KR102048772B1 - A Study on the Manufacturing Method of Sanitary Sheets Combining High-Sam Powder with Hwangto and Agingto and Illite - Google Patents

Abstract

The present invention relates to a manufacturing method for a sanitary sheet where sophora flavescens substances are combined with red clay, kaolin, and illite. The method comprises: a step of selecting red clay, kaolin and illite, pulverizing and mixing the same at a fixed ratio; a step of adding a sophora flavescens liquid into the mixture and manufacturing a mixture suspension; a step of diluting the manufactured mixture suspension; and a step of combining the mixture suspension with breathable woven fabric and drying the same. Thus, the manufacturing method for a sanitary sheet can manufacture a functional sanitary sheet capable of emitting a large quantity of anions and far-infrared radiation by forming a mixture film on the breathable woven fabric; having sterilization and insecticidal activities, antibiosis and a deodorizing function; providing adhesion such that the mixture film is not easily separated from the woven fabric; and even having an air purifying function. Therefore, the manufacturing method for a sanitary sheet can provide sanitary goods such as patient gowns, diapers, sanitary pads, gauze, and clothes or house mats for companion animals including bed sheets for patients in the hospital.

Description

A Study on the Manufacturing Method of Sanitary Sheets Combining High-Sam Powder with Hwangto and Agingto and Illite}

The present invention is finely selected and finely divided ocher, kaolin and illite, to prepare a mixture suspension by adding high ginseng liquid to a mixture of a certain ratio, by diluting the prepared mixture suspension liquid to dry the breathable fabric, A mixture film is formed on the substrate, which releases a large amount of anions and far infrared rays, and has sterilization, insecticidal, antibacterial, and deodorant functions. When the mixture film is used as a gauze, it exhibits adsorption power that is not easily relaxed in a breathable fabric. It is easy to manufacture functional sanitary sheet with air purifying function, and to manufacture sanitary products such as bed sheet of inpatient, gauze of patient, surgical gauze, general menstruation and diaper, pet clothes and rug of pet. It is intended to be used.

Bed sheets that are placed on the bed surface of inpatients, diapers, sanitary napkins, pet clothes, and rugs placed on the companions of pets should have good absorption because they come into contact with various fluids and other discharges. Trouble does not occur, and the amount of far-infrared rays and anions are abundant, good sterilizing power, antibacterial, deodorizing effect and smooth oxygen supply has been developed and used a composition using a mineral composition or herbal medicine mainly composed of clay.

However, the composition is generally known that the main component is simple and the effect is inadequate, and the gauze used in the surgical patient is attached to the skin surface when dry combined with the body fluid discharged from the skin has a problem that is difficult to remove.

Patent Registration 10-0606452 Patent Publication 10-2016-0017800

The present invention has been developed to solve the above inconvenience.

The present invention finely mixes ocher, kaolin and illite, and mixes them at a constant ratio, and adds a certain amount of red ginseng extract to the agitated mixture to prepare a mixture suspension, and dilutes the mixture suspension to a predetermined concentration in a breathable fabric. Combined and dried to form a mixture coating on the breathable fabric to produce sanitary sheet paper with sterilization, insecticidal action and antibacterial, deodorant, purifying function.

The ocher selected by the present invention is a homogeneous and high porosity mineral, which contains various microorganisms, and is known as a mineral having various enzymes causing circulation.

In addition, ocher has a large amount of calcium carbonate (CaCO3), which has a viscosity that is not easily broken by calcium carbonate, and turns into clay when water is added. Silica, alumina, iron, magnesium, sodium, kali, etc. It is formed as a large honeycomb structure with a large surface area of the multi-layer structure. In this hole, far-infrared rays are absorbed and stored in a large amount, and radiate when heated to stimulate molecular activity of other objects. In other words, ocher is a silicon mineral that has absorbed solar energy for many years. It releases anions, and there is an active yeast called karatase in ocher soil, which has bioactive substances that reduce and decompose and decompose active oxygen and peroxide. It does not change the effect even when heated, and is used for the manufacture of packs of packs, ocher packs and mud packs. Ocher microorganisms include algae bacteria that synthesize biomaterials, penicillin bacteria, barblen bacteria, and Schibbs bacteria that make carbon dioxide into carbon dioxide, so they can detoxify and detoxify and detoxify, and enzymes make antibiotics for powerful anti-cancer and antibacterial effects. It is a mixed weathering material of crystal, feldspar, granite, and mica, which is rich in more than 25 kinds of essential minerals to supply beneficial minerals to our human body, and releases large amounts of negative ions to convert acidified constitution to alkalinity and forest effects indoors. It is possible to produce a weakness, it is known to work to cure adult diseases.

Kaolin is a clay mineral produced by weathering in which feldspars, feldspars, soda feldspars, and feldspars in rocks are chemically decomposed by carbonic acid or water. The main minerals are kaolinite and halosite. And the alumina octahedral layer has a porous structure of 1: 1.

This structure has the characteristics of inert clay which has little expansion and contraction of clay, and has an excellent absorption ability. Therefore, it has good adsorption power and when used on the skin, it softens the skin and acts to calm skin troubles.

Mixing 20-35% by weight of water with kaolin gives plasticity, and mixing more water creates a thick suspension. In addition, by atomizing kaolin to a diameter of 2 μm or less, it is possible to make a suspension-free suspension, which can be bonded to a breathable fabric to form a suspended film of a certain thickness.

Illite is a clay mineral and is a fine mica mineral that occurs in tuff rock layers that are not rich in aluminum. Some of the minerals are chemically composed of (K, H3O) Al2 (Si, Al) 4O10 (H2O, OH) 2. Relatively more silicon dioxide (SiO2) magnesium oxide (MgO), less potassium oxide (K2O).

It is a series of minerals such as hundreds of mica, and has high anion and far-infrared emissivity, excellent adsorption and desorption ability for specific radioactive materials, and adsorption and deodorization of heavy metals and toxic gases. It generates a large amount of dissolved oxygen in water, activates non-molecules, and acts as a bacterium for viruses, bacteria and fungi. Excellent for sterilization and odor removal, high moisturizing effect, heat storage insulation function, adsorption and decomposition of various heavy metal organic substances toxic substances on the skin. It does not form lumps and has excellent adhesiveness.

Ginseng is a vegetable that has strong sterilization and insecticidal properties, and is easy to obtain anywhere in Korea.

The present invention mixes the fine powder and the high ginseng solution at a constant ratio, and agitates to prepare a mixture suspension, dilute and bind to the surface of the breathable woven fabric to dry, thereby forming a mixture film on the surface of the breathable woven fabric to sterilize, insecticide, antibacterial, A sanitary sheet having a deodorizing and purifying function is produced, and the sanitary sheet can be used for manufacturing various sanitary articles.

The present invention prepared as described above can manufacture a sanitary sheet formed with a mixture coating 1 of the mixture of ocher, kaolin, illite and high ginseng liquid on the surface of the breathable woven fabric 2, and the sanitary sheet is an inpatient bed sheet ( 4) When applied to sanitary sheet, anion and far infrared rays are radiated from the sanitary sheet to adsorb and sterilize the wastes generated in the inpatient body, and to prevent infection and to prevent bedsores by smoothly supplying oxygen due to antibacterial and deodorizing effect. The release of the to improve the patient's mood, air purification effect can improve the bed environment,

In addition, when the sanitary sheet of the present invention is applied to the manufacturing of the surface layer of the sanitary napkin 3 or the diaper 30, the body fluid is quickly adsorbed to be accommodated in the constriction portion 3a, thereby preventing leakage to the outside of the outer shell 3b. It disinfects and deodorizes insects by emitting anion and far-infrared rays on the surface in contact with the skin, preventing infection and preventing skin sores, keeping skin healthy and making the coating surface smooth and smooth. By releasing oxygen to make the environment of the wearing part comfortable, it is possible to make a product that gives a comfortable fit without discomfort even when worn for a long time, and the hygiene sheet of the present invention absorbs the body fluid discharged from the skin when used in the gauze of the surgical patient And antibacterial, deodorant, gauze does not adhere to the skin can make the product easy to remove, can be used for the manufacture of patient clothing,

In addition, the present invention, when used in the manufacture of pet clothes (5) or rugs (6) of pets, the release of negative ions and far-infrared radiation, antibacterial, deodorant, sterilization, insecticides can prevent the growth of bacteria and bacteria. It has strong absorption ability, so it can absorb the excreta quickly and prevent it from leaking to the surroundings, and it can get the advantage of clearing the surrounding environment by eliminating the smell of the excreta, and acquire the material from the minerals and plants. It is easy to obtain an advantage that can be produced hygiene products that are harmless to humans or animals and do not pollute the environment.

1 is an exemplary view of a sanitary napkin to which the present invention is applied
2 is a cross-sectional view of FIG.
Figure 3 is an illustration of applying the present invention to the bed sheet of the inpatient
Figure 4 is an illustration of applying the present invention to a companion animal clothes
5 is an exemplary view applying the present invention to a baby diaper
6 is an exemplary view of the present invention applied to the rug of the animal habitat.

In the present invention, by adding the fine powder mixture of ocher, kaolin and illite, and high ginseng liquid, the mixture suspension stirred by adding to the breathable woven fabric (2) and dried, thereby forming a mixture coating (1) on the breathable woven fabric (2) It is possible.

The mixture of the present invention is a raw material preparation step of selecting ocher, kaolin, illite and ginseng,

Ocher fine powder preparation step of heating the loess to 250 ~ 300 ℃ and finely divided into 300 ~ 600 mesh,

Kaolin fine powder preparation step of heating the kaolin to 250 ~ 300 ℃ and finely divided into 300 ~ 600 mesh,

And an illite differential preparation step of heating the illite to 250-300 ° C. and finely dividing it into 300-600 mesh.

The gosam root preparation is placed in water having a weight of 3 to 4 times the weight, and the concentrate is filtered until the amount of water is 1/3 by weight,

2 to 5 times water by weight ratio to finely divided loess, put into a container and stirred for 4 to 5 hours at 30 to 40 ° C, and repeating the steps of 2 to 3 times to precipitate 4 to 5 hours ,

A mixture suspension preparation step of stirring for 4 to 5 hours by mixing 10 to 20% by weight of finely divided kaolin, 5 to 15% by weight of finely divided illite and 6 to 10% by weight of high ginseng solution;

A mixture suspension dilution step of diluting by adding water to the mixture suspension in an amount of 20-30% by weight;

A mixture bonding step of spraying or applying the diluted mixed liquid mixture to the surface of the breathable fabric,

The breathable woven fabric with the mixture suspension blended is dried at 30 to 35 ° C. to produce a mixture coating 1 on the breathable woven fabric 2.

1 kg of finely divided ocher was added to a container, and 5 kg of water was added, stirred for 4 hours, and precipitated for 4 hours. The filtered ocher solution was poured into 5000 g of finely divided kaolin, 800 g of finely divided illite and 400 g of high ginseng solution for 4 hours. To obtain a mixture suspension, add 5 kg of water to the mixture suspension, dilute it, and spray the diluted mixture suspension 2-3 times on the surface of the breathable fabric 2, and dry at 30 to 35 ° C to work with loess and kaolin. A hygienic sheet paper in which the mixture film 1, in which the high ginseng component is bonded to the light mixture, is bonded to the breathable fabric, was prepared.

1: Mixture coating 2: Breathable fabric
3: sanitary napkin 3a: constriction
3b: sheath 4: bed sheet
5: clothes 6: rug
30: diaper

Claims (1)

Raw material selection preparatory step of selecting loess, kaolin, illite, and ginseng,
A raw material grinding step of heating the loess, kaolin and illite to 250-300 ° C., and then grinding them to a size of 300-600 mesh;
A step of producing gosam solution, which is concentrated and filtered until the amount of water is mixed with iron by adding red ginseng root to water having 3 to 4 times the weight,
2 to 5 times water by weight ratio to finely divided loess, put in a container, stirred for 4 to 5 hours at 30 to 40 ° C, and repeating the steps of 2 to 3 times to precipitate 4 to 5 hours,
A mixture suspension preparation step of stirring for 4 to 5 hours by mixing 10 to 20% by weight of finely divided kaolin, 5 to 15% by weight of finely divided illite and 6 to 10% by weight of high ginseng solution;
A mixture suspension dilution step of diluting the mixture to 20-30% by weight of water by adding water to the mixture suspension;
A mixture bonding step of spraying or applying the diluted mixture suspension 2 to 3 times on the surface of the breathable sheet;
Preparation of sanitary sheet paper combining high ginseng components in ocher, kaolin and illite, in which the mixture coating (1) is formed on the breathable woven fabric (2) by sequentially drying the breathable sheet combined with the mixture at 30 to 35 ° C. Way

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