JP6010745B2 - Gold foil for face coating and method of using the same - Google Patents

Description

  The present invention relates to a gold foil for face coating and a method for using the same.

  Conventionally, various anti-aging and anti-aging cosmetics have been developed with increasing awareness of anti-aging (anti-aging) and beauty (for example, see Patent Document 1).

  Under such circumstances, in recent years, anti-aging using gold that is harmless to the human body has been attracting attention. This is to try anti-aging by utilizing the gold mechanism (immunoreaction action, colloidal gold action, and ion exchange action).

  As an anti-aging product using gold, a face pack in which a gold foil is attached to a face is known. For example, in Patent Document 2, the periphery of the gold foil is punched and formed into a human face size, the punched holes are formed in the eyes and mouth positions of the face of the gold foil of the face size, and the nose-shaped cut is formed in the nose position. A mask for a gold leaf face pack formed by punching is disclosed.

  The gold foil is generally alloyed by mixing silver and copper at a certain ratio. However, the optimum mixing ratio of gold and other metals such as silver is not clear in the gold foil used for the face pack. Also, since gold is an expensive material, the smaller the proportion of metal such as silver mixed into the gold foil, the greater the proportion of gold, the price of the gold foil increases, and cosmetics become very expensive. There is.

  In addition, the mask for the gold leaf face pack disclosed in Patent Document 2 is pre-punched into a human face size with gold leaf, punched holes in the eyes and mouth positions of the face, and nose-shaped cuts in the nose positions, respectively. It is necessary to punch and form.

As a method for punching a gold foil into a predetermined shape, a method of punching and cutting with a punching machine using a Thomson blade or the like is used (see paragraph “0012” of Patent Document 2). It is necessary to prepare a Thomson blade along the arrangement position of the mouth or the like separately. For this reason, the problem that manufacturing cost will increase remains.

JP 2010-208950 A International Publication Number WO2010 / 053063

  The present invention has been created in view of the above-mentioned problems, and is capable of allowing gold to penetrate deep into the skin while using an inexpensive gold foil unnecessary for prior machining, etc. An object of the present invention is to provide a low cost gold foil for face coating and a method of using the same.

(1) The gold foil for face coating of the present invention is a gold foil for face coating made of an alloy of pure gold and pure silver, and is 22 gold or 96% made of 94% or more pure gold and less than 6% pure silver. The material is 23 gold composed of the above pure gold and less than 4% pure silver, or 24 gold composed of 99.99% or more pure gold and less than 0.01% pure silver.
In addition, although mentioned later in detail, it is preferable that pure gold is in the range of 94% to 96% and the remaining pure silver is in the range of 6% to 4%.

(2) In the gold foil for face coating of the above (1), the thickness dimension is preferably in the range of 1/10000 [mm] to 2/10000 [mm].
In addition, it is preferable that the said gold | metal | money foil for face coating is a substantially square whose length dimension of 1 side is about 10.9 [cm].

(3) The method of using the gold foil for face coating of the present invention is as follows:
Cover the face using three gold foils for face coating,
One of the face covering gold foils is cut into approximately 2/3 and approximately 1/3,
Cover one face of the face below one eye with one of the two face covering gold foils not cut;
Cover the lower part of the face with the other one of the face covering gold foils not cut,
Cover the forehead from above both eyes of the face with the face covering gold foil cut into approximately 2/3,
Cover the remaining part of the face with the face covering gold foil cut into approximately 1/3.
It is characterized by that.

  As will be described in detail later, it is possible to cover and cover the entire face using three substantially square face coating gold foils of the present invention.

(4) The method of using the gold foil for face coating of the present invention is as follows:
After using the gold foil for face coating in the above (3), the gold foil removed from the face is kneaded into a collax cream and used as a creamy cosmetic liquid.
It is characterized by that.
“Collux” is the common name for chlordiazepoxide hydrochloride. “Collux cream” refers to a cream that does not feel oily and is closer to a solid substance than a semi-liquid substance.

  As will be described in detail later, according to the method of use, a process of kneading gold into a collax-like cream is included. Therefore, gold particles that have been ultrafinely divided into nano-units or angstrom units are contained in the collax-like cream. Is distributed. For this reason, the said gold | metal | money for face coating after using for a face pack can be osmose | permeated deeply in the skin without waste. Therefore, the gold mechanism (immunoreaction action, colloidal gold action, ion exchange action) can be sufficiently obtained.

  According to the gold foil for face coating of the present invention (hereinafter, also referred to as “gold foil for face pack” or simply “gold foil”), it contains pure silver having strong sterilizing power, so that a sterilizing effect can be obtained. It is possible to prevent bacteria and the like from breeding during storage of the gold leaf and improve safety. Further, the higher the mixing ratio of pure silver, the lower the mixing ratio of pure gold. Therefore, an inexpensive and highly safe gold foil for face coating can be provided.

  According to the method of using the face coating gold foil of the present invention, the face coating gold foil having a substantially square shape that does not require prior machining or the like can be used, and the face pad using the face coating gold foil can be manufactured at a low manufacturing cost. . Moreover, the said gold | metal | money foil for face coating after using for a face pack can be penetrate | invaded easily deeply into skin without waste. Therefore, the gold mechanism (immunoreaction action, colloidal gold action, ion exchange action) can be sufficiently obtained.

It is explanatory drawing which showed an example of the usage method of the gold foil for face coating which concerns on this embodiment, Comprising: Fig.1 (a) shows the process of preparation and FIG.1 (b) is prepared by interposing between Japanese paper. It is the schematic which shows the gold foil for face coating. It is a photograph figure for demonstrating an example of the usage method of the gold foil for face coating which concerns on this embodiment, and explaining the method of lifting a gold foil. It is the photograph figure and schematic for demonstrating an example of the usage method of the gold foil for face coating which concerns on this embodiment, and conveying the lifted gold foil to the model face, and affixing it. It is a schematic diagram for explaining an example of a method of using the gold foil for face coating according to the present embodiment and for explaining a method of peeling the gold foil attached to the model face. An example of the method of using the gold foil for face coating according to the present embodiment is a schematic diagram for explaining a method of finishing massage applied to a model face using a mixed cream of gold and angstrom cream (manufactured by Ong Co., Ltd.). is there. An example of a method of using the gold foil for face coating according to the present embodiment is shown, and a method of finishing massage applied to the neck of the model and the decollete using a mixed cream of gold and angstrom cream (manufactured by Ong Co., Ltd.) FIG. (A) is the result of comparing the average frequency of the left frontal region of the first (A) and second (B) of subjects etc. who ate pure gold, and (b) is the first (A) and second It is the result of having compared the average frequency of the right frontal part of (B). It is the figure which showed the frequency fluctuation coefficient of the left and right frontal part of the group (G) which ate gold | metal | money in A, and the guru (N) which does not eat. FIG. 6 is a diagram showing frequency fluctuation coefficients of the left and right frontal regions of each group in B.

  One embodiment of the gold foil for face coating of the present invention and the method of using the same will be described.

  The face coating gold foil of the present invention comprises pure gold and pure silver. Hereinafter, the effect | action of the component of the gold foil for face coating is demonstrated in detail.

[Action of gold]
By utilizing the action of gold (immune reaction action, colloidal gold action, ion exchange action, brain activity promoting action), an anti-aging effect and a beauty effect can be exhibited. Below, each effect | action of gold | metal | money is demonstrated in detail.

<Immune reaction action>
Gold is an element that is stable to acids and alkalis, so it rarely causes allergic reactions. However, (1) Gold that has entered the skin is a foreign substance other than self for the skin. Therefore, in order to carry immune cells and microphages (Macrophage) that are present in the blood and prey on all pathogens and foreign substances, (2) capillaries extend around the gold and remove foreign substances. The microphages repeat the battle. Substances released by the activity of microphages are stimulated to (3) self-proliferate fibroblasts, and (4) collagen, which is the main material for repair, is produced. (5) Capillaries and lymph are developed with the support of the collagen, and the fresh blood that flows into them supplies nutrients and oxygen to the fibroblasts and further promotes the production of collagen. A self-propagating cycle is constructed.

<Gold colloid action>
When gold enters the body, colloidal pure gold activates leukocytes such as immune cells and microphages that prey on all viruses. Therefore, (1) as long as gold is present in the body, the action of gold always activates microphages. (2) As a result, energetic microphages that are immune cells constantly prey on unwanted substances in the body. (3) As a result, old substances in the body are eliminated, reborn to new substances, and cell metabolism is activated.

<Ion exchange action>
Collagen and elastin that make up the dermis gradually oxidize due to the influence of active oxygen generated by aging and exposure to ultraviolet rays, and contracts hard and relaxes. As a result, the elasticity of the skin is lost, wrinkles are likely to occur, and tarmi appears. Also, since humans produce energy by oxidizing, they cannot stop oxidation. In order to prevent these aging, it is necessary to remodel the cells themselves, constantly feed the cells, and repeat regular metabolism. However, when immunity and enzyme synthesis decrease, it becomes impossible to break down the nutrients taken into the body. This is because cells can only absorb the smallest and most degraded nutrients. In this regard, when gold penetrates into the skin, (1) the action potential in the surrounding area is increased by ions generated from the gold, and (2) substances that could not be decomposed by one's own power help enzyme synthesis. (3) Nutrients are absorbed into the cells, and (4) unnecessary ones are excreted through the capillaries.

<Brain activity activation effect>
Gold is non-poisonous, decoction and drinking to calm your mind and calm your heart. Strengthen your musculature and expel the evil spirits of the five organs. By taking for a long time, you can clean your body and last a long time. Gold is also a treatment for epilepsy. It is effective in treating sighs, coughs, rumors, and vomiting due to colds. It is also used to treat night sweats, fatigue, and dry throat. These are the contents explained in Kampo. Actually, the effect is verified by an example in which the subject is fed (see FIGS. 7 to 9). Subjects were 65 adults aged 18-60 (42 boys: the youngest 22 years old, the oldest 61 years old. Average age 37.1 years old, women 23: the youngest 18 years old, the oldest 57 years old. Average age 37.) This is the first experience of this kind of experience. The pure gold taken is 0.03g per day for 30 days. The experiments in FIGS. 7 to 9 are divided into two times. In the first experiment, one group is divided into a group (G) that eats gold for one month and a group (N) that does not eat gold one by one with his / her eyes open. The brain wave was recorded on a chair sitting at the table. In the second round, the group that continued to eat gold (GG), the group that stopped eating (GN), the group that did not eat at the time of the first measurement, but subsequently eaten (NG), consistently eaten The same measurement as the first time was performed in the group (NN) that did not.

Using a real-time EEG fluctuation measurement and evaluation device, wipe the ears, forehead, and left arm with alcohol, remove dirt and oil, attach the ground electrode to the right earlobe, and attach the reference electrode to the left earlobe. Wrap a band-type sensor around the left arm. Electroencephalograms are collected from the left earlobe as a reference potential using two headband sensors (frontal forehead) on the frontal head, while the electrocardiogram is collected by a sensor wound around the left arm, and the fluctuation characteristics of alpha waves in real time (gradient) ) Is calculated and recorded in the memory. The analysis was based on these recorded values (details are omitted here). The experimental results are shown below.

FIG. 7 shows the average frequency of the electroencephalogram of the subject who ate gold (pure gold).
The first result is called A and the second is called B. FIG. 7 (a) shows the result of comparing the average frequency of the left frontal region for the first time (A) and the second time (B). In A, although not statistically significant, the group that ate gold (GG, GN) tended to be higher in frequency than the group that did not eat (NG, NN). In B, a significant difference was observed between GG and GN, between GG and NN, and between NG and NN. In other words, even if the first meal was not eaten, an increase in frequency was observed if the meal was eaten before the second measurement. On the other hand, FIG. 7B is a result of comparing the average frequencies of the right frontal region. In A, although not statistically significant, as with the left frontal group, the group that ate gold (GG, GN) tended to be higher in frequency than the group that did not eat (NG, NN). In B, as in the left frontal region, significant differences were observed between GG and GN, and between GG and NN, but there was no significant difference between NG and NN. From these, the left hemisphere suggests that the left frontal head is particularly activated by continuing to eat gold, and the left hemisphere is an intelligent brain, and can be expected to have an effect on intellectual activities. It can be inferred that this also has a certain effect when a gold foil is coated on the face or when a part of it is subsequently eaten.

Next, the frequency fluctuation coefficient (slope of the spectrum) of the α wave is verified.
FIG. 8 is a diagram showing the frequency fluctuation coefficients of the left and right frontal regions of a group (G) that ate gold in A and a guru (N) that does not eat. The group that ate gold in both the left and right foreheads has a higher fluctuation coefficient. As a result of the statistical test, no significant difference was observed in the left frontal region, but a significant difference was observed in the right frontal region. It is known that the fluctuation coefficient of the left frontal region changes in accordance with the degree of mood, and the fluctuation coefficient of the right frontal region changes in response to the degree of arousal. This shows that in A, the group that ate gold was more relaxed than the group that did not eat. It can be inferred that this also has a certain effect when the face is coated with a gold foil or when a portion of the face is subsequently eaten.

FIG. 9 is a diagram showing the frequency fluctuation coefficients of the left and right frontal regions of each group in B. The group that ate gold in both the left and right foreheads (GG) and A did not eat, but the group that ate gold in B (NG) had a large fluctuation coefficient. In the group (GN) who ate gold in A but not in B, the fluctuation coefficient tends to be slightly smaller than the former. On the other hand, the fluctuation coefficient was the smallest in the group (NN) who did not eat gold in either A or B. It can be inferred that this also has a certain effect when the face is coated with a gold foil or when a portion of the face is subsequently eaten.

[Action of silver]
Utilizing the action of silver (bactericidal action and antistatic action), the effect of improving safety and the effect of facilitating the handling of the gold foil for face coating of the present invention can be exhibited. Below, each effect | action of silver is demonstrated in detail.

<Bactericidal action>
Silver causes catalysis by becoming very fine particles. Atomic oxygen generated on the surface of the silver particles is released from the surface of the silver by the catalytic action, and the bacteria and viruses are sterilized. In other words, (1) oxygen in the air becomes attracted to silver particles, (2) it is changed to negatively charged oxygen atoms by interaction with silver, and (3) oxygen is charged with this negative charge. The atoms are separated from the silver particles, and (4) a germicidal function against bacteria and viruses is exhibited.

  Therefore, according to the gold foil for face coating of the present invention, the gold foil can be stored cleanly until use, and safety can be improved.

<Antistatic action>
Silver has high conductivity (low electrical resistance). When handling the above-mentioned gold foil for face coating, if the gold foil is charged with static electricity, the gold foil and the Japanese paper are adsorbed by static electricity when the gold foil is peeled off from the sheet sandwiching the gold foil during storage, for example, Japanese paper. This hinders the use of gold leaf. Since silver has high conductivity, it is possible to prevent static electricity from being charged to the face pack gold foil by the action of preventing static electricity from staying. By the above, at the time of use of the gold foil for face packs, it becomes possible to transfer from Japanese paper to the face without causing wrinkles or the like on the gold foil.

  As described above, the face coating gold foil made of an alloy of pure gold and pure silver has high safety, and the higher the mixing ratio of pure silver, the lower the mixing ratio of pure gold. Therefore, an inexpensive and highly safe gold foil for face coating can be provided.

  In addition, this inventor acquired the knowledge that it was preferable in the range of 94%-96% of pure gold, and the remaining 6%-4% of pure silver in the gold foil for face packs as anti-aging goods.

  Moreover, in the said gold foil for face coating, the thickness dimension exists in the range of 1/10000 [mm]-2/10000 [mm]. By using the above-mentioned dimensions, in the method of using the gold foil for face coating of the present invention described later, the gold foil for face coating after being used for a face pack is made into ultrafine particles in nano units or angstrom units, and the gold particles are collaxed. Can be dispersed in a cream.

  As described above, the gold particles can be easily penetrated deep into the skin. Therefore, it is possible to sufficiently obtain the above-described gold mechanism (immune reaction action, gold colloid action, ion exchange action). In addition, the collax-shaped cream containing gold particles can be obtained without using a separate gold foil, which is beneficial to the user from an economical viewpoint.

[How to use the gold foil for face coating according to this embodiment]
FIG. 1A is a schematic top view and a schematic side view for explaining the step of preparing the facial coating gold foil as an example of the method of using the facial coating gold foil according to the present embodiment, and the sheet. As an example, a description will be given with reference to FIG. 1B, which is a schematic top view showing a face-covering gold foil interposed between Japanese papers. Here, a face pack using the gold foil according to the present embodiment will be described.

  In addition, it is preferable that the inventor of the present invention has a substantially square shape with a side length of approximately 10.9 [cm], and the details will be described later. In this method of use, the knowledge that it is possible to cover the entire human face by using three face coating gold foils with the above dimensions was obtained.

  There are four types of gold foil: 10.9 [cm] square, 12.7 [cm] square, 15.8 [cm] square, and 21.2 [cm] square. For this reason, it is not necessary to specially prepare a “frame” which is a foil cutter for cutting the above-mentioned approximately 10.9 [cm] gold foil. The above is advantageous to provide an inexpensive face coating gold foil.

<< About the preparation before use of the gold foil for face covering concerning this embodiment >>
First, as shown in FIG. 1A, three gold foils 10 (one set) are prepared. The gold foil used here is preferably the gold foil for face coating of the present invention (Step 1). Further, as shown in FIG. 1B, the gold foil 10 is prepared by being interposed between sheets, for example, Japanese paper 15 as an example.

  Next, one gold foil 10a out of the three sheets prepared is cut into approximately 2/3 and approximately 1/3 together with the Japanese paper 15 (step 2). Thereafter, it is preferable that 5 to 10 gold foils 11 cut at least approximately 1/3 of 5 to 10 sets of gold foils are prepared by stacking 5 to 10 sheets (step 3). As will be described in detail later, this is to improve workability when the cut gold foil is transferred from the Japanese paper 15 to the human face. Similarly, the gold foil 12 cut into approximately 2/3 may be prepared by stacking 5 to 10 sheets.

  As shown in FIG. 1 (a), two gold foils 10 that are not cut and one gold foil 16 that is cut to approximately one third from the three gold foils 10 (one set) are obtained by the above steps 1 to 3. Then, a sheet of gold foil 17 cut to approximately 2/3 is prepared. Moreover, when cut into at least approximately 1/3, one gold foil 16 is prepared by stacking 5 to 10 sheets. FIG. 1A shows a state in which five gold foils 16 and five gold foils 17 are stacked.

  In the above description, the face covering gold foil 10 is prepared as a set of three sheets, but the present invention is not limited to this method. As an example, one unit, for example, 100 sheets of gold foil 10 in which Japanese paper 15 and gold foil 10 are alternately laminated is prepared, and 5 to 10 sheets are cut in advance as described above, and two pieces of gold foil 10 that are not cut are prepared. May be used from the remainder of one unit of gold foil laminated alternately with the Japanese paper 15.

  In other words, out of the gold foils 10 that are used in a set of three, one gold foil (10a) that is cut and used is cut into approximately 2/3 and approximately 1/3 together with a sheet of Japanese paper or the like, and at least The gold foil 11 cut into approximately ３ is prepared with 5 to 10 sheets interposed between the Japanese papers 15 in order to improve workability in the subsequent process. Further, two gold foils (10) to be used without being cut are prepared with a sheet of Japanese paper 15 or the like disposed on at least the upper surface of each of the gold foils 10 interposed between the Japanese papers 15.

  In the above, the gold foil 10a and the Japanese paper 15 are cut one pair at a time, and then 5 to 10 pieces of the gold foil 11 cut into approximately 1/3 and the gold foil 12 cut into approximately 2/3 are obtained. In addition, the Japanese paper 16 cut to approximately 1/3 and the Japanese paper 17 cut to approximately 2/3 are interposed and prepared, but the present invention is not limited to this method. The gold foil 10a and the Japanese paper 15 may be overlapped and cut at the same time.

  The means for cutting the sheet such as the gold leaf 10 and the Japanese paper 15 may be a hand or a tool (not shown) such as scissors.

<< About the pack on the face of the model of the gold foil for face covering concerning this embodiment >>
A face pack using the face coating gold foil 10 according to the present embodiment will be described. This face pack is preferably performed with a technician wearing a mask. Thereby, it is possible to prevent the gold foil 10 from being disturbed by the breathing of an engineer during the implementation of the face pack.

  First, an essence (not shown, essential oil extracted from a plant, etc.) is spread over the entire face of the model (not shown). This essence keeps the skin of the model moisturized or moisturized cream in advance, and also serves to assist the close contact between the model face and the gold foils 10, 11, 12.

  Next, one of the two face covering gold foils 10 and Japanese paper 15 shown in FIG. 1A that are not cut is transferred from below the left eye of the model face to the left half of the face by the following procedure. The method will be described in detail below with reference to FIGS.

  First, as shown in FIG. 2A, one of the four corners of the laminated Japanese paper 15 and the lower gold foil 10 is placed facing itself. Next, the end of the Japanese paper 15 and the gold leaf 10 thereunder is pinched into a mountain fold with a thumb and an index finger.

  Next, with the middle finger and ring finger of the same hand, the Japanese paper 15 and the gold leaf 10 are pressed substantially vertically downward, and the wrist is rotated in the direction in which the palm is directed vertically upward while pinching the end (FIG. 2B). See), draw the engineer to the engineer, and lift the gold leaf 10 with Japanese paper 15.

  Next, the other end is lightly held with another hand, and as shown in FIG. 2C, the Japanese paper 15 and the gold leaf 10 thereunder are folded so that the fingers of both hands are aligned. The above is the basic posture.

  Next, both the wrists of the technician are rotated in a direction in which the palm is directed vertically upward, and the Japanese paper 15 and the gold foil 10 are moved to the model face in a state where the gold foil 10 is on the Japanese paper 15.

  In general, special tools such as “bamboo chopsticks” made of bamboo, which is hard to be charged with static electricity, and “tenji nails” made of foil punching paper (Japanese paper) and inserted into the index finger are required for handling gold leaf. However, according to the above-described method, it is possible to easily handle the gold leaf integrally with the Japanese paper without disturbing the gold leaf without preparing special tools such as “bamboo chopsticks” and “tengu claws”.

  Next, the line of sight of the model is guided upward (in the direction of the eyebrows), and the technician aligns one side of the gold leaf 10 under the eyes of the model and sticks the gold leaf 10 from the left half of the face from the basic posture described above. Affixed so that the center of the folded gold leaf 10 is located under the black eye of the model. As shown in FIG. 3A, the engineer presses the base of the nose of the model with the middle finger of the left hand and attaches the finger to the side of the nose. With the gold leaf 15 fixed to the side of the nose with fingers, the four corners of the gold leaf 10 are pasted on the model face.

  In the above state, the engineer gently presses the gold leaf 10, cuts the gold leaf 10 placed on the nose of the model according to the shape of the nose, and speaks his hand slowly. Next, the Japanese paper 15 is lightly bent approximately in half, and the gold foil 10 located in the nostril that floats due to the breathing of the model is removed so as to be pressed.

  Next, the engineer holds the Japanese paper 15 so that it is pinched with a thumb and gently presses the gold leaf 10 according to the unevenness of the face of the model. At this time, if the engineer's fingers are exposed from the Japanese paper 15, the gold foil 10 adheres to the engineer's fingers. Therefore, technicians try to reduce finger exposure.

  This completes the application of the gold foil 10 from the left half of the face of the model to the bottom. Next, the same procedure is repeated, and the gold leaf 10 is pasted from the right half of the model face downward.

  In the above description, the gold foil 10 is first pasted from the left half eye of the model face to the bottom, and then the gold leaf 10 is pasted from the right half eye of the model face to the bottom. For example, the order may be reversed, and the gold foil 10 may be attached to the left and right simultaneously by a plurality of engineers.

  Next, the model is closed, and the engineer hands the Japanese paper 17 that has been cut into about 2/3 in advance and the lower gold foil 14 in the same manner as described above with reference to FIG. Then, stick it from the top of the model's eyes to the forehead while confirming that the model's face is viewed from above. At this time, it sticks so that one of the long sides of the gold leaf 17 may overlap with an eyelash of a model.

  Next, the engineer holds the Japanese paper 17 with the thumb in the same manner as when the gold leaf 10 was stuck down from the eyes of the model above, and lightly pressed the gold leaf 14 according to the unevenness of the model's face. To go.

  Next, a gold leaf is put on a fine portion of the model face which has not yet been put.

  First, the engineer prepared 5-10 sheets of Japanese paper 16 and gold foil 11 which were cut into about 1/3 in advance, and prepared the long sides of the substantially rectangular Japanese paper 16 and the gold foil 11. Place it on the palm of one hand and hold it between your thumb and other fingers. The short side of the top Washi 16 is turned and exposed from the short side as much as one gold leaf 11 is used.

  Next, the exposed gold foil 11 is attached to the side portion of the right eye of the model and lightly pressed. Since the gold foil 11 can be cut when pulled, the engineer moves the hand to the outside of the face and cuts the gold foil 11 with the gold foil 11 applied to the lateral portion of the right eye and lightly pressed.

  The short side opposite to the gold foil 11 used above is pasted on the side of the left eye of the model in the same manner as above.

  In the same manner as described above, the remaining gold leaf 11 is used to stick the gold leaf to fine parts such as the joints of the nose and the chin. Thus, the process of packing the entire face of the model with the three gold foils 10 is completed.

  In the above, the entire face was packed by packing the gold eye 11 first cut to about 1/3 first, next to the right eye, then next to the left eye, and finally other parts. It is not limited to. If a gap is generated even when three gold foils 10 are used, the entire face of the model may be packed by adding the gold foils 10 to 11.

  Next, in order to bring the gold foil pasted into close contact with the model's face, the engineer covers the eyes of the model with his hand, and gradually closes the face of the model from the position 30 to 40 cm away from the skin lotion. Spray the whole. Thereafter, the entire skin of the face is wrapped by hand from the face line (face outline) toward the forehead, and the skin lotion and gold leaf are brought into close contact with the skin of the model.

  In the above state, leave the model at 15-20 [min] as a guide. Next, the process proceeds to the step of peeling the gold foil attached to the model face. The process will be described in detail below with reference to FIGS. 4 (a), 4 (b), and 5 (a). First, after confirming that the eyes of the model to which the gold foil is attached are closed, the engineer sprays the skin lotion to the extent that water bubbles are placed on the entire attached gold foil. At this time, it is required to confirm that the gold foil is wet by visual recognition or light touch.

Next, angstrom cream (manufactured by Ong Co., Ltd.) is put on the palm of the left hand and lightly kneaded with the thumb of the right hand and carefully blended into both hands. The gold foil attached to the face of the model is sequentially peeled from the root of the nose toward the tip of the nose (see reference numeral 20). In addition, it is recommended to use angstrom cream on the palm of the left hand using a flat plate-like spatula used for general makeup.

Next, the practitioner's thumb is placed on the right side of the nose, and the gold leaf is peeled off by sliding the thumb to the right eye corner along the lower right eyelid (see reference numeral 22). At this time, it is necessary to confirm that enough angstrom cream has been applied to the base of the thumb. Further, it is necessary to move the thumb like a spatula while maintaining a predetermined inclination angle with respect to the face. In particular, it is desirable to move only the tip of the finger against the lower arm.

Also, the gold foil attached to the right cheek is peeled off by moving the thumb from the right side of the nose to the right in the same manner as described above (see reference numeral 24). This process is repeated downward to peel off the gold foil on the entire right cheek (unlike the method of peeling the gold cheek on the left cheek).

Next, the thumb is moved to the left side of the nose, and the gold leaf is peeled off to the left corner of the eye along the lower left eyelid as described above. Here, it should be noted that the method of peeling the gold leaf on the entire left cheek is provided with a process different from the process of moving the thumb laterally. Specifically, the tip of the thumb is slid in the manner of shaving the thumb from the lower eyelid of the left eye toward the jaw (downward), and the gold leaf on the entire left cheek is peeled off. This process is repeated in the vertical direction, and the gold foil on the entire left cheek is peeled off (see reference numeral 26).

With the above steps, the gold leaf of the entire cheek is peeled off from the left and right lower heels of the model.
The gold leaf peeled off by the process is collected on the palm opposite to the peeled hand. Next, slide the thumb from below the left mouth corner to below the right mouth corner to peel off the gold leaf of the entire jaw (see reference numeral 28), and in the same way, thumb from the left labial groove to the right labial groove. And peel off the gold foil under the nose (see reference numeral 30).

The gold foil around the nose of the model left in the above process is peeled off (see reference numeral 32), and the gold foil peeled up to this process is transferred to the opposite palm. Next, place your thumb on the top left corner of the model's forehead, slide the thumb horizontally to the top right corner of the forehead, and repeat the same procedure while lowering the slide position of the thumb little by little. 34). Then, a thumb is placed between the eyebrows, and the gold foil is peeled off by sliding from top to bottom (see reference numeral 38).

Next, the upper right eyelid is lifted slightly in the eyebrow direction, the thumb is slid from the inner eye corner to the outer eye corner, and the gold foil is peeled off (see reference numeral 40). At this time, the skin of the wrinkles is very delicate and must be completed in 1 to 2 repetitions. The same procedure as above is repeated, and the gold foil on the upper left side of the model is peeled off (see reference numeral 42).

Then, the model closes the closed ridge, guides the line of sight upward, and removes the gold foil remaining on the left and right lower ridges. Thereafter, the gold foil peeled off by this step is transferred to the reverse palm.

Next, the angle of the model's face is changed little by little to the left and right, and the small gold leaf left behind is removed while checking the entire face. In addition, since gold is applied again in a later step, some gold foil may remain on the face. Keep the lip gold leaf for the model to eat.

Furthermore, it moves to the process of performing a final massage. The process will be described in detail below with reference to FIGS. 5B, 6A, and 6B. First, the gold peeled in the above steps is collected in a dent in the palm of the hand, and an amount of angstrom cream that is about half of the gold is added.

Wrap the above gold and angstrom cream together with the palms of both hands, and rub finely until gold loses the shape of the thin film and begins to melt into angstrom cream. At this time, since it is desirable that air is also mixed into the angstrom cream, the process should not be pressurized.

Next, gradually apply pressure to the palms of both hands while increasing the stroke to be rubbed, and carefully rub until gold completely dissolves into the angstrom cream.

Take an appropriate amount of a mixed cream of gold and angstrom cream (hereinafter referred to as a mixed cream) that has undergone the above steps, and transfer the rest to the back of the hand. Push a thinning solution (hereinafter referred to as a “thinning solution”) made by mixing lotion with a small amount of EGF essence into a palm mixed cream, and push it 6-8 times to lightly adjust. In addition, for massage on the face, it is necessary to add a thinning solution to the mixed cream.

It shifts to the treatment which puts the mixed cream thinned by the above-mentioned process on the entire face from the chin of the model. At this time, while putting the gold of the mixed cream into the skin of the model, the gold left in the above process of peeling the gold from the skin of the model is also collected.

First, put the right hand on the model's chin, stroke the chin tip to the right ear three times in the vertical direction to raise the model's right face line (see 46), and then use the left hand with the same procedure. Stroke the left face line 3 times (see 48). Subsequently, the fingertip of the right hand is placed under the center of the nose and under the lips of the model, and the model is placed three times in the direction of the right mouth corner from the position where the finger is applied (see reference numeral 50). Stroke the left mouth corner from the center of the nose and under the lips three times (see reference numeral 52).

Next, after placing the right palm on the right cheek of the model and stroking it three times so as to lift the right cheek of the model using the entire palm (see reference numeral 54), the left cheek of the model is used using the left palm in the same procedure. Is boiled three times (see reference numeral 56). Subsequently, the finger of either the left or right hand is applied to the nose apex of the model, and the model's nose is stroked three times in the vertical direction between the eyebrows (see reference numeral 58).

Next, put the palm of the right hand on the model's forehead and use the entire palm to boil the mixed cream into the model's forehead, and then stroke the model's forehead using the palm of the left hand in the same manner (see reference numeral 60). ). This procedure is repeated three times, with each hand alternately wrapped around the model's forehead. Subsequently, both sides of the model are slowly boiled with the fingertips of either left and right hands, and then the fine gold leaf left on the model's face is removed with the index finger.

The finishing massage for the model face is completed by the above steps. The massage in the above process needs to be boiled so that the mixed cream is gently slid without being rubbed in strongly. Next, the mixed cream that has already been transferred to the back of the hand is moved to the palm using the fingers of the opposite hand, and the diluted solution is pushed 6 to 8 times to lightly adjust. Place the diluted cream on the neck, decollete, both ears, and both hands of the model.

First, put your right hand under the model's chin and lower it 6 times in the direction of the torso, and use the left hand to lower it 6 times with the same procedure. Subsequently, the palm of the right hand is applied to the neck of the model, and it is massaged 6 times while drawing a circle using the entire palm, and it is massaged 6 times using the palm of the left hand in the same procedure (see reference numeral 66). The process is repeated twice with six left and right hands.

Next, use the base of the thumb to squeeze the gold of the mixed cream into the decollet while pressing the part of the model from below the clavicle to draw a large circle clockwise and counterclockwise three times. (See reference numeral 70). Subsequently, using the fingertips, the mixed cream gold is rubbed into the entire model ear while massaging for about 1 minute around the acupoints of the eyes, waist points and shoulder points located in the model's ears.

Next, move to the right side of the model, and rub the gold of the mixed cream while massaging a plurality of points located on the palm of the right hand of the model with the fingertips of both hands. At this time, the treatment is performed only on the right hand of the model in order to compare the effect of the massage after the treatment. Further, in this process, it is assumed that visual confirmation is performed in parallel to check whether gold foil remains under the nose of the model or on the chin.

Next, take a drop of EGF essence on your fingertips, and move your finger from the center of the face to the outside, centering around the model's eyes, cheeks, and nose muscles, using only the fingertips. In addition, since EGF essence penetrates easily, it is necessary to perform treatment with your fingertips, not your palm. If gold remains on the hairline, wipe it lightly with a cloth such as a towel so that strong friction does not occur. Once you have confirmed that the model has no gold leaf left, encourage the model to eat the gold leaf left on the model's lips.

With the above steps, all the treatments are completed. In order to fully penetrate the skin with the gold and EGF essence, tell the model not to touch the skin for more than 5 minutes after the treatment.

The specific embodiments of the present invention and the related techniques and treatment methods have been described above. As can be understood from this description, the present invention is highly safe and low-cost, which allows gold to penetrate deep into the skin while using inexpensive gold foil without prior machining. A face-applying gold foil and a method of using the same are provided.

It should be noted that the configurations and the like shown in the above-described embodiments are examples of the present invention, and those skilled in the art will recognize that there are other improvements and modifications from the claims and the specification of the present invention. It will be easy to understand.

DESCRIPTION OF SYMBOLS 10, 10a ... Gold foil 11 ... Gold foil 12 cut into about 1/3 ... Gold foil 15 cut into about 2/3 ... Sheet (Japanese paper)
16 ... Wash paper 17 cut to about 1/3 ... Wash paper 20 cut to about 2/3 ... Gold stripping of nose strip 22 ... Gold stripping of lower right eyelid 24 ... Gold stripping of right cheek 26 ... Leaf stripping of left cheek 28 ... Gold leaf peeling on the jaw 30 ... Gold foil peeling under the nose 32 ... Gold foil peeling around the nose 34 ... Gold foil peeling on the forehead 38 ... Gold foil peeling between the eyebrows 40 ... Gold foil peeling on the upper right eyelid 42 ... Gold leaf peeling on the upper left eyelid

Claims (3)

It is a gold foil for face coating made of an alloy of pure gold and pure silver,
22 gold consisting of more than 94% pure gold and less than 6% pure silver,
Or 23 gold consisting of 96% or more pure gold and less than 4% pure silver,
Alternatively, the material is 24 gold composed of 99.99% or more pure gold and less than 0.01% pure silver.
In the gold foil for face coating ,
Cover the face using three face coating gold foils,
One of the face covering gold foils is cut into approximately 2/3 and approximately 1/3,
Cover one face of the face below one eye with one of the two face covering gold foils not cut;
Cover the lower part of the face with the other one of the face covering gold foils not cut,
Cover the forehead from above both eyes of the face with the face covering gold foil cut into approximately 2/3,
Cover the remaining part of the face with the face covering gold foil cut into approximately 1/3.
A method of using a gold foil for face coating, characterized by that.
The thickness dimension of the face coating gold foil is in the range of 1/10000 [mm] to 2/10000 [mm].
The method for using the gold foil for face coating according to claim 1. After using the gold foil for face coating, the gold foil removed from the face is kneaded into a collax cream and used as a creamy cosmetic liquid.
The method of using the gold foil for face coating according to claim 1 or 2.