KR20000012353A - The method of adding Far-infrared Ray and mineral emission into sanitary pad for reducing the period pain - Google Patents

Abstract

PURPOSE: A method for manufacturing sanitary pad that adds a far infrared radiation mineral and a mineral raw material, is provided to gain the effect of medicine by adding a far infrared radiant material in an absorbent core when manufacturing the sanitary pad. CONSTITUTION: The sanitary pad adds a mineral and a mineral raw material such as sericite, bentonite, feldspar and alumstone for gaining far infrared radiant effect. When adding a SAP(super absorption polymer) to the absorbent core layer, the pad can be added the mineral and mineral powder together so as to reduce the manufacturing cost without a new process and get absorbing effect with the SAP. Also the mineral that radiates far infrared is found massively so as to export abroad.

Description

The method of adding far-infrared ray and mineral emission into sanitary pad for reducing the period pain}

The present invention relates to a method for adding a pharmacological effect to a female sanitary pad, and a method for obtaining a pharmacological effect by far-infrared radiation by adding a far-infrared radiator during the production process of the sanitary pad.

In general, sanitary napkin pads for pharmacological effects include By inserting paper containing herbs and herbs such as wormwood into the core laid layer, the product anticipates the effect of inhibiting germs and alleviating menstrual cramps, and adds fragrance to suppress bacteria and deodorization. There is a product to get. These products are benefiting pharmacologically in some people. However, since the cause of menstrual cramps in most women is not bacterial, the pharmacological effects that can be expected are limited to a few specific subjects. In addition, these products have to implant the additives near the top dry mech cover of the sanitary napkin in order to maximize the pharmacological effect, so the dark color of the added herbs can be exposed and visually unpleasant. In addition, in order to obtain the pharmacological components of the herb in the manufacturing process is usually implanted on the paper and the paper sanitary napkin absorbing layer ( The process must be fitted to As a result, production costs rise as the number of processes increases. In terms of wearing comfort, the volume of the product is increased according to the volume of the additive material, and it becomes harder according to the material of the additive material.

An object of the present invention is to manufacture a sanitary napkin pad which can obtain the effects of pain relief, antibacterial, deodorization, hemostatic action during menstruation by using the pharmacological action of far-infrared ray can be obtained by adding a far-infrared radiator in the manufacture of sanitary napkin Sanitary pads will support the manufacture of pads.

At this time, the far-infrared emitters used are minerals and ores having high far-infrared emissivity, such as sorghum, kaolin, chloroplast, bentonite, feldspar, alum, etc., and these raw materials are processed and added to fine powder or liquid.

Far-infrared rays are a type of electro magnetic wave that is a wavelength of light, and is characterized by resonance when absorbed by molecules or atoms of the same frequency. This motion is called resonant motion. When resonant motion occurs, energy is generated in the molecule, and the generated energy has a property of activating the molecule. Therefore, the effect of far infrared rays can be seen as activation energy. Due to this feature, it is also called a hot wire by raising the temperature, and by this effect, dysmenorrhea relief can be obtained. And menstrual cramps felt by most women of childbearing age are not bacterial symptoms but blood flow to the uterus and other surroundings due to excessive secretion of prostaglandin, a hormone associated with muscle contraction to release menstrual blood from the uterus during menstruation. Is a symptom caused by ischemia in terminal tissues that do not receive a smooth oxygen supply. Therefore, by wearing a far-infrared radiation sanitary napkin at the time of menstruation, the pain caused by the decrease in body temperature and blood and oxygen deficiency coming from the blood flow and the blood and oxygen deficiency alleviate the pain through smooth blood supply and sufficient intravascular oxygen supply by the resonance effect of the far infrared. This menstrual pain relief is getting good results in the clinical trial of the present invention

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 a super absorbent polymer (SAP) sheet in which a polymer absorbent of a thin physiological absorption layer of FIG. 2 and a material processed from powder or liquid into mineral and ore raw materials are mixed.

2 is a structural diagram of a polymer absorbent and a mineral or ore raw material processed in powder or liquid phase onto a highly concentrated nonwoven layer, which is a sanitary napkin absorbing layer, respectively.

2 is a structural diagram in which a coated paper fabricated by processing mineral and ore raw materials is bonded 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

Granule particles processed from Y-far infrared mineral and ore raw materials

P- Pulp Paper

Super Absorption Polymer (S-SAP)

St-Core Polymer Absorber Processing Far Infrared Radiation Minerals and Ore Raw Materials

T-Tissue

Coated paper processed from X-far infrared mineral and ore raw materials

Hereinafter, described in detail by the accompanying drawings as follows.

First, typical sanitary napkins have a physiological absorption surface called a dry mash cover 1 or a perforated film and an absorbent layer (Absorbent Core), which absorbs and stores the physiology immediately below it, as shown in FIG. ( 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).

Mineral and ore raw materials are ground using powder engineering to grind these raw materials to the required specifications, remove impurities and harmful minerals, and then, the powder thus prepared is absorbed in a sanitary napkin absorbing layer ( ) Is added as follows.

First, as shown in FIG. A far-infrared radiation powder core polymer absorbent ferretized with a polymer absorbent (S) SAP (Super Absorption Polymer) powder as a nucleus when laminating the polymer absorbing sheet (5) located at the bottom of the sheet). Method of implanting (St) on an existing process.

Second, as shown in FIG. When sandwiching the highly concentrated nonwoven pulp (Pulp Fluff) (4) located in the middle of Method of wrapping a highly concentrated non-woven pulp (4) in a tissue (T) by pelletizing and randomly implanting each.

Third, a method of laminating the far-infrared radiation mineral and ore-coated paper coated with the far-infrared radiation powder in the middle of the highly concentrated nonwoven pulp (4) and the tissue (T) as shown in FIG.

The effects of the present invention, far-infrared radiation mineral and ore raw material sanitary pad pad for relaxation of menstrual pain can be divided into technical effects in manufacturing to obtain a pharmacological effect and pharmacological effect rise.

A feature of the present invention is that the far-infrared radiation mineral and ore raw material described above has a high far-infrared emissivity at room temperature and thus has excellent pharmacological effects.

In addition to the pharmacological tests that appear in tests and tests, the incidence of uterine cancer in traditionally our ancestors is extremely small because of the fact that women absorb far-infrared radiation every day because far-infrared rays are radiated from heat-fired heat when women write fireballs. It can be assumed that far infrared rays have a physiologically useful effect for women.

The technical effect of manufacturing is that it is possible to add mineral and ore powder together when adding SAP to the absorbent core layer. Unlike other sanitary napkins, unlike a sanitary napkin, there is no need for new process in manufacturing. The effect can be obtained.

The economic effect is that the technology of most sanitary napkins belongs to developed countries, whereas the far-infrared radiation minerals and ore raw materials, which are the main materials of the present invention, are found in a large amount on the Korean peninsula, and the effect of developing export products can be achieved.

Claims (1)

Female sanitary napkin pad for obtaining pharmacological effects As described above, the pads produced by the addition of far-infrared radiator during the production of the female sanitary napkin, which can obtain the pharmacological effect by far-infrared radiation, Cicada, kaolin (kaolin), bentonite, How to make feminine sanitary napkin with far-infrared radiation effect by adding mineral and ore raw material with high far-infrared emissivity such as feldspar and alum