KR20060078560A - A method of manufactring the functional leather shoe materials - Google Patents

Abstract

The present invention relates to a functional shoe manufacturing method. In the first process, the leather is treated with silver on the outer skin and inner skin of the shoe, and the inner sole of the shoe has an anionic antibacterial deodorizing agent. Shoe endothelial window is manufactured by using an adhesive, and the part which touches the ground outside the shoe by the third process is antibacterial treatment with silver, and is characterized by manufacturing functional shoes having excellent antibacterial and deodorizing anion effect.

Description

A Method of Manufactring the Functional Leather Shoe Materials.

The present invention relates to a functional shoe manufacturing method, and in more detail, when used for a long time, boots or general shoes that are widely used nowadays have sweaty odors, and many bacteria are inhabited inside shoes, which are not sanitary as well. Since many people go out wearing shoes and living in the same place in the office or living room, many germs or viruses are buried in the soles of the office or living room in the outing or the restroom, and many bacteria are transferred to the office or living room. very big. The present invention synthesizes a functional material having antibacterial and deodorant dehumidification and anion and far-infrared radiation on the outer sole and inner skin of the shoe, as well as the sole and the outer sole of the shoe to solve this problem, even when wearing shoes for a long time sweating It provides a method of manufacturing functional shoes which have deodorizing and antibacterial effects without charge, and especially have anion and far-infrared radiation efficacy, which are good for human body and environment.

Especially in modern times, people wear shoes and go out and live in the living room or office. So, many germs are buried in the bottom of the shoes to contaminate the living room and office. Also, sweat and moisture inside the shoes make them germs and viruses. Inhabits the back and smells as well as athlete's foot inhabiting the foot is a problem.

In order to solve this problem, the present invention synthesizes a leather composition with a silver colloidal antimicrobial agent as a first step, synthesizes a dye composition, and performs leather antibacterial dyeing to obtain leather having a 99.9% antibacterial effect. Antibacterial white charcoal powder having excellent antibacterial activity was prepared by substituting silver on charcoal baked at a high temperature of 1000 ° C. In the third step, a powder obtained by pulverizing silica gel having excellent dehumidification effect and a mineral powder having high mass anion emission efficiency were prepared. Synthetic antibacterial charcoal powder and synthetic powder of two processes are synthesized on leather adhesive, which is widely used, and coated on antibacterial dyed leather and surface to produce functional leather with antibacterial, deodorization, dehumidification, anion, far infrared rays, and effect. In the fourth step, the surface of the sole of the shoe is made of silver antibacterial leather. Antimicrobial charcoal powder and anion powder silica gel powder used in the first and second process is used for 1000g of adhesive used between cotton sole and leather sole and sole. It is possible to provide a functional sole that can simultaneously obtain the dehumidification anion radioactivity.

As a fifth process, synthetic rubber is used a lot in the sole and the outer sole which are widely used as the outer sole. The present invention can be provided with an antibacterial sole with excellent antibacterial power by producing an antimicrobial carbon by replacing the silver in the carbon which is widely used when the synthetic rubber sole for the antimicrobial treatment to produce a rubber sole. As described above, the present invention synthesizes antibacterial and deodorant, dehumidification, anion and the like on the bottom and the outside of the shoe sole while antibacterial treatment with silver on all materials used to manufacture shoes to produce functional shoes having high well-being effect. Is characteristic.

(마이크로미터) 이하로 소립된 은 콜로이드 용액을 치환시켜 항균력이 우수한 항균 백탄을 제조하여 접착제와 같이 사용한 것이 특징이고 또한 대량 음이온 방사광물질 파우다와 제습 및 가스흡착이 우수한 실리카겔을 분쇄한 분말을 사용한 것이 본 발명의 특징이고 또한 구두 내부 중창에 널리 사용하고 있는 접착 본드에 상기 항균 숯가루와 음이온 실리카겔 분말을 합성하여 기능성 접착제를 제조하여, 구두 중창을 제조하여 기능효과가 있게 하였고 또한 구두 외부 밑창에 항균 처리 하여, 균이 서식하지 못하게 하여 외출 시 사무실이나 거실에 들어와도 균을 신발에 묻혀 오지 않게 한 것이 본 발명의 기술 핵심이다. 또한 음이온과 원적외선에 대한 효과와 효능은 이에 공지화 되어 서론을 생략하기로 한다.To date, it is reported that there are no germs or viruses on Earth that have survived for six minutes in contact with silver. Silver is rated as the best antimicrobial agent that kills all germs without harming the human body. The technical core of the present invention is the antimicrobial dyeing of leather using silver as described above, in particular, the white charcoal baked at 1000 ° C. in oak has a large number of pores, so it is in the form of a long pipe that does not break when viewed under an electron microscope. Of course, it has a deodorizing effect and a bactericidal effect and has a negative charge. 0.001 silver on charcoal as above

It is characterized by using antimicrobial white charcoal with excellent antimicrobial power by substituting silver colloidal solution (micrometer) or less and using it as an adhesive, and using powder obtained by pulverizing silica gel with excellent anion radiant powder and excellent dehumidification and gas adsorption. A functional adhesive was prepared by synthesizing the antimicrobial charcoal powder and anionic silica gel powder to an adhesive bond that is a feature of the present invention and is also widely used in shoe inner midsoles. It is the core of the present invention that the germs do not inhabit so that germs are not buried in the shoes even when they enter the office or living room when they go out. In addition, the effects and effects on the anion and far infrared rays are known to this, and the introduction will be omitted.

 As described above, the present invention is to produce a shoe having excellent functional effect by synthesizing a functional material capable of releasing antibacterial deodorant, dehumidification, anion and the like on the shoe skin and midsole or sole.

As described above, it is preferable to use a silver antimicrobial agent in Korean Patent No. 0399481, which is usually marketed as a silver antimicrobial agent, as a first step in the functional shoe manufacturing method of the present invention.

When dyeing the leather with the antibacterial to synthesize the dye to produce antimicrobial dyed leather and in the second step to replace the silver antimicrobial agent in the white charcoal baked at 1000 ℃ high temperature in the second step to dry and produce powder and white charcoal powder. The silver colloidal solution was prepared by synthesizing the white charcoal powder and the anionic silica gel powder of the second step to the resin using anionic powder powder and silica gel powder powder as ordinary leather adhesives, and synthesized on the surface of the antibacterial leather under the second step. Manufacture functional shoe leather with antibacterial anion deodorant dehumidifying effect.

In the third process, the manufacturing of shoe midsoles is carried out with silver antibacterial treatment on the surface of the shoe midsole, and the antibacterial white charcoal powder and anionic silica gel powder are synthesized on the bond adhesive used for attaching the midsole. Produces midsole with excellent dehumidifying deodorant effect.

In the fourth step, the rubber of the sole of the shoe is usually made of black, and most of them are made of black soles. The present invention can produce a shoe sole having excellent antibacterial effect by producing an antibacterial carbon with excellent antibacterial effect by replacing the carbon silver silver antimicrobial agent. As described above, the present invention is to produce an antimicrobial shoe excellent in antibacterial anion dehumidification deodorizing effect is described in more detail as follows.

Example 1

1st process

1000 g (100000 ppm) of commercially available silver antibacterial agent (Patent 0399481) is quantified.

2nd process

1000 g of the dye composition used for dyeing leather is synthesized 50 g of silver antimicrobial agent of the first step in the ratio of antimicrobial dyeing and then dried to produce antimicrobial dyed leather.

3rd process

(마이크로미터) 이하고 소립되어 전자현미경으로도 식별이 어려울 정도로 물성에 아무런 변화를 주지 않고 코팅형태로 붙어 숯 구멍에 침지되어 마치 필터와 같은 형태로 항균효과가 우수한 항균 숯을 제조 할 수 있다. 상기 은에 침지된 백탄을 건조하여 분쇄한 항균백탄 1000g을 정량한다.100g of silver antibacterial agent of the first step was synthesized in 200g of water at a rate of 1000g of white charcoal baked at a high temperature of 1000 ° C, and the silver was immersed in the silver solution, and silver was completely immersed in white charcoal. It can be immersed for a long time without falling into friction or washing. The silver dispersed in the silver solution is 0.001

(Micrometer) It can be manufactured with antimicrobial charcoal with excellent antimicrobial effect like a filter by being submerged in the charcoal hole without any change in physical properties so that it is difficult to discern even with an electron microscope. 1000 g of the antimicrobial white charcoal pulverized by drying the immersed white charcoal is quantified.

4th process

50g of anionic powder powder and 50g of silica gel powder were synthesized, and then 100g of white charcoal powder and 50g of anionic powder 50g of silica gel powder were synthesized and mixed into 1000g of acrylic resin (30% aging), which is widely used as a general leather processing adhesive. While preparing the charcoal composition adhesive, 50 g of silver colloidal solution is quantified by a synthetic mixer.

5th process

The functional adhesive of the fourth step is coated on the surface of the antibacterial leather of the second step to produce a functional leather.

6th process

Anion synthetic adhesive bond is prepared by using anti-bacterial leather on the surface of shoe midsole, synthetic mixer of antibacterial white charcoal 100g anion powder 50g silica gel powder in a ratio of 1000g of midsole adhesive bond, and used as an adhesive to shoe midsole.

7th process

100g of silver antimicrobial agent is immersed in a synthetic mixer in a ratio of 1000g of carbon, which is widely used in the production of shoe soles.

8th process

The carbon of the third process is synthesized by mixing 50g to 1000g of synthetic rubber, which is the raw material for shoe soles, to produce shoe midsoles.

9th process

It is characterized by the production of functional shoes using the shoe shell, midsole, sole manufactured by the method described above.

As a result of testing the antibacterial and negative ions of the functional shoe manufactured as described above to the national accreditation body is as follows.

[Antibacterial Test Results]

[Anion Antibacterial Test Result]

As described above, the antibacterial test and the anion release test were conducted by an accredited institution, which is a national accreditation body, to confirm that 99.9% of staphylococcus and E. coli were antibacterial and about 750 anions were released per 1cc of air.

In the functional shoe manufacturing method as described above, while deodorizing and dehumidifying effect, as well as antibacterial treatment with the whole leather shoe composition is released by anion and the like is characterized in that it is good for the human body and the environment.

Claims (1)

When dyeing leather with silver colloidal antibacterial solution, which is usually used as the first step in the manufacturing method of functional leather shoes, it is possible to synthesize leather colloidal solution (15%) to about 5% in dye composition to prevent leather antibacterial dyeing. The leather antimicrobial agent was prepared and the antimicrobial treated leather composition was used on the surface of the shoe midsole in the second process. 100g of the dried and pulverized antibacterial white charcoal powder and 50g of anion powder 50g silica gel powder were synthesized and mixed with 100g of the charcoal powder composition to 1000g of acrylic resin (solid content 30%), which is widely used in leather. 100 g of the charcoal composition of the second step is added to the 1000 g ratio of the bond adhesive used for the shoe midsole as a third process. An anionic antimicrobial adhesive is attached to the shoe midsole by a mixer, and the fourth step is to immerse the antimicrobial agent in carbon, which is widely used on the sole or shoe sole of the shoe, and then dry it to produce antimicrobial carbon. A method of manufacturing functional leather shoes manufactured with antibacterial and functional treatment on the sole of the shoe's inner and outer soles by synthesizing with synthetic rubbers widely used.