fiber), etc. may be used, and these fibers may be used alone or in combination of two or more. Smoothness, suppleness, tensile strength, and good touch are preferred. Furthermore, it is desirable to use a material that can be dropped into sewage or a material that can be incinerated.
A wiping material is a paper-based wiping material impregnated with an isotonic solution and a preservative or further auxiliary components, and a non-woven wiping material is impregnated with an isotonic solution and a preservative or further auxiliary components. Say what. As a means for manufacturing the wiping material, the wiping material is impregnated with an isotonic solution and a preservative in advance, and the wiping material impregnated with the isotonic solution and the preservative is accommodated in a package or sealed. A predetermined amount of a preservative and seawater or a deep seawater-derived isotonic solution is placed inside the body through the opening, and the wiping material is soaked in the isotonic solution and the preservative so as to be sealed.

Here, deep sea water is taken from the deep sea 200 meters or more below the sea level, is rich in inorganic nutrients, has little organic matter and bacteria, and is clean. Deep water sampled from a depth of about 320m offshore of the bay, satisfying all of the three major elements of deep water: low temperature, cleanliness, and eutrophication. "There is little change in water temperature at a low temperature of 2 ° C or less throughout the year, and it is very low compared to the deep water temperature of 8-10 ° C in other regions currently collected in Japan.
Here, the physiological saline is a water-soluble injection mainly composed of a chemically produced synthetic salt (also referred to as artificial salt) and containing 0.85 to 0.95 w / v% sodium chloride. In addition, 20 to 1000 milliliters are used for subcutaneous / intravenous injection or intravenous infusion for replenishment at the time of extracellular fluid deficiency, sodium deficiency, or chlor deficiency. In addition, it is widely used for replenishment when humor is lost due to massive bleeding, and for dissolving and diluting various injections. Furthermore, it is used for cleaning the bronchial mucosa as a skin, wound surface, mucous membrane cleaning, poultice and gargle, and spray absorbent. It is also used for cleaning medical instruments.
Here, the osmotic pressure refers to the osmotic pressure of blood (280 to 300 mOsm / L, pH 7.2 to 7.4), and the isotonic solution refers to an isotonic solution previously invented by the applicant of the present application. The feature is that it is more suitable for preservation of animal organs and tissue cells than physiological saline by adjusting seawater or deep ocean water to an osmotic pressure of 200 to 400 mOsm.

A fourth aspect of the present invention provides the wiping article according to any one of the first to third aspects, wherein the wiping material is impregnated with an auxiliary component, and the auxiliary component is a cosmetic component used in cosmetics, and a taste component having taste. It is characterized by being at least one component.
According to a fifth aspect of the present invention, in the wiping article according to any one of the first to fourth aspects, the wiping material is any one of wet tissue made of a wiping material, paper towel, and wet cotton.

Diluted water is water that can reduce the salt concentration, and natural water or artificial water may be used, but preferably water that can be drunk. Deep water freshwater is, for example, Japan Sea cold water. This is desalted using a multi-stage electrodialysis treatment method developed by humans, but all of the mineral components contained in the cold water of the Sea of Japan are not lost by desalting.
Here, preservatives are safe for the human body and prevent germs (E. coli, Staphylococcus aureus, Pseudomonas aeruginosa) from being generated until the cleaning material is used. And sterilizers, disinfectants, preservatives, etc. that comply with cosmetics standards, such as acrinol, ethanol, benzalkonium chloride, and chlorhexidine glucones that are quasi-drugs under the Pharmaceutical Affairs Law Hydrochloric acid, benzalkonium chloride, etc. are used.
Here, the auxiliary component refers to a component added according to the purpose of use, for example, a cosmetic component or a preference component. Among them, the cosmetic ingredient refers to a moisturizing agent, a solvent, etc. used for sweating, removing dirt, removing makeup, wiping the face, etc. As the moisturizing agent, for example, glycerin, diglycerin, polyglycerin, average molecular weight 200 to 1000 Polyethylene glycol, propylene glycol, 1,3-butylene glycol, polyhydric alcohols such as ethylene glycol and diethylene glycol, fructose, glucose, oligosaccharide, trehalose, glycine betaine, pyrrolidone carboxylic acid, pyrrolidone carboxylate, lactic acid, lactic acid Sodium or the like is used. In addition, the taste component means a fragrance, an essential oil, a pigment, and the like.

  [Claim 6] The wiping article according to claim 1 to claim 5, wherein the wiping article includes a pocket type for storing wet tissue, a pillow packaging type, a refill type, a box type, a bottle type, and a stick type for storing paper towels, wet cotton It is a pack type that stores the battery.

Here, wet tissue is also referred to as wet tissue, for example, widely used as a carrier for cosmetics or hygiene materials, and absorbent products, and as a skin wipe (hand, face, baby's buttocks, etc.) What is used is a paper towel, which is also referred to as a hand towel or a wipe, and is widely used in general, and is mainly used as a hand towel or a wiping device for personal belongings.
Here, wet cotton is thicker than wet tissue, strong, hard to tear, excellent in water retention, and very comfortable to wipe. When distinguished by size, each 8cm is called wet cotton and 15cm. The corner is called a wet napkin. In addition, it is classified into clean cotton for the purpose of cleaning and wiping, and disinfecting cotton for the purpose of cleaning and disinfection. Of these, clean cotton soaks absorbent liquid into a cotton solution, etc. It is sealed with sterilization and sterilized, and is kept sterile unless it is opened. Its applications are mainly used at home. For example, (1) clean the baby's skin and around the mouth, (2) clean the nipple and breast when feeding, (3) when changing diapers It is used for wiping the hips cleanly, (4) wiping the local area cleanly after menstruation and after giving birth, and (5) wiping around the eyes. On the other hand, disinfectant cotton is mainly used in the medical field such as before being used for injection, that is, it is used for cleaning / disinfecting fingers / skin and cleaning / disinfecting wound surfaces.
These wet tissues, paper towels, and wet cotton (hereinafter referred to as wet napkins) are used for indoors (posts, shoji, doors, doors, etc.), indoor equipment (refrigerators, telephones, fluorescent lamps, light bulbs, TV and PC screens) Etc.), cleaning of personal equipment (tables, chairs, etc.), tableware used in the kitchen, chopping board, kitchen knife, wiping moisture from cooking utensils, etc., the usage range is free.

Here, the package is a wiping material that can be taken out and accommodated, and the function of the wiping material is maintained for a certain period of time. The wet tissue package is at least a resin film or laminate that cannot pass water. It is formed from a film and has a different shape depending on the amount of wet tissue stored. It refers to a small bag, a pillow bag, a rectangular tube bag, and a box-shaped container and a cylindrical container made of synthetic resin or cardboard. The hand towel package refers to a long thin bag body obtained by extending a small bag body in the longitudinal direction, and the wet cotton package refers to a pack bag body made of a laminate film. These packages are preferably those that can be incinerated. It is desirable to use a transparent resin for the small bag body and the long thin bag body so that the inside can be seen through.
Here, the pocket type refers to a disposable type that stores one wet tissue in a small bag and a portable type that stores several sheets, and a pillow packaging type stores an appropriate number of wet tissues in a pillow bag. Or, wet tissue is alternately folded and stacked, the stacked body is stored, the pillow blocking the bag outlet is peeled off, and one piece is taken out from the outlet and used. This means that a certain amount of wet tissue is stored in a box-shaped container and taken out from the lid outlet, and the bottle type is used by storing a certain amount of wet tissue in a cylindrical container and taking it out from the bottom outlet. The refill type is a box-type or bottle-type wet tissue that contains wet tissue in a rectangular tube bag. Say what to supplement when taken are.
Here, the stick type is a type in which a long thin bag body is inflated into a cylindrical shape and contains one piece of paper towel inside, and a pack type is a type in which one to appropriate number of wet cotton is contained in the pack bag. Say.

The range that can be adopted as the moisture impregnation rate in the wiping material is 0.01 to 50% by weight, and the preferred range is 0.1 to 30% by weight. If it is less than 0.01% by weight, smoothness cannot be sufficiently obtained due to insufficient dampness and the touch effect is reduced, and if it is 50% by weight or more, water residue may be generated. In particular, it is preferable to impregnate in consideration of a protective moisturizing feeling on the skin, non-stickiness, and the like. If the wet tissue has a paper wet strength of 0.5 to 3.0 N / 2 mm, preferably 1.8 to 2.0 N / 25 mm, it can be treated by pouring it into sewage after use.
The paper wet strength is measured in accordance with JIS P8135, and the water impregnation rate indicates the ratio of the weight of water impregnated to the weight of the wiping material in a dry state.
Paper towels and wet cotton do not flow into sewage and are not processed, so that it is possible to increase paper wet strength and lower moisture impregnation rate than wet tissue.

Since the wiping article of the present invention is as described above, the following effects can be obtained.
In the wiping article of claim 1, since the wiping material is impregnated with an isotonic solution and a preservative and the wiping material is sealed with a packaging body, until the packaging body is opened and the wiping material is taken out The isotonic solution and preservative are less likely to evaporate. Although the wiping material is impregnated with an isotonic solution and a preservative, the use thereof is not limited by this, and the wiping material can be used for the same use as a conventional wiping material.
In addition, as the isotonic solution impregnated in the wiping body, since the prior application etc. isotonic solution that has been proven to be useful for maintaining the cleanliness of the skin and assisting the natural healing, etc. A synergistic effect with the tension solution can be expected. In other words, wiping the skin with a wiping material impregnated with an isotonic solution and a preservative not only wipes clean and cleans the skin, but also promotes natural healing of the skin. It can be expected to be useful for (skin protection). In particular, it can also be expected to suppress the growth of molds in the wiping material until use. As a result, it is particularly useful as a cosmetic for skin.
In addition, even if the body is wiped with a wiping body impregnated with an isotonic solution and a preservative, there is no stickiness or rustiness, and a good touch (protective moisturizing feeling) can be obtained. It can also be assumed that if it is used as a poultice for the affected area during baking, it can be used for healing.

Since the wiping article of claim 2 has the isotonic solution (the prior application isotonic solution) adjusted to an osmotic pressure of 200 to 400 mOsm equivalent to the physiological saline solution in addition to the features of claim 1, the cleansing of the skin Ideal as a wipe. It can also be used with confidence for cleaning infant toys, dining tables, tableware, chopping boards, etc.
Furthermore, it is known that magnesium has an effect of moistening the affected area, but because the Sea of Japan inherent cold water containing a large amount of magnesium is used in the isotonic solution (the isotonic solution of the prior application), The effect which bears a part of healing in sunburn etc. can be expected.
In addition to the features of claim 2, the wiping article of claim 3 uses deep water freshwater separated from the cold water of the Japan Sea as dilution water, so that all of the water impregnated in the wiping material is the Japan Sea. Inherent in cold water. As a result, the effect is further improved.

In addition to the features of claims 1, 2 and 3, the wiping article of claim 4 can be expected to have a synergistic effect by adding an auxiliary component to the isotonic solution. For example, when a cosmetic ingredient is added as an auxiliary ingredient, it is beneficial as a wiping article for skin due to its synergistic effect, and when a taste ingredient is added as an auxiliary ingredient, a healing effect can be expected due to the synergistic effect.
In addition to the features of claims 1 to 4, the wiping article of claim 5 has a good texture (feel and flexibility) when the wiping material is a wet tissue or wet cotton. It is effective when used as a hand, finger, face, babies, ass wipes for nursing care, etc., that is, used for makeup or hygiene. It can also be used to wipe off moisture-containing dirt such as infant toys and spilled food on the table.
When the wiping material is a paper towel, it can be used not only for wiping hands and wiping equipment, but also for wiping moisture from the table, tableware, cutting boards, kitchen knives and cooking utensils used in the kitchen. In addition, wet tissue, paper towels, and wet cotton are used for indoors (pillars, shoji, doors, doors, etc.), indoor equipment (refrigerators, telephones, fluorescent lamps, light bulbs, TV screens, PC screens, etc.), and personal equipment (tables, chairs). Etc.) may be used during cleaning, and the range of use is free.

The wiping article according to claim 6 is characterized in that, in addition to the features of claims 1 to 5, the wiping material is impregnated with at least an isotonic solution and a preservative, but when it is a wet tissue, a pocket type and a pillow packaging type. It can be provided as a bottle type, a refill type, a box type, a stick type when it is a paper towel, or a pack type when it is wet cotton. That is, since it can be provided in the same form as a conventional wiping article, an effect specific to an isotonic solution can be expected in addition to a sense of security. Moreover, since it is not necessary to change a packaging form largely by that, a package can be provided at low cost.
In particular, wet tissue and wet cotton are excellent in water absorption and texture (softness and softness), so you can wipe off dirt on your body (mainly hands and fingers), wipe your baby and nursing care, This is useful for wiping off dirt from certain items.

It is a perspective view which shows the example of the wiping article by this invention, (a) is a pocket type, (b) is a pillow packaging type, (c) shows a refill type. It is a perspective view which shows the example of the wiping article by this invention, (a) shows a box type, (b) shows a bottle type. It is a perspective view which shows the example of the wiping article by this invention, (a) shows a stick type and (b) shows a pack type. It is a block diagram which shows the structural example of the wiping material used for this invention. It is a 1st manufacturing-process figure of the wiping article by this invention. It is a 2nd manufacturing-process figure of the wiping article by this invention. It is a 3rd manufacturing-process figure of the wiping article by this invention. It is a block diagram which shows the relationship between the isolation | separation process of seawater and deep sea water by a multistage electrodialysis process means, and an isotonic solution and dilution water. It is a top view of a retort apparatus.

If the 1st embodiment of the wiping article by this invention is described in the disposable pocket type 11, the pocket type 11 will be the packaging which accommodates and seals the wiping material 5 and the wiping material 5 like FIG. 1-1 (A). The wiping material 5 comprises a body 6 and the wiping material 5 impregnates the wiping material 2 with at least a preservative 9 and an isotonic solution 3 derived from seawater or deep sea water. The pulp water-absorbing fiber is impregnated with cold water N inherent in the Sea of Japan as deep sea water, and the water-absorbing fiber is preferably impregnated with isotonic solution 3 and preservative 9 as shown in FIG. The wet tissue 51 is formed, and the wet tissue 51 is sealed at least in a watertight state with a small bag body 61 made of a resin film, and one that contains one wet tissue 51 is called a disposable type. 3 sheets Say shall and mobile type.
As shown in the manufacturing process of FIG. 4A, the wet tissue 51 is wiped by immersing the wiping material 2 in a liquid storage tank 20 storing a mixture of the preservative 9 and the isotonic solution 3 of cold water N inherent in the Sea of Japan. The raw material 2 is impregnated with a predetermined amount of preservative 9 and isotonic solution 3 in advance, and one sheet of the preservative 9 and the isotonic solution 3 are put into the inside from the opening 61a of the pouch body 61, and the opening 61a is sealed.
The preservative 9 may be mixed with the isotonic solution 3 having an osmotic pressure adjusted to 200 to 400 mOsm, or the osmotic pressure may be adjusted to 200 to 400 mOsm with the preservative 9 mixed with the isotonic solution 3. . And by impregnating the preservative 9, the quality of the wet tissue 51 can be maintained for a certain period of time, and the synergistic effect with the isotonic solution 3 can be expected to provide healing power, which is also useful as a wound wipe. is there.

The isotonic solution 3 (the previously-invented isotonic solution previously invented) is prepared by diluting the Japan Sea cold water N with the diluting water 4 and adjusting the osmotic pressure to 200 to 400 mOsm equivalent to the physiological saline solution as shown in FIG. Specifically, the Japan Sea inherent cold water N is diluted to an osmotic pressure of 200 to 400 mOsm with deep water n1 separated from the Japan Sea inherent cold water N1.
The deep water freshwater n1 is separated from the Japan Sea cold water N by the multistage electrodialysis treatment means 8 originally developed by the applicant of the present application. The multistage electrodialysis treatment means 8 is the first treatment as shown in FIG. In the tank 81, the cold water N specific to the Sea of Japan is separated into the deep water fresh water n1 and the concentrated deep water n2, and in the second treatment tank 82, the concentrated deep water n2 is separated into the mineral concentrated water n3 and the concentrated salt water n4.
When the pocket type 11 manufactured as described above is used, first, the pouch body 61 is opened, the wet tissue 51 is taken out from the opening 61a, and dirt on the hands and skin is wiped off with the wet tissue 51.
If the amount of the isotonic solution 3 and the preservative 9 impregnated in the wet tissue 51 is less than 0.1% by weight, dampness is insufficient, and if it exceeds 30% by weight, water remains on the wiping surface.

If the second embodiment of the wiping article according to the present invention is described in terms of differences from the first embodiment, the impregnation means of the isotonic solution 3 and the preservative 9 for the wiping material 2 are different, As shown in FIG. 4B, the wiping material 5 according to the second embodiment opens a small bag body 61 of the package body 6, and is first made isotonic from the preservative 9 and the cold water N inherent in the Sea of Japan through the small bag body opening 61a. A predetermined amount of the liquid 3 is added, and then the wiping material 2 is accommodated so as to be immersed in the mixed solution of the isotonic liquid 3 and the preservative 9, and then the opening 61 a of the pouch body 61 is sealed.
Since pulp-like water-absorbing fibers are used as the wiping material 2, the mixture of the isotonic solution 3 and the preservative 9 contained in the pouch body 61 is stored from the manufacturing process after being accommodated in the pouch body 61. The wiping material 5, that is, the wet tissue 51 that has been sucked up and uniformly impregnated with the isotonic solution 3 is accommodated.
Although the means for impregnating the isotonic liquid 3 is different from that of the first embodiment, there is no difference at the time of shipment from the production factory and when used by consumers.

If the third embodiment of the wiping article according to the present invention is described with respect to differences from the first second embodiment, the wiping article 1 is the pillow packaging type 12 of FIG. In the case of the packaging type 12, for example, the wiping material 2 having a required length is impregnated with the isotonic solution 3 and the preservative 9 to form the wiping material 5, and then the wiping material 5 is folded alternately. Create a laminate of the required number (about 10) and place it in a pillow bag 62 made of a laminate film for sealing, or first fold the wiping material 2 of the required length alternately. After making the laminated body which consists of this and immersing the laminated body in the liquid mixture of the isotonic solution 3 and the preservative 9, it transfers to a packaging process and seals.
In the pillow packaging type 12, after removing a part of the pillow 62b blocking the bag outlet 62a of the pillow bag body 62 during use, opening the bag outlet 62a, and removing the necessary number of wet tissues 51 The bag outlet 62a is closed with a pillow 62b and sealed until next use.
In the wiping article 1 of the refill type 13 as shown in FIG. 1-1 (C), it can be manufactured by means substantially the same as the pillow packaging type 12 except that the rectangular bag body 63 is used as the packaging body 6. The description is omitted.

The fourth embodiment of the wiping article according to the present invention will be described with respect to differences from the first to third embodiments. The wiping article 1 is a stick type 16 as shown in FIG. The wiping material 5 is a paper towel 52 impregnated with the isotonic solution 3 and the preservative 9, and the packaging body 6 is an elongated bag body 66 obtained by extending a small bag body 61 in the longitudinal direction, and the elongated bag body 66 is formed into a cylindrical shape. A paper towel 52 is housed and sealed inside.
The paper towel 52 uses a pulp-type water supply non-woven fabric as the wiping material 2, and the non-woven fabric is impregnated with an isotonic solution 3 and a preservative 9 in advance, and the wiping material 2 is directed from one end to the other end. The wiping material 2 having a certain size is wound from one end side to the other end side to form a roll shape, and the wiping material 2 is rolled with an isotonic liquid 3. It is immersed in a mixture of preservative 9 and impregnated later.
As with the wet tissue 51, the paper towel 52 is used for wiping off dirt on the body (mainly hands and fingers), wiping wiping for baby and nursing care, and wiping off dirt around the surroundings.

If the fifth embodiment of the wiping article according to the present invention is described with respect to differences from the first to fourth embodiments, the wiping article 1 is a pack type 17 as shown in FIG. The wiping material 5 is a wet cotton 53 impregnated with the isotonic solution 3 and the preservative 9, and the packaging body 6 is a pack bag body 67 made of a laminate material. ~ Seal multiple sheets.
The wet cotton 53 uses a pulp-type water-supplying thick nonwoven fabric as the wiping material 2, and the thick nonwoven fabric is impregnated with the isotonic solution 3 and the preservative 9 in advance, or the pack bag body 67 is filled with the isotonic solution 3 and the preservative. No. 9, and a thick nonwoven fabric is dipped in the mixed solution and impregnated later.
Instead of a thick nonwoven fabric, a wiping material 2 having a certain size is used, and this is pre-impregnated with an isotonic solution 3 and a preservative 9, and the wiping material 2 impregnated with the isotonic solution 3 is folded in two. Alternatively, the wiping material 2 having a certain size is first folded in two or three, and then immersed in a mixed solution of isotonic solution 3 and preservative 9 in the folded state. 6 can also be stored.

If the sixth embodiment according to the present invention is described with respect to differences from the first to fifth embodiments, the wiping material 5 includes the wiping material 2 in addition to the isotonic liquid 3 and the preservative 9 as shown in FIG. The auxiliary component 7 is impregnated. As the auxiliary component 7, at least one component of a cosmetic component 71 having a cosmetic effect and a desired component 72 having a preference is used.
When the auxiliary component 7 is mixed with the preservative 9 in the isotonic solution 3 having an osmotic pressure adjusted to 200 to 400 mOsm, the osmotic pressure is 200 to 200 in the mixed state of the isotonic solution 3, the preservative 9 and the auxiliary component 7. It may be adjusted to 400 mOsm.
That is, if the wiping material 5 is impregnated with the cosmetic ingredient 71, the isotonic solution 3 and the preservative 9 and used as a wiping paper for the skin, the synergistic effect can further improve the protective moisturizing effect of the skin. If the taste component 72, the isotonic solution 3 and the preservative 9 are impregnated, a healing effect and the like can be expected due to the synergistic effect.

Experimental Example 1 (Verification of the wiping material 5 according to the present invention)
Sample 1 = Wet tissue 51 of the wiping material 5 manufactured in the first embodiment
Sample 2 = Wet tissue 51 of the wiping material 5 manufactured in the third embodiment
Dilution water 4 of samples 1 and 2 = deep sea water n1 obtained by separating and purifying the Japan Sea natural cold water N by the multistage electrodialysis treatment means 8 is used.
The isotonic solution 3 of samples 1 and 2 was adjusted to an osmotic pressure of 305 mOsm using the Japan Sea natural cold water N and the deep water freshwater n1. The osmotic pressure was measured with an automatic osmotic pressure measuring device (OM-6030, Kyoto Daiichi Kagaku Co., Ltd.).
Table 1 shows the types of the wiping material 2 and the package 6 of Samples 1 and 2 and the impregnation ratio of moisture (isotonic solution 3 and preservative 9) to the wiping material 2.

A wiping article impregnated with an isotonic solution 3 and an auxiliary component 7 according to the sixth embodiment.
Sample 3 = wet tissue 51 in which sample 1 is impregnated with cosmetic ingredient 71
Sample 4 = wet tissue 51 in which sample 2 is impregnated with cosmetic ingredient 71
Cosmetic component 71 = one or more of glycerin, diglycerin, polyglycerin, propylene glycol, ethylene glycol, glucose, trehalose, glycine betaine, pyrrolidone carboxylic acid, pyrrolidone carboxylate, lactic acid and the like are used.
The packaging bodies 6 of the samples 3 and 4 were the same as those of the samples 1 and 2, and the moisture impregnation rate was adjusted to be equal to that of the samples 1 and 2.

Control 1 = Pocket type wet tissue Cleaning material = Pulp water-absorbing fiber treated with antibacterial treatment.
Control 2 = Pillow-wrapped wet tissue (Applicant's product)
Cleaning material = natural cotton impregnated with water, ethanol, velzarconium chloride, chlorhexacidin gluconate, and Na dehydroacetate.
The wiping materials for the control products 1 and 2 were the same as those for the samples 1 and 2.
The water impregnation rate of the control products 1 and 2 was the same as that of the samples 1 and 2.

A sensory test was performed for each of the following items on Samples 1 to 4 and Controls 1 and 2 using a panel.
Paneler = 25 employees working at the applicant's company (performed for the past two months before the sensory test day)
Gender and age of 25 panelists

(1) Smoothness Similar samples and controls were individually touched by hand, and their tactile sensations were compared according to the following evaluation criteria.
It is much smoother than the control product: 2 points. It is slightly smoother than the control product: 1 point. It is not different from the control product: 0 points. It is less smooth than the control product: -1 point.

(2) Flexibility Similar samples and control products were individually touched by hand, and the tactile sensations were compared according to the following evaluation criteria.
It is much more supple than the control product: 2 points. It is more supple than the control product: 1 point. It is not different from the control product: 0 points. It is less supple than the control product: -1 point.

(3) Stickiness The skin (arms) was individually wiped with a similar sample and a control product, and the stickiness of the arms was compared according to the following evaluation criteria.
Feels less sticky than the control product: 2 points Feels slightly sticky than the control product: 1 point Does not differ from the control product: 0 points Feels stickiness from the control product: -1 point The results are shown in Table 5.

(4) Protective moisturizing feeling for skin After washing hands with tap water, water was individually wiped with a similar sample and a control product, and the feel of the hand skin after wiping was compared according to the following evaluation criteria.
Feels refreshing than the control product: 2 points Feels refreshing than the control product: 1 point Does not differ from the control product: 0 points Feels uncomfortable than the control product: -1 point Table 6 shows the results.

From Table 2 to Table 5, Samples 1 to 4 are superior in smoothness and suppleness compared to Control Products 1 and 2, and both are excellent in touch, non-sticky, and excellent in moisture retention. It was supposed to be. In particular, Samples 3 and 4 were evaluated higher than Samples 1 and 2 in any sensory test, but as a factor, the cosmetic component 71 of the auxiliary component 7 was impregnated in addition to the isotonic solution 3. It seems to be.
Overall, all of the samples 1 to 4 have been favorably evaluated in each sensory test, and the reason is that the isotonic solution 3 having an osmotic pressure adjusted to 200 to 400 mOsm was used. Seem. In any case, there seems to be no problem in use.

Experimental Example 2 (Verification of sample 1 to sample 4 against sunburn)
Paneler = 24 employees working at the applicant's company (Persons who had never harmed health were selected for the two months prior to the experiment date)
Weather on experiment day = fine weather, average temperature = 30 ° C
Experiment time = 3 hours from 12 to 15:00,
Sunburn area = Both arms were taken out of clothing and field work was performed.
Gender and age of 24 panelists
The men and women of each age were divided into four groups.

1st group (3 men, 3 women)
Cover the sunburn part of the left arm with the sample 1, cover the sunburn part of the right arm with the control product 1 and leave it for about 30 minutes. After 30 minutes, the sample 1 and the control product 1 are removed. In the cover part, the hot flash due to sunburn was substantially reduced, but in the cover part of the control product 1, there was a hot flash due to sunburn and pain. At the time when the whole night passed, there was no hot flash or pain in the cover portion of the sample 1, but hot flash or pain remained in the cover portion of the control product 1.
2nd group (3 men, 3 women)
Cover the sunburn part of the left arm with the sample 2, cover the sunburn part of the right arm with the control product 2 and leave it for about 30 minutes as it is. After 30 minutes, the sample 2 and the control product 2 are removed. Hot flashes due to sunburn in the cover of the sun were subsided. Although no hot flashes or pains were felt even when the whole night had passed, hot flashes and pain remained on the cover of the control product 2. Overall, there were few differences from Sample 1.
3rd group (3 men, 3 women)
Cover the sunburn part of the left arm with the sample 3, cover the sunburn part of the right arm with the control product 1 and leave it for about 30 minutes. After 30 minutes, the sample 3 and the control product 1 are removed. The hot flashes caused by sunburn in the cover of the cereal have been eliminated. Even when all night passed, it was smooth without any hot flashes or pain. The cover of Control 1 remained hot and pained after 30 minutes.
4, Team 4 (3 men and 3 women)
Cover the sunburn part of the left arm with the sample 4, cover the sunburn part of the right arm with the control product 2 and leave it for about 30 minutes. After 30 minutes, the sample 4 and the control product 2 are removed. The hot flashes due to sunburn in the cover of the were completely eliminated. Even when all night passed, it was smooth without any hot flashes or pain. The cover of Control 2 remained hot and painful.
Although the difference from Sample 3 was small, Samples 3 and 4 gave better results than Samples 1 and 2.

Experimental Example 3 (Verification of Sample 3 for scratches)
Paneler = 1 male employee working at the applicant's company (Person who scratched right elbow, communicated the purpose of the experiment to the subject and performed with consent)
Scratch range = about 10 cm in the length direction of the arm, about 4 cm in the width direction
Experimental method = Wipe half of the scratched part with the wet tissue 51 of the sample 3 and covered with a new wet tissue 51, and the other half with a wet tissue of the control product 2 and covered with a new control product 2 for 12 hours. When the progress was observed, almost no pain was found in the scratch treated with Sample 3, but the pain remained in the scratch treated with Control 2. Thereafter, a new wet tissue 51 and the control product 2 were replaced about every 12 hours, and after 3 days, the portion treated with the wet tissue 51 of the present invention recovered quickly.
This can also be learned from the experimental example of the prior application isotonic solution.

Experimental Example 4 (Verification of stick type 16)
Sample 5 = paper towel 52 of stick type 16 manufactured in the fourth embodiment
Sample 6 = paper towel 52 in which sample 5 is impregnated with cosmetic ingredient 71
Dilution water 4 of samples 5 and 6 = same deep water freshwater n1 as samples 1 and 2 is used.
The isotonic solution 3 of Samples 5 and 6 was adjusted to the same osmotic pressure of 305 mOsm as Samples 1 and 2.
As the wiping material 2 of Samples 5 and 6, a pulp-type water supply nonwoven fabric was used.
The package 6 of the samples 5 and 6 = the long thin bag 66 is used.
Contrast 3 = Stick-type paper towel Sunnap Co., Ltd. (3-21-2 Kanda Sakuma-cho, Chiyoda-ku, Tokyo)
Wiping material = Virgin pulp nonwoven impregnated with water, alcohol, preservatives, etc.

The sensory test of Samples 5 and 6 and Control 3 was performed.
Paneler = 20 employees working for the applicant's company (performed by selecting a person who had never had any health problems in the two months before the sensory test date)
Gender and age of 20 panelists
Samples 5 and 6 and a control product 3 were given to each paneler, and in the same manner as in Experimental Example 1, (1) smoothness, (2) suppleness, (3) stickiness, and (4) protective moisturizing feeling on the skin were tested. went.
Table 9 shows a summary of the results.

As a result, the samples 5 and 6 were more significant than the control product 3, but “smoothness” and “smoothness” were slightly inferior to the wet tissue 51 and the wet cotton 53. However, about the “sticky state” and “protective moisturizing feeling against skin”, almost the same impressions were obtained.

The manufacturing process of the wiping material 2 according to the present invention is not limited to the embodiment. For example, as shown in FIG. 4-3, the mixture of the isotonic solution 3 and the preservative 9 is sprayed on the wiping material 2 with a spray 21. It is also possible to impregnate by spraying a mixed solution of isotonic solution 3, preservative 9 and auxiliary component 7.
As dilution water 4, it is also possible to perform dilution adjustment using seawater-based freshwater separated from seawater instead of deep-seawater-based freshwater n1. Furthermore, it is possible to use at least one of terrestrial fresh water and artificially produced distilled water. In any case, it is important to adjust the osmotic pressure to 200 to 400 mOsm.

When the wiping article 1 is a box type 14, a box-shaped container 64 made of synthetic resin or paper is used as the package 6 as shown in FIG. The box-shaped container 64 accommodates a certain amount of wet tissue 51 in which the isotonic solution 3 and the preservative 9 are immersed in the box body 64a, and the wet tissue 51 is collected from the lid outlet 64c of the lid body 64b. Pull out one by one.
When the wiping article 1 is a bottle type 15, a cylindrical container 65 made of synthetic resin or paper is used as the package 6 as shown in FIG. This cylindrical container 65 accommodates a certain amount of the wet tissue 51 in which the isotonic solution 3 and the preservative 9 are immersed in the bottomed cylindrical body 65a, opens the lid 65b, and opens the bottomed cylindrical body 65a. The wet tissues 51 are pulled out one by one from the bottom outlet 65c.

The wiping material 2 is not limited to paper, and the material is free. For example, cloth, non-woven fabric, and antibacterial fibers can be used. In addition, the wiping material 2 cut to the required length is alternately folded to form a laminate, which is immersed in a mixture of isotonic solution 3 and preservative 9, and isotonic solution 3 and preservative 9 are It is also possible to impregnate.
In addition to the products described above, the wiping article of the present invention can also be applied to various sanitary textile products used in direct contact with the skin, such as gauze, wiping cloth, cut cotton, and the like.

In the case of the pillow packaging type 12 and the refill type 13, the wet tissues 51 can be alternately folded and stacked, and the stacked body can be stored.
The paper towel 52 is not limited to the above-described embodiment, and includes a sheet-like apron used when cooking or eating, or a cloth towel, wiping paper, or kitchen towel.
In the wiping article 1 of the pocket type 11, the refill type 13, the stick type 16, the pack type 17, and particularly the pack type 17, these are similar to the sterilization means generally used in packaging foods as shown in FIG. If the retort processing is performed by the retort device 30 as described above, the principle is the same as that of canning and bottling, and a shelf life of one year or more can be obtained. That is, the door 31 of the retort device 30 is opened, the hook 32 is opened, the wiping article 1 is placed inside the hook 32, the door 31 is tightened, and the inside of the pot 32 is, for example, pressure 0 kg / cm 2, temperature 100 Sterilize under pressure and heat at ~ 120 ° C for 4-20 minutes or longer.

In Experimental Example 2, the effect of the samples 1 and 3 on the sunburn portion was not verified. Seems to be obtained.
In Experimental Example 3, the effects of Samples 1 and 2 and Sample 4 on scratches were not verified, but it seems that Samples 1 and 2 can obtain substantially the same effect as Sample 3, and Sample 4 is more significant. It seems that a good effect can be obtained.
In addition, the preservation test of the wiping article according to the present invention, specifically, the growth of mold and bacteria in the samples 1 to 6 will be investigated over time.

DESCRIPTION OF SYMBOLS 1 Wiping goods, 11 Pocket type, 12 Pillow packing type, 13 Refill type 14 Box type, 15 Bottle type 16 Stick type, 17 Pack type 2 Wiping material 3 Isotonic liquid 4 Diluted water 5 Wiping material, 51 Wet tissue , 52 Paper towel 53 Wet cotton 6 Packaging 61 Small bag, 61a Opening 62 Pillow bag, 62a Bag outlet, 62b Pillow 63 Square tube bag 64 Box-shaped container, 64a Box body, 64b Lid, 64c Lid Outlet 65 Cylindrical container, 65a Bottomed cylinder, 65b Lid, 65c Bottom outlet 66 Long bag 67 Pack bag 7 Auxiliary component, 71 Cosmetic component, 72 Preference component 8 Multi-stage electrodialysis treatment means, 81 One treatment tank, 82 Second treatment tank 9 Preservative 20 Storage tank 21 Spray 30 Retort device, 31 Pot, 32 Door, 33 Air Link N deep ocean water (Sea of Japan-specific cold water)
n1 deep water freshwater, n2 concentrated deep water, n3 mineral concentrated water, n4 concentrated salt water

Claims (6)

  It consists of a wiping material (5) and a package (6) containing the wiping material (5). The wiping material (5) is at least isotonic derived from seawater or deep sea water in the wiping material (2). A wiping article impregnated with a liquid (3) and a preservative (9).   The wiping article according to claim 1, wherein the deep sea water is cold water (N) inherent to the Sea of Japan, and the isotonic solution (3) is equivalent to a physiological saline solution using cold water (N) diluted with the Sea of Japan (4). A wiping article having an osmotic pressure adjusted to 200 to 400 mOsm.   The wiping article according to claim 2, wherein the dilution water (4) is a deep-water fresh water (n1) separated from cold water (N) inherent to the Sea of Japan.   The wiping article according to claims 1 to 3, wherein the wiping material (5) is impregnated with an auxiliary component (7), and the auxiliary component (7) is a cosmetic ingredient (71) used in cosmetics, A wiping article comprising at least one component with a preference component (72) having preference.   The wiping article according to any one of claims 1 to 4, wherein the wiping material (5) is one of wet tissue (51), paper towel (52) and wet cotton (53) comprising a wiping material (2). A wiping article characterized by   The wiping article according to claims 1 to 5 includes a pocket type (11) for storing a wet tissue (51), a pillow packaging type (12), a refill type (13), and a box type (14). A wiping article comprising a bottle type (15) and a stick type (16) for storing paper towels (52) and a pack type (17) for storing wet cotton (53).