KR100536556B1 - Functional material for promotion of health and manufacturing method - Google Patents

Abstract

The present invention extracts from 48 kinds of natural minerals and biological materials beneficial to the human body from nature and then powderized and coated on the surface of the fabric to provide a functional garment that considers the health of the clothing simply worn. It relates to a functional material and a method of manufacturing the same, and in particular, to foam and to the fabric to be used for the prevention and treatment of adult diseases and for health supplements by the beneficial physical properties.

In particular, it is known that various health supplements using materials such as ocher, germanium stone, charcoal, jade, magnets, or ganban stone or chitosan are obtained according to the characteristics exerted by them. As the advanced medical community recognizes the effects of the above-mentioned folk remedies on these effects, the amount and range of their use are expanding in recent years.

The present invention is a coating treatment on the surface of the fabric after extracting and powdering 48 kinds of beneficial natural and biological materials by a large number of materials applied in order to obtain better far-infrared rays and derive an optimal wavelength from the conventional elvan By suppressing bacteria and removing odor with high antibacterial rate and deodorization rate, it provides pleasant and hygienic environment and increases far-infrared ray emission. It shows the most beneficial wavelength (8 ~ 14㎛) for human body and penetrates deep into skin The expansion of capillaries promotes blood circulation and provides beneficial energy to each part of the human body to contribute to national health by preventing and treating adult diseases.

Description

Functional material for promotion and manufacturing method thereof {Functional material for promotion of health and manufacturing method}

The present invention extracts from 48 kinds of natural minerals and biological materials beneficial to the human body from nature and then powderized and coated on the surface of the fabric to provide a functional garment that considers the health of the clothing simply worn. The present invention relates to a functional material and a method for manufacturing the same, and is intended to be used for the prevention and treatment of adult diseases and for health assistance by foaming on a fabric.

As is well known, modern people suffer from various adult diseases due to excessive mental labor stress from the development of industrial society, but it is noted that the medical treatment technology is not known for the adult diseases caused by such stress.

Accordingly, it is known that various health supplements using magnets, such as ocher, germanium, charcoal, jade, and magnets, or elvan, chitosan, etc. are obtained according to the characteristics exerted by them. As the advanced medical community recognizes the effects of the above-mentioned folk remedies on these effects, the amount and range of their use are expanding in recent years.

In addition, by attaching the material in the shape of a dot to the clothing to stimulate the human body by stimulating the acupressure by the protrusion with a pharmacological effect to increase the treatment and prevention effect.

With this prior art, Korean Patent Publication No. No. 8968 discloses printing ink mixed with magnetic powder, copper powder, ceramics, and PVC on a sock, a silk, etc., so that the stimulus material is fixed in the shape of a dot in clothing, and then stimulated by wearing it. In addition to preventing and treating geriatric diseases caused by far-infrared rays emitted from the substance, it is possible to obtain acupressure effect that stimulates the skin by stimulation by solids of protruding dots.

Other printing methods include pigment printing, rabana printing and foam printing, but since the resins used as adhesives are generally urea resins or melamine resin systems, formalin or heavy metals are often detected and thus fatal to humans. It has the disadvantage of being harmful.

In addition, Korean Patent Application Laid-Open Publication No. 98-2178 aims to impart antibacterial and deodorizing function to a conventional wallpaper, and as a means for achieving this purpose, it is composed only by mixing a specific content of loess. In the panties of the examples, the antimicrobial test results in a lung tip where black mold, blue mold, and athlete's foot fungi multiply, and the additive is composed of a substance causing environmental pollution. In contrast, Korean Patent Publication No. 10-2001-0036750, which is produced with ink, has at least one kind of human stimulus material selected from the group consisting of ocher, charcoal, jade or germanium stones. Inspiration for human body that prints on textile paper by mixing urea resin and melamine with adhesive In,

40% by weight of polyvinyl dichloride, 44% by weight of epoxy soybean oil, 15% by weight of bioceramic, and 1% by weight of oil-based foaming agent. In the human stimulation ink which is mixed with urea resins, melamine and the like with at least one of the stimulus materials selected from the group consisting of adhesives and printed on textile paper, polyvinyl dichloride weight% and epoxy soybean oil, bioceramic, oily There has been proposed a foaming ink incorporating a health-stimulating human stimulant composed of an appropriate mixing ratio of a blowing agent.

The foregoing inventions have been limited to ocher, charcoal, jade or germanium stones commonly known as human stimulants, and the predetermined infra-red emission, which is a human stimulus, has been very weak and has not been able to increase the effect to be obtained therefrom.

The present invention has been made in order to improve the above problems, especially extracting 48 kinds of beneficial natural materials and biological materials from the nature by a number of materials that are applied in order to obtain better far infrared rays and to derive the optimum wavelength than the conventional elvan Powdered and coated on the surface of the fabric to remove bacteria and suppress odors with high antibacterial and deodorant rates to provide a pleasant and hygienic environment and to increase the far-infrared emission to show the most beneficial wavelength (8 ~ 14㎛) for the human body. It penetrates deep into the skin, promotes blood circulation by increasing body temperature and capillary expansion, and delivers beneficial energy to each part of the human body, thereby contributing to national health by preventing and treating adult diseases.

Embodiments for achieving the above object of the present invention will be described in more detail.

Functional materials and methods for manufacturing the same are described in more detail with respect to the functional material and the method of manufacturing a functional natural mineral material and biological material to be coated on the surface of the fabric after extracting from 48 natural powders.

Material process

Primary mineral material process

The natural primary mineral material of the following Table <I> is mixed by data in a specified amount and calcined for 27 hours at a high temperature of 1,280 ° C. (baked at a constant temperature) to grind the dissolved solid to obtain a primary mineral material.

Mineral material table <Ⅰ>  1. feldspar (9% by weight) 2. quartzite (3% by weight) 3. lime (5% by weight) 4. kaolin (2% by weight) 5. dolomite (3% by weight) 6. bow Stone (1% by weight) 7. Stone (1% by weight) 8. Fluorite (2% by weight) 9. Yellow soil (5% by weight) 10. Oxide (8% by weight) 11. Tin oxide (11% by weight) %) 12. Elm rock (9% by weight) 13. Gold rutile (10% by weight) 14.Leadstone (3% by weight) 15.Germanium (3% by weight) 16.Each tinite (4% by weight) 17 Mica (8% by weight) 18.Black hair (4% by weight) 19.Alumina (2% by weight) 20.Zirconium (7% by weight) 100% by weight

Second mineral material process

The secondary mineral material of the following Table <II> is mixed by data and calcined (晋 燒; calcine, burned in stages with time and temperature differences to remove volatile components and made of ash) to obtain a secondary mineral material.

The calcination method at this time is to load each raw stone in the calcination kiln according to the data and hold it for 30 minutes at 250 ° C / 30 minutes at 550 ° C / 20 minutes at 870 ° C / 1 hour at 1,110 ° C for easy grinding It turns into a substance, which is finely ground to obtain a secondary mineral material.

  Mineral material table <Ⅱ> 1.Sancheongsasato (11% by weight) 2.Jeju volcanic stone (15% by weight) 3.Oilous acid stone (13% by weight) 4.Burning plum stone (22% by weight) 5.Cheongsong flower stone (9% by weight) 3% by weight) 7.Namwon tin (7% by weight) 8.Membrane yarn (20% by weight) 100% by weight

Biological Materials Process

The biomaterials in Table <III> are mixed according to data as raw materials, and then burned to obtain ash as a tertiary material.

  Biomaterial Table <Ⅲ>  1. Coral (9% by weight) 2. Shell (13% by weight) 3. Seaweed (4% by weight) 4. Shell shell (15% by weight) 5. Reed root (8% by weight) 6. 칡 Root (8% by weight) 7.Bilberry (20% by weight) 8.Ash bark (3% by weight) 9.Skeleton (bone) (10% by weight) 10.Gye bone (7% by weight) 11.Ginkgo biloba 100% by weight of leaf (3% by weight)

Fusing process,

The melt | dissolution is obtained by mixing the member of the following Table <IV> by data.

The fluxes in Table IV are those fluxes that lower the melting point in the firing of primary and secondary mineral and biological materials.

  Ablative Table <IV>  1.Iron oxide (0.5% by weight) 2.Lactose per land oxide (1.0% by weight) 3.Lithium carbonate (0.3% by weight) 4.Narium (0.2% by weight) 5.Barium carbonate (0.7% by weight) 6.Magnesium (0.5% by weight) 7.Borax (4.0% by weight) 8.Cobalt chloride (0.5% by weight) 9.Boric acid (2.3% by weight) 10% by weight

The primary mineral material, secondary mineral material, tertiary biomaterial and molten material obtained in the above process are mixed at 2: 3: 1: 0.5% by weight, respectively, and loaded into a melting kiln and baked at a high temperature of 1,320 ° C for 12 hours. After quenching in cabinet water and pulverizing to obtain a powder material in powder form.

The powder material obtained above is mixed with water and water in a 1: 1 ratio, and finely ground in a ball mill for 5 days, treated with water, and settled to dry to obtain a functional material made of 48 kinds of natural materials.

The material obtained by the above process is used to print a garment in dot form.

Example 1,

Printing application

   P.V.C 33-43 wt%

       (Low temperature foaming layer, adhesive polymerization degree 1300 apparent specific gravity 0.35 ± 0.05 volatility Max 0.2

        LG PA1302 number)

   Plasticizer 22-32 wt%

       (Dioctyl phthalate D.O.P standard plasticizer manufacturer LG Chem)

  30% by weight of functional material obtained above

  5% by weight of powder blowing agent (Sweden import agent)

At this time, PVC is increased by 10% by weight at high temperature in summer, and by diluting by increasing 10% by weight of plastic material at low temperature in winter.

A functional material layer is formed on clothing, textile paper, or the like by printing on a surface of clothing, textile paper, artificial leather, or the like by using a known printing method such as screen, printing, etc. using the old liquid ink obtained by mixing as described above.

The functional material layer formed by the functional material is close to and in close contact with the human body. At this time, the functional material emits far infrared rays and far infrared rays penetrate deeply into the human body as is known and act to increase body temperature while generating thermal energy. It promotes blood circulation and facilitates metabolism, thereby releasing sweat and waste products, and is more effective in preventing and treating adult diseases.

Example 2,

Bonding composition

Melt at room temperature with 22 ~ 32% of plasticizer and 33 ~ 43% of P.V.C.

After dissolving in the above, the functional material of the present invention is mixed with 30% of the blowing agent 5% to suitably adjust the viscosity.

By using the present invention of the gel-shaped formed in the above form as attached to the surface of clothing, textile paper, etc. in the form of dots, the functional material is adhered to the textile paper and the like, the adhesion effect is high and is attached without leaving for a long time. As far as the radiation of the far infrared will stimulate the activity of the human body.

Along with the above, the functional material of the present invention can be used for screen printing, coating, and printing, as well as allowing the dot to protrude by allowing the coated functional member to undergo heat treatment. do.

The clothing using the functional material of the present invention demonstrates a high antibacterial rate (99.7%) and deodorization rate to suppress bacteria and remove unpleasant odors to create a pleasant and hygienic environment by the test of the Korea Apparel Testing and Research Institute It is becoming.

And far infrared ray emission is more than 90% and this far infrared ray penetrates deep into the skin at the most beneficial wavelength (8 ~ 14㎛) for the human body to generate heat energy and increase the body temperature to expand capillaries and promote blood circulation By releasing sweat and waste by smoothly, it promotes blood circulation by the warming effect on the human body.

By promoting metabolism, it helps women's cold, pruritus, menstrual cramps and speech, and also promotes the discharge of waste products and delivers beneficial energy to each part of the human body. Can be.

The present invention is composed of an adhesive, ink, etc. containing a natural mineral material as in the above embodiment by emitting a far infrared ray to the human body wearing the clothing by printing coating on clothing, textile paper, etc. In particular, natural materials and biological materials exhibit far-infrared rays with extremely beneficial wavelengths to the human body, thereby satisfying the effects and advances that lead to remarkable effects from conventional far-infrared emitters. It has the effect of elevating and dilatating blood vessels, promoting blood circulation, strengthening metabolism, and it is excellent in waterproofing and breathing effect, and it is excellent in deodorizing function to remove negative ions and odor that inhibits oxidation of cells. , Soles and bras, girdle, sleep aid blindfolds, hair bands, yo, duvets, It is a useful invention that can greatly increase the pharmacological effect by attaching to the waist belt, joint band and magnetic bio-paste by printing and coating to stimulate the whole body as well as the treatment site.

Claims (2)

In the process of mixing the far-infrared radiant material and PVC to obtain the characteristics of the far-infrared rays emitted from the functional material by printing coating the mixed functional material on the fabric paper, Primary mineral material mixed with primary mineral material in designated amount and calcined at 1,280 ℃ high temperature for 27 hours Secondary mineral materials are mixed in a specified amount to obtain secondary mineral materials by calcination, and the raw materials are loaded in a calcination kiln for 30 minutes at 250 ° C / 30 minutes at 550 ° C / 20 minutes at 870 ° C / 1,110 ° C Tertiary biomaterial, which is cooled and crushed by maintaining for 1 hour at The primary mineral material, the secondary mineral material, the tertiary biological material, and the flux mixed in the designated amount are mixed at 2: 3: 1: 0.5% by weight, respectively, and calcined at a high temperature of 1,320 ° C for 12 hours, and then added to the cabinet water. Quenching to obtain crushed powder The functional material for health supplements, characterized in that the powder material and water by mixing 1: 1 and made by grinding, sinking and drying. A 33-43 weight ratio of PVC, a plasticizer 22-32 weight ratio, a functional weight 30 weight ratio, a powder blowing agent 5 weight ratio is mixed, the functional material of claim 1 characterized in that a thin liquid consisting of a mixture containing the PVC and plasticizer 10 weight ratio. Method of manufacturing a functional material for health supplement.