KR101214552B1 - Mask for face massage - Google Patents

Abstract

PURPOSE: A mask for massaging the face is provided to prevent the loss of the LED wavelength and to irradiate light to acupressure points. CONSTITUTION: A mask for massaging the face comprises a shell(10), a liner(20), a light source(30), and a controller(40). The shell is made of soft film material and is worn on the face of a user through the fastening of a fastening band. The liner is formed to correspond to the shell and is made of a soft urethane or a rubber. The light source is arranged in acupressure points of the face. The controller controls the light source.

Description

Facial massage mask {MASK FOR FACE MASSAGE}

The present invention relates to a facial massage mask, and more particularly, to a facial massage mask that can be worn in close contact with the face to prevent the aging of the facial skin by irradiating light of a set wavelength.

In recent years, as one of the cosmetic treatments to improve the elasticity of the skin and to improve the skin surface trouble, light therapy that irradiates the skin with the light of the LED (LED) lamp having a specific wavelength has been in the spotlight.

Light therapy is due to the fact that LED lamp lighting promotes plant growth, and it is used to improve skin condition by irradiating skin with LED light with different wavelengths.

Here, the LED lamp having a wavelength of 610 ~ 680nm is known to have an effect of increasing the synthesis of procollagen (porcollagen) and the synthesis of fibroblast growth factor, and promote the reduction of mast cells ( It is used to improve skin problems such as painful areas, scars, acne scars and wrinkles.

In addition, the LED lamp with a wavelength of 810 ~ 900nm emits near-infrared rays to promote the reduction of mast cells, and is known to have an effect of promoting phagocytosis of leucocytes and macrophage (macrophage), promoting blood circulation It is used to improve muscle pain, joints and skin by increasing blood flow to lesions through nitric oxide release.

Accordingly, in recent years, a facial massage mask has been developed to improve facial skin by attaching LED lamps having different wavelengths to the mask worn on the face.

The mask preceded by the present invention is a skin care mask disclosed in Korean Patent Laid-Open No. 10-2011-117481.

As shown in FIG. 1, the mask of the prior art includes an outer cover 20 provided with an LED (L1, L2, L3) attaching circuit board 10, a light guide film 30 coupled to the outer cover 20, and It is composed of a gap maintaining gasket 40 that is fitted to the edge of the light guide film 30, the light guide film 30 is worn to face the face to transmit the light of the LED (L1, L2, L3).

However, in the mask of the prior art, as the light guide film 30 is installed in front of the LEDs L1, L2 and L3, the wavelength of the LEDs L1, L2 and L3 is reduced by the light guide film 30, thereby improving skin. There is a problem that the effect is reduced.

In addition, the mask of the prior art is installed with the LED (L1, L2, L3) and the light guide film 30 spaced apart at the same time, the light guide film 30 and the face is spaced by the gasket 40, the LED (L1, Since the light of L2, L3) is scattered on the entire face, it is impossible to intensively irradiate the acupressure points, wrinkles, or sebaceous glands distributed on the face, thereby reducing the efficiency of skin improvement.

KR 10-2011-0117481 A

The present invention was created in order to solve the problems of the prior art, it is possible to prevent the loss of the LED wavelength by directly irradiating the LED light to the face at the latest distance of the face surface, in particular LED lamps of the face An object of the present invention is to provide a facial massage mask that is disposed at a point corresponding to acupressure points so that light can be irradiated to the acupressure points intensively.

In addition, by applying light of different wavelengths to the acupressure points distributed on the facial sebaceous glands and the acupressure points distributed on the facial muscles and wrinkle-producing areas among the acupressure points distributed on the face, skin improvement can be achieved according to the partial characteristics of the face. The purpose is to provide a facial massage mask.

In addition, another object is to provide a facial massage mask that can provide vibration to a part of the face with the light of the LED lamp.
In particular, the LED lamp is made of a structure capable of irradiating light in a state spaced apart from the face, in addition to the structure that allows the soft member in close contact with the face to ventilate the air while preventing wrinkles, furthermore, An object of the present invention is to provide a mask for facial massage that can provide vibration with sound.

The facial massage mask of the present invention for achieving the above object is formed of a soft thin film material while forming a shape corresponding to the face, the area corresponding to the respirator and the eye of the face is opened, bound to the head The outer shell is provided is worn on the face by the binding of the band; Endothelial is formed of a thin film of silicon or soft urethane or rubber in a form corresponding to the outer shell, integrally fixed to the inner surface of the outer shell to be in close contact with the face, the lamp hole penetrates the area corresponding to the pressure points of the face; A light source comprising a plurality of LED lamps having one side attached to the outer shell and the other side inserted into the lamp hole of the endothelial and respectively disposed at acupressure points of the face to irradiate the face with light having a wavelength set inside the lamp hole; And a controller configured to control an operation of the light source while supplying power to the light source, wherein the light source includes: a plurality of near infrared LED lamps that provide light having a wavelength of 810 to 900 nm to the face while operating under control of the controller; And a plurality of red LED lamps configured to be larger than the near infrared LED lamps to provide light of a wavelength of 610 to 680 nm to the face while operating under the control of the controller, wherein the near infrared LED lamps include acupressure points of the face. The red LED lamp is disposed on the acupressure points distributed on the sebaceous glands of the face, and the red LED lamp is disposed on the acupressure points distributed on the facial muscles and wrinkle-producing areas of the face among the acupressure points of the face, and the near-infrared LED lamp is And, among the acupressure points of the face are located at the top of the forehead, and the acupressure points corresponding to the wound located on the outside of the cheekbone and the fingertip located on the outside of the lips, the red LED lamp, the acupressure point of the face Soy milk located on the outside of the larvae of the larvae, hyeonri located on the side of the forehead outside the soy milk, and eyebrows Chanjuk located in the front, and a bamboo bamboo ball located in the center of the forehead between the larva and the chanju, located outside the eye, a town located in the center of the lower part of the eye, and eyes on both sides of the town. Placed along the lower portion of the cheekbones, the macroscopic effect on the cheekbones, the side effects of the nostrils, the narrowing and inferior tubes located on the lower portion of the roll, the yeongyoung and jaw located on the lower side of the lips. And the near-infrared LED lamps are further disposed at the acupressure points corresponding to the clearness located in the middle of the eye and the eyes of the acupressure points of the face, and the red LED lamp is the acupressure point of the face. Among the acupressure points located on the back of the nose, it is interposed between the outer shell and the endothelium is connected to the controller, while operating by the controller At least one vibrator for providing a vibration to a portion of the surface; wherein the outer shell is provided with a groove-shaped attachment holder corresponding to the quantity of the near-infrared LED lamp and the red LED lamp is provided on the inner surface facing the endothelial, The near-infrared LED lamp and the red LED lamp have a terminal portion fitted to an inner side of the outer shell by inserting the terminal portion into an attachment holder of the outer shell, and an opposite end of the terminal portion is inserted into the lamp hole of the endothelial, preventing protruding out of the inner shell. Is inserted into, the endothelial is formed along the circumference (border) while forming a radial around the area corresponding to the nose and nose to form an incision line for ventilating the air while preventing the occurrence of wrinkles in close contact with the face, the incision The line is characterized in that the incision also formed in the area corresponding to the nose.
The vibrator may be composed of, for example, a vibration speaker that provides vibration by the operation of the voice coil. Such a vibrator is preferably composed of a woofer speaker that provides vibration through the bass.
The vibrator may be disposed at a position corresponding to both sides of the nostril, both sides of the lower side of the eye, and both sides of the lip of a part of the face while being interposed between the outer skin and the endothelium.

delete

The facial massage mask according to the present invention as described above, since the LED lamp constituting the light source is inserted into the lamp hole formed in the inner skin close to the face, the light of the set wavelength is directly irradiated at the LED wavelength because The skin improvement effect can be maximized. Especially, since the LED lamps are placed in the area corresponding to the pressure point of the face, the beauty of the face can be promoted and the blood circulation can be promoted.

Specifically, near infrared rays of 810-900 nm wavelength are irradiated to the acupressure points distributed in the sebaceous glands of the face to penetrate into the nervous system and skin tissue, thereby improving the immune response of blood and supplying free radicals to the cells. Since the light of 610 ~ 680nm wavelength is irradiated to the acupressure points distributed on the facial muscles and wrinkles generation area of the facial muscles, wrinkles and acne scars can be expected to be regenerated.

In addition, since a plurality of vibrators are provided between the outer skin and the inner skin to provide vibration to a part of the face, a part of the face may be stimulated by the vibration of the vibrator, thereby improving the blood circulation of the face.
In particular, the terminal portion of the near-infrared and red LED lamps is fixed by being inserted into the attachment holder of the outer shell, and the opposite end of the terminal portion is fixed in the state of being inserted into the lamp hole of the inner shell, so that the near-infrared and light of 610-680nm wavelength are separated from the face. Can be investigated.
In addition, since the incision line is formed on the endothelium, when the endothelium is worn, the endothelium can be prevented from being wrinkled by the curvature of the face, and air can be vented through the incision line to discharge the sweat of the face to the outside.
In addition, the vibrator is composed of a vibration speaker, because it is composed of a woofer speaker can massage the face while providing a low sound with vibration.

1 is a longitudinal sectional view showing a mask according to the prior art;
Figure 2 is a rear view showing a face massage mask according to the present invention.
Figure 3 is a side view showing the shell of the present invention.
4 is a front view showing the endothelial of the present invention.
Figure 5 is a longitudinal sectional view showing a facial massage mask according to the present invention.
6 is a front view showing acupressure points of the face;

Hereinafter, embodiments of the present invention will be described in more detail with reference to the accompanying drawings. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted.

The facial massage mask according to the present invention may be configured to include the outer shell 10, the inner shell 20, the light source 30 and the controller 40 as shown in FIG.

The outer shell 10 is formed of a soft thin film material and is manufactured in a form corresponding to the face as shown in FIGS. 2 and 3, and an opening 11 is formed in a portion corresponding to the respirator and the eye of the face, both sides As the binding band 15 provided in the is bound to the head is worn on the face.

Endothelial 20 is a member provided on the inner surface of the outer shell 10 to be in close contact with the face, as shown in Figure 4 is formed of a thin film of silicon, soft urethane or rubber, forming a shape corresponding to the outer shell 10, As shown in FIG. 5, the inner surface of the shell 10 is inserted or fixed integrally by bonding.

The endothelium 20 may be formed to a thickness of about 1.5cm, the lamp hole 21 is inserted into the LED lamp 31, 33 to be described later in the area corresponding to the pressure points of the face as shown in FIG. ) Is formed in a penetrating state.

Here, the acupressure points distributed on the face are as shown in FIG. 6.

That is, the inner shell 20 is fixed to the inner surface of the outer shell 10 as shown in FIG. 5 in a state in which the lamp holes 21 are respectively penetrated at positions corresponding to the pressure points as shown in FIG. 4.

On the other hand, the endothelial 20 is formed with a cutting line 25 as shown in FIG. Incision line 25 is formed in the incision in the area corresponding to the periphery of the endothelial 20 and the nose and nose as shown, when the endothelial 20 is curved to expand the circumference of the endothelial 20 to prevent wrinkles from occurring do. At this time, the incision line 25 is formed along the circumference (border) of the endothelium 20 while forming a radial shape around the area corresponding to the nose, as shown in Figure 4, perpendicular to the area corresponding to the nose, etc. (Straight line) is formed.

Thus, the endothelium 20 is in close contact with the curvature of the face in a state where wrinkles are prevented by the incision line 25.

In addition, the incision line 25 is in communication with the inner air while discharging the perspiration of the face to the outside as it is cut to the endothelial 20 to the outside.
Here, the above-described incision line 25 is formed in the circumference of the endothelium 20, as shown in Figure 4, in communication with the eye hole is formed in close proximity to the eye area, and formed in the nose, such as the nose and pores Vertically formed in communication. Then, the remaining incision line 25 is formed radially around the central portion of the endothelial 25 as shown, it is formed in a straight line to form a state in which communication with the hole, such as eyeballs and nasal passages is prevented.

The light source 30 is a component for irradiating light having a wavelength set at the acupressure points of the face, and as shown in FIG. 5, one side of the light source 30 is inserted into the lamp holes 21 of the endothelium 20, respectively. It consists of a plurality of LED lamps (31, 33) attached to.

As shown in FIG. 5, the LED lamps 31 and 33 may be attached in a state in which a terminal portion 30a formed at one side thereof is fitted into a groove-type attachment holder 10a provided in the outer shell 10, and a controller to be described later. It is connected to a circuit board 40a connected to 40 to emit light by a power supply of the controller 40.
The attachment holder 10a described above is provided on the inner side facing the endothelium 20 as shown in FIG. 5 and is formed in a quantity corresponding to the quantity of the LED lamps 31 and 33.
In addition, the above-described LED lamps 31 and 33 are inserted into the lamp hole 21 of the endothelial 20 by the opposite end of the terminal portion 30a formed in a flange shape, as shown in FIG. 5. Is inserted into a state that the light emitting in the state spaced apart from the face when wearing the endothelial (20).

Here, the LED lamps 31 and 33 do not protrude outward of the endothelium 20 while being inserted into the lamp hole 21 as shown in FIG. 5. That is, the LED lamps 31 and 33 irradiate the face with light of a wavelength set in a state spaced apart from the face.

Meanwhile, the LED lamps 31 and 33 constituting the light source 30 may include the near-infrared LED lamps 31 and the red LED lamps 33.

The near-infrared LED lamps 31 preferably provide near-infrared light of 880 nm wavelength as a member that provides light of 810-900 nm wavelength to the face, and is distributed in the sebaceous glands of the face among the acupressure points distributed on the face as shown in FIG. 2. Placed at the acupressure points.

Specifically, referring to FIG. 6, the near-infrared LED lamps 31 have a worm (a) located at the top of the forehead, a roll (b) located outside the cheekbone, and the outside of the lips as shown in FIG. 2. It is arrange | positioned in the lamp hole 21 of the inner shell 20 corresponding to the finger sole c located in the side.

As the near-infrared LED lamp 31 is known, the near-infrared ray penetrates the depth of about 3 ~ 4cm of the face, penetrates into the nervous system and tissues, maximizes the immune response of blood, supplies free radicals, and supplies energy to the skin cells of the face. It naturally heals the human body and relieves pain.

The red LED lamps 33 are members for providing light of 610 to 680 nm wavelength on the face, and preferably provide light of 660 nm wavelength, and the facial muscles and wrinkles of the face among the acupressure points distributed on the face as shown in FIG. 2. It is disposed at the acupressure points distributed in the generation site.

Specifically, referring to FIG. 6, the red LED lamps 33 are the soymilk a located at the outside of the above-mentioned larva a, and the forehead outside the soy milk a as shown in FIG. 2. The central part of the forehead between the side of the forehead (c) and the larvae (c) and the larvae (c), which are located in the front of the eyebrows, and the outside of the eye. Jujugong (ㅁ), Seung-eup located in the lower center of the eye, the lower part of the eyes (m) corresponding to both sides of the Seungeup, and the coarse (o) located in the cheekbones, and the side of the nose (B) located in the lower part of the roll (b) and the lower part of the lip, the yungyoung (턱) located on the lower side of the lips and the seungjang (ㅍ) It is arranged in the lamp hole 21 of the endothelium 20 corresponding to).

As the red LED lamp 33 is known, light passes through a depth of about 1 cm of the face, thereby improving scars, acne scars, pores, wrinkles and troubles on the skin surface.

Here, the above-mentioned near-infrared LED lamp 31 may be further disposed in the lamp hole 21 corresponding to the clear (d) located inside the eye, as shown in Figure 2, the above-described red LED lamp 33 ) May be further disposed in the lamp hole 21 corresponding to the portion (ㅎ) corresponding to the nose, etc. as shown in FIG.

The controller 40 is a component that controls the operation of the light source 30 by supplying power to the LED lamps 31 and 33 constituting the light source 30, as shown in FIG. 5. (33) are mounted and connected to the circuit board 40a interposed between the outer shell 10 and the inner shell 20, and is provided with a switch module for controlling the on and off or operating time of the light source 30.

The controller 40 may be supplied with external power by a power cable not shown, and a rechargeable battery may be built in to supply power to the light source 30 through a charging current.

On the other hand, the present invention can be configured to further include a vibrator 50 as shown in FIG.

Vibrator 50 is a component that provides a vibration to a portion of the face, as shown in Figure 5 interposed between the outer shell 10 and the inner shell 20 is connected to the controller 40, the controller 40 Provides vibration while operating under control of it.

The vibrator 50 may be configured as a vibration speaker that provides a vibration by the operation of the ordinary voice coil 52 provided inside the housing 51, as shown in Figure 5, in particular, vibration through It can comprise with the normal woofer picker provided.

In addition, the vibrator 50 may provide sound along with vibration. Thus, the vibrator 50 provides a sound with the effect of massaging the face through the vibration.

Here, the vibrator 50 is composed of a plurality as shown in Figure 2 interposed between the outer shell 10 and the endothelium 20, both sides of the nose and both sides of the lower part of the face and both sides of the lips and lips It may be arranged in a corresponding position.

The operation and operation of the present invention including the above-described components will be described.

The facial massage mask of the present invention is worn in close contact with the inner skin 20 while being bound to the head through the binding band 15 provided on the outer shell 10.

The LED lamps 31 and 33 constituting the light source 30 operate for a predetermined time under the control of the controller 40 and directly irradiate light onto the face.

At this time, the near-infrared LED lamp 31 irradiates the face with near-infrared rays of 810-900 nm wavelength to a portion of the acupressure points on the face for a set time, and the red LED lamp 33 sets the light of 610-680 nm wavelength to the remaining acupressure points. Investigate while on the face.

In addition, the vibrator 50 operates under the control of the controller 40 to massage the face by providing a sound with vibration in a part of the face.

Accordingly, the facial massage mask of the present invention is the light of the wavelength set as the LED lamp 31, 33 constituting the light source 30 is inserted into the lamp hole 21 formed in the endothelium 20 in close contact with the face Since direct irradiation at the latest distance of the face can be maximized the effect of skin improvement by the LED wavelength, especially LED lamps (31) (33) are placed in the area corresponding to the pressure point of the face, so that the skin beauty of the face as well as blood circulation Can be promoted.

Specifically, as the acupressure points (a) to (d) distributed in the sebaceous glands of the face are irradiated with near-infrared rays of 810-900 nm wavelength through the near-infrared lamps 31 to penetrate the nervous system and skin tissue, the immune response of the blood is enhanced and activated. The effect of supplying oxygen to the cell can be achieved, and the acupressure points (a)-(ㅎ) distributed on the facial muscles and the wrinkle-producing areas of the face are irradiated with 610-680nm wavelength light through the red LED lamps 33. Wrinkles and acne scars can be expected to regenerate.

In addition, since a plurality of vibrators 50 are interposed between the outer shell 10 and the endothelial 20 to provide vibration to a part of the face, a part of the face is stimulated by the vibration of the vibrator 50, thereby improving the blood circulation of the face. Can be improved.

While specific embodiments of the present invention have been described above by way of example, these are for illustrative purposes only and are not intended to limit the protection scope of the present invention. It will be apparent to those skilled in the art that various changes, substitutions, and alterations can be made therein without departing from the spirit of the invention.

10: sheath 11: opening
15: binding band 20: inner skin
21: lamp hole 25: incision line
30: light source 31: near infrared LED lamp
33: red LED lamp 40: controller
40a: circuit board 50: vibrator
51 housing 52: voice coil

Claims (5)

Forming a shape corresponding to the face is formed of a soft thin film material, a portion corresponding to the respirator and the eye of the face is formed with an opening 11, a binding band 15 is provided to bind to the head is provided with the binding band 15 The outer shell 10 to be worn on the face by the binding of;
It is formed of a thin film of silicon, soft urethane or rubber in a form corresponding to the outer shell 10, is integrally fixed to the inner surface of the outer shell 10 and in close contact with the face, the site corresponding to the acupressure points of the face Lamp holes 21 through which endothelial 20 is formed;
One side is attached to the outer shell 10 and the other side is inserted into the lamp hole 21 of the endothelial 20 so as to be disposed at the acupressure points of the face, respectively, and the light having a wavelength set inside the lamp hole 21. A light source 30 composed of a plurality of LED lamps 31 and 33 irradiated to the face; And
And a controller 40 for controlling the operation of the light source 30 while supplying power to the light source 30.
The light source 30,
A plurality of near-infrared LED lamps 31 that operate under the control of the controller 40 and provide light of 810-900 nm wavelength to the face; And
And a plurality of red LED lamps 33 which are configured to be larger than the near-infrared LED lamps 31 and provide light of a wavelength of 610 to 680 nm to the face while operating under the control of the controller 40.
The near infrared LED lamp 31,
Among the acupressure points of the face are disposed on the acupressure points distributed in the sebaceous line of the face,
The red LED lamp 33,
Among the facial acupressure points of the face is characterized in that it is disposed on the acupressure points distributed in the facial muscles and wrinkles generated site,
The near infrared LED lamp 31,
Among the acupressure points of the face are disposed on the larvae (a) located at the top of the forehead, the winding (b) located on the outside of the cheekbone and the acupressure points corresponding to the ji (c) located on the outside of the lips,
The red LED lamp 33,
Among the facial acupressure points, soymilk (a) located on the outside of the larvae, hyeonri (b) located on the side of the forehead outward of the soymilk, cold porridge (c) located in front of the eyebrows, Sajugong (ㅁ) disposed in the center of the forehead corresponding to the cold porridge and positioned outside of the eye, and Seupup (ㅂ) located centrally in the lower part of the eye, and eyes on both sides of the elevation. It is disposed along the lower part of the (m), the coarse (o) located in the cheekbones, the impact on the side of the nose (), the narrowing (lower) and the lower tube (below) of the winding (b) ( And acupressure points corresponding to Daeyoung (영) located on the lower side of the lip and an intestinal (ㅍ) located on the chin,
The near infrared LED lamp 31,
Among the facial acupressure points, the facial acuity points are further disposed on the acupressure points corresponding to the clearing (d) located inside the eye.
The red LED lamp 33,
Among the acupressure points of the face are further placed on the acupressure points (ㅎ) located in the nose, etc.,
At least one vibrator (50) interposed between the sheath (10) and the endothelium (10) and connected to the controller (40) to provide vibration to a portion of the face while operating by the controller (40); More,
The outer shell 10 is provided with a groove-shaped attachment holder 10a corresponding to the quantity of the near-infrared LED lamp 31 and the red LED lamp 33 on the inner side facing the inner shell 20,
The near infrared LED lamp 31 and the red LED lamp 33,
The terminal portion 30a is fitted to the attachment holder 10a of the outer shell 10 so as to be attached to the inner side of the outer shell 10, and the opposite end of the terminal portion 30a is inserted into the lamp hole 21 of the inner shell 20. Being inserted into the state to prevent the protrusion to the outside of the endothelium 20,
The endothelial 20 is formed along the circumference (border) while forming a radial shape around a portion corresponding to the nose and the like to form an incision line 25 for venting air while preventing the occurrence of wrinkles when the face is in close contact,
The incision line 25 is a facial massage mask, characterized in that the incision formed in the area corresponding to the nose. The method of claim 1,
The vibrator 50 is composed of a vibration speaker to provide a vibration by the operation of the voice coil 52,
The vibrator 50 is a facial massage mask, characterized in that consisting of a woofer picker to provide vibration through the bass. delete delete The vibrator 50 according to claim 1 or 2,
Facial massage, characterized in that disposed between the outer surface 10 and the endothelial 20 while being disposed in a position corresponding to both sides of the nose and both sides of the lower side and both sides of the lips of the part of the face. Mask.

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