KR790001672B1 - Method of preparing detergent for the private parts - Google Patents

Abstract

Agar-base detergent for privayes was manufd. by mixing an adhesive binder and sop- horae radix. The binder obtained by adding an amino caproic acid and a boric acid to agar-dissolved 60≰C water, was mixed with the sophorae radix and lauryl sodium sulfate (foaming agent) to remove free sulfuric acid, and then acrinolum and lactic acid were added to give agar-base detergent for privates

Description

Manufacturing method of detergent for local cleaning

The present invention relates to a method for producing a local washing detergent based on agar (寒 天) is harmless and flexible to the human body to protect the sticky membrane of the skin tissue and to suppress the development of bacteria.

)를 유발하는 점이 있다.Conventionally, this type of detergent has been shown to be a transparent or lotion type that sulfonates fatty acids or lauryl alcohol, etc., and synthesizes emollients, gradual agents, nutrients, foaming agents, and organic disinfectants. These defects are caused by the dissolution and erosion of free alkalis and free lactic acid, resulting in the exfoliation of keratin, resulting in dryness and dignity of the skin.

) Is causing.

The present invention was conceived in view of the above-mentioned drawbacks of the prior art. The agar is used as a base material to increase the viscosity, add a foaming agent, remove the free lactic acid, and then add a fungicide that is harmless to the human body to obtain the detergent of the present invention. This will be described in more detail as follows.

Agar was dissolved in water at 60 ° C., and amino caproic acid and boric acid were separately mixed and added to the dissolved agar to bond molecules around galactose to form a molasses transparent jelly. Get At this time, aminocaproic acid increases the binding of agar galactose to promote the fibrosis that causes the viscosity increase, boric acid has a hydrophilicity to restore the viscous activity standing in the process of fiberization and to aid in water compatibility.

Separately, lauryl soda, a foaming agent, was dissolved in water at 80 ° C., and Sophorae Radix was added while maintaining the temperature at 80 ° C., followed by stirring for 30 minutes, and then mixed with the agar-based binder. Free lactic acid is removed by Luteolin-7-Glycoside in Ginseng and Cytisine, a volatile alkaloid.

The temperature was then rapidly lowered to 7 ° C., followed by addition of acrinolum and lactic acid to confirm complete dissolution, followed by gentle stirring in the solution to obtain gel-like detergent.

The detergent of the present invention is a molasses agar of which the substrate is skin-effectally beneficial, and the agar has hydrophilicity that is dissolved in water by increasing the viscosity by amino caproic acid and boric acid to bind sugar molecules into the fibrous tissue. When using the detergent of the present invention, it is alleviated and flexible, and it is relatively flexible because the free lactic acid, which causes skin irritation, is removed by the luteolin-7-glycoside contained in red ginseng and the volatile alkaloid silic acid when using lauryl soda as a foaming agent. Suitable for cleaning topical areas with skin tissue.

濁)을 방지하고 그 효과를 상승시켜 현액 신결조직의 유통기능을 원활하게 하여 주며, 아트리놀과 고삼의 복합효능에 의하여 피지성분의 부패물에 의한 악취를 제거하는 특징을 이루고 피부기생충(Dermatophytosis), 간디다(알비칸스의 곰팡이)에 강한 살균작용을 가지며 세균발육 저주작용을 가지는 것이다.In addition, the detergent of the present invention, from which the free lactic acid is removed, forms an invisible thin film on the skin with the molasses composition of the agar-based emulsion, and the emulsion of clesterol, which is a lipid component,

濁) prevents and enhances the effect, and facilitates the distribution function of the new tissue of the suspension, the complex effect of the atrinol and ginseng removes odors caused by the decay of sebum components, dermatophytosis, Gandida (Albicans fungus) has a strong bactericidal action and bacterium growth curse.

The present invention is excellent cleaning effect and harmless to the human body, while having a strong normal flora, the following Table (1) and (2) shows that the present detergent has a sterilizing power other than cleaning.

TABLE 1

Test Preparation-Inventive Detergent

Test Method—Diluted the incubation of Jill Trichomonas in V-bouillon medium, and then constantly dilute 0.1 ml (containing 50,000) in 5.0 ml of copper medium, and add 0.1 ml of diluted microfluidic solution to a constant concentration. Calculate whether live or dead.

TABLE 2

Staphylococcus and Bury Sterilization

* (-) Non-growth (+) growth

EXAMPLE

Water 100kg

Agar 2.5kg

Amino Caproic Acid 1.5kg

Boric acid 0.5kg

Lauryl Soda 1.1kg

Lactic acid 120cc

Acrinol 0.42kg

Hemp 0.25kg

2.5 kg of agar was added to 100 kg of 60 ° C. water, and the mixture was slowly stirred to obtain a molasses detergent material having a viscosity of 30 ° -32 °. Then, 1.5 kg of imino caproic acid and 0.5 kg of boric acid were mixed to obtain a viscosity of 38 ° -40. After raising the temperature to 1.1 ° C, 1.1 kg of lauryl soda was dissolved in an appropriate amount of water while maintaining the temperature at 80 ° C, stirred with red ginseng for 30 minutes, mixed with the molasses substrate, and then rapidly lowered to 7 ° C. After the addition of 0.42kg of acrinol and lactic acid 120cc slowly stirring to obtain the detergent of the present invention.

Claims (1)

As mentioned above, the agar was dissolved in water and aminocaproic acid and boric acid were mixed and dissolved to obtain a molasses base material, while adding lauryl soda and red ginseng while keeping the temperature at 80 ° C, and then lowering the temperature to 7 ° C. Method for producing a local detergent for cleaning, characterized in that the addition of acrinoline and lactic acid.