KR19990083964A - Far-infrared Ray mineralpowder sanitary pad absobent core design - Google Patents

Abstract

The present invention, pharmacological effect Far-infrared Ray Radiant Mineral Stone Powder Synthetic Sanitary Napkin Pad is a functional sanitary napkin for obtaining pharmacological action by adding a far-infrared ray to the Absorbent core with granite which is a differentiation product of magma. It is a pad. Among the rare earth stones produced on the Korean Peninsula, granite-based rocks that emit far infrared rays are mixed with 90% radiated rocks at 23 ° C and 93% radiated rocks at 40 ° C. By applying various additives, hemostatic, antibacterial, deodorant, and other physiological pharmacological effects by far infrared radiation when worn.

Description

Pharmacological effect Far-infrared Ray mineralpowder sanitary pad absobent core design}

The present invention, the physiological effect related to the far-infrared radiation mineral stone powder synthetic sanitary napkin pad sanitary napkin absorbent layer ( ) Is inserted into the core layer (core laid) layer of the paper containing herbs, such as herbs, and anticipated effects such as suppressing bacterial development or menstrual cramps, and there is a scented product. However, some of these products seem to be getting a real pharmacological effect, but the problem is that the dark color of the herb is exposed because of the need to be installed near the top dry mesh cover of the sanitary napkin to maximize the pharmacological effect. do. In addition, the technical problem in the manufacturing process is to implant on the paper to obtain the pharmacological components of the medicinal herbs is usually sanitary napkin absorbing layer ( ) Also has the disadvantage of increasing the production cost due to the operation of the process. Therefore, the technical problem of the existing pharmacological sanitary napkin is a product that symbolizes cleanliness, and it can be summarized as visual rejection of the coloring of herbal medicine on the sanitary napkin, volume increase due to problems in the manufacturing process, rise in production cost, and firm fit have.

And for the sake of physiological deodorization, the general fragrance is added, sometimes reversing the secret women's cycle.

The present invention, the pharmacological effect far infrared radiation mineral stone synthetic sanitary pad pad as described above, the conventional problems used to obtain the pharmacological effect of the existing sanitary napkins have been proven room temperature far-infrared infrared rocks such as permeability and permeability and pharmacological action 2 is for the purpose of solving the technical problem.

1) the thin absorbent layer of FIG. In the polymer absorbing sheet (5) layer located at the bottom, conventionally absorbing only the polymer absorbent (s) (SAP: Super Absorption Polymer) onto the lamination process to obtain the pharmacological effect according to the purpose of the present invention to obtain far-infrared radiation. Lay-up by mixing the mixed far-infrared radiated stone powder core polymer absorbent (St) with nuclear as mixed nucleus powder, which makes it possible to manufacture without any change in existing and visual or process technology, and induces far-infrared radiation with excellent permeability. will be.

2) the absorber layer of FIG. In the middle of the highly concentrated cotton nonwoven pulp (4) is placed in the middle portion of the polymer absorbent (s) and the powdered fertilized with a powdered powder to sandwich the nonwoven pulp (4) with a tissue (T).

3) Fig. 2 is a thin coating of far-infrared radiation-mixed stone powder on paper, or by diluting the mixed stone powder with water to immerse the paper and implanting it. It is a technique for radiating far-infrared rays by inserting between the lower portion of the nonwoven pulp 4 and the tissue (T).

Perspective view of a general structure of the thin sanitary napkin of FIG.

1 is a cross-sectional structural view of the general structure of the sanitary napkin

Structure diagram of SAT (super absorption polymer) sheet by mixing the polymer absorbent and stone powder in the thin physiological absorption layer of FIG.

2 is a structural diagram in which the polymer absorbent and stone powder are respectively implanted into a highly concentrated nonwoven layer that is a sanitary napkin absorbing layer.

2 is a structural diagram in which stone coating paper is adhered to a sanitary napkin core layer layer

<Description of the symbols for the main parts of the drawings>

1- Dry mesh cover

2- Pulp tissue

3-Swirl Adhesive

4- Highly Condensed Non-Pulp Pulp

5- polymer absorption sheet (SAP sheet: Super Absorption Polymer)

6- Lycra Band (Lycra Type Leg Elastics)

7- Poly Backsheet

8- Silicone Release Paper

Absorbent Core

F-nonwoven pulp portion on the pain axis

Y- Far Infrared Radiant Mineral Stone Granule Particles

P- Pulp Paper

Super Absorption Polymer (S-SAP)

St-Far Infrared Radiant Stone Core Polymer Absorber

T-Tissue

X- Far Infrared Radiant Stone Coated Paper

The present invention, the pharmacological effect Far infrared radiation mineral stone synthetic sanitary napkin pad described as follows by the accompanying drawings.

First of all, typical composition of sanitary napkin

As shown in FIG. 1B, a physiological absorption surface called a dry mash cover 1 or a perforated film and an absorbent core (Absorbent Core) having a function of absorbing and storing physiology immediately below it ( It consists of a Poly Backsheet (7) which is installed and supports them.

Absorption layer Each manufacturer uses a unique method, which is usually sprayed with a superabsorption polymer (SAP) (5) in the middle of a highly concentrated nonwoven pulp (4), or a highly concentrated nonwoven pulp that is just a pulp nonwoven. 4) It has a structure in which a portion is bonded to a super absorbent polymer sheet (SAP sheet) (5).

Component composition ratio of the mineral rock powder to be mixed to obtain the pharmacological effect of the present invention is as follows.

Each rock having the composition ratio as shown in the above table is pulverized to the required standard using powder engineering, and impurities and harmful minerals are removed, and then mixed stone powders having different component ratios according to the required pharmacological effect and far infrared radiation effect are made. Thus made powder (powder) in the sanitary napkin absorbing layer ( Let's configure the installation as follows.

1) the thin absorbent layer of FIG. Far Infrared Radiant Stone Powder Core Ferretized with Polymer Absorbent (S) SAP (Super Absorption Polymer) As Nuclei When Laminating the Polymer Absorbing Sheet (5) Located at the Bottom of It is a block diagram of the method of implanting a polymer absorbent (St) in an existing process.

2) the absorber layer of FIG. When sandwiching the highly concentrated non-woven pulp (Pulp Fluff) (4) located in the middle of), the polymer absorber (S) (SAP: Super Absorption Polymer) and the mixed stone (Y) are in powder state. Or, pelletizing (pelletizing) is a method of randomly implanting each of the highly concentrated non-woven pulp (4) is wrapped around the tissue (T).

3) C of FIG. 2 is a configuration of a method of laminating a far-infrared radiation mixed powder coated paper coated with far-infrared radiation mixed stone powder in the middle of a highly concentrated nonwoven pulp 4 and a tissue (T).

Pharmacological effect of the present invention, the effect of the far-infrared radiation mineral composition synthetic sanitary pads can be divided into technical effects in manufacturing to obtain a pharmacological effect and a pharmacological effect rise.

The pharmacological effect of the present invention is that the pharmacological action of the central rock powder and the far-infrared radiation at room temperature are excellent. The table below shows the analysis of their pharmacological effects, which were tested by the US Food and Drug Administration (FDA), the Japan Chemical Testing Institute, the Korea Advanced Institute of Science and Technology, the Korea Institute of Science and Technology, the Korea Mining Promotion Agency, and the Korea Institute of Building Materials Testing and Research. .

As described in the table above, we have described several pharmacological effects that are currently being tested or tested. In addition to the pharmacological verification by these tests, the incidence of uterine cancer in our ancestors is extremely minimal. It is also possible to guess that far infrared rays have a physiologically useful effect on women because of the fact that the far infrared rays are radiated from the women, and the women absorb the far infrared rays every day.

The technical effect of manufacturing is that it is possible to add stone powder when adding SAP to the absorbent core layer, so unlike other pharmacological sanitary napkins, no new process is required for manufacturing, and the physiological adsorption effect can be obtained together with SAP.

The economic effect is that most of the technology of the sanitary napkin belongs to the developed country, while the main material of the present invention is the rock powder is found only in the terrain of the Korean peninsula, so that the effect of developing export products can be achieved.

Claims (1)

1) Application of far-infrared radiant mineral stone to sanitary napkin to get pharmacological effect when using women's sanitary napkin 2) The method of pelletizing the polymer absorbent (S) to be surrounded by the far-infrared radiation-mixed stone powder as a nucleus when forming the polymer absorbent sheet (5) as shown in Fig. 2 and implanting it on the polymer absorbent sheet. Way 3) Method of pelletizing far-infrared radiant stone powder in the form of small particles 4) When sandwiched in a highly concentrated nonwoven pulp (4) (F) as shown in Figure 2, the method of sprinkling with a polymer absorbent (S) and mixed far-infrared radiation mixed stone powder (Y) and implanted. 5) Method of adsorbing and coating the far-infrared radiation mixed stone powder on paper as shown in FIG. 2 and the method of immersing the paper pulp in the state of diluting the far-infrared radiation mixed stone powder in water and adsorbing it on the paper.