KR101506296B1 - Cosmetic composition including stone cell of pear fruit - Google Patents

Abstract

The present invention relates to a method for producing a walnut bark or a walnut bark which has been conventionally used by using bacillus containing a large amount of germ cells as a by-product of juvenile or nursery which is 30-60 days after flowering and has the highest arbutin content, The present invention relates to a natural scrub cosmetic composition which replaces apricot seeds and which is not irritating to the skin. According to various embodiments of the present invention, the cosmetic composition comprising bone cells contains bone cells as scrub particles, and the cosmetic composition has no skin irritation, good feeling on use, uniform and excellent exfoliation and pore size reduction effect . Particularly, when the bone cells of the present invention are added as scrub particles, the strength of the scrub can be controlled according to the size of the stone cells, and the stability and feeling of use can be improved with a natural product.

Description

[0001] The present invention relates to a cosmetic composition including a stone cell of pear fruit,

The present invention relates to a scrub cosmetic composition comprising bone cells.

In recent years, Korea has become a major breeding area that occupies more than 16% of the whole fruit growing area in a short period of time due to the conversion of other crops such as water, which has relatively low economic efficiency after import liberalization. Oriental stomach has recently been exported to Europe, which is the largest export and import country of the stomach, and the characteristics of oriental stomach which can be consumed in juice and raw meat have become known, and consumers prefer soft, juicy stomach to medium and small stomach and texture. Especially, it is known that a ship having a lot of hard stone cells composed of lignin and cellulose is strong in the texture of fruit. Studies on these cells have been carried out in many ways, such as the components of the cells, the timing of formation, and the density of the cells in the flesh. However, the research on the southern type Oriental Pear which is mainly grown in Korea is insufficient.

The stones, called stiffened or posterior wall cells, are shorter in length than fibrous cells and have very hard, irregular secondary cell walls. Stone cells are found in fruit tissues, especially in the pulp of the genus Pyrus. It is known that lignin is a type of lignification in which lignin is deposited on cell walls in tissues, and it is known that it plays a role of strengthening the cell wall and fixing the shape of the cell wall so that it does not change. The major components of the cells in the pear fruit were studied long ago by Ranadive and Haard in the western pear. The main ingredient is lignocellulose, and the content of each ingredient is approximately the same as that of the primary cell wall (carbohydrate, cellulose, hemicellulose , Pectin) 82%, and it was reported that 18-35% of lignin was not contained in the primary cell wall. The major units of lignin are vanillin and syringaldehyde, and carbohydrates are called glucose and xylose.

The epidermis which exists in the outermost part of the skin on the skin has a substantial defense mechanism against the various stimuli of the skin and also has a moisturizing and maintaining action to maintain a certain amount of moisture in the skin, The above-mentioned action can be effectively carried out only when a certain amount of keratin parts are present on the outer periphery. Skin stimuli are diverse, for example, environmental stimuli such as strong winds of the air, hot winds, cold spots, air pollutants, acid rain, ultraviolet rays, etc., which are seasonal characteristics of the atmosphere, . A representative mechanism that effectively defends against these stimuli is defense against keratin. The formation of skin keratin is proliferated from the lowest part of epidermis, gradually rises to the outermost part of epidermis, and then, when a certain period elapses, it is generally separated from the epidermis naturally. This is called keratinization. In modern society, however, hormone abnormalities due to excessive stress and sudden changes in the external environment may cause the skin to lose its normal horny quality due to the effects of air pollutants or ultraviolet rays, Due to the imbalance, the skin tone becomes unstable and the skin becomes rough and dull. In addition, the makeup of the face looks uneven due to the uneven stratum corneum when the makeup of the color is made, and the makeup which is said to look so excited is made. It is true that most cosmetics currently on the market can not support these demands. However, recent trends in the market for peeling products are well-being trends and home peeling, and the need for safe and convenient scrub products is emerging in the future by using natural scrub products.

Scrub cosmetics is a cosmetic that stimulates the skin by stimulating the skin by scrub particles contained in the skin when it rubs on the skin, thereby giving the skin a sense of resilience and at the same time removing the dead skin cells from the skin and holding a vivid skin. As a scrub particle contained in a scrub cosmetic composition, a natural ingredient such as dried apricot seed, peach seed, and walnut shell is mechanically pulverized and used, or a spherical polyethylene powder of 200-500 탆 is used. Or synthesized polymer particles such as polyethylene, urethane or nylon having a diameter of about 50 占 퐉 in a size of 200-500 占 퐉. However, since the scrub particles made of synthetic polymer are hard and are not easily pulverized when rubbed on the skin, the feeling of use is not good, and skin irritation can occur, and it is difficult to obtain a uniform scrub effect. In addition, the natural particles such as crushed apricot seeds and walnut shells are not so smooth as the appearance of the particles, and they are sharp. Therefore, it gives stimulation to the skin and shows a limit to be able to apply fine scratches to the skin.

Pear processing is largely pancreatic production and is mainly produced by two methods: clear pancake (heating at 80-90 ° C for 30 minutes - 2 hours) and heating pancake (heated at 120 ° C for 2-4 hours at high pressure). In the case of juice production, 20-35% of the germination occurs, but most of it is recycled as compost and there are no processed products. In addition, the ship has recently become a problem due to a large quantity of fallow or non - fallow caused by a disaster during the first half of the growing season of typhoons, and product development using it is urgently needed.

A problem to be solved by the present invention is to use a large amount of stomach cells containing a large amount of stomach cells as a by-product or a by-product of 30-60 days after flowering, which is the largest amount of arbutin, which is a whitening substance, It is an object of the present invention to provide a bacillus containing a bacillus cell as a natural scrub cosmetic composition which is replaced with a conventionally used walnut shell or apricot seed and which is not irritating to the skin.

According to one representative aspect of the present invention, there is provided a cosmetic composition comprising bone cells.

According to various embodiments of the present invention, the cosmetic composition comprising bone cells contains bone cells as scrub particles, and the cosmetic composition has no skin irritation, good feeling on use, uniform and excellent exfoliation and pore size reduction effect . Particularly, when the bone cells of the present invention are added as scrub particles, the strength of the scrub can be controlled according to the size of the stone cells, and the stability and feeling of use can be improved with a natural product.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a SEM micrograph of apricot seed, walnut shell, and vesicle cell scrub particles according to an embodiment of the present invention.
FIG. 2 is a SEM micrograph of a scab particle of a thermal breech, a clear bacillus and a young abdomen according to an embodiment of the present invention.
FIG. 3 is a view showing a skin exfoliation result of a scrub agent according to an embodiment of the present invention. FIG.
FIG. 4 is a view showing a skin pore improvement result of a scouring agent according to an embodiment of the present invention. FIG.

Hereinafter, various aspects and various embodiments of the present invention will be described in more detail.

According to one aspect of the present invention, a scrub cosmetic composition is disclosed which comprises from 1.5 to 15% by weight of a heating batter or powder.

According to one embodiment of the present invention, the heating batter powder or the young blight powder is characterized in that it comprises, independently from each other, 45 to 73% by weight of bovine cells.

According to another embodiment of the present invention, the scrub cosmetic composition is a body scrub agent, a facial scrub agent, or a scrub soap.

According to another embodiment of the present invention, the scrubbing agent for a body includes 30-60 mesh heated batter or powder,

Wherein the face scrub agent comprises a 60-80 mesh heated batter or powder,

The scrub soap is characterized in that it contains 10-mesh or more heated batter or powder.

According to another embodiment of the present invention, the heating ribbing has a lightness of 60.2-65.4.

According to another embodiment of the present invention, the embryo is a hull collected 30 to 60 days after full bloom.

A commonly used scrub agent is a method of crushing a hard walnut shell or soil to remove crustacean by hand rubbing or the like, and the repetitive rubbing of the hard granule causes excessive damage to the horny layer, However, according to one embodiment of the present invention, the batter powder containing bacillus cells is used to remove the keratin, thereby substantially removing the keratin, and preventing the skin from being damaged due to excessive keratin layer removal , And provides a visual effect.

On the other hand, in general, the batter powder containing bacillus cells can be selected by preparing a juice, drying the resulting bacillus and pulverizing it, and then using a desired size.

In the heat-treated powder of the embodiment of the present invention, the pear is heated at 110-120 ° C under high pressure for 2-4 hours, filtered twice with a nonwoven fabric, and the pellet-free by-product is dried by hot air drying at 50-80 ° C for 3-12 hours , Preferably at 60 DEG C for 9 hours.

As described above, the cosmetic composition of the present invention containing an extract powder containing bacillus cells as an active ingredient may further contain additives such as flavorings, preservatives and surfactants to be applied to ordinary cosmetic compositions, if necessary, to be.

The cosmetic composition of the present invention comprising the above components is preferably prepared as a non-aqueous or non-aqueous emulsion, or a general emulsion product using an aqueous sugar supernatant as an active ingredient.

The compositions of the present invention may be formulated into creams, cleansers, foams, scrubs, soaps, oils, emulsions, emulsions, emollients, solid cleansing agents and liquid cleansing agents, And may include various conventional carriers and additives known in the art. In particular, the carrier and the additive may further comprise at least one pharmacologically acceptable compound in combination with the skin cosmetic.

Hereinafter, the present invention will be described in more detail with reference to Examples and the like, but the scope and content of the present invention can not be construed to be limited or limited by the following Examples. In addition, it is apparent that, based on the teachings of the present invention including the following examples, those skilled in the art can easily carry out the present invention in which experimental results are not specifically shown.

Manufacturing example  1: clear Vacant  Produce

100% by weight of the pear pulverization solution was heated at 80-90 ° C for 30 minutes to 2 hours, and then filtered with a nonwoven fabric three times to prepare a pear juice. The lightness as a by-product was 80.2-87.8 , And this was called a clear batter powder.

Manufacturing example  2: Heating Vacant  Produce

The heating boats were heated at 120 캜 for 2 to 4 hours at a temperature of 120 캜 and filtered twice with a nonwoven fabric to prepare pear juice. The remaining light was a lightness of 60.2-65.4, Powder.

Manufacturing example  3: Young  Produce

The young fruit was obtained by grinding a pear taken 30-60 days after full bloom and removing moisture by hot-air drying (50-80 ° C, 3-12 hours, preferably 60 ° C, 9 hours) Lightness) was 50.2-55.4, which was called young blight.

Investigate the water absorption capacity of the clear breeze, the heating boats and the juvenile division
(Size of batter powder by type of batter) Moisture absorption time 0 h 1 h 3 h 6 h 24 h One Over 10 mesh of heating breeze 2.81 ^b 2.98 ^a 3.37 ^a 3.45 ^a 3.45 ^a 2 Heated 30-60 mesh 2.23 ^c 2.45 ^b 2.50 ^b 2.51 ^b 2.53 ^b 3 Heated plaster 60-80 mesh 2.86 ^b 2.90 ^a 3.04 ^ab 3.27 ^a 3.38 ^a 4 80-150 mesh with heating blanket 3.02 ^a 3.14 ^a 3.61 ^a 3.78 ^a 3.92 ^a 5 Clear mesh 10 mesh or more 2.97 ^b 3.60 ^a 3.98 ^a 4.11 ^a 4.21 ^a 6 Clear Bore 30-60 mesh 2.29 ^c 2.61 ^b 2.81 ^b 2.92 ^b 3.14 ^c 7 Clear Bore 60-80 mesh 3.32 ^ab 3.42 ^a 4.40 ^ab 4.53 ^ab 4.70 ^b 8 Clear mesh 80-150 mesh 3.50 ^a 4.64 ^a 4.79 ^a 4.86 ^a 5.87 ^ab 9 Young ship 10 mesh or more 1.34 ^g 1.39 ^e 1.41 ^f 1.43 ^f 1.47 ^f 10 Young ship 30-60 mesh 1.31 ^g 1.36 ^g 1.43 ^f 1.47 ^f 1.48 ^f 11 Young ship 60-80 mesh 1.44 ^f 1.48 ^f 1.53 ^de 1.56 ^de 1.59 ^de 12 Young ship 80-150 mesh 1.60 ^d 1.62 ^d 1.67 ^d 1.70 ^d 1.74 ^d

As shown in Table 1, when the size of the heated batter powder was 30-60 mesh, it was found that the moisture absorption capacity of the batter powder of the present invention and the batter powder containing the batter cell were 24 hours And other sizes showed slightly increased water uptake.

In addition, the water absorption capacity of 30-60 mesh increased 1.5 times with time, and the water absorption capacity of 60-80 mesh or 80-150 mesh increased with time

Furthermore, in the case of the young, there was almost no increase in the water uptake capacity of all sizes of bovine cells over time, and in particular, when the cell size was more than 10 mesh and 30-60 mesh, .

Experimental Example  1: heating Exhaustion , clear Exhaustion , On a young ship  Contained Stone cell  Content ratio

As shown in the following Table 2, the content of the cells of the present invention was investigated according to the type of batter and the size of powder according to the present invention. Bacillus cells were dissolved in 0.1 M NaCl, dried in dehydrated scale, treated with 0.1 N NaOH and 0.5 N HCl in that order, and then dried.

The ratio of the content of stones in the stomach, Size Heating rate (%) Clear Blank (%) Young Pears (%) More than 10 mesh 23.5 ± 1.25 28.7 ± 1.55 67.6 ± 3.05 30-60 mesh 69.3 ± 5.25 42.8 ± 3.45 72.7 ± 4.23 60-80 mesh 45.7 ± 3.25 35.3 ± 1.27 57.8 ± 1.75 80-150 mesh 30.9 ± 3.25 24.1 ± 1.02 42.1 ± 2.21

As shown in Table 2, when the cell contents of the cells were examined, it was found that in the 30-60 mesh, 69% of the heated exhaust powder, 42% of the clear pear, 72% of the young pear were contained in excellent yield, It is considered that it is desirable to use this as scrub material.

Experimental Example  2: SEM  Electron microscope Scrub  Comparison of materials structure

The structures of apricot seeds, walnut shells and gut cells according to the present invention, which are mainly used in the market, were investigated by FE-SEM (scanning electron microscopy). Sieve analysis was carried out by size to investigate the distribution of the particle size. The shape of the particles was determined by separating the boll cells (35-40 μm) contained in the bamboo samples using an electron microscope (JSM-7500F, JEOL) . The results are shown in Fig. 1 and Fig.

As shown in FIG. 1, the bray cells contained in the betamycin samples according to the present invention are similar to walnut shells, but have a low surface roughness. Therefore, when used as a scrub agent, they exfoliate and have low skin damage, Lt; / RTI >

On the other hand, as shown in FIG. 2, as a result of the structural analysis of the heating batter, the clear batter powder and the young coarse powder, 30-60 mesh powder of heating batter and 30-60 mesh powder of juvenile batter were preferable as the scrubbing composition .

Example  One : For body  ship Scrub  Produce

(1) Preparation of a body scouring bath containing body cells

As shown in Table 2 below, 30-60 mesh sized bovine cells, 30-60 mesh sized bovine cells, and 30-60 mesh sized bovine cells isolated from the heated embryo 3 g of each of keratin cellulose and white clay and 0.5 g of methylparaben were added to the mixture, and the mixture was prepared. After that, 5 ml of emulsifier (lecithin), 5 ml of ethanol and 5 ml of rose oil and 1 ml of rose oil were homogenized in 54.5 ml of tertiary distilled water, and the mixture was added thereto. Min to prepare a scrub agent.

(2) Quality characteristics of a body scrub for body containing a disposable cell

Table 3 shows the results of confirming the quality characteristics of the scrub agent for body containing the bray cells according to the present invention.

division Amount added to the scrub agent Adhesion (g) Moisture content (%)  pH Specific gravity (g) One Heating blank 30-60 mesh 5 wt% 66.0 56.3 6.62 1.13 2 30% < SEP > 60 mesh < 90.7 52.7 6.49 1.13 3 30% < SEP > 60 mesh < 190.8 46.2 6.16 1.13 4 Small pears 30-60 mesh 5 wt% 45.2 57.2 6.14 1.14 5 Small pears 30-60 mesh 10% 88.7 53.2 6.14 1.14 6 Small pears 30-60 mesh 20% 130.2 48.2 6.14 1.15 7 Clear coat 30-60 mesh 5 wt% 52.4 59.2 6.69 1.12 8 Clear 30-60 mesh 10 wt% 100.3 57.3 6.59 1.14 9 Clear 30-60 mesh 20 wt% 197.3 59.7 6.29 1.14 Control group Walnut shell (commercial) 80.6 50.3 5.97 1.15 Untreated group Heating blank 30-60 mesh 0 wt% 55.1 57.8 6.72 1.1

As shown in Table 3, the body scrub according to the present invention has been confirmed to have a quality similar to that of a conventional commercial product. Particularly, a 30-60 mesh-sized powder containing 10% by weight of bray cells obtained from a heating blanket or a 30-60-mesh-sized powder containing bony cells obtained from a young ward Scrub was found to be the best.

(3) Sensory evaluation of body scouring bath containing body cells

The preference of the scrub agent for body containing the dolomite cells according to the present invention was examined.

The subjects were 10 healthy men and women without skin disease (male mean age: 33.8 years, female mean age: 37.0 years) who were educated about the purpose of the experiment and the evaluation method. Was evaluated as follows.

First, after bathing or showering, 20 g of the sample of the example was evenly applied to the whole body for 1 minute, rinsed for about 3 minutes, and then rinsed with warm water for 5 minutes, After resting for about an hour, the control group was evaluated again in the same manner.

At this time, the sensory test score was 9 points scale (9 points - very smooth, 7 points - smooth, 5 points - average, 3 points - rough, 1 point - very rough) , And the average value of the evaluation was calculated. The results are shown in Table 4 below.

division Bed cell content Exterior Brittle Skin irritation after use
lubricity corneous
Removal degree all
preference One Heated 30-60 mesh
5 wt% 7.63 ^a 7.63 ^a 6.13 ^bc 6.38 ^b 6.13 ^cd 6.63 ^bc 2 Heated 30-60 mesh
10 wt% 7.75 ^a 7.93 ^ab 7.25 ^a 7.25 ^b 7.93 ^a 7.53 ^a 3 Heated 30-60 mesh
20 wt% 6.75 ^ab 7.00 ^b 6.88 ^ab 6.75 ^ab 7.38 ^ab 7.00 ^ab 4 Young ship 30-60 mesh
5 wt% 7.13 7.12 6.25 6.05 6.15 6.54 5 Young ship 30-60 mesh
10 wt% 7.50 ^a 6.75 ^b 7.00 ^a 7.12 ^a 8.00 ^a 7.88 ^a 6 Young ship 30-60 mesh
20 wt% 6.98 5.21 6.21 6.57 7.57 6.72 7 Clear Bore 30-60 mesh
5 wt% 6.54 5.55 6.22 5.20 5.66 5.56 8 Clear Bore 30-60 mesh
10 wt% 6.93 6.12 6.72 6.25 6.98 6.96 9 Clear Bore 30-60 mesh
20 wt% 5.02 4.57 5.97 5.72 6.23 6.20 Control group Walnut shell (commercial) 7.38 ^a 7.63 ^a 7.13 ^ab 7.13 ^a 6.98 7.23 Untreated group Heated 30-60 mesh
0 wt% 5.75 ^b 7.75 ^a 5.38 ^c 6.25 ^b 5.63 ^d 6.00 ^c

As shown in Table 4, the body scrub according to the present invention showed less skin irritation than the conventional products, had excellent spreadability, and had a high degree of preference due to similar exfoliation. In particular, when 10% by weight of the powder containing 30-60 mesh sized bovine cells obtained from the heating blanket or 10% by weight of the powder containing 30-60 mesh sized bovine cells obtained from the young is contained, It was confirmed that the exfoliation degree and the overall preference were much better than those of the walnut shell.

Example  2: The ship for the face Scrub  Produce

(1) Preparation of a facial scrub containing face cells

As shown in the following Table 4, 30-60 mesh having a large content of stones in a heated abdomen or a young abdomen was used as a face scrub material, but it is preferable that the size is 60-80 mesh rather than 30-60 due to strong stimulation on the face, Bracts 60-80 mesh sized bovine cells were used as the material.

(0.5, 1, 2, 5% by weight) of 60-80 mesh sized bacillus cells separated from the heated bacillus were separately prepared, and 3 g of each of keratin cellulose and white clay and 0.5 g of methylparaben were added and mixed to prepare a mixture . After that, 5 ml of emulsifier (lecithin), 5 ml of ethanol and 5 ml of rose oil and 1 ml of rose oil were homogenized in 54.5 ml of tertiary distilled water, and the mixture was added thereto. Min to prepare a scrub agent.

(2) Quality characteristics of a facial scrub containing a bed cell

The results of confirming the quality characteristics of the scrub agent for the face containing the bray cells according to the present invention are shown in Table 5 below.

division Bed cell content Adhesion (g) Moisture content (%)  pH Specific gravity (g) One Heating blank 60-80 mesh 0.5 wt% 27.1 ^d 43.0 ^e 8.63 ^b 0.61 ^c 2 Heating blank 60-80 mesh 1 wt% 29.9 ^cd 44.3 ^cde 8.62 ^b 0.55 ^d 3 Heating blank 60-80 mesh 2 wt% 35.6 ^bc 45.1 ^cd 8.62 ^b 0.51 ^e 4 Heating blank 60-80 mesh 5 wt% 40.0 ^b 47.6 ^b 8.54 ^bc 0.50 ^e 5 Small pear 60-80 mesh 0.5 wt% 26.1 39.2 8.54 0.71 6 Small pear 60-80 mesh 1 wt% 31.2 42.1 8.49 0.65 7 Small pears 60-80 mesh 2% 38.4 ^b 44.1 ^c 8.47 ^c 0.55 ^d 8 Small pears 60-80 mesh 5 wt% 41.2 48.2 8.43 0.52 9 Clear blanket 60-80 mesh 0.5 wt% 29.2 45.3 8.64 0.56 10 Clear coat 60-80 mesh 1 wt% 32.1 47.4 8.67 0.58 11 Clear coat 60-80 mesh 2 wt% 40.2 48.4 8.75 0.52 12 Clear coat 60-80 mesh 5 wt% 52.1 55.2 8.88 0.48 Control group Walnut shell (commercial) 45.9 ^a 43.3 ^de 5.81 ^d 1.08 ^a Untreated group Heating blank 60-80 mesh 0 wt% 34.7 ^bc 91.1 ^a 8.72 ^a 0.75 ^b

As shown in Table 5, it was confirmed that the scrub for a face according to the present invention has a quality similar to that of a conventional product. In particular, it was confirmed that the scrub for the face containing 2% by weight of the powder containing the 60-80 mesh sized bacterium obtained from the heating blanket was the most excellent.

(3) Sensory evaluation of facial scouring bath containing bacillus cells

The preference of the scrub agent for the face containing the bray cells according to the present invention was examined.

Ten healthy men and women without skin disease (male mean age: 33.8 years, female mean age: 37.0 years) were instructed about the purpose of the experiment and the evaluation method. Was evaluated as follows.

First, after cleansing, 5 g of the sample of the example was uniformly applied to the face for 1 minute and rubbed for about 3 minutes. After 5 minutes, the sample was rinsed with warm water, and the feeling was evaluated. After the rest of the study, the control group was evaluated again in the same way.

At this time, the sensory test scores were 10 points (very smooth, 8 points - smooth, 6 points - average, 4 points - rough, 2 points - very rough) for the skin improvement effect of the examples and comparative examples And the results of calculating the average value for the evaluation are shown in Table 6 below.

division Bed cell content Exterior Brittle Skin irritation after use
lubricity corneous
Removal degree all
preference One Heating blank 60-80 mesh 0.5 wt% 6.78 ^bc 7.33 ^a 5.89 ^d 6.44 ^b 6.44 ^bc 6.56 ^b 2 Heating blank 60-80 mesh 1 wt% 7.44 ^a 6.89 ^c 6.44 ^c 6.44 ^b 6.56 ^bc 7.02 ^ab 3 Heating blank 60-80 mesh 2 wt% 7.56 ^a 7.00 ^b 8.56 ^c 7.44 ^a 7.00 ^b 7.44 ^a 4 Heating blank 60-80 mesh 5 wt% 6.78 ^bc 6.89 ^c 7.00 ^a 7.11 ^ab 7.22 ^b 6.78 ^b 5 Young ship 60-80 mesh
2 wt% 6.44 ^c 7.00 ^b 7.33 ^a 7.22 ^ab 7.44 ^a 6.78 ^b 6 Clear coat 60-80 mesh 2 wt% 6.61 6.89 7.83 7.00 6.59 6.12 Control group Walnut shell (commercial) 7.11 ^b 7.44 ^a 6.44 ^c 7.00 ^ab 6.44 ^bc 7.22 ^a Untreated group Heating blank 60-80 mesh 0 wt% 6.89 ^bc 6.89 ^c 5.78 ^d 6.67 ^ab 6.00 ^d 6.22 ^b

As shown in Table 6, the face scrub according to the present invention showed less skin irritation than the conventional products, had excellent spreadability, and had a high preference due to similar exfoliation. Particularly, when 2% by weight of powder containing 60-80 mesh sized bacterium obtained from the heating blanket was contained, it was confirmed that the degree of keratin removal and the overall preference were superior to those of a commercially available walnut shell.

(4) The exfoliation effect and the pore improvement effect of the pearl scrub agent containing the bacillus cell

12 subjects who meet the selection criteria and do not fall under the exclusion criteria were selected to apply negative control, walnut shell scouring agent (positive control, commercial use) Improvement efficacy experiments were performed. The cleaning cream used in the experiment was the same base and only the scrub material was added. A scouring agent containing 2% by weight of 60-80 mesh powder was used as a scouring agent for scum, and a scouring agent containing 2% by weight of walnut shell powder was used as a scouring agent of walnut shell.

① Removal effect of scrub treatment

A product in the presence of moisture both side view of the subject ² mg / cm 2 was applied. During application, finger thimble was applied for 30 seconds, and the product was rinsed with running water after application. Each mass obtained by attaching Corneofix to each mass before and after use of the product was measured by using Visioscan, and the degree of keratin was measured after 15 minutes of product use and Desquamation Index. Wash with standard cleanser, wait 15 minutes at constant temperature and humidity (20-24 ℃, 40-60% RH), measure corneal quality before using the product using Corneofix and Visioscan, clean after application, wait for 15 minutes under constant temperature and humidity conditions Corneofix and Visioscan were used to measure the extent of keratinization after use. The results are shown in Table 7 and FIG.

Common Cream Walnut shell (commercial) Barton cells (developed products) Before use after use Before use after use Before use after use A 29.06 26.80 23.41 20.56 37.70 22.17 B 8.04 6.71 24.54 20.81 31.20 10.01 C 15.80 14.80 21.09 17.19 42.78 19.17 D 18.21 15.80 29.95 20.60 38.05 31.43 Average 17.78 16.03 24.75 19.79 37.43  20.70

② Research on pore improvement efficacy

A product in the presence of moisture both side view of the subject ² mg / cm 2 was applied. For application, finger thimble was applied for 30 seconds. After the application, the product was rinsed with running water, and then the pore size was measured before using the product and 15 minutes after using the product using Antera 3D. After washing for 15 minutes under constant temperature and humidity conditions (20-24 ℃, 40-60% RH), measure with the Antera 3D, measure pore size before using the product, clean after application, wait for 15 minutes under constant temperature and humidity conditions The pore size was measured after using the product with Antera 3D. The results are shown in Table 8 and FIG.

Pore size Common Cream Walnut shell (commercial) Barton cells (developed products) Before use after use Before use after use Before use after use A 6.62 5.91 6.41 5.35 8.35 6.31 B 9.10 8.83 10.7 9.58 5.74 5.27 C 6.35 6.18 5.25 5.06 6.85  6.72 D 6.17 5.68 5.74 5.51 5.66 4.56 Average 7.06 6.65 7.03 6.38 6.65 5.72

As shown in Table 7, the exfoliation effect was 10.9% for general cleansing cream, 25% for walnut shell scrub, and 80.8% for bed scrub agent, As shown in Table 8, the results of the pore size measurement for the pore improvement effect showed 6.1% of the general cleaning cream, 10.1% of the walnut shell scouring agent, and 16.3% of the scouring agent. Thus, it was confirmed that the heating and bleaching scouring agent containing the dolomite cells developed in the present invention had the most excellent effects and showed superior effects to commercial commercial walnut shells.

Example  3: Including bovine cells Scrub  Soap manufacturing

(1) Preparation of scrubbing soap containing batten cells

After dissolving the soap base (transparent, translucent), glycerin, lavender oil, lemon and lavender oil were added, and the mixture was gradually dissolved. Then, as shown in Table 6 below, Soaps were prepared by varying the contents of the cells (0.5, 1, 2, and 5 wt%), sprayed with 50% alcohol in a soap frame, poured and dipped in a soap solution, and then cut and molded to obtain a soap bar.

(2) Quality characteristics of scrubbing soap containing bacillus cells

The results of confirming the characteristics of the scrub soap containing the dolomite cells according to the present invention are shown in Table 9 below.

division Bed cell content Hardness (g) Moisture content (%) PH (pH) Weight (g) Swelling degree 1h 24h One Over 10 mesh of heating breeze
0.5 wt% 3919 ^c 39.7 ^a 8.75 ^b 69.2 ^bc 1.25 1.90 ^ab 2 Over 10 mesh of heating breeze
1 wt% 4302 ^bc 38.0 ^ab 8.75 ^b 70.4 ^c 1.19 1.84 ^b 3 Over 10 mesh of heating breeze
2 wt% 4602 ^b 37.1 ^bc 8.77 ^b 70.7 ^cd 1.19 1.83 ^b 4 Over 10 mesh of heating breeze
5 wt% 4666 ^b 35.8 ^cd 8.79 ^b 71.3 ^d 1.17 1.80 ^b 5 Clear mesh 10 mesh or more
2 wt% 5623 43.2 8.77 68.3 1.22 2.02 6 Young ship 10 mesh or more
2 wt% 4432 32.5 8.78 73.2 1.20 1.91 Control group Walnut shell (commercial) 4824 ^ab 34.9 ^de 8.88 ^a 75.1 ^a 1.12 2.26 ^a Untreated group Over 10 mesh of heating breeze
0% 5289 ^a 33.5 ^e 8.81 ^b 74.0 ^ab 1.09 1.98 ^ab

As shown in Table 9, the scrub soap according to the present invention was found to have similar qualities as the conventional commercial products. Particularly, in the case of a scrub soap containing 2% by weight of a powder containing 10% by weight or more of bounteous cells having a size of 10 mesh or more obtained by heating, it is excellent in water content and excellent in acidity and less irritating to the skin, As a functional soap.

(3) Scrub soap sensory evaluation including bacillus cells

The preference of the scrub soap containing the dolomite cells according to the present invention was examined.

The subjects were 10 healthy men and women without skin disease (male mean age: 33.8 years, female mean age: 37.0 years) who were educated about the purpose of the experiment and the evaluation method. Was evaluated as follows.

First, 20 g of the sample of the example was applied to the whole body evenly for 1 minute, rinsed for about 3 minutes, washed 5 minutes later with warm water, and the feeling was evaluated. After about 1 hour of rest, The feeling of use of the comparative example was evaluated.

At this time, the sensory test scores were 10 points (very smooth, 8 points - smooth, 6 points - average, 4 points - rough, 2 points - very rough) for the skin improvement effect of the examples and comparative examples And the average value of the evaluation items was calculated. The results are shown in Table 10 below.

division Bed cell content Exterior Lump Skin irritation after use
lubricity Degree of moisturizing all
preference One Over 10 mesh of heating breeze
0.5 wt% 6.0 ^ab 6.80 ^ab 6.8 ^ab 5.80 ^c 6.60 ^b 5.80 ^c 2 Over 10 mesh of heating breeze
1 wt% 6.4 ^ab 6.40 ^bc 6.8 ^ab 6.20 ^bc 6.60 ^b 6.80 ^abc 3 Over 10 mesh of heating breeze
2 wt% 7.2 ^a 7.40 ^a 7.6 ^a 7.60 ^a 7.80 ^a 7.80 ^a 4 Over 10 mesh of heating breeze
5 wt% 6.6 ^ab 7.00 ^ab 7.4 ^a 7.00 ^ab 7.80 ^a 7.20 ^ab 5 Clear mesh 10 mesh or more
2 wt% 6.2 6.09 7.3 6.99 7.02 6.70 6 Young ship 10 mesh or more
2 wt% 6.9 6.62 6.5 7.82 7.12 7.00 Control group Walnut shell (commercial) 6.8 ^a 6.00 ^c 6.8 ^ab 6.20 ^bc 7.00 ^ab 6.00 ^bc Untreated group Over 10 mesh of heating breeze
0 wt% 5.4 ^b 5.80 ^c 6.0 ^b 6.00 ^c 6.40 ^b 5.80 ^c

As shown in Table 10 above, the sensory evaluation of the soap according to the present invention revealed that it showed higher satisfaction than commercial soap. In particular, the scrub soap containing 2% by weight of the powder containing bovine cells having a size of more than 10 mesh of the heating base exhibits a high degree of preference due to skin irritation, smoothness after use, and moisturizing property than commercial soap, . ≪ / RTI >

Claims (8)

1. A scrub cosmetic composition comprising from 1.5 to 15% by weight of a dried powder or a dried powder,
The heat exhaust powder has a lightness of 60.2-65.4,
Wherein the young pear powder is a pear powder collected at 30-60 days after full blossom. 2. The scrub cosmetic composition according to claim 1, wherein the dried powder or the powder is independently composed of 45 to 73% by weight of bone cells. The scrub cosmetic composition according to claim 1, wherein the scrub cosmetic composition is a body scrub agent, a face scrub agent, or a scrub soap. 4. The method of claim 3, wherein the body scouring agent comprises 30-60 mesh heated batter or powder,
Wherein the face scrub agent comprises a 60-80 mesh heated batter or powder,
Wherein the scrub soap comprises at least 10 mesh of heated powder or powder. delete [3] The method of claim 1, wherein the dried powder is heated at 110-120 [deg.] C under high pressure for 2-4 hours, filtered with a nonwoven fabric, and washed with hot air drying at 50-80 [deg.] C for 3-12 hours Followed by drying. delete The scrub cosmetic composition according to claim 1, wherein the scrub cosmetic composition exhibits an exfoliation effect and a pore size improving effect.

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