KR20100001244A - Aprocessing method of antibacterial moisturing liquid made by deep seaelectronic water and the antibacterial moisturing liquid made by deepseaelectronic water thereof - Google Patents

Abstract

PURPOSE: An antibacterial moisturizing sap using deep sea water and a method for producing the same are provided to use in skin cleansing and moisturizing and easily manufacture and sell the product. CONSTITUTION: A method for producing a skin antibacterial moisturizing sap using deep sea water comprises: a step of collecting desalinated deep sea water; a step of adding electrolyte with the deep sea water in an electrolyzer to hydrolyze; a step of collecting strong acidic electrolyzed water at anode side and strong alkali electrolyzed water at cathode; a step of cooling the strong electrolyzed water and sterilizing; a step of adding various additives to the strong acidic electrolyzed water to enhance viscosity of water and adding perfume to produce functional sap and medicinal sap; a step of sealing the electrolyzed water; and a step of rapidly freezing the product at 18°C.

Description

A method for producing skin antibacterial moisturizing sap using deep sea water and skin antibacterial moisturizing sap produced accordingly

The present invention relates to a skin antibacterial moisturizing fluid using deep sea electrolyzed water, and more particularly, the electrolyzed water generated by collecting and desalting and electrolyzing marine deep sea water as a main raw material to maintain sterilization and disinfecting acidity of skin and to moisturize the skin. The present invention relates to a method for preparing sap using additives, and to an antibacterial moisturizing sap prepared accordingly.

Skin is the largest organ in the human body, its size is about 1.6㎡, and it is a large organ that weighs 16% by weight. The skin serves as the most basic skin covering the body to protect internal organs. In addition, it is a very important institution that performs many functions.

The skin is in constant contact with changes in the external environment such as ultraviolet rays, temperature changes, moisture, dust, air pollution, etc. During the contact process, the skin reads the information necessary for survival quickly and allows the body to react appropriately to protect the individual. It has an important task and has additional functions to protect the skin itself to some extent from external harm.

Looking at the structure of the skin, the skin is divided into three distinct layers of epidermis, dermis, and subcutaneous tissue from the outer layer. The epidermis is divided into the basal layer, the pole layer, the granule layer, and the stratum corneum from the bottom, and the stratum corneum of the skin. Is composed of 15-20 layers of thin plated layers of dead, dead cells (nucleated capsular cells) in the outermost layer of the skin.

The keratinized stratum corneum, or stratum corneum, falls off the skin after a certain amount of time, and the new keratinized stratum corneum is called the turnover of the epidermis, which prevents unwanted substances that penetrate the epidermis from prolonged staying and release to the outside. This process is considered to be a defensive process, and this process has a repetition cycle of about 4 weeks. In this repetition process, various problems may occur when abnormality occurs during the formation of keratin or dropout time of the skin.

Most skin diseases are accompanied by abnormalities in the keratin located in the outermost layer, on the contrary, if there is an abnormality in the stratum corneum, many problems may occur in the skin.

If the skin becomes sensitive for some reason, the hand will go frequently in response to the slightest irritation. If the hand goes frequently, the damage to the stratum corneum, the outermost layer of the skin, will be worsened.

Damaged skin makes it difficult to protect the skin from the attack of various external pests that are inherent to the skin.If the stratum corneum is damaged, it is always exposed to the air, and the degree of cross-contamination caused by direct and indirect contact of airborne bacteria and foreign substances is increased. Not only does it increase rapidly, but the damaged area quickly loses its moisture.

Therefore, it is recommended to use an appropriate skin moisturizer to disinfect the damaged skin exposed to the infection and to catch moisture flowing out through the skin. In particular, it is important to use a sufficient moisturizer to prevent the skin from drying out. can do.

Skin disease refers to a disease that has an abnormal condition that is easy to damage the skin due to congenital acquired factors, or that the skin is restored to a normal condition after the skin injury. The skin has a lot of external contact or sweat discharge due to active physical activity. Since the more contaminated than any other part of the human body, the efforts of cleaning and disinfection for the clean has been continued.

Acidity of the skin epidermis varies depending on the age group, but it is about pH 5.5 in children and adolescent standards, and acidity is resistant to bacteria by acidity even when contaminated by growth of sweat glands, fat glands and hair roots, and easily susceptible to bacteria. It is supposed to be.

However, the skin is losing moisture and autoimmunity due to the abuse and misuse of various cleansers and soaps for the purpose of washing the skin, as well as the weakness of the moisturizing and disinfecting effects after cleaning.

In general, the majority of patients with skin diseases are caused by the adverse effect of keratinization progressing rapidly due to a decrease in the recovery of epithelial cells, which leads to a negative vicious cycle of secondary bacterial infection, so as to moisturize and nourish the epidermis as well as the dermis and subcutaneous tissue. , Body shape determination, temperature maintenance, external shock absorption, cell protection, etc. are not enough to play a role, so the situation is suffering from cure.

In particular, atopic dermatitis is caused by a combination of external factors such as seasonality, residential environment, temperature, humidity, food, allergies, microorganisms, and internal factors such as genetic factors, immunological abnormalities, skin barrier function damage, and stress. It is known that in patients with chronic and chronic atopic skin disease with severe itching and inflammation, keratinization caused by continuous scratching causes significant changes in appearance.

A keratinized skin is thickened and roughened like elephant skin. Chronic skin damage as a result of atopic dermatitis continues to stimulate the production of lamellar bodies in granule cells of the skin epidermis. If the formation and supply to the stratum corneum does not facilitate the supply and biosynthesis of lipid components to be supplied by the thyroid body, the hollow thyroid body is supplied, resulting in incomplete skin barrier formation and improper functioning. Eventually, the vicious cycle of thickening of the stratum corneum at the same time as the incomplete skin barrier is repeated, and the skin becomes dry and itching remains as it does not function properly.

In addition, if the worst worsens due to skin wounds and surrounding skin wounds, the leachate from the skin will not only flow out, but also cause pigment abnormalities due to skin irritation or inflammation. When a bacterium that changes or balances the skin bacterium is propagated, it is in an over-immune reaction state to a normal person. Therefore, high pH is slowing down the normalization of the skin and eventually making it vulnerable to external irritation.

The biggest symptom of atopy is itching of the skin, and in most cases it starts to scratch, it scratches and the skin is inflamed and inflamed, and the inflammation is amplifying itching again and scratching again. The skin is so severely damaged that it is difficult to heal, causing secondary infections by viruses or bacteria. As this vicious cycle is repeated, the skin becomes irreparably damaged and becomes chronic and suffers from grievances. Dry skin and extreme itching, which are characteristic, are continuously repeated as described above.

Since the acidity of the skin varies by age group, the management of acidity should be different for each age group.

If you look at the acidity of healthy skin by age group, the prenatal period is pH4.4, which is a perfect weak acid sterile condition, so this is why you should be careful for 3-7 days after birth.

Subsequently, the baby's skin acidity is pH4.5-5.5, and the skin regeneration cycle is about 8 days, so the wound heals quickly and recovers quickly, resulting in clear, clear and smooth skin without dead skin. If you scrub your skin gently with a cleansing agent, your skin immune system is not developed.

Children and adolescents and adults who have passed the infancy period have a pH of about 5.5-6.5 and the skin regeneration cycle takes about 28 days. The skin resilience slows down, and wrinkles gradually begin to develop and keratin and blemishes appear. Supply of water is necessary.

Now, the elderly have a pH of 6.5 or more. In general, the skin usually starts aging at the age of 23, so the skin regeneration cycle is gradually slowed down from about 28 days, which takes 50-60 days or more. As well as slow recovery, as well as the formation of gum mushrooms and remarkably reduced skin elasticity, the skin stretches, wrinkles increase, and skin dryness is prominent, so sufficient nutrition and moisture supplementation and skin moisturizing are necessary.

As described above, the skin is different in its age, but generally shows weak acidity, whereas the cleaning and care is performed by using pH6.7-7.3 neutral pH water, which is the acidity of drinking water and tap water. There was a lot of difficulty in managing the pH to return naturally.

In addition, in case of using cleanser and soap, which are surfactants in the skin cleaning process, the contaminants of epithelium are removed, but if left as it is, the skin becomes rough, so it is inevitable to apply complementary skin cosmetics such as lotion cream for moisturizing and elasticity. The formulation technology, which has been used in most cosmetics productions until now, depends on the emulsification technology of adding a surfactant (emulsifier) which has the function of adjusting oil and water at an appropriate ratio and mixing water and oil. For this purpose, not only emulsifiers and preservatives should be added, but they are also added as synthetic fragrances with no healing function, such as flavor oils or progression oils, which are mostly used to give off the fragrance of cosmetics. Pigments have been added and used.

Furthermore, in case of a skin disease subject to sensitive skin conditions such as damaged skin, when a surfactant or an artificial chemical comes into contact with the cell membrane of a cell exposed through the skin, unnecessary irritation such as the melting of the cell membrane gradually occurs due to the characteristics of the surfactant. Because it can be prolonged, if used for a long period of time, this may cause the skin to worsen, as well as unreasonable structural disadvantages causing allergies.

Therefore, in the present invention, each ionized water generated in the strong electrolytic water generating device is collected separately so that alkaline ionized water is used for skin cleaning, and acidic ionized water is used as a moisturizing and sterilizing water. It is an object of the present invention to provide a method for producing skin antibacterial and moisturizing sap using deep sea electrolyzed water, which satisfies consumer's preference and is capable of mass production and distribution as a sap that can be stored in a frozen state for a long time.

The present invention to achieve the above object is a deep sea water collecting step of collecting the deep sea water desalted by filtering and purifying the impurities of sea water; An electrolysis process in which the collected deep sea water and the electrolytic solution are put into an electrolytic cell and then electrolyzed; (With Deep Sea Water Mixing ratio of the electrolyte solution ?) The electrolytic water collection step of collecting the strong acid electrolytic water generated on the anode side and the strong alkaline electrolyzed water generated on the cathode side by the electrolysis, circulating cooling the strong alkaline electrolytic water and sterilizing at the same time; An electrolytic sap manufacturing process for preparing various kinds of palatable scent sap and functional sap and prescription pharmaceutical sap by adding various additives to the collected strong acidic electrolyzed water to increase the viscosity of sap and provide a soft touch; Sealing packaging process to seal the prepared electrolytic solution in a container for sealing packaging; Provided is a method for preparing skin antibacterial moisturizing fluid using deep sea water, including the rapid freezing process of rapidly freezing the sealed packaged product at a temperature of minus 18 ° C. or lower, and a skin antibacterial moisturizing solution prepared accordingly.

In addition, the present invention provides a method for producing a skin antibacterial moisturizing sap using deep sea water, characterized in that the electrolytic solution is sodium chloride.

In addition, the present invention is the electrolytic cell in the electrolysis step of collecting and electrolyzing the desalted deep sea water has a diaphragm between the positive electrode and the negative electrode structure of the electrolyte membrane electrolyte, 0.1- of the amount of distilled water to collect the sodium chloride electrolyte solution It provides a method for producing skin sterilization and moisturizing sap using the deep sea water, characterized in that 10.0% is added to the electrolytic cell in the electrolytic cell in the electrolyte membrane electrolytic cell method.

In addition, the present invention is to operate the chiller to circulate cooling so that the strong alkaline electrolyzed water generated by the electrolysis to maintain the low water temperature of 5-10 degrees in the sump and at the same time install an underwater ultraviolet sterilizer in the strong alkaline electrolyzed water sump It provides a method for producing skin sterilization and moisturizing sap using deep sea water, characterized in that the sterilization treatment so that the pH properties do not change by operating.

In addition, the present invention adds 0.01-30.00% of the strong acidic electrolyzed water to the strong acidic electrolyzed water by addition of 0.01-30.00% to the strong acidic electrolyzed water by weight and dilutes the additives such as a taste flavor, a functional preservative, and various kinds that provide a soft touch. It provides a method for producing a skin antibacterial moisturizing sap using deep sea water, characterized in that the addition of the taste intake intake and functional sap and prescription drug sap.

In addition, the present invention provides a skin antibacterial moisturizing sap using deep sea water prepared by any one of the above-described manufacturing method.

According to the manufacturing method of the skin antibacterial moisturizing solution using the deep seawater electrolytic water of the present invention as described above, there is no major problem in the supply and demand of raw materials, and the sap maintenance and maintenance of acidity maintenance skin care that has been neglected by Korean people, and easy sap spraying and Hygroscopicity of application provides mass production method of skin antibacterial and moisturizing fluid that can be understood and immediately confirmed for easy recovery, maintenance and adaptation of proper skin pH.

In addition, various viscosity modifiers and moisturizer additives are added to the sap to provide a moist and soft touch when it is absorbed by the skin.It is an extract of various kinds of aromas, herbs, herbs, etc. As it is possible to manufacture mixed formulations of medical prescription pharmaceutical solutions, etc., it has prepared a groundbreaking opportunity to be provided with the advantage of being formulated into various high value-added products.

In the present invention, since the production of disinfection by-products such as trihalo methane during the electrolysis process is at the level of tap water, there is no risk for workers during work, so there is no effect even if there are eyes, mucous membrane contact, and drinking. It provides a method for producing skin antibacterial and moisturizing sap using the deep seawater.

In addition, the present invention provides a method for producing skin antibacterial and moisturizing sap using marine deeply electrolyzed water, because strong electrolyzed water immediately loses sterilization power and thus does not affect the wastewater treatment plant.

The technical problems attained by the present invention and the practice of the present invention will be made clear by the following preferred experimental examples of the present invention. The following examples are merely illustrated to illustrate the present invention and are not intended to limit the scope of the present invention.

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

1 is a flow chart illustrating a method for preparing skin antibacterial moisturizing fluid using deep sea electrolytic water according to an embodiment of the present invention. Referring to the drawings, the process of producing a moisturizing sap using electrolytic water is to collect the deep seawater desalination in the electrolyzer to collect the deep seawater desalination to produce electrolyzed water (S11) and sodium chloride 0.1-10.0% added to the distilled water by adding Electrolysis step (S12) in which the prepared electrolyte is put into an electrolytic cell and electrolyzed by a diaphragm electrolytic cell (S12), and the resulting strong alkaline electrolyzed water is used as a washing solution of the skin, and the strong acidic electrolyzed water is used as a skin disinfection and moisturizing solution. Electrolyte collection step (S13), the viscosity control agent, the humectant is added to the collected strong acidic electrolyte solution and the electrolytic solution manufacturing step (S14) prepared by adding a surfactant to the strong alkaline electrolyzed water, the prepared sap in a container such as PP Sealing packaging step of sealing packaging (S15), since the ionic effect of the generated electrolytic water is 3-4 weeks, so that The fast continued for an ion effect and a rapid Package in core temperature below minus 18 degrees to the long-term storage of frozen seed as made of a refrigeration step (S16).

In particular, the method for producing the skin antibacterial moisturizing solution using the deep seawater according to the embodiment of the present invention, the strong seawater produced by desalting and electrolyzing the deep seawater, the main raw material, is the same amount of strong acidic and strong alkaline electrolyzed water is collected. All of the generated strong seawater can be effectively utilized by preparing the sap for each purpose.

In addition, the viscosity adjusting agent, the moisturizing agent and the surfactant added in the electrolytic solution preparation step can be prepared for the sap to enable cryopreservation for a long time by inhibiting freezing denaturation.

In more detail, the above-described marine deep water collecting step (S11) is a process of collecting and desalting and collecting deep seawater, which is a raw material, in an electrolytic cell.

Deep sea water contains accumulated minerals that have sedimented from the surface of water at constant low temperature conditions and conditions without sunlight for hundreds of thousands of years below 150-200 meters below sea level. Efforts have been made to make use of this, and the moisturizing and nourishment of the skin described above is provided when the product is formulated with sap and added to the skin to be absorbed directly into the skin for drinking and to absorb moisture directly. It is possible to take full advantage of the benefits as a sap that can enjoy a great effect, and the present invention has made it possible to do this.

When the water temperature of the deep seawater contained in the electrolyzer is increased, the ionic change is activated in the diaphragm in the electrolyzer, so that the strong acid electrolyzed water generated at the anode increases the concentration of HOCl, an effective chlorine which has a bactericidal effect, as well as the steel produced at the cathode. In alkaline electrolytic water, the concentration of sodium hydroxide (NaOH), which has an interfacial effect, is increased, so that an underwater heater, which is a heating facility, is installed in a distilled water collecting tank and operated so that the water temperature is maintained at about 35-40 degrees Celsius.

The aforementioned electrolysis step (S12) is a process of adding 0.1-10.0% sodium chloride (NACL) to distilled water and diluting the mixture to make an electrolyte solution, followed by electrolysis in a electrolyte membrane electrolyzer in an electrolytic cell.

Exhaust pipes are installed to allow the discharge of chlorine gas from the anode during the electrolysis process.

In general, electro-analysised water refers to water obtained by applying electric force to general water such as tap water or ground water.

If the positive and negative platinum-plated titanium is put into the water and the electricity is supplied by direct current, the anion dissolved in the water is collected on the positive electrode side, and acidic ionized water is collected on the positive electrode side. Occurs.

The electrolyzed water thus produced has its ionic effect for 7-8 days when exposed to air and about 3-4 weeks when stored with the lid closed.

The electrolytic collection step (S13) described above is a process of collecting the generated strong alkaline electrolyzed water as a washing solution of the skin and using the strong acidic electrolyzed water as a skin sterilization and moisturizing sap, respectively.

The strong acid electrolyzed water on the anode side and the strong alkaline electrolyzed water on the cathode side are collected separately and put into the sump and circulated so that the water temperature is maintained at 5-10 degrees Celsius using a chiller, a cooling facility in each sump. Let's do it.

Underwater UV sterilizers are installed in each collection container and sterilized to keep the pH properties unchanged. Also, care should be taken to prevent re-contamination of each collected ionized water.

In case of acidic ionized water, it has a converging effect and constricts the skin.

Therefore, since it protects the skin slightly acidic, it is of course excellent in skin beauty and disinfection.

Hypochlorite Water Additives Standards of Korea Food and Drug Administration and Hypochlorite Water Food Additives Approval Standards of Japan's Ministry of Health and Welfare apply the same standards and standards, according to which the components of Hypochlorous Acid Water are strongly acidic hot water. (Also called strong acid hypochlorous acid) is pH2.7 or less, contains 20-60ppm of effective chlorine hypochlorous acid (HOCL), and non-acidic water (also called non-acidic hypochlorous acid) is pH5.0-6.5 Physical property containing 10-30 ppm of hypochlorous acid (HOCL), 10 ppm of effective chlorine has bactericidal effect against bacteria with low disinfectant resistance, and 20-30 ppm of effective chlorine has bactericidal effect against bacteria that do not have apophore. An effective chlorine of 60ppm has a bactericidal effect against infant germs within minutes.

Sodium hypochlorite water is not effective in killing follicles, but strong acid hypochlorite is a very effective fungicide for follicles and has bactericidal effects within 3 minutes of treatment with Bacillus and clostridium.

Hypochlorite water is characterized by a strong bactericidal and deodorizing effect and very low biotoxicity. The bactericidal power is fungi, Staphylococcus aureus, Pseudomonas aeruginosa, Escherichia coli, and other nutrients, Cereus, Acidophilus, Fungi, Viruses, Heterogeneous bacteria, Salmonella It has strong bactericidal power against food poisoning such as bacteria and Vibrio bacteria, as well as all pathogenic microorganisms caused by raw water. (Source: less than 5 seconds of Staphylococcus aureus, Pseudomonas aeruginosa, Escherichia coli, and other trophic bacteria, less than 5 minutes, Antibacterial 1 minute-2 minutes 30 seconds, fungus 5 seconds-1 minutes, virus less than 5 seconds, antimicrobial effect of strong acidic electrolyzed water, clinical test, 37: 919-919,1993) (Source: 40 ppm of strong acidic electrolyzed water, Salmonella Bacteria and Vibrio bacteria were initially detected after 300,000 treatments of 120,000-200,000 bacteria, 30 seconds of sterilization ability test report, Korea Testing and Research Institute, 2002)

Hypochlorite water is a fundamental countermeasure for sterilization, it is weak in odor and odor, experimentally 80 times stronger than NAOCL, and practically 5-10 times stronger, so the effect is hypochlorous acid with 30 ppm chlorine concentration. The sterilization power of water is superior to sodium hypochlorite water (chlorinated water diluted with lacx in water) with a chlorine concentration of 150 ppm, and it has excellent deodorizing power, as well as the biotoxicity of hypochlorite water. Is recognized as 1/50 of sodium hypochlorite, so it is already widely used as a substitute for chemical disinfectants and pesticides.

Hypochlorite water is already used as an optimal disinfectant for airborne poisoning due to water, food raw materials, and spray because it is free of odors and does not contain salts.

Sterilization is increased by increasing the temperature of hypochlorous acid. Strong alkaline ionized water is generated on the opposite (-) side as much as the amount of strong acidic water produced on the hypochlorite solution manufacturing device (+), and serves as a surfactant, so strong alkaline ionized water is used as a cleaning agent, as well as chemicals such as wax and chemical fertilizer. It is also used as a substitute.

In addition, alkaline ionized water has more beneficial minerals (inorganic salts) than normal water, and makes water molecules smaller, so the absorption of minerals is increased, which helps improve diarrhea and constipation, and works on the stomach. Strong alkaline ionized water is a natural emulsifier with excellent dissolving and detergency as well as a surfactant having excellent natural surfactant effect, containing 40-120 ppm of sodium hydroxide (NaOH) at pH11.0 or higher. As it has physical properties and functions to improve cleaning power, it is mainly used for cleaning raw foods such as root vegetables (potatoes, potatoes, carrots), fruit vegetables (cucumbers, pumpkins, tomatoes, etc.) and grains (beans, brown rice, etc.). .

In foreign countries, strong alkaline water with a pH greater than 11.0 is recognized as a dilution solution of sodium hydroxide solution. It contains sodium hydroxide and natural emulsifiers, so it has the same function as a non-toxic natural detergent. It is due to the effect of washing off grease well. The cleaning power is increased by increasing the temperature of the strong alkaline water.

In the case of countries where electrolyzed water became legislated into strong acidic and strong alkaline ionized water, Kangsan Electrolyzed Water was announced in Korea in December 2005 by the Korea Food & Drug Administration (Packaging Container Team) No. 2005-75. It was first used as a standard and standard for hypochlorite water, which is a disinfectant for facilities, and was announced as No. 2007-74 of the Korea Food and Drug Administration (Food Additives Team) in November 2007. And specifications.

Foreign cases preceded us. In June 2002, the Ministry of Health, Labor and Welfare Ordinance No. 75 and Notice No. 212 recognized strong acidic water as hypochlorite and approved as a food additive (sterilizer) in China. In 1999, the sanitary water generator was approved by the Ministry of Sanitation as a disinfection device, and in 1998, the EPA (Environmental Protection Agency) approved the strong seawater generator as a disinfectant manufacturing device, and in 1999, the FDA approved the strong acid electrolytic water. Recognized as the same as hypochlorous acid water, it was approved as a disinfectant for food materials and utensil containers. In the same year, USDA (Agricultural) approved the use of electrolytic hypochlorous acid for the purpose of killing intestinal pathogens of growth.

In foreign countries, since 1996, in Japan, cultivation of pesticide-free low pesticides for hand disinfection, endoscopy disinfection, antibacterial measures, prevention of infection in the hospital, treatment of burns, oral disinfection, etc. In 2002, it was used to maintain the freshness of harvests. By 2002, it was used to remove organic odors in the environment, decompose pollutants, manufacture drinking water, and food additives (pasteurizers), cooking processing facilities, utensil containers, steel in the food sector. Its use has been expanded to improve the quality and maintenance of alkaline electrolyzed water.

Therefore, strong acidic electrolyzed water is a product that is approved for use in food hygiene not only in Korea but also in the world. It is harmless to humans, has no residue, and has excellent sterilizing power as can be seen in the above examples. .

As described above, the characteristics of each strong electric seawater are summarized first, and then the strong alkaline electrolyzed water should be cleaned and then sterilized and disinfected with strong acidic hypochlorite water. If the object is first immersed in strong alkaline electrolyzed water to remove organic contaminants and washed and disinfected with strong acidic electrolyzed water, the sterilization effect can be expected to be greatly increased.

The above-mentioned electrolytic sap production step (S14) is a process of preparing an electrolytic sap by adding a viscosity modifier and a moisturizer to the collected strong acidic electrolytic sap and adding a surfactant to the strong alkaline electrolyzed water.

Strong acidic electrolyzed water has an excellent effect as a disinfectant disinfectant, so that a viscosity modifier and a moisturizer are mixed in the strong acidic electrolyzed water at 0.01-30.00% of the weight of the strong acidic electrolyzed water, respectively, 0.01-30.00% of sodium alginate and 0.01% by weight of the acidic electrolyzed water. -30.00% Karakinan, 0.01-30.00% by weight of strong acidic electrolyzed water, 0.03-30.00% by weight of strong acidic electrolyzed water, pectin, 0.01-30.00% by weight of strong acidic electrolyzed water, 0.01-30.00% by weight of strong acidic electrolyzed water Repeater, 0.01-30.00% of natural acid by weight of strong acidic electrolyzed water, 0.01-10.00% by weight of strong acidic electrolyzed water, moistine of 0.01-30.00% by weight of strong acidic electrolyzed water, 0.01-30.00% by weight of strong acidic electrolyzed water Coenzyme, silk amino acid of 0.01-30.00% by weight of strong acidic electrolyte, glycerin of 0.01-30.00% by weight of strong acidic electrolyte, hyaluronic acid of 0.01-30.00% by weight of strong acidic electrolyte, A strong acid electrolyte solution is prepared by mixing and diluting at least one of sorbitol of 0.01-30.00% with respect to the weight of the strong acid electrolyte.

This is to increase the viscosity of the sap to facilitate skin deposition and to form a thin skin protection film to separate epithelial cells easily exposed to air from direct airborne floating bacteria and contamination.

The strong acidic electrolyte sap includes various types of aromas, herbs, and herbal medicines as it can be mixed and prepared as a favorite flavor sap and functional sap as well as medical prescription pharmaceutical sap according to the added viscosity control agent and moisturizing agent while containing bactericidal disinfection function. As an extract, as well as any one or more of the medical prescription drugs such as antibiotics, anti-inflammatory drugs are prepared to be further blended. In addition, strong alkaline electrolyzed water has an excellent effect as a surfactant, so that the surfactant is formulated in strong alkaline electrolyzed water at 0.01-10.00% to the weight of strong alkaline electrolyzed water, respectively, so that 0.01-60.00% sodium bicarbonate, steel A strong alkaline electrolyte is prepared by mixing and diluting at least one of cocobetaine of 0.01-10.00% by weight of the alkaline electrolyzed water and LES of 0.01-10.00% by weight of the alkaline alkaline water.

The strong alkaline electrolytic solution basically contains a surfactant function and foams according to the added surfactant, and it is possible to prepare a mixed formulation with a preference flavor intake and a functional sap as well as a medical prescription drug solution. Extracts such as herbal medicines, as well as any one or more of the medical prescription drugs such as antibiotics, anti-inflammatory drugs are prepared to be further blended.

In the above-mentioned sealing packaging step (S15) and rapid freezing step (S16), the prepared sap is packed in a container such as PP material, sealed with a film such as PE material, and passed through a metal detector to be immediately transferred to a freezer for rapid freezing. Step. Each of the sap prepared above is taken to measure pH.

In this case, the container should be sterilized by drying after immersion in the disinfectant solution using alcohol, strong acidic electrolyzed water, iodine, etc.The ionic effect of electrolyzed water is 3-4 weeks, so it is packed to maintain the ionic effect inherent in electrolyzed water and to store it for a long time. The frozen product must be rapidly frozen below the core temperature of minus 18 degrees Celsius or below, and the freezing conditions must be observed during storage and distribution.

In the future, the frozen product is thawed and used for 7-8 weeks at room temperature. Even when frozen sap products are thawed, the ionic effect remains the same.

Frozen sap products do not have the effect of freezing denaturation even when thawing, so that the viscosity and water retention are kept constant, so that they can be used as stable sap.

In the above series of processes, in order to prevent the growth of microorganisms at room temperature, the elapsed time must be within 4 hours during the electrolysis collection process, electrolytic solution manufacturing process, sealing packaging process, and rapid freezing process. do.

Hereinafter, a comparison of the results of experiments with various characteristics of the skin antibacterial moisturizing sap using the deep seawater prepared according to an embodiment of the present invention and the sap prepared according to another comparative example is performed.

Hereinafter, a process for preparing skin antibacterial moisturizing sap using deep sea electrolytic water according to an embodiment of the present invention is carried out as follows.

[Ocean Deep Sea Collection Process]

1) Collect the deep sea water and connect the desalting device to produce deep sea water from which salt (NaCl) is removed.

An underwater heater, which is a heating facility, is installed in the deep ocean water reservoir to operate the water temperature at 35-40 degrees Celsius. Collecting desalted deep sea water.

[Electrolysis Process]

2) Weigh 20,000ml of collected deep sea water into the electrolytic cell.

3) Weigh 20.0 ml of distilled water in an electrolyte solution and weigh 30.0 g of 0.15% sodium chloride by weight in distilled water.

Electrolysis is performed in the electrolytic cell in the form of a diaphragm electrolyzer.

[Electrolysis Collection Process]

4) Collect the strong acid electrolytic water and the strong alkaline electrolyzed water generated by electrolysis.

On the anode side, 10,015 ml of strong acidic electrolytic water with a strong sterilizing power of pH3.1 is produced.

On the cathode side, 10,015 ml of strongly alkaline electrolytic water of pH 10.9 is produced.

5) Cool the water by circulating the water temperature at 7.2 degrees Celsius using a chiller, a cooling facility, in the sump of the cathode side.

6) Install and operate an underwater UV sterilizer in the collecting container on the cathode side to sterilize it so that the pH properties do not change.

[Electrolytic Solution Manufacturing Process]

7) Add 50 g of sodium alginate (0.5% of strong acidic electrolyte water) and 500 g of sorbitol (5.0% of strong acid electrolytic water) to 10,015 ml of strong acid electrolytic water.

10,565 ml of a strong acidic electrolyte solution of pH 3.2 is prepared.

8) Add 50 g of cocobetaine with 0.5% of the weight of strong alkaline electrolyzed water and 50% of LES50g with weight to 10,015 ml of collected alkaline alkaline water.

10,115 ml of a strong alkaline electrolytic solution of pH 10.9 is prepared.

[Sealing packaging process]

9) Select each sap prepared above, put it in PP container, seal it with PE material film, seal it, and pass it through a metal detector.

[Quick freezing process]

10) Rapidly freeze the products transferred to the freezer below the core temperature of minus 18 degrees Celsius, and then distribute them under freezing conditions.

[Experimental Example 1] for the skin antibacterial moisturizing solution using the deep seawater prepared by the above process was carried out a sensory test for the skin stickiness and skin pulling according to the content of sodium alginate as a thickener, [Experimental Example 2] In the sensory test on skin stickiness and skin pulling according to the content of sorbitol, a moisturizer, was carried out. In Experimental Example 3, the sensory test was carried out on skin sticking and skin pulling according to the content of a thickener and a moisturizing agent. .

Experimental Example 1

It adheres to the skin using sterilizing power of strong acidic electrolyzed water to form a thin protective film after sterilization to increase the viscosity by adding a certain amount of additives extracted from nature to separate epithelial cells easily exposed to air from direct airborne bacteria and contaminants. In order to see the effect of the tactile sensation, the effect was not added to the strong acidic electrolyzed water (Comparative Example 1), and the addition of 0.1% of the additives to the strong acidic electrolyzed water (Comparative Example 2) and 1.0% of the additives to the strong acidic electrolyzed water. When added (Comparative Example 3) and the additive was 0.5% compared to strong acidic electrolyzed water, each product prepared according to the sap prepared according to the examples (Example) was applied immediately after spraying and sticking to the skin after 30 minutes A sensory evaluayion test was performed on the sensation of skin pulling after the dried sap was completely dried. Tried.

The above natural additives include sodium alginate, carrageenan, xanthan gum, and high cell cellulose as thickeners. In this experiment, sodium alginate, which is a representative thickener, was evaluated.

The sensory inspectors were 20 men and women trained in their 20s and 40s, and the score was 5 points (5: very strong, 4: strong, 3: normal, 2: weak, 1: very weak). The sample was repeatedly performed and expressed as an average, and the sample was sprayed by spraying the above-mentioned strong acidic electrolyte solution product in a spray container at 19 ° C. at room temperature, and evaluated the sensation to the skin in each case. The results are shown in Table 1 below.

As a result of the experiment, the skin sticking immediately after spraying and the skin pulling after drying appeared to have a close correlation. According to the amount of the amount added to the strong acidic electrolyte solution added to the strong acidic electrolyte solution, the viscosity of the viscosity immediately after spraying and after 30 minutes was different, but the amount was appropriate as an example.

This is considered to be close to the value that determines the proper addition ratio since the level of skin stickiness and skin pulling showed a little less than the normal value and slightly exceeded the weak value.

Experimental Example 2

It adheres to the skin by using sterilizing power of strong acidic electrolyzed water, and after sterilization, strong acidic electrolyzed water remains on the surface of the skin without drying, so that a certain amount of sorbitol is added to maintain the moisture as well as to act as sterilizing water and to maintain a certain moisture. In order to find out the effect of the skin moisturizing effect, the sap is not added to the strongly acidic electrolyzed water (Comparative Example 4), and the addition of a small amount of 1.0% compared to the strong acidic electrolyzed water (Comparative Example 5) and the strong acidic electrolyzed water In case of adding 10.0% of large amount (Comparative Example 6) and 5.0% of strong acidic electrolyzed water, the additives were prepared according to the above example. Sensory evaluayion on the sensation of skin pulling after the sap adhered to the skin It was performed.

The above additives include sorbitol, butylene glycol, hyaluronic acid, glycerin, lipidur, ceramide, and placenta as humectants. In this experiment, sorbitol, a humectant, was evaluated.

The sensory inspectors were 20 males and females who were trained in their 20s and 40s.The 5-point scoring method (5: very strong, 4: strong, 3: normal, 2: weak, 1: very weak) The sample was repeatedly performed and expressed as an average, and the sample was sprayed in the above-mentioned strong acidic electrolyte solution product in a spray container at 19 ° C. and evaluated for odor and touch. The results are shown in Table 2 below.

As a result of the experiment, the skin sticking after spraying and the skin pulling after drying showed a close correlation. According to the amount of the amount added to the strong acidic electrolyte solution added to the strong acidic electrolyte solution, the scores of the viscosity after spraying and after 30 minutes were different, but the amount was appropriate as an example.

This is considered to be close to the value that determines the proper addition ratio because the level of skin stickiness and skin pulling is less than the normal value and slightly above the weakness.

Experimental Example 3

In [Experimental Example 1], a strong amount of the acidic electrolyzed water was adhered to the skin to form a thin protective film after sterilization so that the epithelial cells easily exposed to air were separated from direct airborne bacteria and contaminants in a predetermined amount. By putting the viscosity up to find out the effect of what kind of touch, and in [Experimental Example 2] the strong acidic electrolyzed water adheres to the skin, and even after sterilization, the strong acidic electrolyzed water does not dry out entirely and maintains a certain moisture as well as the role of sterilized water. In addition, a certain amount of sorbitol, which is excellent in water retention effect, was added to enable the role of moisturizing water.

This experiment is compared with the case of not adding the strong acidic electrolyzed water (Comparative Example 7) and the addition of the strong acidic electrolyzed water in order to examine the skin sticking and skin pulling due to the overlapping addition of each additive of [Experimental Example 1] and [Experimental Example 2] Small additions of 0.05% and 0.5% of each addition (Comparative Example 8) and Additions of additives in large amounts of 0.5% and 5.0% each in comparison with strong acidic water (Comparative Example 9) Skin after skin spray and after 30 minutes elapsed after the spray was applied to each product prepared according to the sap (Example) prepared by overlapping according to the above embodiment by 2.5% each A comprehensive sensory evaluayion test was performed on the pull.

The above redundant additives were mixed-use evaluation of sodium alginate, a representative thickener, and sorbitol, a representative moisturizer.

The sensory inspectors were 20 males and females who were trained in their 20s and 40s.The 5-point scoring method (5: very strong, 4: strong, 3: normal, 2: weak, 1: very weak) The sample was repeatedly performed and expressed as an average, and the sample was sprayed into the spray container at room temperature and 19 ° C. in order to evaluate the smell and texture. The results are shown in Table 3 below.

As a result of the above experiments, as in the case of [Experimental Example 1] and [Experimental Example 2], the skin sticking immediately after spraying and the skin pulling after drying were found to have a close correlation.

According to the amount of the amount added to the strong acidic electrolyte solution added to the strong acidic electrolyte solution, the scores of the viscosity immediately after spraying and after 30 minutes were different, but the amount was appropriate as an example.

This is considered to be close to the value that determines the proper addition ratio because the score of skin stickiness and skin pulling showed the median value between the normal value and the weak value evenly.

Therefore, as shown in the above comparative experiments, the mass sterilization of the skin using the present invention electrolytic water and moisturizing sap in the mass production of direct sterilization of the skin, as well as forming a thin protective film, can be expected to moisturize the appropriate skin It can be seen that it can provide sterilizing and moisturizing fluid with stickiness and skin pulling.

1 is a flow chart illustrating a process for preparing skin antibacterial moisturizing sap using deep sea electrolytic water according to an embodiment of the present invention.

Claims (6)

A deep sea water collecting step of collecting and purifying desalted sea water by filtering and filtering impurities in sea water; An electrolysis process in which the collected deep sea water and the electrolytic solution are put into an electrolytic cell and then electrolyzed; (With Deep Sea Water Mixing ratio of electrolyte solution ?) An electrolytic water collecting step of collecting strong acidic electrolyzed water generated on the positive electrode side and strong alkaline electrolyzed water generated on the negative electrode side by circulating, circulating cooling and strongly sterilizing the strong alkaline electrolyzed water; An electrolytic sap manufacturing process for preparing various kinds of palatable scent sap and functional sap and prescription pharmaceutical sap by adding various additives to the collected strong acidic electrolyzed water to increase the viscosity of sap and provide a soft touch; Sealing packaging process to seal the prepared electrolytic solution in a container for sealing packaging; A method for producing a skin antibacterial moisturizing solution using deep seawater, and a skin antibacterial moisturizing solution prepared according to the above, including a rapid freezing process of rapidly freezing the sealed packaged product at a temperature below minus 18 ° C. The method of claim 1, wherein the electrolytic solution is sodium chloride. The method of claim 1, wherein the electrolytic cell in the electrolysis process of collecting the desalted deep sea water and electrolyzing has a diaphragm structure between the positive electrode and the negative electrode and has a diaphragm electrolytic cell structure, 0.1 of distilled water collected by collecting sodium chloride as an electrolyte solution. Method of producing skin sterilization and moisturizing sap using deep sea water, characterized in that -10.0% is added to the electrolytic cell in the electrolytic cell by electrolysis in the electrolyte membrane method. According to claim 1, wherein the strong alkaline electrolyzed water generated by the electrolysis in the water reservoir to operate the chiller to maintain a low water temperature of 5-10 degrees in the water reservoir and at the same time circulating cooling while the underwater ultraviolet sterilizer in the strong alkaline electrolyzed water reservoir Method for producing skin sterilization and moisturizing sap using deep sea water, characterized in that the sterilization treatment so that the pH properties do not change by the installation operation. The method of claim 1, wherein by adding 0.01-30.00% to the strong acidic electrolyzed water by adding 0.01-30.00% of the strong acidic electrolyzed water to the strong acidic electrolyzed water, the additives, such as a taste odor and a functional prescription drug, increase the viscosity of the sap and provide a soft touch. A method for producing skin antibacterial moisturizing sap using deep sea water, which is added to prepare various kinds of palates, functional sap and prescription pharmaceutical sap. A skin antibacterial moisturizing sap using deep sea water, which is prepared by the method of any one of claims 1 to 5. Detailed description In strong alkaline electrolytic water  It is supposed to dilute the surfactant. At what stage is the surfactant diluted? Should surfactant be added or is it added to increase functionality?

Images