KR20060017453A - Nano silver socks - Google Patents

Abstract

The present invention relates to a sock 10 people wear every day

 Nano which is a strong antibacterial and bactericidal material inside and outside of ordinary socks (cotton, cotton yarn, nylon, spandex, silk, polyester, microfiber socks and overshoes, stockings, sports socks) With silver (160) powder (NANO SILVER)

Colloidal Silver is a solution (Ag) coated with nano silver (160) material on the sole portion (60) and the instep portion (80) side of the foot contact portion 60 in the sock inner portion 20 (180) and weave Or knitting, sewing 140 is the purpose of maintaining a healthy, comfortable and clean feet.

    Nano silver (160) sock (10) applied to the present invention is a sock (10) formed of the sole portion (), the instep portion (80) side portion, the foot portion for comfort and comfort of the foot to the nano silver (160) material It is characterized in that the functional socks to suppress the antibacterial and dehumidifying bacteria propagation by weaving, sewing or knitting 140 through the coating (180) or nano silver thin thread sock machine (SOCK MACHINE) .

Socks, weave, knitting, coating, nano, silver, antimicrobial

Description

Nano silver socks {Nano silver socks}

1 is a perspective view of a nano silver sock of the present invention.

Figure 2 is a block diagram of the coating process of the manufacturing process of the nano-silver socks of the present invention.

Figure 3 is a block diagram of the weaving, knitting, sewing process of the manufacturing process of the nano-silver socks of the present invention.

                  <Description of the reference numerals for the main parts of the drawings>

 10; socks 20; socks inside

 40; Socks outside 60; Foot bottom

 80; instep 100; side

 120; Socks 140; Weave, Knitting, Sewing

 160; nano silver 180; coating

Humans come from the "leg leggings" that have been worn for a long time in order to protect the feet of the human body from the outside, and the "dabi" of Korean "bracks" of Japan.

Originally, it was made of animal leather to protect it from natural stones, branches, cold, heat, etc. when humans hunted, but as the textile industry developed, it was sewn with silk or cotton fabric (WOOVEN) to add fashion. The product was produced.

The invention of the hosiery machine was invented in 1589, after a nine-year study by WILLIAM LEE (1563-1610), pastor of Nottingham, England.

(Hand work: 100 nose / 1 minute machine: 200 nose / 1 minute) The socks which I wear now

In other words, KNIT is a B-type machine manufactured by SCOTT & WILLIAN CO in the United States and has a history of more than one hundred years.

Until the rise of the postwar RIB, it was a representative knitting machine.

The development of materials to complement the development of machines that can produce various patterns, insulated moisturizing, and hygienic fit while pursuing the functionality and fashion of socks has continued to this day.

Looking at a machine that can make a fabric with a yarn or a knitting machine, it can be broadly classified into a sock machine (SOCK MACHINE), a knit machine (KNIT MACHINE), and an embroidery machine (EMBROIDERY MACHINE). SOCK MACHINE) is divided into single cylinder with one cylinder and double cylinder with two cylinders.

Adult and infant socks can be knitted and sports socks, stockings and formal socks can be woven, sewn or knitted depending on the application.

For reference, look at the process of making a sock: 1. Design input 2. Dye dye (dyeing method after dyeing thread first by thread dyeing)

3. Manufacturing 4. Weaving inspection 5. Cutting and sewing 6. Post dyeing (method of dyeing fabric after dyeing) 7. Embroidery, 8. Ironing (steam ironing) 9. Restraint work 10. It is delivered to the consumer via.

Types of socks 10 can be broadly divided into (socks, nylon cloth socks, socks, socks, socks, stockings, sports socks, etc.) as described above, and many people wear bacterial feet by wearing wet socks for a long time, especially in summer. It causes illness and complains of pain.

In the present invention, the inner and outer parts of the sock (20,40) with the nano silver (160) material (180) or by making the nano silver thin thread weaving, knitting, sewing (1400) to the sock (10) having a therapeutic effect and bactericidal power It is about.

In the present invention, the silver is advanced to 1 billion / 1 in advanced science so that the coating 180 or the sock machine at the time of manufacturing the bottom part and the instep part 80 and the side part 100 of the inner and outer parts 20 and 40 of the sock. By using weaving or knitting or sewing 140, the antimicrobial and bactericidal power of nano silver 160 can prevent and treat athlete's foot foot ringworm and fungi that cause foot disease by controlling detoxification and humidity and giving health and comfort. With respect to the sock 10 as nano silver 160.

The feet, along with the hands, are, among other things, important parts of the body.

Hands tend to be visible to people's eyes and manage a lot, but feet are always an important organ that supports the weight of the whole body and keeps people active.

Feet are overworked with a burden of about 600 to 700 tons when walking 10.000 steps with a person's weight of 60 kg to 70 kg per day, and they're reluctant to be seen by others compared to other parts of the body. Since the importance of the foot is newly imprinted, foot massage spots managed by experts are emerging as bamboo shoots, and people are increasingly paying attention to foot care.

      In Chinese medicine, the foot is also called a miniature organ of the human body. The foot has reflexes connected to all organs of the human body. When the nervous system and the organs are not harmonized, callus corns, ringworm, and spots occur. The reality is that the health status of various organs in the human body is also measured.

      In general, the various socks 10 have been developed in various forms, focusing on the beauty of the appearance of the ground socks 10 and the comfort of the feet and the functionality of the sweat absorbed by the foot and the purpose of use.

However, despite the rapid development of the design, comfort, and functionality of the socks 10, problems such as foot disease caused by bacteria in the socks 10 associated with the disease of the foot are often changed to natural cotton sub-socks or The only way to wash, dry, and apply medicine was.

The present invention is a sock machine (SOCK MACHINE) or the inside and outside of the socks 180 made of cotton, nylon, spandex, silk, polyester, microfiber material that is the raw material of the socks 10 during the manufacture of the socks 10 ) By using the yarn of the socks made of nano silver with a yarn sock machine (SOCK MACHINE) or weaving and knitting (140) to sterilize and antibacterial even when washing so that everyone wears the socks (10) It was invented to contribute to hygiene and foot health.

The nano silver 160 of the present invention to the coating 180 and the nano silver made of thin thread so that the yarn 10, woven, knitted, sewing 140 of the socks 10 solves all the problems described above. To be withdrawn to explain, it will be described in detail with respect to the nano-silver (160).

The atomic weight of silver nano silver (160) 107.87 and silver (Ag) has been known for a long time, both east and west.

NANO SILVER (NANO SILVER) is a compound word of nano-technology and silver developed by our research team for the first time in the world, and it is called nano silver (NANO SILVER). Numerous products based on NANO SILVER have been invented, commercialized and sold.

Nano silver (NANO SILVER) is made of nano silver (Ag), and is a new concept that is made by utilizing superior efficacy compared to general silver such as antibacterial activity, deodorizing power, and extending the preservation time of food among the many characteristics of silver. .

 Regardless of the East and the West, silver has been recognized as a material that not only prevents germs but also disinfects. The current extraction method of Nano Silver (NANO SILVER) uses silver (Ag 99.9%) in nano silver (160) distilled water. After the injection, it generates low current at low temperature, electrolyzes the compound containing silver, conducts electrophoresis using + and-poles of each molecule, and then collects silver (Ag 99.9%). In addition, liquid reduction method and grinding ( It can be manufactured by physical methods such as grinding), and many of the above electrolysis methods are used to obtain stable nano silver (NANO SILVER). Nano silver is a 3 ~ 5nm silver ultrafine particle which is directly exposed to harmful bacteria. It directly dissolves cell membranes of harmful bacteria and disinfects them by interfering with the electron transfer system of harmful bacteria, so it has good and excellent antibacterial / bacterial activity (= 99.9%).

(For reference, VIRUS size is about 10nm.)

The main antibacterial mechanism is that Nano Silver (160) dissolves harmful cell membranes and works with enzymes in cells to block the metabolism of nutrients, that is, the influx and discharge of nutrients, and to prevent the respiratory function of harmful bacteria. It destroys the growth and regeneration ability of harmful bacteria and kills harmful bacteria in a short time.

In addition, since it releases antimicrobial power continuously from Nano Silver fine particles to control harmful bacteria, it has excellent durability of antibacterial / bacterial function.

Therefore, Nano Silver is not resistant and Nano Silver (160) is effective only when surface reaction is performed and it can kill 99% of all bacteria. Especially, it is excellent for general bacteria, Escherichia coli, food poisoning bacteria and fungi. It works.

 In addition, since it must be attached directly to the bacteria, it is very willing to the socks (10) in contact with the foot (10), the energy value of the surface is higher than the internal energy value of the material, and nano (NANO) is nano silver (160). The surface area is widened.

In other words, the larger the surface area, the smaller the nanoparticles, the better the bactericidal and antimicrobial activity. Based on the data tested so far, E. coli, Staphylococcus aureus, Salmonella, Vibrio, D. 99.9% antimicrobial and bactericidal agents are resistant to typhoid bacteria and the most resistant MRSA (methicillin-resistant Staphylococcus aureus).

  Even if silver (Ag) is present in an ionic state or a metal state, it may be referred to as colloidal silver when it is present in a colloidal state by a solvent.

Nano silver 160 (NANO SILVER) is the best antimicrobial activity of nano silver 160 (NANO SILVER) that maximizes the surface area by minimizing particles compared to simple silver coating or silver containing agent.

 NANO SILVER is a super fine particle of pure SILVER unlike general chemical antimicrobial agent, so it is stable at high temperature and maintains antimicrobial / bacterial ability steadily, and Nano Silver has superior antibacterial / bacterial and bactericidal power (99.9%) than any other antimicrobial products. Nano Silver is a natural antibacterial and antibacterial agent that uses ultra-fine particles of pure silver, which is non-toxic and non-irritating to humans. It has been reported that it cannot live in contact with almost all bacteria and Nano Silver (160) Nano Silver for more than 5 minutes.

  As described above of the present invention, nano silver (160) having excellent sterilizing and disinfecting power is produced on the inside and outside (20, 40) of cotton or nylon cloth which becomes the raw material of the sock 10 during the manufacture of the sock 10. (160) coating the material (180) and sock machine (SOCK MACHINE) weaving, knitting weave (180) so that the effect of nano silver (160) material can be sustained even during frequent washing to sterilize and antibacterial and socks (10) To protect the foot hygiene and health of people who wear.

Thus, nano silver (160) (NANO SILVER) powder or nano silver (160) (Ag) solution having the superior sterilization advantages of the nano silver (160) as described above is a natural raw material of cotton yarn or cotton and artificial system of socks 10 Material of spandex, silk, polyester, microfiber of 0.01% to 5%, preferably 0.1% to 5% of nano silver (160), more preferably 1% to 20% of nano silver (160) (NANO SILVER) Weaving, knitting, and sewing 140 by coating 180 and SOCK MACHINE on the inside and outside of the socks (20, 40) at any one compounding ratio between 2 PPM and 999 PPM. Silver 160 will be able to make a sock 10 to be sterilization and antibacterial force.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings. Nano silver (160) added to the sock 10 applied to the present invention, the inside and outside of the sock 10 consisting of the bottom portion, the instep portion 80, the side portion 100 for comfort and comfort of the foot, nano Silver (160) and cotton or cotton yarn, nylon, spandex, silk, polyester, fabric made of a material of ultra-microfiber, etc. when formulated in the above ratio and stably coated (180) or nano silver on the inside of the sock (10) It is made of thin thread sock machine (SOCK MACHINE) using a weaving or knitting, sewing 140 is characterized by the bacteria breeding and the athlete's foot or foot ringworm fungus removal of the inside (20,40) of the sock.

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

1 is a diagram showing the types of socks that people wear every day.

Figure 2 is a block diagram of the coating process of the manufacturing process of the nano-silver socks of the present invention as a figure showing the process of coating the coating 180 by putting the nano-silver material at the time of manufacturing the socks as a method of coating nano silver on the fabric Socks can be coated with nano silver (180)

Figure 3 is a block diagram of the weaving, knitting, and sewing process of the manufacturing process of the nano silver socks of the present invention by making nano silver into a thin yarn, cotton, cotton yarn, nylon, spandex, silk, polyester, fiber of socks made of ultra-fine material With a sock machine (SOCK MACHINE) is shown in the figure how to weave or knit, sewing, 140. Socks 10 to which the nano silver 160 is added is mixed or coated 180 with nano silver on the sole part 60 and the instep part 80 of the sock 10.

  Weaving, knitting, and sewing 140 inside and outside the socks 10 and SOCK MACHINE, and various socks 10 (cotton, cotton yarn, nylon, spandex, silk, polyester, microfiber material) Socks, overshoes, stockings, sports socks)

As described above, according to the present invention, by using the nano-silver 160 in various socks by utilizing the effects of antimicrobial, bactericidal, bactericidal, and non-toxic properties of the nano-silver 160, various bacteria in the socks 10 ( Inhibition of mold and virus) reduces the occurrence of unpleasant socks (10) odor and maintains the cleanliness of the socks (10) to help prevent foot diseases such as athlete's foot, eczema, corn, ringworm, and nano silver (160) The silver ion effect from can help to keep the mind and body stable and the immune system.

As described above, the nano silver (160) (NANO SILVER) powder of the present invention or nano silver (160) nano silver (160) (Ag) solution of the raw material of the socks 10, cotton or cloth or socks (10) ) Can be woven or knitted, sewn 140 by coating 180 inside or outside of the nano silver or a thin thread, nano silver up to 0.01% to 10%, preferably nano silver (160) 0.05 to 15% more Preferably, 0 to 1% to 20% is mixed or PPM is mixed in one of the compounding ratios in the range of 2 PPM to 999 PPM in nano silver (160) (NANO SILVER) and coated or socks by the method of weaving, knitting and sewing. (10) to manufacture the effect of giving health and comfort to the body's most important feet.

test subject unit Strain 10% of nano silver addition (after 10 minutes) General bacteria CFU / mL 3.4 X 10 ³ 0 Escherichia coli CFU / mL 3.1 X 10 ³ 0 Fungus CFU / mL 3.3 X 10 ² 0

(This test report is an analytical data of Korea Testing Institute, 2004)

Claims (4)

  Nano silver (160) (NANO SILVER) solution or powder that has antibacterial and detoxification dehumidification effect on socks (10) that people wear every day, cotton, cotton yarn, which is the main material of socks (10), stockings, overshoes and sports socks In the manufacture of socks made of nylon, spandex, silk, polyester, microfiber socks (10) by coating (180) the inside and outside of the socks (20, 40) at a constant weight ratio or by making a nano silver thin thread (silver) Nano silver socks, characterized in that manufactured by weaving, or knitting, sewing 140 with the raw material of the yarn. The method of claim 1   Nano Silver (160) (NANO SILVER) Powder or liquid made of raw materials of cotton, cotton, nylon, spandex, silk, polyester, microfiber The inner and outer (20, 40) of the socks (180) or by using a sock weaving machine (SOCK MACHINE) to make nano silver into a thin thread (silver) to weave, knit, weave together with the socks (10) fibers (140) Can be; The nano silver (160) solution or powder by mixing in any one of the mixing ratio of 0.01% to 5% in the coating 180 or weaving, knitting, sewing 140 and preferably nano silver 160 (NANO SILVER ) Nano silver socks, characterized in that the material is coated with 180 or the outer yarn 180 in the socks (10) to 0.1% ~ 10%, weaving or knitting, sewing 140. The method of claim 1  NANO SILVER (NANO SILVER) Inside and outside of the material (sock 10) made of cotton, cotton yarn, nylon, spandex, silk, microfiber, polyester, the main raw material of socks (10) that people normally wear powder or liquid. Weaving, knitting, sewing 140 with sock yarn in the coating 180 or sock machine, and between 1% and 20% of the nano silver to increase the antimicrobial power of the nano silver 160 Sock 10 is prepared by mixing at a predetermined compounding ratio. Preferably, nano silver 160 (NANO SILVER) is introduced into the material of the socks 10 in the range of 2PPM to 999 PPM. Socks made of nano silver, characterized in that by using a sock machine (SOCK MACHINE) with a yarn made of fiber, weaving, knitting, sewing.  Extraction method of nano silver (160) is to put silver (Ag 99.9%) in the distilled water of nano silver (160) and generate a low current at low temperature to electrolyze the compound containing nano silver (160) each molecule has Nano silver can be produced by electrolysis or electrophoresis using +,-pole or by physical methods such as liquid reduction method or grinding extraction method. Nano silver socks, characterized in that the fabric can be manufactured by weaving and knitting, sewing and sewing socks.

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