KR101065275B1 - Skin barrier regeneration pack compounded of barium sulfate - Google Patents

Abstract

The present invention relates to a mask pack composed of a barium sulfate compound for promoting skin barrier regeneration and maintaining homeostasis, and more specifically, unlike a pack combined with a conventional nutrient humectant, the epidermis is used to remove dead skin cells. And mask packs designed to maintain homeostasis of biological skin metabolism to aid in the creation of new skin barriers.

恒常性) 유지를 위한 피부 배리어(barrier) 회복 촉진 물질로 황산바륨을 사용하여 피부 표면 전위(電位)가 음전기장을 부하(負荷)하도록 하였고 피부 각질층 박리(剝離)제로 효소, 트립신(trypsin)을 첨가 조성함으로서 노폐물 제거에서부터 피부 배리어(barrier) 재생 촉진의 음전기장 이온 편재(偏在)로 배리어 개선 효과를 가진 마스크 팩을 제공하게 되는 것이다.To this end, the present invention is bio-algae

Barium sulfate was used as a substance to promote skin barrier recovery to maintain the skin, so that the surface potential of the skin was applied to the negative field, and the enzyme, trypsin, was used to remove the stratum corneum. The additive composition provides a mask pack having a barrier improving effect from the removal of waste to the negative field ion ubiquitous of promoting skin barrier regeneration.

In this way, by improving the autonomous recovery function of the skin it leads to the activation of metabolism and to increase the immune function of the skin.

As described above, the present invention is characterized in that the distribution of barium sulfate and trypsin is uniformly distributed (피부 在) to the negative electric field on the skin surface.

 Skin barriers, barium sulfate, trypsin, bioalways, ubiquitous,

Description

Skin barrier regeneration pack compounded of barium sulfate

The present invention relates to a mask pack composed of a barium sulfate compound for promoting skin regeneration and maintaining homeostasis by supplementing a skin barrier function, and more particularly, in contrast to packs combined with conventional nutrient humectants. It is a mask pack designed to maintain homeostasis of biological skin metabolism that helps to remove waste exfoliation and create new skin barriers, and the combination of barium sulfate as a skin barrier recovery promoting substance causes negative skin surface potential. It is loaded with an electric field, and the stratum corneum exfoliator is characterized by binding with enzyme trypsin.

In addition, it is important to have a potential difference between the epidermis and the dermis in order to impart a negative electric field to the skin. The difference in ion concentration between the two sides is required for active transport to maintain the negative electric field on the skin surface.

Everybody's face is always exposed to the atmosphere and light, and the recent rapid industrialization has led to the study of environmental physiology as the external environment deteriorates due to ultraviolet rays due to global warming or destruction of the ozone layer.

The present invention improves the generation of natural moisturizing factor (NMF) by using a mask pack composed of functional agents such as promoting the regeneration of the skin barrier (barrier), imparting a negative electric field and exfoliation of the skin, and improves the skin's natural restoration mechanism It aims to minimize the amount used in cosmetics by activating.

The external environmental factors that skin encounters include temperature, humidity, wind, light, gravity, electricity, magnetism, air, chemicals, particulates, bacteria, viruses, animals, and plants. Due to the change of autonomous receptor (receptor) of the human body is not functioning, the corresponding drugs flooded, and cosmetics is one of them.

The worse the environment, the more cosmetic use is the problem. All cosmetics, including natural cosmetics, use oils and fats. Oils and fats cannot be oxidized by air and heat and prevent their transformation into lipid peroxide. Lipid peroxide can go up to the dermis, and it is well known that it is the main culprit of spots and freckles. It is desirable to use less cosmetics.

The present invention be formed as a two-layer EDA as shown in Figure 1 using a barium sulphate composition in an anion penetration therapy to improve the barrier function of the external stimulus for the sodium Na ^+, Ca ⁺ ions in the dermis to this Electro physiological negative ion excitation designed to allow the skin surface to be distributed ubiquitously with negative ions due to the ionic (opposite sign) action and to allow skin barrier regeneration to proceed quickly and to maintain its homeostasis mechanism. It is designed as a pack. In the normal skin thus recovered, the ion pump and the ion channel are ubiquitous according to the area of the foreskin, whereby the potential is ubiquitous and the receptor is activated.

The fact that the surface potential of healthy skin is a negative field was introduced in 1982 by a famous American physiology magazine, Journal of American Physiology, when a human skin electricity was close to 100 millivolts and had a negative voltage. It has also been found that use above V has no effect due to electrolysis.

In order to maximize the sustainability and effect, which materials and methods should be used to load the negative field, electrophysiological verification should be ensured and safety should be ensured.

In the present invention, barium sulfate was used as the negative field former. Barium sulfate is a medicine that is taken before gastrointestinal X-rays. It is not unfamiliar to medical scientists. It is used as a lubricating lubricant in cosmetics and does not penetrate the skin cell membranes. A characteristic indicating a potential was found.

In addition, the enzyme is a commonly used protease, and the gel of the pack is to use the physical properties to help the skin among the food additive colloids that have been used for decades.

In the field of the formation of the negative field of the conventional skin, there are places where the facial massage is performed with a DC power negative electrode in the skin massage device, and in some cases, the negative electrode of the battery is directly rubbed.

The present invention is to provide a new technique that loads the negative field with barium sulfate and enhances the exfoliation function with the enzyme trypsin.

Literature Information of the Prior Art

[Document 1] 人體 日 不 社, September 25, 235, 1999

發行 昭和53. 8. 30. 63쪽[Document 2] か ら だ の 電氣 の は な し 健 友 社

發行 昭和 53. 8.30.63 p. 63

[Reference 3] 粧 ッ ト 化粧品 (株) 學會 出版 セ ン タ ― April 15, 1998

[Document 4] Aromatherapy of Oral Medicine, March 20, 1997, p. 114

The present invention relates to a mask pack composed of barium sulfate and trypsin enzymes, and more particularly, to remove wastes such as degenerated proteins and lipids in the epidermis and to impart a negative electric field to the facial skin to promote recovery of the skin barrier. The gelling binder formed from the mask pack may be selectively bound to form several species among CMC, PVA, PVP, polyvinyl chloride, sodium polyacrylate, sodium alginate, pectin, carrageenan, guar gum, dandan gum, and sweet potato starch.

The gelling agent is a known tree that has been recorded in several cosmetic documents abroad for several decades.

The present invention focuses on complementing the skin barrier function. The skin is composed of three layers of epidermis, dermis, and subcutaneous tissue, and it is a boundary that clearly distinguishes the inside and the outside of the body, and the epidermis that meets the changing factors of severe outer space discards dirt and accepts new things. It maintains homeostasis, and is lined with cells that alternately divide at the epidermal and dermal boundaries, making alternations every day. However, such autonomous function also reaches the limit of the biological defense ability of the immune antibody against the above-mentioned many environmental substances.

The barium sulfate anion loading agent of the present invention is confirmed through experiments that the restoration of the skin barrier (barrier) is made quickly and exerts outstanding strength in the skin's repair ability and the skin's environmental defense ability.

The present invention relates to a mask pack configured to maintain the homeostasis of healthy skin by uniformly distributing the ubiquitous of the negative electric field by adjusting the potential difference of the skin layer according to the bioelectric principle. The enzyme (trypsin) has an excellent removal function for exfoliation of dead protein, and the main role of barium sulfate is the ability to recover the skin surface barrier recovery rate of 80% per day, and also has low environmental humidity. Humidity is maintained throughout the season.

The present invention will be described in detail with reference to the accompanying drawings. 1 is a structural diagram of skin potential of healthy skin, and FIG. 2 is an anion surface of the skin when the counter ions are Na ⁺ , K ⁺ , and Mg ^{+ because the} skin potential is symmetrically in the upper and lower layers. It is sectional drawing which shows that it is loaded.

The Na ⁺ , K ⁺ , and Mg ⁺ ions try to penetrate from the inside to the outside, and the Cl ⁻ ions try to enter from the outside to the inside according to the difference in the ion concentration inside and outside the cell. The smaller the volume of ions, the easier it is to pass through and proportional to the atomic weight size. Na-23, K-39, and Cl-35 are followed by each ion accompanying water molecules. This biomembrane potential is the same as the bioelectric principle that exists between the outside and inside of frog skin and shows that moisture retention on the surface of the skin is an electrical action, which is possible only in the negative field.

As described above, in order to autonomously proceed with the homeostatic maintenance mechanism in which a healthy skin barrier is continuously generated and replaced by loading a negative field on the skin surface according to the electrobiological principle, barium sulfate, a negative electrode load agent, is removed after removing the aged epidermis. The present invention has been found that only delivering is the best method. The operation of the ion pump is also epidermal electricity, and it is the ion channel molecular device that coordinates this ion motion.

Mixing the barium sulfate and the gelling agent in a predetermined ratio in the preparation step. After the step, the step of injecting the functional agent, gelling agent in a hot water kiln equipped with a stirrer to dissolve an appropriate amount of antioxidant, preservative, metal ion blocker in a predetermined purified water. Next, the mixture was heated and stirred at about 80 ° C., and the viscous gelled gelling agent was laid on the acrylic plate to a thickness of 1 mm. The next step is to spread the enzyme trypsin lysate on the gel. Next, it is cut and packaged with a mask-type cutting mold.

<Composition of skin barrier regeneration pack composed of barium sulfate

An example is described as follows. ＞

Name unit Functional

1. Barium sulfate 2-3 wt% negative electrode imparting agent

2. Yeast trypsin 2-5 wt% keratin remover

3. Sweet potato starch 0.5 ~ 1 wt% Gel

4. Alginate Soda 0.5 ~ 1 wt% Gel

5. 4 ~ 5 wt% Gel

6. Kon about 2-3 wt% Gel

7. Remaining water remaining

The functional agent is composed of 4 to 8% of a gelling agent of 7 to 10%, and the remaining amount is 100% as an integer. Antioxidants, preservatives, etc. are omitted by adding or decreasing the appropriate amount according to the season.

1 is a structural diagram of skin potential of healthy skin

2 is a cross-sectional view showing that the surface of the skin is loaded with anions when the counter ions are Na ⁺ , K ⁺ , Mg ⁺ , and Ca ^{+ because} the ions of barium sulfate are symmetrically above and below the skin. to be.

Claims (1)

In preparing a skin barrier regeneration pack composed of barium sulfate, 2 to 3% by weight of barium sulfate, 0.5 to 1% by weight of sweet potato starch, 0.5 to 1% by weight of sodium alginate, and carrageenan 4 Mixing -5 wt% and konjac 2-3 wt% in a mixing mixer. The mixture is heated in a hot water kiln before and after 80 ℃ to mature with a viscous gel. Spreading the aged gelled product on an acrylic resin plate to form a plate shape having a thickness of about 1 mm. Applying an enzyme trypsin to the planar gelled body. Method of manufacturing a mask pack by the step of pressing molding the gelled body formed of the plate in the form of a mask iron.

Images