KR20170108250A

KR20170108250A - The adding method of fatty acid in manufacturing sterilizer made of electrolytic water to protect the lipids between human cells to prevent NMF from departing and the spraying method to enhance the washing and detoxing capabilities of detergent and sterilizer.

Info

Publication number: KR20170108250A
Application number: KR1020160031828A
Authority: KR
Inventors: 윤성중
Original assignee: 윤성중
Priority date: 2016-03-17
Filing date: 2016-03-17
Publication date: 2017-09-27

Abstract

The present invention finally enables stearic acid and palmitic acid to provide a lipid component protecting function after ionized water is produced as the electrolysis process is completed by adding cholesterol protecting components existing in a natural state such as stearic acid, palmitic acid and the like that are components of palm oil and the like to the electrolysis process of ionized water in order to prevent a phenomenon that, when ionized water obtained by electrolysis such as strong acidic water or strong alkaline water is used as a sterilization cleaning agent, human bodys intercellular lipids are decomposed by the action of the ionized water obtained by electrolysis such as strong oxidized water or strong reduced water such that natural moisturizing factors within the human body including amino acid, ceramide, hyaluronic acid, cholesterol, fatty acid, triglyceride, phospholipid, urea, linoleic acid, glycosaminoglycans, glycerin, polysaccharide, sodium salt of pyrrolidone carboxylic acid (NaPCA), and others are separated to generate the skin trouble as a result. Further, the present invention increases efficiency of a sterilization function in the end by spraying strong alkaline water having lipolysis action on a sterilization object in advance such that sterilization function of the strong oxidized water with sterilization action, i.e., the strong acidic water can be properly exhibited, thereby enabling the strong oxidized water performing the sterilization action to be directly come into contact with the sterilization object.

Description

[0001] The present invention relates to a method for adding a fatty acid to prevent the release of natural moisturizing substances (NMF) from the human body, which protects human intercellular lipids during the production of a sterilizing detergent composed of electrolytic ionized water, and a spraying method for enhancing cleaning and disinfecting ability method of fatty acid in manufacturing sterilizer made of electrolytic water to protect the human cells from to prevent the detoxification capabilities of detergent and sterilizer.

The present invention relates to a sterilizing detergent composition for enhancing the cleaning ability of a sterilizing detergent and a method for adding fatty acid to protect human body cell lipids. More particularly, the present invention relates to a sterilizing detergent composition, In order to maximize the cleaning ability and disinfection ability when using a sterilizing detergent utilizing electrolytic ionized water such as strong oxidizing water and strong reducing water, a method of adding fatty acid to protect human intercellular lipids to prevent the release of natural moisturizing factor (NMF) And a spraying method.

In general, sterilization is a method of heating and sterilization, which is applied to a type of appliance, such as an appliance or a medical device, which is in contact with the human body, or a place where the environment is poor. The principle of the heat sterilization method is As the temperature increases, the volume of the cell contents increases and the cell membrane breaks down. Proteins, nucleic acids, etc. are denatured by heat to lose their function and metabolism becomes impossible. This is the result of disinfection by becoming uncontrollably disordered.

However, there is a germicidal cleaning method using electrolytic water among biological (microbial) exclusion methods using means other than such heating. The electrolytic water is divided into acidic water and alkaline water. Acidic electrolytic water has a function of inhibiting the presence of microorganisms by the action of sterilizing by chlorine gas (CI ² ). The alkaline electrolytic water is effective in eliminating both microbial nutrients and microorganisms, as well as eliminating the action of manipulating the hydrogen ions necessary for the energy production process of the microorganisms and eliminating both microorganisms such as acidic and alkaline water. Respectively.

The effect of each element of acidic water on the bactericidal action is as follows. Firstly strong acidic water has acidity around PH2.6, increased HCl concentration and strong oxidative power (redox potential: ORP) due to cooperative action of ozone (O3) And has a positive value). The principle of action for each active substance is as follows.

1) Bactericidal action by chlorine gas (CI ² )

Chlorine gas attacks the amino acid group (NH ² ) exposed on the surface of bacteria and denatures the protein part exposed on the surface of the cell and ruptures the cell membrane to kill the bacteria.

^{2H 2 O + 2NaCl → 2NaOH +} 2HOCl

2) Action by hypochlorous acid (HOCI)

Hypochlorous acid penetrates into bacteria and reacts with protoplasm, and forms a toxic compound (N-CL) to kill bacteria. The bactericidal power of hypochlorous acid is about 80 times stronger than hypochlorite ion (OCI). Hypochlorous acid is extremely unstable due to heat and ultraviolet rays, and decomposes quickly upon exposure to air to produce Cl (free chlorine) and trace O (free oxygen), which are combined with microorganisms to remove Cl ² (free chlorine) and O ² ) Into the air.

Cl inhibits the synthesis of cell walls by forming proteins, enzymes, proteins, and halogen compounds, and kills microorganisms by blocking the synthesis of organic materials.

In addition, since water molecules are reduced by electrolysis, the free state of chlorine contained therein is maintained for a long time, so that the chlorine concentration of 1/10 or less of the general chlorine solution is equivalent to or higher than that of the non-electrolyzed water have.

3) Action by redox potential (ORP)

Ordinary bacterial life zone is between ORP-700 ~ 820mv. Strongly oxidized electrolytic water has a minimum of + 1000mV. It is denatured by bacterial protein due to strong oxidation and sterilized by inhibition of energy metabolism.

4) Action by pH (high H ⁺ concentration, pH 2.5 ~ 2.7)

The optimal growth conditions for general bacteria are pH 7.2 to 7.4, temperature 36 to 38 degrees Celsius (similar to human condition), and pH 3.0 to 10.0 that can survive. Strong oxidizing electrolytic water has an PH of 2.6 or less and is an environment in which it is difficult for bacteria to survive. Since the bactericidal power by PH is not instantaneous, it can be considered to have an indirect sterilization effect. Beyond this condition, the fungus slows, stops, and kills growth.

5) O3 (Ozone): A trace amount is generated and decomposes rapidly upon exposure to air to generate free oxygen (O), which oxidizes and destroys the cell walls and tissues of microorganisms.

6) Over and under of e (e)

When the water is in contact with a bacteria having a property of maintaining equilibrium, the balance between the inside and the outside of the cell is broken, the hole ruptures, and life Stop.

Skin protection problem by resin contact when sterilizing detergent is used

Intercellular lipid is a substance that protects the naturally occurring moisturizing substance (NMF) from escaping from the skin by filling the stratum corneum, and is likely to be degraded by the proteolytic function of strong reducing water or strong oxidizing water. The constituents of NMF in human body are composed of amino acid, ceramide, hyaluronic acid, cholesterol, fatty acid, triglyceride, phospholipid, urea, linoleic acid, glucose aminoglycan, glycerin, polysaccharide, NaPCA and the like.

Among the fatty acids, the characteristics of stearic acid and palmitic acid have the function of protecting cholesterol. Cholesterol is also the main component of the intercellular lipid. The ingredients of palm oil commonly used as a raw material for detergents are 1 to 6% of myristic acid, 32 to 43% of palmitic acid, 2 to 6% of stearic acid, 40 to 52% of oleic acid, 5 to 11% of linoleic acid, % Or less.

When palm oil containing stearic acid and palmitic acid is added at a rate of 0.1% together with natural salt, which acts as an electrolyte in the electrolytic ionized water production, electrolyzed ionized water is produced so that stearic acid and palmitic acid, which have the function of protecting cholesterol, Protects the intracellular lipid components and prevents natural moisturizing substances in the body from escaping from the product.

When the electrolyzed ionized water is used as a sterilizing detergent, decomposition of intercellular lipids by the inherent functions of strongly acidic and strong alkaline water can prevent natural moisturizing components in the body from being detached and consequently skin troubles can be prevented When strong acidic water with strong alkaline water and sterilization ability with lipolysis ability is used for sterilization cleaning, it is tried to solve the problem that the sterilization performance can not be exhibited even if the substance is applied to the lipid and the sterilizing agent is sprayed.

The present invention relates to a method for removing electrolytic deionized water, which is used as a sterilizing detergent, in order to prevent the natural moisturizing component (NMF) The cholesterol protecting component in the natural state, such as stearic acid and palmitic acid, is added to the electrolysis process of the ionized water so that the electrolysis process is ended and the lipid component protection function is finally given after the generation of the ionized water. In addition, the strong alkaline water having a lipid-decomposing action is pre-applied to the sterilization target so that the sterilization function of the strong acidic water having sterilizing action, that is, the strong acidic water, can be exhibited properly.

When electrolyzed ionized water such as strongly acidic water and strong alkaline water is used as a sterilizing detergent, the intercellular lipids are decomposed by the action of electrolyzed ionized water such as strong oxidizing water and strong reducing water, and thereby, amino acids, ceramide, hyaluronic acid, cholesterol, (NMF) in the body such as lipid, seride, phospholipid, urea, linoleic acid, glucose aminoglycan, glycerin, polysaccharide, NaPCA and the like. As a result, in order to prevent the occurrence of skin troubles, stearic acid, The addition of cholesterol protection components, such as mitochondria, to the electrolytic process of ionized water will end the electrolysis process and ultimately provide lipid protection by stearic acid and palmitic acid after ion water is produced. In addition, strong alkaline water having a lipid-decomposing action is pre-applied to the germicidal wound so that the strong acidic water having sterilization action, that is, the strong acidic water, can be exhibited properly, and the strong oxidizing water having sterilization action is directly contacted with the germicidal wound Thereby ultimately increasing the efficiency of the sterilization function.

The present invention will be described in detail as follows.

When producing electrolyzed ionized water such as strong acid and strong alkaline water, natural salt is added as an electrolytic substance. In this case, the constituents of palm oil in natural substances are 1 to 6% of myristic acid, 32 to 43% of palmitic acid, 2 to 6% of stearic acid, 40 to 52% of oleic acid, 5 to 11% of linoleic acid, 1% of non- Since the double stearic acid and palmitic acid have the function of protecting the cholesterol component, the components of the fatty acid added in the electrolysis process are present in the electrolytic ion water which is ultimately produced. When the strong acidic water is sprayed after spraying the strong alkaline water, the lipid layer which has been coated with the harmful substance is decomposed and the sterilizing function of the strong acidic water directly causes the harmful substance Thereby increasing the sterilizing effect.

Claims

The electrolytic ionized water produced by sterilizing detergent is mixed with trace amount (0.3% of ionized water extract) of natural palm oil containing stearic acid and palmitic acid to protect intercellular lipids, prevent.
Prior to the use of strong oxidizing water used as a disinfectant agent, pre-spraying of the reducing water having lipid-decomposing function in the previous step is performed to remove the lipid component applied on the sterilized wound, thereby sterilizing the strong oxidizing agent directly to the sterilized wound Increase efficiency.