TWM580970U - Golden peptide foaming enzyme beauty soap - Google Patents

Abstract

The golden soap peptide foaming enzyme beauty soap provided by this creation includes: a first soap body, which is added with an alkaline reactant; a second soap body, which is combined with the first soap body, and added with a An acidic reactant encapsulated with a hydrosol; accordingly, when the user uses the soap while immersed in water, the added components are released, and after the encapsulated hydrosol is dissolved in water, the alkaline reactant and the The acidic reactants can contact each other for metathesis reaction to generate gas, and bubbles are formed by the generated gas to improve the cleaning effect.

Description

Golden peptide foaming enzyme beauty soap

This creation is related to cleaning products, especially about a golden peptide foaming enzyme beauty soap.

In order to improve the cleaning ability of soap or provide other use effects, it has been disclosed in the conventional technology to add specific ingredients to the soap body to increase the use effect that soap can provide. There are many types of added ingredients, such as China Powdered inorganic substances such as quinoa lees in the pre-patent case No. M521628, lees lees in the pre-patent case No. I440713, silica, ceramic powder, algae fossil powder and shell powder in the pre-patent case No. 490485. Disclosed by Loofah, etc. in the pre-patent No. M367922, that is, in the technical field of soap, by adding a specific organic or inorganic component to make the soap have the function that the specific component itself can provide, although this has been The commonly used and well-known technical content is still not perfect.

The main purpose of this creation is to provide a gold-peptide foaming enzyme cosmetic soap, which can generate gas and cause foam when used to improve the cleaning effect.

The reason is that in order to achieve the above purpose, the golden soap peptide foaming enzyme cosmetic soap provided by this creation includes: a first soap body, which is added with an alkaline reactant; a second soap body, which is connected with the first soap Body This is combined with the addition of an acidic reactant encapsulated with a hydrosol; accordingly, when the user uses the soap while immersed in water, the added ingredients are released, and the encapsulated hydrosol is dissolved in water The alkaline reactant and the acidic reactant can contact each other for metathesis reaction, thereby generating gas, and forming bubbles through the generated gas, improving the cleaning effect.

Among them, the acidic reactant is citric acid, and the basic reactant is sodium bicarbonate, whereby the carbon dioxide generated by the reaction causes the gas system to deeply clean the skin and strengthen the removal of aging keratin and Whitening effect.

In order to increase the types of use effect, the first soap body is further added with a hydrosol-encapsulated plant enzyme powder, and the second soap body is further added with a hydrosol-encapsulated peptide; at the same time, these are added as ingredients for the victory Peptides or plant enzyme powders, because they are not interacting reactants, can produce individual and independent effects.

Wherein, the hydrosol is sodium alginate, pectin, acacia or glucomannan.

10‧‧‧ first soap body

20‧‧‧Second soap body

FIG. 1 is a schematic structural diagram of a preferred embodiment of the present invention.

Here is a detailed description of a preferred embodiment of the present invention. The golden peptide peptide foaming enzyme cosmetic soap provided in a preferred embodiment of the present invention mainly comprises a first soap body 10 and a second soap body 20, wherein: the first soap body 10 is added There is a basic reactant, and the basic reactant is sodium bicarbonate, so that the pH value of the first soap body 10 is between 10.0 and 10.5.

The second soap body 20 is added with a hydrosol-coated acid reactant, and the acid reactant is citric acid, so that the pH value of the second soap body 20 is between 9.0 and 9.5.

The hydrosol is sodium alginate, pectin, acacia or glucomannan.

According to this, when the golden peptide foaming enzyme cosmetic soap is used in contact with water, the released alkaline reactant and the hydrolyzed acidic reactant can be in contact with each other after the hydrosol is dissolved in water. It reacts and generates gas to cause foam to improve the cleaning effect.

In this embodiment, in order to increase the types of use efficacy, the first soap body 10 and the second soap body 20 can be separately or collectively added with a plant enzyme powder wrapped with a hydrosol and a hydrosol At the same time, the peptides or plant enzyme powders that are added as ingredients, because they are not interacting reactants, can produce independent functions, so they are equivalent to the peptides and plant enzyme powders. There is no need for special isolation.

The manufacture of the soap can be completed by the following procedures: It mainly includes a soap-based manufacturing process, an additive processing process, and a soap-making process.

This soap-based manufacturing process is used to make soap bases with two different ingredients, one of which uses coconut oil and palm oil as raw materials, after saponification reaction with sodium hydroxide, and matures at room temperature for 6 weeks to become milky white. Soap base, the two of which are the primary saponification of castor oil and sodium carbonate, adding sugar and honey, and then adding sodium hydroxide to continue saponification, ripening at room temperature for 6 weeks to become a transparent soap base, and then The transparent soap base is heated to melt it, and a coloring material such as β-carotene is used for color development, and it is mixed and stirred uniformly. After cooling and solidifying, it becomes a yellow transparent soap base.

The additive processing procedure is to wrap the citric acid, plant enzyme powder and peptide to be added into the soap in a hydrosol beforehand, and the method is to make sodium alginate into a glue solution with water as a solution, and then citric acid 、 Plant enzyme powder and peptide are added to different glue solutions. After being mixed well, they are sprayed into different saturated calcium chloride aqueous solutions, respectively, so that the surface of the misted glue solution is calcified and formed into a film. For particles, remove the particles immediately and wash and dry them.

The soap making process includes the following steps:

a. The milky soap base is heated to 70 ° to 75 ° water temperature to melt it, and then slightly cooled to 50 ° to 60 ° water temperature, the appropriate amount of sodium bicarbonate and the The peptide microparticles produced by the material processing program are mixed, stirred to make the mixture evenly become a first soap body 10, and then poured into a mold cavity of a mold to cool and set to a solid state, so that the volume poured is smaller than the mold. The volume of the chamber, so that the first soap body 10 molded is located in the bottom space of the mold chamber.

b. When the yellow transparent soap base is heated to a temperature of about 70 to 75 degrees with water to melt it, and then slightly cool down to about 50 to 60 degrees, a proper amount of the additive is processed. The citric acid particles and the plant enzyme powder particles prepared by the program are mixed, and the mixture is stirred to uniformly form a second soap body 20.

c. The second soap body 20 is poured into the space of the mold chamber and is located above the first soap body 10 which has been cooled and set, and is in direct contact therewith, so that the second soap body 20 is cooled in the mold chamber. At the same time when it is solidified, it is directly fixed on one side of the first soap body 10, and is collectively formed into a soap product of the golden peptide foaming enzyme cosmetic soap, in which the second soap body 20 is poured into Before, the upper surface of the first soap body 10 must be sprayed with ethanol to dilute the bonding boundary of the second soap body 20 when it is bound to the first soap body 10.

The Golden Peptide Foaming Enzyme Beauty Soap created by this creation has at least the following functions:

First, the sodium bicarbonate in the first soap body 10 and the citric acid particles in the second soap body 20 are used by the user when the user uses the golden peptide foaming enzyme cosmetic soap with water. To the extent that a corresponding amount of sodium bicarbonate and citric acid particles are released, at the same time, the hydrosol wrapped in the outer layer of the citric acid particles will dissolve in water, so that the citric acid is released and acts as an acid. Reactant status, metathesis reaction with the sodium bicarbonate status as a basic reactant status to generate carbon dioxide gas, its function In addition to the effects of foam, it can deeply clean the user's skin, strengthen the removal of aging keratin, and provide some whitening effects.

Second, the plant enzyme powder particles and peptide particles dispersed in the golden peptide foaming enzyme cosmetic soap can also be released and dissolved like the citric acid particles, so that the plant enzyme and peptide can directly act on the skin. Provides corresponding effects.

Third, the pH value of the milky white soap group obtained by saponification with sodium hydroxide is about 10.0 to 10.5, and the transparent soap group obtained by saponification with sodium carbonate and sodium hydroxide is about pH. At about 9.0 to 9.5, the golden soap peptide foaming enzyme cosmetic soap made with two soap bases can be used by the user when the first soap body 10 and the second soap are used in the presence of water. The body 20 is released separately and mixed with each other, so that the pH values of each other will increase and decrease to obtain a relatively moderate pH value, so as to prevent the golden peptide foaming enzyme beauty soap from being easily softened due to too low pH value, or Excessive pH value and discomfort in use.

Fourth, by using the additive processing program, components such as citric acid, plant enzyme powder, and peptides will be wrapped and protected with a hydrosol such as sodium alginate, in addition to maintaining the biological activity of the plant enzyme powder and peptides from being damaged. In addition, it can be naturally released during actual use to provide corresponding effects on human skin.

Fifth, through the soap-based manufacturing process and the soap-making manufacturing process, the golden peptide foaming enzyme cosmetic soap can be made into a double-layered structure of different colors, which can be more visually beautiful, and on this basis You can also change or adjust the ingredients of the soap-based manufacturing process or the source of color development to obtain rich and varied visual effects.

In addition, it is necessary to explain that although the alginate is only taken as an example of sodium alginate, for example, acacia, pectin, glucomannan, or other existing or future hydrosols can also replace alginic acid. The hydrosol used by sodium as a coating ingredient is still subject to change within the scope of this creation.

Claims (6)

A golden peptide foaming enzyme beauty soap, which includes :. A first soap body is added with an alkaline reactant; a second soap body is combined with the first soap body, and an acidic reactant coated with a hydrosol is added; wherein the golden peptide is made When the foaming enzyme cosmetic soap is used in contact with water, the released alkaline reactant and the hydrolyzed acidic reactant can be in contact with each other and react with each other after the hydrosol is dissolved in water. . The golden peptide foaming enzyme cosmetic soap according to claim 1, wherein the acidic reactant is citric acid. The golden peptide foaming enzyme cosmetic soap according to claim 1 or 2, wherein the alkaline reactant is sodium bicarbonate. The golden peptide foaming enzyme cosmetic soap according to claim 1, wherein the first soap body is further added with a plant enzyme powder wrapped with a hydrosol, and the second soap body is further added with a hydrosol-coated peptide. . The golden peptide foaming enzyme cosmetic soap according to claim 1, wherein the pH value of the first soap body is between 10.0 and 10.5, and the pH value of the second soap body is between 9.0 and 9.5. The golden peptide foaming enzyme cosmetic soap according to claim 1 or 4, wherein the hydrosol is sodium alginate, pectin, acacia or glucomannan.