KR20050091632A - Rubber gloves with nano silver and scent. - Google Patents

Abstract

The present invention relates to a rubber glove blended with nano silver and aroma having strong antibacterial and bactericidal properties to rubber gloves used daily at home or in restaurants.

Basically, ordinary rubber gloves consist only of waterproof membrane, and rubber gloves are in direct contact with the skin to prevent moisture and sweat evaporation, so that the skin is itchy or crushed. Exposed

The present invention is blended with the raw material of the natural rubber latex, which is the main raw material of rubber gloves, and nano silver and fragrance raw material having strong antibacterial and bactericidal power, so that people can wear it in the skin when using the rubber gloves blended with nano silver and fragrance It is characterized by providing rubber gloves that prevents water, sweat and evaporation of sweat, sterilizes various bacteria, microorganisms and E. coli, and prevents odors caused by food or foreign substances after using rubber gloves.

Description

Rubber gloves blended with nano silver and fragrance. {Omitted}

The present invention is a rubber glove used daily in homes and restaurants, because of the nature of its use, always wet with sweat, and in such a high temperature in summer, even in the absence of hygiene management a little in the breeding of various bacteria, microorganisms, E. coli Exposed

In order to solve this problem, nano silver powder, silver (Ag) solution and fragrance raw material are mixed with conventional rubber gloves, and nano silver is mixed with 0,05% to 20% with natural rubber latex, which is the main raw material of rubber gloves. Alternatively, PPM can be mixed in a single compounding ratio between 2PPM-999PPM and additionally 0.01% ~ 10% of fragrance raw materials are used to prevent the antibacterial, sterilizing, detoxification and decontamination of rubber gloves. It is characteristic to improve mood.

The atomic weight of silver is 107,87 and it has been known for a long time that silver (Ag) is bactericidal.

Therefore, nano silver does not produce resistance and nano silver has a surface reaction to be effective, and kills 99% of all bacteria, and is particularly effective for general E. coli or food poisoning bacteria.

In addition, since it must be attached directly to the bacteria, the surface energy value is higher than the internal energy value of the finite fermented foods or materials accumulated on the packaging, and nano (nano) ization means that the surface area is expanded.

In other words, the larger the surface area, the smaller the nanoparticles are, the better the antimicrobial and bactericidal activity. Based on the data tested so far, E. coli, microorganisms, various bacteria, and MRSA (methicillin-resistant Staphylococcus aureus), which are highly resistant, are 99.9. % Can be antibacterial and antiseptic.

Although silver (Ag) exists in an ionic state or a metal state, it may be called colloidal silver (colloidal SiLVER) if it is present in a colloidal state by a solvent. Nanosilver also has the best antimicrobial activity.

Unlike general chemical antimicrobial agents, NANO Tamp: C nanosilver is pure silver ultra fine particles, so it is stable even at high temperature, and its antibacterial and antibacterial activity is continued. It is a natural antibacterial and antibacterial agent using NANO Tamp: C ultra-fine nanoparticles. It is reported that it is nontoxic and non-irritating to human body and all bacteria cannot live in contact with nano silver for more than 5 minutes.

An object of the present invention is to solve the conventional problems as described above, the nano silver powder or silver (Ag) solution having the excellent sterilization advantages as described above in the natural rubber latex, which is the main raw material of rubber gloves 0.05% ~ 20 % Or PPM in the range of nano silver 2PPM ~ 999PPM in any one of the mixing ratio and additionally the fragrance raw material is prepared by adding and blending 0.01% ~ 10% or the rubber glove inside and the surface to below 3mm at the above mixing ratio It has the function of sterilizing by coating or applying, and it can use scented rubber gloves, which can have the effect of preventing bacterial infection, antibacterial and detoxification.

Hereinafter, the configuration and operation of the present invention will be described with reference to the accompanying drawings.

1 is a rubber glove blended with nano silver and fragrance

2 is a block diagram of a rubber glove 10 in which the nano silver 20 and the scent 30 of the present invention are blended, and includes a manufacturing process and a mixing process of the rubber glove 10.

Figure 3, antibacterial and sterilization with a rubber glove (10) provided by blending the nano-silver 20 and the fragrance raw material 30 to the natural rubber latex 40 that is the main material for forming the rubber glove 10 according to the present invention Function and scented rubber gloves (10) in part showing the nano silver 20 and the fragrance raw material (30) on the inside and surface of the rubber gloves (10) to prevent bacterial infection and caused by food or foreign matter after use It can get rid of bad smell and thus a great effect from good fragrance.

The present invention is a nano silver (20) powder or (Ag) solution having a number of the above advantages in the natural rubber latex (40) that is the main raw material of the rubber gloves (10) nano silver 20 up to 0.05% ~ 20% or PPM The nano silver (20) 2PPM ~ 999PPM in any one of the mixing ratio of the compounding and the fragrance raw material 30 is prepared by adding 0.01% ~ 10% of the ingredients or rubber gloves (10) inside and the surface of the mixing ratio It can be used as a rubber glove 10 with sterilization and antibacterial function by coating or applying to less than 3mm and having good fragrance, which can have the effect of preventing bacterial infection and antibacterial and detoxification effects generated from the rubber glove 10.

1 is a perspective view of a rubber glove incorporating the nano-silver and the fragrance of the present invention.

Figure 2 is a block diagram illustrating the process of injecting the rubber gloves in combination with nano silver and flavor in the present invention.

Figure 3 is a partially cut perspective view of a rubber glove blended with nano silver and flavor according to the present invention.

<Explanation of symbols for main parts of drawing>

10; rubber gloves 20; nanosilver 30; fragrance raw material 40; natural rubber latex 50; injection molding.

Claims (4)

The rubber glove 10 may be made of natural rubber latex 40 as a raw material, and mixed with a silver silver solution or powder in a predetermined blending ratio for the antibacterial, bactericidal, and detoxifying effects, and the fragrance raw material (30). Rubber gloves blended with nano silver and fragrance, characterized by the addition of liquids and powders to produce a mixture. The method of claim 1 The nano silver 20 powder or liquid is mixed with a natural rubber latex 40, which is a material of the rubber gloves 10, by mixing the nano silver 20 solution or powder in any one of a specific compounding ratio between 0.05% and 20%. Rubber gloves blended with nano silver and fragrance, characterized in that the fragrance raw material (30) can be coated or applied to the nano silver (20) blending ratio of 3mm or less The method of claim 1 Rubber gloves blended with nano silver and scent, characterized in that the nano silver 20 is prepared by mixing the raw material of the natural rubber latex 40, which is the material of the rubber gloves 10 in the PPM unit in the range of 2PPM ~ 999PPM. The present invention is in a rubber glove blended with nano silver and fragrance. The extraction method of the nano silver 20 is to put silver (Ag99.9%) in distilled water and generate a low current at low temperature to electrolyze the compound containing silver to electrolysis using the +,-pole each molecule has After silver electrophoresis, nano silver (Ag99.9%) can be extracted, or nano silver can be produced by physical methods such as liquid phase reduction or grinding extraction. Rubber gloves (10) can be prepared using any one of these methods. ) Rubber gloves formulated with nano silver and fragrance, characterized in that the formulation, coating, coating.