KR20020046255A - Method of multi-function buttons which not only anti-biosis deodorization but also do radiating far inrarde rays and generation anion anti electroma gentic waves action - Google Patents

Abstract

PURPOSE: Provided are multi-functional buttons having antimicrobial and deodorizing functions and far infrared ray and anion emitting functions and electromagnetic wave dispersion function. CONSTITUTION: The multi-functional buttons are produced by a process comprising the steps of: mixing a composition, comprising a silver-based inorganic antimicrobial agent, titanium dioxide, tourmaline, and an electromagnetic wave neutralizing agent, with an organic binder, a softener, and an unsaturated polyester resin in a U-type mixer, wherein the ratio of the organic binder, the softener, and the unsaturated polyester resin is 1:1:1; grinding and stirring the mixture; filtering and refining the ground and stirred filler composition; mixing the filler composition and a thermosetting resin in the ratio of 3:7 and aging, wherein the thermosetting resin is a polyester resin, an epoxy resin, an urea resin, or a melamine resin; adding various pigments and additives to the aged material and vacuum-antifoaming; molding the vacuum-antifoam material; curing the molded material at 40-110deg.C for 20-60min and then detaching; blanking the detached solid material according to processing types; cutting and processing the blank and then polishing for 3-48 hours.

Description

MULTI-FUNCTION BUTTONS WHICH NOT ONLY ANTI-BIOSIS DEODORIZATION BUT ALSO DO RADIATING FAR INRARDE RAYS AND GENERATION ANION ANTI ELECTROMA GENTIC WAVE ACTION}

The present invention relates to a button to be used as a garment attachment, and more particularly to a method of manufacturing a multifunctional button that enhances the binding force and the cutting force of the button.

Most of the buttons are made of thermosetting resins, most of which are synthetic resins, preferably unsaturated polyester resins. In addition, ABC, nylon, metal, or shells, coconuts, animal horns and bones are used. There is a situation. Conventional technologies in the field of ceramics are disclosed in the method of manufacturing bioceramic buttons of Patent Publication No. 98-063302, but are simply known as ceramic buttons having far infrared rays and optionally sterilization, fluorescence, and fragrance effects. Patent application 001- Although a button for emitting far-infrared rays has been filed, it is a method of heating and calcining a ceramic powder, which is a far-infrared radiation substance, by mixing a large amount with a synthetic resin. There is a problem of falling and cutting power.

The present invention has been made to solve the above problems by replacing the thermosetting resin as a button to create a variety of functions with only highly refined trace amount of Filamentous material, in particular the production of multi-functional button with a strong cutting force and bonding force The purpose is to provide a method.

In order to achieve the above object, the present invention provides a composition of the inorganic inorganic antimicrobial agent, titanium dioxide, tourmaline, and electromagnetic neutralizer prepared by the composition ratio of the present invention to the organic binder, softener, and unsaturated polyester resin. Mixing with a U-type mixer with a 1: 1 ratio

Pulverizing and stirring the mixed material with a roller mixer, filtering the filtered Fila constituent material from above by a compression filter, and mixing the purified Fila constituent material with a thermosetting resin in a 3: 7 ratio. Aging step, vacuum degassing by adding various pigments and additives to the matured material, and the vacuum degassed material in a rod and centrifugal plate and the mold (form) through a molding apparatus in a pattern and monochromatic form Shaping, hardening for about 20 to 60 minutes by applying a temperature of 40 to 110 ° C. to the formed material, detaching and obtaining a solid, and blanking the detached solid by processing type; Characterized in that the manufacture of the button is completed, including the blanking and the blanking.

1 is a process chart showing a multifunctional button having antibacterial and deodorizing function, far infrared ray and anion radiation, and electromagnetic wave scattering function of the present invention, and a method of manufacturing the same.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

First of all, the present invention uses a U-type mixer with a ratio of organic binder, softener, and unsaturated polyester resin in a ratio of 1: 1: Mixing (202), pulverizing and stirring the material mixed by the above (202) with a blender in a roll (203), and compressing the pulverized constituents that have been pulverized and stirred through the roller mixer (203). Purifying by filtration in a filtration tank (205), and in step (206) of mixing the filtration-purified constituent material of (205) with a synthetic resin, preferably with a thermosetting resin in a 3: 7 ratio, and aging; Vacuum degassing by adding various pigments and additives to the material matured by 206 and vacuum degassing material by 207 through a forming apparatus on a rod, a centrifugal plate and a mold. Step 208 of forming a pattern and a monochromatic form and hardening for 20 to 60 minutes by applying a temperature of 40 to 110 ℃ to the molded material in 208 and detaching (209) and the ( Blanking of the old and detached by the 209 by the processing phantom (212) and the step of the blanking blanked by the (212) step (213) and the button chamfered by the (213) wet or The product is finished through a step 215 of dry grinding for 3 to 48 hours.

In addition, the material consisting of the inorganic inorganic antimicrobial agent, titanium dioxide, tourmaline and electromagnetic neutralizing agent of 202 in the step of mixing the organic binder, softener, unsaturated polyester resin to form a constituent material from the group consisting of the materials Two or more materials may be selected and used, and as the thermosetting resin of (206), polyester resin, epoxy resin, urea resin, melamine resin, etc. are preferably used.

In addition, the tourmaline of (202) generates a charge on the crystal surface when pressure is applied to the crystal and is the only object that generates 0.06 amperes of electricity on earth.

This electrified marine tourmaline has attracted the attention of various industries as an environmental improvement material and health improvement material.

1) electric field formation

2) negative ion generation

3) Far infrared ray emission (wavelength of 4 to 14㎛)

4) antibacterial and deodorant effect

5) Surfactant Action

6) mineral elution effect

(SI silicon: visceral function, B boron: active, growth promoting, MG magnesium: cell activity, growth, nervous system, FE iron: blood, heart, stomach)

Tourmaline having various functions as described above releases negative ions in response to solar energy, and the energy discharged from tourmaline is known to be very effective for the human body. It reacts with harmful substances in human living environment and makes them harmless, as well as instantly sterilizes and removes odors and purifies airborne germs.

In addition, the above-mentioned (202) and the electromagnetic neutralizer is a product developed by Dukyung Cospia, which is already used in the atmospheric companies as the electromagnetic wave shielding agent of home appliances, and among the gemstones, feldspar, clay, rockfall, kaolin, dolomite, meteorite, stone Selected several kinds in the furnace, heated to a high temperature of 1200 to 1300 ℃, pulverized to about 250 mesh, powder, and then mixed with water 30 to 70 in a fermenter, germanium, mugwort, brown root, wild chrysanthemum, rhododendron, buttercup, blush It is a material obtained after fermenting at about 35 to 37 ℃ for 7 days to 9 days by feeding about 80 kinds of photo-mineral materials, such as parasitic in the powder to have a microwave scattering and attenuation effect.

The blending composition ratio of the raw materials used in the manufacturing method of the multifunctional button is as follows.

1) Thermosetting 70 to 80%

2) 7 to 10% of organic binder

3) Softener 3 to 5%

4) Titanium Dioxide 3-4%

5) Tourmaline 2-3%

6) Silver Inorganic Antibacterial 2 ~ 3%

7) Electromagnetic Neutralizer 2-3%

8) Accelerators and Curing Agents 0.8-1.5%

9) Pigment 0.01 to 0.8%

The present invention is not limited to the preferred description described above, and various modifications can be made by those skilled in the art without departing from the gist of the present invention as claimed in the claims. And such modifications will be within the scope of the claims set forth as essential elements of the invention.

The following is the test report evaluation contents tested by the far infrared application evaluation researcher samples of the multi-functional buttons manufactured by the above method.

(Note) ① BLANK: Measured without sample.

② The number of bacteria on the medium is calculated by multiplying the dilution multiple.

③ Strains used: Escherichia ATCC 25922

Pseudomonas aerugionsa ATTCC 15442

(Note) BLANK: Measured without sample.

① Test method: KFIA-FI-1004

② Name of Test Gas: Ammonia

③ Gas concentration measurement: gas detector

① Name of Sample: Multi-functional Bio Button (Accessory)

The experiment was carried out at 37 ℃ and using the FT-IR Specfrometer

① Test Method: KFIA-FI-1042

② Test piece: 30 (g)

③ Room temperature 23 ℃ Humidity 47% by using charged particle measuring device

It was tested under the condition of 102 / cc anion water in the air. The anion released from the object was measured and expressed as 10N per unit volume.

As described above, the present invention is not only a detachable function as part of the fashion but also a multifunctional button that combines not only the multifunctional improvement but also the health function which is a concern of modern people, and is attached to various clothes to release the fatigue of users and promote metabolism. In addition, it has strong antibacterial and antifouling action and harmful odors from various harmful bacteria and deodorizes and attenuates and attenuates the electromagnetic waves of various electric and electronic devices.

Claims (4)

Mixing the inorganic inorganic antimicrobial agent, titanium dioxide, tourmaline, and electromagnetic neutralizing agent with a U-type mixer with a ratio of organic binder, softener and unsaturated polyester resin in a ratio of 1: 1: 1 Pulverizing and stirring the mixed material with a roller mixer, filtering the mixed Fila constituents from the above by a compression filter, and mixing the purified Fila constituents with a thermosetting resin in a ratio of 3: 7. Mixing and aging in a vacuum and degassing by adding various pigments and additives to the matured material, and patterning and monochromatic form the vacuum degassed material through a forming apparatus on a rod, a centrifugal plate and a mold The step of forming a mold, and hardening for 20 to 60 minutes by applying a temperature of 40 to 110 ℃ to the molded material and then detachable to obtain a solid And blanking the detached solids by processing type, and finishing the buttons having antimicrobial and deodorizing functions, far infrared rays and negative ion radiation, and electromagnetic wave scattering functions, including blanking and polishing the blanked blanks. Multifunctional button characterized by and a method of manufacturing the same. According to claim 1, wherein the inorganic inorganic antimicrobial agent, titanium dioxide, tourmaline and electromagnetic neutralizing agent is prepared by selecting at least two substances from the above group before mixing with organic binder, softener, unsaturated polyester resin by composition ratio. Method for producing a multifunctional button, characterized in that. The method of manufacturing a multifunctional button according to claim 1, wherein the thermosetting resin is produced by selecting any one from the group consisting of polyester resin epoxy resin, urea resin and melamine resin. A button made by the method of claim 1.