KR0156660B1 - Cosmetic soap composition containing powdered active carbon - Google Patents

Abstract

The present invention relates to a cosmetic soap composition, in particular, by containing mung bean powder, red bean powder and charcoal powder at the same time can give excellent skin waste removal effect and skin cosmetic effect without causing side effects on the skin during use, The present invention relates to a cosmetic soap composition which can be expected to have an excellent effect in cosmetic soap molding and function by using a super padded base, which is a special material for molding soap.

Description

Cosmetic soap composition containing mung bean powder, red bean powder and charcoal powder

The present invention relates to a cosmetic soap composition, and more particularly, by containing mung bean powder, red bean powder, and charcoal powder at the same time, it can give an excellent skin waste removal effect and skin cosmetic effect without causing side effects on the skin during use. The present invention relates to a cosmetic soap composition which can be expected to have an excellent effect in terms of cosmetic soap molding and function by using a special material for molding cosmetic soap.

In general, the smooth and shiny surface of the skin is due to the moisturizing power. It must be kept constant at all times and the elasticity of the skin must release waste products to the skin surface through the blood circulation. However, if sebum is not discharged to the surface of the skin, it is agglomerated into the pores or hair roots, and the invasion of anaerobic panne bacteria causes inflammation and red spots are formed. The main reason for this phenomenon is the phenomenon that occurs when the pores or hair roots are blocked by abnormal deterioration of the stratum corneum of the epidermis.

Therefore, to keep the skin clean by always removing the waste matter of the outermost stratum corneum of the epidermis is a way to make the skin healthy and elastic skin. And, in relation to skin health, such a demand is prominent in women, and in addition, the demand for skin beauty effect is increasing.

In response to these demands, as a cosmetic soap composition for the purpose of removing skin wastes and skin cosmetic effects, for example, a cosmetic soap composition containing both elvan powder and mud is known. Elvan powder in this composition is not only remove the skin waste effect, but also promotes the blood circulation of the skin through the massage to impart a cosmetic effect. In addition, the mud effectively removes wastes by using adsorption due to porosity. However, in this case, due to the irregular particle size of the elvan, the transparent layer is exposed to the abnormal sensation of the stratum corneum of the epidermis. In addition, the mud porosity is effective in removing waste, but due to the osmotic pressure of the electrolyte material such as Ca ²⁺ , Mg ^2+, Cl ^- in the mud absorbs moisture in the skin and loses elasticity of the skin. In particular, this phenomenon is more severe in dry skin.

In addition, cosmetic soap compositions containing elvan powder, bamboo salt and mung bean powder are also known and claim that they can impart skin beauty, deodorant effect and antibacterial effect. However, in this case, there is a problem in that cracking occurs during molding due to the influence of the particle size of the powder.

Therefore, the present inventors have diligently resolved the above problems and provide a cosmetic soap composition having excellent skin removal effect and skin cosmetic effect without causing skin side effects during use. Unlike mud, it can effectively remove skin wastes without inducing the electrolyte concentration of the skin and increase the beauty effect of skin by promoting blood circulation along with mung bean powder which has an excellent effect on skin disease and acne. The present invention has been completed by knowing that the above object can be achieved by mixing red bean powder. In addition, the present invention has been completed by focusing on the prevention of cracking during molding by using a superfatted base having an increased fatty acid component.

Accordingly, it is an object of the present invention to provide a cosmetic soap composition having excellent skin removal effect and skin cosmetic effect without causing side effects during use.

In order to achieve the above object, the cosmetic soap composition according to the present invention is characterized in that it contains a mixture of mung bean powder, red bean powder and charcoal powder in a super patted base at the same time.

Hereinafter, the configuration and operation effects of the present invention in more detail.

When explaining the main components used in the cosmetic soap composition of the present invention.

[Mung bean powder]

It is an annual herb, grows about 30 ~ 50cm, has many branches, and has light brown hairs. It is harvested in autumn and is rich in essential amino acids, unsaturated fatty acids and carbohydrates. Ingredients include 12.28% moisture, 42.85% protein, 13.58% fat, 23.68% nitrogen compounds (amino acids), 2.91% fiber and 4.7% ash.

In herbal medicine, it is described as an antidote for antipyretic, detoxification, and nourishing tonic, which is effective for detoxification alone, rash and hard fever. In addition, there is a record of synergism, which is non-toxic, adds group, removes heat poison, soaks in water, and then finely grinds and dries, then it is poisonous with cosmetics. Folk remedies with green beans or extracts are known to have excellent effects on skin diseases and beauty such as blemishes, freckles and acne.

Mung bean powder is prepared by soaking the mung beans in water and finely grinding the water to evaporate moisture, and it is preferable to use more than 400 mesh for skin beauty effect.

[Red powder]

As a year-round herb belonging to the two families, it grows wild in the field. Appearance is small grains, weighs about 2g tablets, reddish purple, and is used for food and medicine. Ingredients include 20% moisture, 0.75% fat, 0.71% fatty acid (containing alkaline salts), 0.27% saponin, and fatty acids consist of palmitic acid, stearic acid, aragin acid, etc. Saponin is composed of three types of binding saponins I, II, and III, of which I is the most, and the molecular formula is C ₄₁ H ₈₆ O ₂₁ , which is hydrolyzed by saponin and glucose, arabin Produces arabinose, rhamnose, etc.

In the herbology, it is effective in alleviating diuresis and anti-inflammatory, and has been recorded to be useful in the treatment of each. In synonymous sense, it is known to promote blood circulation and to remove poisons.

The extraction method of red bean powder is the same as that of mung bean.

[Charcoal powder]

The efficacy of charcoal powder is very wide, but only the skin science is described. Charcoal is a porous material with strong adsorption power, and undergoes 'pyrolysis' and 'activation' during the manufacturing process. Pyrolysis (carbonization) is to remove air while applying heat to 600 ~ 900 ℃ heat to the material of the raw material of the charcoal, wherein the material of the raw material is slowly carbonized to form various pores (pores) inside. These micropores immediately show the adsorption of charcoal, which is further strengthened through the next step of activation. These micropores vary widely from 10Å to 100,000Å and they have the ability to strongly adsorb various liquids. It also has the mysterious function of selecting and sucking harmful viruses and toxins that are parasitic on the skin of the human body, and unlike other porous materials, carbon is the main ingredient, so osmotic phenomenon does not occur due to an increase in the electrolyte concentration of the epidermis. This does not happen, so it adsorbs only the wastes harmful to the human body from the skin surface, so there is an advantage that can be used regardless of the skin type.

In the cosmetic soap composition of the present invention, 0.1 to 10 parts by weight of mung bean powder (400 mesh or more), red bean powder (mung bean powder, red bean powder and charcoal powder having the above characteristics to achieve skin waste removal effect and skin cosmetic effect) 400 mesh or more) 0.1 to 10 parts by weight and charcoal powder (500 mesh or more) is characterized in that at the same time mixing 0.1 to 5 parts by weight. More specifically, mung bean powder: red bean powder: charcoal powder is characterized in that the mixture of 1: 1 by 0.5 parts by weight, respectively.

In addition, the present invention is characterized by using a specially prepared super pated base as a soap to formulate a cosmetic soap that does not crack when forming or using even when the composition is used in a sufficient weight part.

The technique for soap holding is a known technique, but shows a proper function when a large amount of powder is added. In general, palm, tallow: coconut (coconut), palm kernel (palm kernel) (neutral oil, fatty acids) by mixing 70: 30 saponification or neutralization. This is called knit soap. Knit soaps usually contain 28 to 31% moisture. In general, the body is dried in this state, but in order to make a super patted base, it is dried by adding 5 to 7% of coconut fatty acid or Palm Kernel Fatty Acid in a knitted soap state. At this time, when the melting point of the added fatty acid is 25 ℃ or more when used in cold water sand phenomenon occurs because the surface is very rough, the melting point is used below 25 ℃. The fatty acids that make up the super-patterned base are more viscous than they are, so that even if powdered additives are added, they can be prevented from cracking during molding or use.

Hereinafter, it demonstrates concretely based on the Example and comparative example of this invention.

Examples 1 to 2 and Comparative Examples 1 to 8 are carried out to compare the physical properties, usability and efficacy after molding.

In Table 1, the base was divided into normal base and superfatted bases, and the efficacy and effect were verified by comparing ganban stone and mud with charcoal powder.

Experimental Example

Soap property after molding

1. Water deposition test

Experimental Method

After dipping in water at 25 ° C. for 4 hours, the amount deposited is removed and then weighed.

[Assessment Methods]

Determination of the amount removed by deposition

Initial weight: a

Soap removed after deposition: b

Deposit rate (%): b / a × 100

[Judgment]

12% ± 0.5 is most suitable for toilet soap

Although generally good in the deposition experiments, the deposition rate (moisture absorption rate) was reduced due to the hydrophobic property in which fatty acids of the super patted base were released when the super patted base was used. In the case of 2, due to the content of the powder, the deposition rate is formed somewhat higher than in the other cases using the super padded base.

2. Crack Test

Experimental Method

Determination of cracking phenomenon on the surface of soap after 4 hours immersion at 25 ℃

[Assessment Methods]

3... Wither crack

2… Some crack

One… Side cracks

0… No crack

CONCLUSIONS: When mung beans, red beans, and charcoal powder are added to the general soap base, severe cracking occurs. However, the super patted base does not show some cracking or cracking.

Experimental Example 2

Investigation of preference for beauty effect after use (whitening effect)

Thirty women aged 20 to 30 years were selected to use the cosmetic soap prepared in Example 1 and Comparative Examples 1, 4, 5, 6, 7, 8 for 15 days in the morning and evening, and then 50 days after The average value of skin beauty and whitening effects were investigated and evaluated as follows.

5 points: Very good (can feel very much)

3 points | piece: Good (can feel it)

2 points | pieces: No difference (No feeling)

1 point | piece: Very bad

The results are shown in Table 4 below.

As shown in Table 4, the present invention soap containing mung beans, red beans and charcoal powder shows an excellent preference, especially charcoal powder than ganban stone, mud has been shown to be effective in adsorbing and removing waste products (Example One).

In addition, it was evaluated that the super moisturizing power of the super-patterned base is superior to that of the general soap base, thereby increasing the efficacy and effect of the additive raw material of the present invention.

On the other hand, in Comparative Examples 5 and 6, even though the super pated was used, excellent effects were not obtained in the moisturizing power. This is presumably due to the osmotic phenomenon caused by mud, but rather to dehydrate the skin.

[Test Example 3]

Deodorization Effect Assessment

Ten men and women (ages 20 to 40) who could discriminate the smell of ammonia water with different concentrations were selected as judges and evaluated as test subjects for the deodorant effect.

Distilled water was used for the evaluation of deodorization.

1. Test method: After soaking for 1 minute in 1% solution of aqueous ammonia solution, and then washed with Example 1,2 and Comparative Examples 1,4,5,6,7,8 and evaluated the deodorant results in Table 5 Was obtained (average of 10 people)

Can not feel at all: 0 (distilled water)

Almost can not feel: 1 (0.005% ammonia water)

May be slow but insignificant: 2 (0.010% ammonia)

I can feel it: 3 (0.05% of ammonia water)

In the above results, the deodorizing function of the charcoal powder in Example 1 and Example 2 was found to be superior to the ganban stone powder and mud.

In conclusion, the present invention is superior to the use of mung bean powder, red bean powder, and charcoal powder alone, and the cosmetic effects of cosmetic soap and the effect of removing waste products are super-patterned. By using the base, the soap property is stabilized and the moisturizing effect of the free fatty acids is sufficient to show the original effects and effects of each raw material, which doubles the function of the makeup soap. In particular, charcoal powder, unlike other porous materials (macstone, mud), does not have side effects (moisture removal) in addition to the adsorption of waste products, which makes the skin elastic and shiny, and gives cosmetic effects to green beans and red beans. It has excellent properties in terms of stability (cracking).

Claims (2)

Palm or Taro: Coconut or Palm Kernel = 70: 30 Knitted Base, 0.1 to 10 parts by weight of 400 or more mung bean powder, to a super-patterned soap base made by adding 5 to 7% of Coconut or Palm Kernel. Cosmetic soap composition comprising 0.1 to 10 parts by weight of red bean powder or more of mesh and 0.1 to 10 parts by weight of charcoal powder of 500 mesh or more. The cosmetic soap composition according to claim 1, wherein the weight ratio of mung bean powder, red bean powder and charcoal powder is 1: 1: 0.5.