JP2011031014A - Pressure massage mask - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a pressure massage mask for improving skin elasticity as well as preventing skin aging. <P>SOLUTION: This pressure massage mask includes an air expansion unit 2 having a pump that is communicated to an air plug of an air inlet port fixed with an air bag so as to inject an outside air by a tube through which the injected air could pass, and a pressure unit 1 composed of a front part 11 made of a flexible material and having openings for eyes and an opening 114 for the nose and a rear part 12 made of an inelastic material and equipped with an inner bag into which the air expansion unit 2 is inserted. The front part 11 is composed of overlapped spandex fabric that is made of a neoprene sponge on whose both surfaces nylon and spandex are mixed. The massage mask provides a skin lifting effect by upwardly pressuring the skin and a low frequency massage effect at the same time. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a pressure massage mask, and more particularly, to a pressure massage mask for preventing skin aging and improving skin elasticity.

  Skin aging means that normal function is gradually lost due to poor ability of cells to recover. Skin aging is caused by a weak bond between the epidermis and the dermis, and a decrease in the ability to divide and form lipids in skin keratinocytes. In addition, the function of melanocytes decreases with skin aging, and the number of immune cells called Langerhans cells in the skin also decreases. In the dermis, dermis constituents such as collagen and mucus polysaccharides and elastic fibers also decrease, which causes atrophy (decrease in volume). This can also appear as wrinkles on the skin. As skin aging progresses, the elasticity of the skin decreases, the skin stretches (sagging of the skin), the blood vessels weaken, the skin capillaries become fragile, and aza is formed. Skin exposed to sunlight may have freckles, small moles, spots, etc. due to irregular pigmentation, as well as small warts and black spots.

  Skin aging can be broadly divided into two types: intrinsic aging caused by age-related aging processes and extrinsic aging caused by external exposure of the skin, and the largest cause of extrinsic aging is photoaging caused by sun exposure. is there. Photoaging has a clinical feature that symptoms are worse than those of endogenous aging and is observed from a young age. Compared to endogenous aging, thick and deep wrinkles occur, and fine wrinkles also occur frequently. On the other hand, endogenous aging is observed in skin that is not exposed to sunlight. Clinical features are relatively small but include fine lines, dry skin, and reduced elasticity. In particular, in the case of women, there is a risk that a lot of stress is applied to the facial skin by makeup and the like, and aging of the skin is promoted by wrong washing method, makeup method and wrong skin management. For this reason, many women receive skin management by paying a huge amount of money at the esthetic for skin management. In addition, botox, filler transplantation, autologous fat transplantation, and skin lifting surgery may be performed. However, since such a method is not only expensive, but also not easy to do at home, a more convenient device for skin management has been desired. Thus, various skin management devices have been developed for the purpose of preventing skin aging and improving wrinkles.

  Typical examples of such skin management devices include mask packs and low frequency massage machines.

  The mask pack contains beneficial components for various skins, promotes blood circulation and metabolism, and has an effect of removing waste products such as sebum. The following Patent Document 1 provides a cosmetic pad in which a cold medium colloidal gel is filled between the outer skin and the endothelium, and charcoal and ocher silver are applied between the face and the mask pack that covers the face. By using far-infrared rays and anions to promote blood circulation and metabolism, skin protection and antibiotics, antibacterial, cleaning and removal of sebum and waste products, as well as nerve-type massage packs that restore nerve stability and fatigue Things are publicly available.

  A massage machine using a low frequency is also disclosed. Low frequency is the reproduction of physical and chemical phenomena related to normal muscle activity, muscle physiological activity, muscle development by promoting recovery, blood and lymph circulation maintenance and promotion, and abnormal muscle spasms It is known to have effects such as reduction, prevention of protein component constituting muscle, promotion of blood circulation, stabilization of nerve current, and elimination of obesity. Such low-frequency massage machines promote moderate blood circulation and promote blood circulation, and when using serums such as nutritional creams, improve body metabolism and achieve various skin massage effects. It is used mainly to alleviate, prevent and ameliorate various skin diseases such as facial spots, black spots, wrinkles, acne, freckles, etc., and applies low frequency to the skin to contract and relax the muscles of the skin. It is known that the skin elasticity and blood circulation can be improved by the lifting effect, and the health of the skin can be promoted. The following Patent Document 2 or Patent Document 3 discloses a conventional low-frequency massage machine. However, the conventional low-frequency massage machines of Patent Document 2 and Patent Document 3 do not have a configuration in which a lifting effect is given to the skin with an extended face and a low-frequency stimulation is not provided as in the present invention. And different.

Korean Actual Application No. 2006-0018067 Korean Application No. 2002-0024940 Korean Patent Application No. 2003-0038953

  The conventional low frequency massage method is difficult to massage and inconvenient because the practitioner has to perform manual work one by one because the low frequency electrode is connected to the device and the handle type electrode is massaged by hand. There was a problem.

  In addition, the conventional low frequency massage machine had to apply the low frequency exclusive gel to the skin before the massage, so it was expensive to purchase the gel, and after the massage, the gel must be removed by washing the face, etc. There was a problem.

  In addition, since the conventional low frequency massage machine performs only the action of low frequency massage, there is a problem that it is difficult to obtain a skin massage effect by pressing upward on the skin or a lifting effect on stretched skin.

  Accordingly, an object of the present invention is to provide a massage mask capable of applying an upward compression to the facial skin and capable of low-frequency stimulation in order to solve the above-described problems of the prior art.

  The present invention has been made in order to solve the above-described problems. The air bag 21, the air plug 24 of the air inlet fixed to the air bag 21, and the air plug 24 communicate with the air bag 24. The air expansion unit 2 including the tube 22 through which the air to be passed can pass and the pump 23 for injecting external air through the tube 22, and the front portion 11 made of an elastic material having an eye opening 113 and a nose opening 114. And the compression massage mask including the compression unit 1 formed of the rear surface portion 12 including the inner bag 125 into which the air expansion unit 2 made of a non-elastic material is inserted, the front surface portion 11 is made of neoprene material. A pressure massage mask characterized by the fact that spandex fabric made by mixing nylon and spandex overlaps on both sides of the sponge. Subjected to.

  In the present invention, there is provided a compression massage mask characterized in that the spandex woven fabric is a mixture of nylon 80 to 90% and spandex 10 to 20%.

  Further, in the present invention, there is provided a compression massage mask characterized in that the front part 11 further includes a conduction unit 4.

  In the present invention, there is also provided a compression massage mask characterized in that the conduction unit 4 further includes a silicon member surface 37.

  In the present invention, the massage device main body 31 that can selectively perform low-frequency stimulation, galvanic ion stimulation, far-infrared stimulation, or ultrasonic stimulation, and the plug terminal 36 that can be inserted into the output port of the massage device main body 31 reduce the frequency. A compression massage mask characterized by further including a massage unit (3) including a cable (34) provided with a low frequency electrode terminal (32) for transmitting a frequency to the conduction unit (4).

  In the present invention, there is also provided a compression massage mask characterized by further including an external mask 5 that covers the outside of the compression unit 1.

  In the present invention, there is also provided a compression massage mask, wherein the external mask 5 is a spandex woven fabric in which 80 to 90% nylon and 10 to 20% spandex are mixed.

  The compression massage mask of the present invention can give the skin a lifting effect by pressing upward on the skin. In addition, unlike the conventional low-frequency massage machine, the compression massage mask of the present invention can be used in a dry method that does not require the application of low-frequency gel or water to the skin before the massage, so the face is washed after the massage. There is no need to worry about the cost of purchasing gel.

It is a perspective view which shows the whole structure as one Example of the low frequency compression massage mask of this invention. It is a front view which shows the front-surface part 11 and the rear surface part 12 of the said compression unit 1 as one Example of this invention. It is a figure which shows the compression unit 1 and the external mask 5 of one Example of this invention. It is a figure which shows the air bag and conduction | electrical_connection unit of this invention. It is a figure which shows the electric wire insertion clearance gap and bag insertion clearance gap of the compression mask containing the external mask of one Example of this invention. It is a figure which shows the mechanism which inserts the said air expansion unit 2 in the bag insertion clearance gap 124 of the rear surface part 12 of the said compression unit 1. FIG. It is a figure which shows the air expansion unit 2 of one Example of this invention. It is a figure which shows the structure of the massage unit 3 of this invention. It is a figure which shows the action | operation (before compression) of the compression mask of one Example of this invention. It is a figure which shows the action | operation (after compression) of the compression mask of one Example of this invention. It is a figure which shows the compression mask containing the external mask 5 contained in this invention as one Example of this invention.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings, but the present invention is not limited to these embodiments.

  The present invention is an improvement of the Korean Patent No. 086407 filed by the present applicant and the Korean Patent Application No. 2008-0046578 (application number). All the published and disclosed contents of the registered patent and the patent application filed are cited as the contents of this specification.

  As shown in FIG. 1, a massage mask according to an embodiment of the present invention includes a compression unit 1 including a front surface portion 11 and a rear surface portion 12, an air expansion unit 2 inserted into the rear surface portion 12 of the compression unit 1, and the compression force. A conduction unit 4 attached to the front surface portion 11 of the unit 1, a massage unit 3 for applying a low frequency to the face of the patient by the conduction unit 4, and an external mask 5 are configured.

  FIG. 2 is a front view showing the front surface portion 11 and the rear surface portion 12 of the compression unit 1 as an embodiment of the present invention. The compression unit 1 is formed of a front surface portion 11 and a rear surface portion 12, and the front surface portion 11 is a portion located on the front surface of the face, and is made of a cloth made of an elastic material. On the other hand, the rear surface portion 12 is made of a material having no elasticity, and has a function of receiving pressure from the air expansion unit 2 to bring the front surface portion 11 into close contact with the user's face.

  In an embodiment of the present invention, the front part 11 has a form in which a pattern 111 on the left front part and a pattern 112 on the right front part are combined. When the air bag 21 is inflated while wearing the present invention, a considerable pressure is applied to the front surface portion 11, and therefore the front surface portion 11 must be opened so that the nose portion does not receive pressure. That is, the front portion 11 includes a nose opening 114 to prevent the nose from being pressed by pressure. When the nose portion is stimulated by pressure, side effects such as bending of the nasal bone may occur. Therefore, by providing the nose opening 114, the nose portion at the time of face compression of the compression unit 1 due to the expansion of the air expansion unit 2 is provided. Can reduce the pressure burden.

  In addition, the front surface portion 11 must also have an open eye part. That is, the front part 11 includes an eye opening 113. If the eye part is not opened, the pressure applied to the front surface part 11 is also applied to the eye part. In this case, the eyelid may be pressed and the eyelid sagging may occur, increasing the wrinkle of the eye part. There is a risk of causing it to be bad. Furthermore, there is an effect that the field of view of the patient can be secured and the patient can obtain psychological stability.

  In this way, since upward pressure is applied to the other parts except the nose and the eye part, a skin lifting effect can be obtained.

  Since the front surface portion 11 of the compression unit 1 is pulled by the expansion of the air expansion unit 2 as described later, a cloth made of a material that can withstand not only elasticity but also pulling force is used.

  In particular, according to the present invention, the front portion 11 is made of a neoprene sponge with a spandex fabric in which nylon and spandex are mixed on both sides.

  A neoprene material is highly desirable as a material for the front face portion 11 that frequently repeats expansion and contraction because it has high elasticity, excellent stretchability, and excellent wear resistance. In addition, the chemical resistance and oil resistance are high, and even when substances such as cleansing oil and cosmetics are attached to the mask or when frequent washing with a detergent is performed, it is difficult to corrode and can maintain its elasticity as it is. In particular, compared with natural latex material, it has the characteristic that it can maintain elasticity as it is for long time use compared to natural latex material, and is ideal as a material for the front surface portion 11.

  In terms of strength and stretchability, the spandex woven fabric is preferably a mixture of nylon 80 to 90% and spandex 10 to 20%, more preferably a mixture of nylon 86% and spandex 14%.

  As described above, the material of the front portion described above is a portion having a great difference from the invention of Korean Patent No. 086407 and Korean Patent Application No. 2008-0046578, and is an improved configuration. As a result of many trials and errors up to the present invention, the present inventor was able to select an optimal material of the elastic material constituting the front part (the front part has a moderate strength on the face). For this purpose, many experiments were carried out while changing the material, and the material described above was the optimum. It turns out that.)

  FIG. 4 is a view showing the air bladder 21 and air plug 24 of the air expansion unit 2 of the present invention, the conductive pad 33, the pad plug 35, and the silicon member surface 37 of the conductive unit 4. As shown in FIG. 7, the air expansion unit 2 according to an embodiment of the present invention includes an air bag 21, a tube 22 communicated with the air bag 21, and a pump 23.

  The air bag 21 is made of a cloth made of vinyl material. When the pump 23 is pushed and operated by hand, air is injected into the air bag 21 through the tube 22 and the air bag 21 is inflated. In particular, the vinyl cloth preferably contains 50% by weight of urethane and 50% by weight of vinyl in terms of strength and expansibility. If a large amount of vinyl is contained, the expansibility is good, but the strength tends to be weak. If a large amount of urethane is contained, the expansibility is not good, but the strength tends to be strong.

  The air plug 24 communicates with the tube 22 and blows air from the pump 23 into the air bag.

  FIG. 8 is a diagram showing a configuration of the massage unit 3 of the present invention.

  The massage unit 3 includes a massage device body 31 that can selectively perform low-frequency stimulation, galvanic ion stimulation, far-infrared stimulation, and ultrasonic stimulation, and a plug terminal 36 that can be inserted into the output port of the massage device body 31. The low-frequency electrode terminal 32 for transmitting the signal is composed of a cable 34 provided at the end. Two low frequencies are output from the massage device body 31 by the cable 34, and four low frequency electrode terminals 32 are provided so as to stimulate alternately.

  The massage device body 31 includes a low frequency stimulation selection button 304 for generating a low frequency, a galvanic ion stimulation selection button 305 for generating (+) ions or (−) ions, and a far infrared stimulation selection for far infrared stimulation. A button 302, an ultrasonic stimulation selection button 303 for ultrasonic stimulation, an intensity increase adjustment button 306 for increasing the intensity of the low frequency stimulation or galvanic ion stimulation, and the intensity of the low frequency stimulation or galvanic ion stimulation. And a strength lowering adjustment button 307 for lowering.

  In addition, a circuit board is built in the massage device main body 31, and a liquid crystal display device 315 indicating whether or not there is a low-frequency stimulus, a galvanic ion stimulus, a far-infrared stimulus, an ultrasonic stimulus, or the like is provided on the front surface. A low frequency output port 310 for outputting a low frequency is disposed on the side surface.

  In addition, a head cover 301 for protecting the face head 313 is provided, and a hair head 316 that is fitted on the face head 313 and used for caring for hair is further provided.

  The side surface of the massage device body 31 is provided with an ion connection plate 312 that is used in contact with the user's hand during galvanic ion stimulation, and the ion connection plate 312 is preferably made of a chromium material.

  When applying a low-frequency stimulus using the compression massage mask of the present invention, unlike the conventional low-frequency massage machine, it is possible to use a drying method that does not require the application of gel or water to the skin before the massage.

  The operation method of the massage unit 3 configured as described above is as follows.

  First, in order to massage at a low frequency, low frequency electrode terminals 32 are connected to the pad plugs 35 on the conduction unit 4 provided on the front surface portion 11 of the compression unit 1 on the left and right sides, and plug terminals 36 on the cable 34 are connected. Is inserted into the output port 310 of the main body. Thereafter, the compression unit 1 is worn so as to be symmetrical. The air bag 21 is inflated by pushing the pump 23 of the air expansion unit 2 by hand, and the compression unit 1 is brought into close contact with the face. A low frequency stimulus selection button 304 for generating a low frequency is pressed. The strength increase adjustment button 306 is pressed step by step to adjust to an appropriate strength. When lowering the strength during use, the lowering adjustment button 307 is pressed to adjust the strength. To stop the low-frequency stimulation, the pause button 308 is pressed to stop for a while, or the stop button 309 is pressed to turn it off completely.

  Such low frequency stimulation not only trims and reduces the facial contour, but also has the effect of preventing or improving wrinkles, cheek sagging, the formation of fat bags under the skin, skin folds, etc. Helps supply, detoxify, replace skin cells, etc.

  In order to give galvanic ion stimulation, first, the cable 34 is separated from the massage device main body 31. Press the galvanic ion stimulation selection button 305. When the galvanic ion stimulation selection button 305 is pressed once, a selection is made so that initial cations are generated. If it is desired to generate anions, the galvanic ion stimulation selection button 305 may be pressed once more. At this time, selection of (+) ions is used when cleansing, and selection of (−) ions is used when supplying nutrients to the skin. In the case of cleansing the face, after the cream is applied evenly, the strength is adjusted by pressing the strength increase adjustment button 306 and the decrease adjustment button 307. After the face head 313 is brought into close contact with the face, the ion connection plate 312 on the side surface of the massage device main body 31 is grasped with both hands to massage the face part. When supplying nutrients such as vitamin C to the face, after selecting the mode as (−) ion, the face head 313 is brought into close contact with the face as described above, and the ion connection plate 312 is held with both hands. , Massage the facial area.

  Such galvanic ion stimulation produces the effect of ion introduction that ionizes cosmetics and the like, easily passes through the mucous membrane of the skin, and penetrates into the tissue in the skin. Specifically, when a cation (+ pole) is applied to the skin, the pores contract while the skin layer, sebum, waste products, poisonous water, and other components accumulated in the epidermis and dermis layers are decomposed, It acts to push out and has effects such as cleansing the skin, reducing pores, improving acne and oily skin. In addition, when an anion (-pole) is allowed to act on the skin, the beneficial bio (BIO) substance in the cosmetics is supplied deep into the skin to maximize the effect, and the stain and weak melanin pigment of the small mole are weakened or decomposed. Therefore, there is an effect that a moist and smooth skin can always be maintained.

  Moreover, in order to give a far-infrared stimulus or an ultrasonic stimulus, the far-infrared stimulus selection button 302 and the ultrasonic stimulus selection button 303 may be pressed. The subsequent usage method is the same as that of the low frequency stimulation or galvanic ion stimulation described above.

  Far-infrared stimulation has the effect of expanding capillaries and assisting blood circulation at the end of the skin, and ultrasonic stimulation has skin activation, thermal effects, fine wrinkle removal, and skin lifting effects.

  On the other hand, the hair head 316 can be fitted on the face head 313 to care for the hair, and when the hair is gently combed with the attached hair head 316, the action of negative (-) ions The beneficial nutrients applied to the scalp penetrate deeply into the scalp, thereby improving the health of the hair and preventing hair loss.

  In one embodiment of the present invention, the conduction unit 4 includes a conductive pad 33 and a pad plug 35 as shown in FIG.

  The conductive pad 33 of the conductive unit 4 is not limited as long as it is generally a conductive material, but carbon is used in the examples of the present invention. Carbon is desirable because it is inexpensive, has good conductivity, and is compatible with the human body.

  The pad plug 35 is connected to the low frequency electrode terminal 32 of the massage unit 3 that generates a low frequency. As a result, the low frequency passes from the massage device body 31 through the plug terminal 36 and reaches the conductive pad 33 by the cable 34 to give a low frequency stimulus.

  The present invention may further include a silicon member surface 37 on the conductive unit 4. Although the present invention can be carried out even when the silicon member surface 37 is not provided, the fabric of the front surface portion 11 is repeatedly expanded and contracted frequently due to frequent compression when it continues to be used, whereby the conduction unit 4 and the compression unit 4 are compressed. There is a risk that the mounting force between the front surface portion 11 of the first power source 11 is weak. That is, the silicon member surface 37 serves to stably and firmly bond the conductive unit 4 to the front surface portion 11 of the compression unit 1. Therefore, it is desirable to provide the silicon member surface 37 according to the shape of the conductive pad 33 and to sew the silicon member surface 37 to join the front surface portion 11 and the conductive unit 4. The silicon member surface 37 is preferably made of pure silicon material, but may be made of a material copolymerized with silicon for other desired physical properties.

  An embodiment of the present invention may further include a thin woven outer mask 5 on the compression unit 1. FIG. 3 is a perspective view showing a state where the compression unit 1 and the external mask 5 according to one embodiment of the present invention are separated. FIG. 11 shows a compression mask in which an external mask 5 is placed on the front surface portion 11 of the compression unit 1 according to an embodiment of the present invention.

  The external mask 5 is attached to the outside wearing the compression unit 1 of the present invention and covers the compression unit 1, and is made of a cloth made of an elastic material. As such a cloth, a Two-Way spandex woven fabric can be used. The external mask 5 is provided to cover an unnecessary exposed portion of the unsightly appearance of the conduction unit 4 and the compression unit 1 and to give a sense of security to the patient. The external mask 5 is preferably thin enough to allow air to enter and exit and to ensure that an external vision can be secured by the eye opening 113, and is made of a material that is more stretchable than the front portion of the compression unit 1 during compression. Things are desirable. A single Two-Way spandex fabric can be used as such a material. In particular, in the present invention, the outer mask 5 can be a spandex woven fabric in which 80 to 90% nylon and 10 to 20% spandex are mixed.

  Further, the external mask 5 is preferably pink or purple that can give a sense of unity with the compression unit 1 in appearance, and more preferably pink that has an aesthetic effect and provides psychological stability to the patient.

  As shown in FIG. 5, there is an electric wire insertion gap 116 between the outer mask 5 and the compression unit 1. The low frequency electrode terminal 32 and the cable 34 are inserted through the wire insertion gap 116 and can be connected to the pad plug 35 of the conduction unit 4.

  5 and 6 are diagrams showing a mechanism for inserting the air expansion unit 2 into the bag insertion gap 124 of the rear surface portion 12 of the compression unit 1.

  An air bag 21 of the air expansion unit 2 is inserted into the rear surface portion 12 of the compression unit 1. Therefore, the rear surface portion 12 of the compression unit 1 is double formed so that the air bag 21 is inserted, and the bag insertion gap 124 and the inner bag 125 are provided inside the rear surface portion 12 for inserting the air bag 21.

  As shown in FIG. 6, the air bag 21 is inserted into the bag insertion gap 124 of the rear surface portion 12 of the compression unit 1 and is positioned in the inner bag 125, and a pump 23 of the air expansion unit 2 is worn by wearing a mask. When operated, the air bladder 21 is inflated while being inserted into the rear surface portion 12. 9-10 is a figure which shows such an effect | action. FIG. 9 shows the air expansion unit 2 before expansion, and FIG. 10 shows the state where the air expansion unit 2 is expanded by the action of the pump 23.

  Thus, when the air bag 21 is inflated while wearing the compression unit 1 on the head, the internal space of the compression unit 1 is reduced by the expanded space. Therefore, the cloth of the non-elastic material of the rear surface portion 12 does not stretch but pulls the cloth of the connected front surface portion 11 and presses the front surface portion 11 of the face. The air in the air bladder 21 is gradually released so that the pressure is not continuously applied. When the air is released to some extent, the pump 23 is operated so that the user can adjust the pressure by injecting air. To.

DESCRIPTION OF SYMBOLS 1 Compression unit 2 Air expansion unit 3 Massage unit 4 Conduction unit 5 External mask 11 Front surface part 12 Rear surface part 21 Air bag 22 Tube 23 Pump 24 Air plug 31 Massage apparatus main body 32 Low frequency electrode terminal 33 Conductive pad 34 Cable 35 Pad plug 36 Plug terminal 37 Silicone member surface 111 Left front surface pattern 112 Right front surface pattern 113 Eye opening 114 Nose opening 115 port 116 Wire insertion gap 117 Zipper 124 Bag insertion gap 125 Inner bag 301 Head cover 302 Far-infrared stimulus selection button 303 Ultrasonic stimulation selection button 304 Low frequency stimulation selection button 305 Galvanic ion stimulation selection button 306 Strength increase adjustment button 307 Strength decrease adjustment button 308 Pause button 309 Stop button 310 Low frequency Wave output port 312 Ion connection plate 313 Face head 314 Power button 315 Liquid crystal display 316 Hair head

Claims (8)

An air bag 21, an air plug 24 of an air inlet fixed to the air bag 21, a tube 22 that is connected to the air plug 24 and through which air to be injected can pass, and a pump 23 that injects external air through the tube 22 An air expansion unit 2 including,
It is formed of a front surface portion 11 made of an elastic material having an eye opening portion 113 and a nose opening portion 114, and a rear surface portion 12 having an inner bag 125 into which the air expansion unit 2 made of an inelastic material is inserted. The compression unit 1
In the pressure massage mask including
The front face portion 11 is a compression massage mask characterized in that a spandex fabric made by mixing nylon and spandex is overlapped on both surfaces of a neoprene sponge.   The compression massage mask according to claim 1, wherein the spandex fabric is a mixture of nylon 80 to 90% and spandex 10 to 20%.   The compression massage mask according to claim 1, further comprising a conduction unit 4 in the front surface portion 11.   The compression massage mask according to claim 3, further comprising a silicon member surface 37 in the conduction unit 4.   The conduction unit 4 transmits low frequency by means of a massage device body 31 that can selectively perform low-frequency stimulation, galvanic ion stimulation, far-infrared stimulation, or ultrasonic stimulation, and a plug terminal 36 that can be inserted into the output port of the massage device body 31. The compression massage mask according to claim 3 or 4, further comprising a massage unit 3 including a cable 34 having a low frequency electrode terminal 32 to be transmitted to the end.   The compression massage mask according to any one of claims 1 to 4, further comprising an external mask (5) covering the outside of the compression unit (1).   The compression massage mask according to claim 5, further comprising an external mask 5 covering the outside of the compression unit 1. The compression massage mask according to claim 6, wherein the external mask 5 is a spandex woven fabric in which nylon 80 to 90% and spandex 10 to 20% are mixed.

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