Facial mask compositions

专利摘要:
There is provided a facial mask composition and the preparation method thereof. The facial mask composition comprises, by weight parts, white atractylodes rhizome 10-30, Angelica dahurica 20-30, common bletilla tuber 20-40, radix ampelopsis 10-25, radices paeoniae alba 5-15, Poria Alba 5-10 and pearl powder 30-60. The beneficial effects of the present invention are that the raw materials of the traditional Chinese medicine may interact with each other and play a synergistic effect, facial blood circulation can be accelerated and wastes and poison gases can be absorbed.
公开号:DK201670750A1
申请号:DKP201670750
申请日:2016-09-22
公开日:2017-12-18
发明作者:Lanping Liu
申请人:Langear Tech Co Ltd；
IPC主号:

专利说明:

Facial mask compositions
Technical field
The present invention relates to skin caring field, and particularly, relates to facial mask field.
Background
Face is more easily exposed to the ambient environment compared to other body parts, and thus more frequently suffers from the impacts caused by wind, sunburn, electromagnetic radiation, dirt and so on. Due to various skin properties of the different humans, some facial problems may occur and those people involved therein may feel embarrassed or uncomfortable. More seriously, these problems may negatively affect people’s job, marriage, etc.
Facial mask is very popular in relieving or eliminating the facial problems. However, most facial masks contain heavy metal or phosphor powder components, which may damage people’s skin if these facial masks are used for long time.
Therefore, it is necessary to develop facial masks with nature and safe components to reduce the hurts to skin while being suitable for long-term use.
Summary of the Invention
The purpose of the invention is to provide a facial mask which is safe and effective for facial caring.
According to one aspect of the invention, there is provided a facial mask, comprising by weight parts, white atractylodes rhizome 10-30, Angelica dahurica 20-30, common bletilla tuber 20-40, radix ampelopsis 10-25, radices paeoniae alba 5-15, Poria Alba 5-10 and pearl powder 30-60.
The beneficial effects of the present invention are that the raw materials of the traditional Chinese medicine may interact with each other and play a synergistic effect, facial blood circulation can be accelerated and wastes and poison gases can be absorbed.
The traditional Chinese medicine facial mask facilitates nutritional and effective substances to penetrate into a deep layer of skin, and further plays a role in moisture retention, skin moistening, whitening, freckle dispelling, wrinkle resistance, anti-aging, anti-inflammation, toxin elimination and anti-acne.
Further, the various ingredients in the facial masks provided by the present invention may have interactions which results in long quality guarantee period.
Finally, the facial masks provided by the present invention contain only nature plants and does not include any chemical components. Thus, the present invention is healthy to people’s skin and has few hurts thereto.
Embodiments of the invention
The following examples further describe and demonstrate embodiments within the scope of the present invention. The examples are given solely for the purpose of illustration and are not to be construed as limitations of the present invention, as many variations thereof are possible without departing from the spirit and scope of the invention.
According to one aspect of the invention, there is provided a facial mask, comprising by weight parts, white atractylodes rhizome 10-30, Angelica dahurica 20-30, common bletilla tuber 20-40, radix ampelopsis 10-25, radices paeoniae alba 5-15, Poria Alba 5-10 and pearl powder 30-60.
According to a first embodiment of the present invention, the facial mask comprises, by weight parts, white atractylodes rhizome 10, Angelica dahurica 20, common bletilla tuber 20, radix ampelopsis 10, radices paeoniae alba 5, Poria Alba 5-10 and pearl powder 30.
According to a second embodiment of the present invention, the facial mask comprises, by weight parts, white atractylodes rhizome 30, Angelica dahurica 30, common bletilla tuber 40, radix ampelopsis 25, radices paeoniae alba 15, Poria Alba 10 and pearl powder 60.
According to a third embodiment of the present invention, the facial mask comprises, by weight parts, white atractylodes rhizome 10, Angelica dahurica 30, common bletilla tuber 40, radix ampelopsis 10, radices paeoniae alba 5, Poria Alba 10 and pearl powder 30.
According to a fourth embodiment of the present invention, the facial mask comprises, by weight parts, white atractylodes rhizome 30, Angelica dahurica 20, common bletilla tuber 40, radix ampelopsis 10, radices paeoniae alba 15, Poria Alba 5 and pearl powder60.
According to a fifth embodiment of the present invention, the facial mask comprises, by weight parts, white atractylodes rhizome 20,
Angelica dahurica 25, common bletilla tuber 30, radix ampelopsis 20, radices paeoniae alba 10, Poria Alba 8 and pearl powder 45.
According to a sixth embodiment of the present invention, the facial mask comprises, by weight parts, white atractylodes rhizome 10,
Angelica dahurica 25, common bletilla tuber 20, radix ampelopsis 20, radices paeoniae alba 5, Poria Alba 8 and pearl powder 30.
According to a seventh embodiment of the present invention, the facial mask comprises, by weight parts, white atractylodes rhizome 30, Angelica dahurica 25, common bletilla tuber 40, radix ampelopsis 20, radices paeoniae alba 15, Poria Alba 8 and pearl powder 60.
According to an eighth embodiment of the present invention, the facial mask comprises, by weight parts, white atractylodes rhizome 20, Angelica dahurica 20, common bletilla tuber 30, radix ampelopsis 10, radices paeoniae alba 10, Poria Alba 5 and pearl powder 45.
According to a ninth embodiment of the present invention, the facial mask comprises, by weight parts, white atractylodes rhizome 20,
Angelica dahurica 30, common bletilla tuber 30, radix ampelopsis 25, radices paeoniae alba 10, Poria Alba 10 and pearl powder 45.
According to a tenth embodiment of the present invention, the facial mask comprises, by weight parts, white atractylodes rhizome 25,
Angelica dahurica 22, common bletilla tuber 35, radix ampelopsis 15, radices paeoniae alba 8, Poria Alba 8 and pearl powder 50.
According to a eleventh embodiment of the present invention, the facial mask comprises, by weight parts, white atractylodes rhizome 15, Angelica dahurica 25, common bletilla tuber 25, radix ampelopsis 15, radices paeoniae alba 10, Poria Alba 6 and pearl powder 35.
According to a twelfth embodiment of the present invention, the facial mask comprises, by weight parts, white atractylodes rhizome 22, Angelica dahurica 25, common bletilla tuber 34, radix ampelopsis 21, radices paeoniae alba 12, Poria Alba 7 and pearl powder 48.
According to a thirteenth embodiment of the present invention, the facial mask comprises, by weight parts, white atractylodes rhizome 12, Angelica dahurica 28, common bletilla tuber 34, radix ampelopsis 20, radices paeoniae alba 12, Poria Alba 9 and pearl powder 36.
It is worth mentioning that the term “weight part” means the ratio between the respective components or ingredients but does not mean the percentage over the whole weight.
METHOD OF PREPARATION
The above described material or ingredients are commercial available in market or can be obtained by conventional processing method, for example, these materials can be obtained by drying and crushing the material into powers whose average particle size ranges from 20-30 mesh.
The preparation of the traditional Chinese medicine extract includes the following operations.
Mixing and grinding the respective ingredients to powders, using ethanol as a solvent to implement supercritical carbon dioxide extraction to the powders, under 60 °C, 30Mpa for 0.5 hour. In particular, the amount of the ethanol is 2ml per gram of said powder, the analytical pressure is lOMPa and the analytical temperature is 20°C.
Performing reduced pressure concentration and recovery of the ethanol to obtain ethanol extract concentrate.
Twice boiling the residual after the supercritical carbon dioxide extraction is implemented, wherein firstly boiling the residual with 8-10 times of water for 30-50 minutes; and secondly boiling the residual with 9-12 times of water for 80-90 minutes.
Filtering the boiled liquid and combining the filtered liquid, which is then concentrated to liquid with density between 1.3-1.5 at 50°C.
Drying the liquid with density between 1.3-1.5 to obtain extractum.
Enriching the extractum with macroporous adsorptive resins, in particular, the extractum is diluted with a certain amount of water, mixed with same volume of D-101 macroporous adsorptive resins and loaded onto D-101 or AB-8 type and other non-polar, weak-polar or middle-polar of macroporous adsorptive resins. The loading volume is calculated with the ration of 1:3 between the production volume to the resins. After 15-minitue’s static adsorption, elution is performed using ten times of volume of ethanol with different densities and 60%-70% of Ethanol elution solution is collected to obtain brown powder.
Further, the powder is mixed with the brown oil-like mucus obtained through supercritical carbon dioxide extraction, and thereby to obtain the transitional Chinese medicine extract. A Pigmentation model induced by UVB is employed and the traditional Chinese medicine is administrated as below.
Three separated regions (2cmx2cm) on the back of each guinea pig are selected and the long hair of the back of each guinea pig is cut with scissors and the short hair is cleared off with electrical shaving machine. Then, said regions are irradiated with SS-04B type of Phototherapy device equipped with UVB lighting source with spectrum peak between 310-315nm. Said regions are irradiated with amount of 200mJ/cm2 for 20 minutes every day, and the irradiation lasts for 2 weeks to obtain the accumulated irradiation amount of 2800mJ/ cm2. The medicine is administrated two hours after the irradiation is completed and the medicine administration lasts for two weeks after the irradiation is finished. Then, the face tissue is taken for pathological examination.
The samples are divided into three groups for observing the number of cells containing melanin and DOPA positive cells.
Group 1: reference group comprising back skins of normal guinea pigs which are not irradiated by UVB;
Group 2: a group comprising back skins of guinea pigs which are irradiated by UVB but not coated with the traditional Chinese medicine of the present invention;
Group 3: a group comprising back skins of guinea pigs which are coated with the traditional Chinese medicine of embodiments 1-13 after UVB irradiation, wherein the concentrations are 0.5 and lmg/ml, respectively.
Staining process 1 ) HE staining: a skin sample (2cm><2cm) of the back of the guinea pig is HE-stained with conventional paraffin section. 2 ) Schmor staining: a. The section is rinsed with water; b. The section is then processed for ten minutes with the mixture of 40ml of FeCl3 solution with concentration of 0.04mol/L, 6ml of potassium ferricyanide solution with concentration of 0.04mol/L and 6ml of distilled water; c. The section is then rinsed with flowing water.
Result: melanin cells are stained into brown, black particles. 3) Imokawa staining a. A skin sample (2cmx2cm) is taken from the back of a guinea pig, rinsed with PBS liquid with concentration of 0.1mol/L (PH6.8) and then incubated with sodium bromide with concentration of lmol/L at 37°C for 5 hours. b. The cuticle and dermis of the skin is separated. c. The cuticle is regulated with cooled neutral formalin solution with concentration of 3.33mol/L (10%) for 30 minutes, and then rinsed with PBS solution with concentration of 0.lmol/L (PH6.8) for two times. d. The cuticle is then stained with PBS solution with concentration of 0. lmol/L for 5 hours.
Result: the melanin cells are stained into black and brown particles.
Light microscope observation 1) The counting of melanin particle cells: Schmorl staining progress, the number of melanin particle cells per mm2 of cuticle substrate of each sample is counted with Net eyepiece micrometer single blind method under high magnification lens; 2) The counting of DOPA positive cells: Imokawa staining progress, the number of DOPA positive melanin cells per mm2 of cuticle substrate of each sample is counted with Net eyepiece micrometer single blind method under high magnification lens.
Table 1
Table 1 shows the average numbers of melanin particle cells and DOPA positive melanin cells with respect to group without irradiation, group without irradiation and groups applied with the facial mask according to embodiments 1-13 of the present invention.
Compared with the reference group, the second group which is exposed under UVB irradiation has much higher number of melanin particle cells and DOPA positive melanin cells.
After applied with the embodiments 1-13 of the present invention, the numbers of melanin particle cells and DOPA positive melanin cells of the cuticle has significantly reduced to levels which are quite close to the reference group. Obviously, the present invention shows good effects in skin whitening and chloasma removing.
In particular, embodiment 5 shows the best effect among the embodiments 1-13 in reducing the numbers of melanin particle cells and DOPA positive melanin cells, and sometimes this embodiment reaches a very close level to the reference group.
Further, embodiments 1, 11 and 12 also illustrate relatively better performances compared with other embodiment except embodiment 1.
The facial mask composition of the present invention is suitable for topical application on human body skin, particularly facial skin. The use of the present invention provides skin conditioning benefits such as smoothness, softness, and moisturized feel to the skin due to the deposition and penetration of various components.
The benefit of the present invention is provided by application of the present mask composition in view of the specific benefit agents such as chronic whitening agents and skin benefit agents included in the emulsified liquid composition. The mask composition of the present invention is particularly advantageous in delivering nutritious components and other benefit agents into the skin.
Compared to when the liquid composition is applied to the skin without the use of the insoluble substrate, the use of the mask composition of the present invention, with the insoluble substrate as a delivery means over a lengthy period, is believed to provide better distribution and deposition of such agents, and better penetration of those agents which are percutaneously deliverable.
Further, when an insoluble substrate having low air permeability is used, more effective penetration of the skin benefit agents into the skin is expected. The mask composition of the present invention is also believed to provide emotional benefits to the user upon use, such as refreshing feel, and relaxation feel.
In one preferred embodiment, the mask composition is used to treat the facial skin by the steps of: (a) applying the mask composition to the majority of the area of the facial skin; (b) allowing the mask composition to stand on the facial skin for a period of time no longer than until any portion of the mask composition is dried; (c) removing the mask composition from the facial skin; and (d) removing the remainder liquid composition left on the facial skin.
The mask composition is soaked with an aqueous liquid composition, thus the mask fits to the facial skin by gently placing on the skin. For better fit and even distribution of the nutritious components and other skin benefit agents, the mask is pressed to the facial skin using finger tips.

权利要求:
Claims (5)
[1] 1. A facial mask composition, comprising by weight parts, white atractylodes rhizome 10-30, Angelica dahurica 20-30, common bletilla tuber 20-40, radix ampelopsis 10-25, radices paeoniae alba 5-15, Poria Alba 5-10 and pearl powder 30-60.
[2] 2. The facial mask composition according to Claim 1, wherein the facial mask comprises, by weight parts, white atractylodes rhizome 10, Angelica dahurica 20, common bletilla tuber 20, radix ampelopsis 10, radices paeoniae alba 5, Poria Alba 5 and pearl powder 30.
[3] 3. The facial mask composition according to Claim 1, wherein the facial mask comprises, by weight parts, white atractylodes rhizome 20, Angelica dahurica 25, common bletilla tuber 30, radix ampelopsis 20, radices paeoniae alba 10, Poria Alba 8 and pearl powder 45.
[4] 4. The facial mask composition according to Claim 1, wherein the facial mask comprises, by weight parts, white atractylodes rhizome 15, Angelica dahurica 25, common bletilla tuber 25, radix ampelopsis 15, radices paeoniae alba 10, Poria Alba 6 and pearl powder 35.
[5] 5. The facial mask composition according to Claim 1, wherein the facial mask comprises, by weight parts, white atractylodes rhizome 22, Angelica dahurica 25, common bletilla tuber 34, radix ampelopsis 21, radices paeoniae alba 12, Poria Alba 7 and pearl powder 48.

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引用文献:

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公开号 | 申请日 | 公开日 | 申请人 | 专利标题

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法律状态:
2019-05-29| PHB| Application deemed withdrawn due to non-payment or other reasons|Effective date: 20180922 |

优先权:

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申请号 | 申请日 | 专利标题

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CN201610389483|2016-06-02|

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