KR102179139B1 - Led mask with improved ease of use - Google Patents

Abstract

The present invention relates to an LED mask with improved ease of use. According to the present invention, the LED mask with improved ease of use includes: a face mask unit for uniformly irradiating facial skin of a user with an LED light; a neck mask unit for uniformly irradiating neck skin of the user with an LED light; a Y-type connection jack; and a control unit, wherein the face mask unit includes an inner frame, an eye support part, a nose bridge support part, and a face mask support part, and the eye support part includes an eye support front frame, an eye support rear frame, and an eye support detachable silicone.

Description

LED mask with improved ease of use {LED MASK WITH IMPROVED EASE OF USE}

In the present invention, the skin of the face and neck can be simultaneously treated by irradiating the skin of the face and neck at the same time, and by adjusting to correspond to the shape of the user's face, the pressure of the LED mask and the user's discomfort are minimized and worn comfortably for a long time. It relates to an LED mask with improved ease of use.

As the number of people interested in skin beauty increases, they are exposed to ultraviolet rays due to external activities, or exposed to fine dust and ultra-fine dust, skin problems caused by makeup for beauty, or skin problems that arise from the inside of the skin due to stress. ·The market for LED masks that allows users to easily improve their skin through home care through LED light sources in a residential space continues to grow, and products with various functions are being developed and sold.

At this time, the LED mask prevents the LED light source irradiated to the skin from being directly irradiated to the eyeball, and fixes the eyeball support made of a material having elasticity such as rubber and silicone to increase the fit of the LED mask.

However, conventional LED masks cannot be adjusted according to the shape of the wearer's head and face due to the unified and fixed shape that cannot adjust the angle and separation distance of the supporters supporting the user's skin around the eyeball and the nose bridge. There is a problem in that the LED light source is directly irradiated to the eyeball when it is not completely in close contact with the eye supporter on the inner side of the LED mask and the eye of the user, which may adversely affect the eyes.

In addition, due to the uniform shape of the eye supporter according to the shape of the user's face, the face is balanced and not fixed, and the weight of the LED mask is concentrated on one side of the eye supporter due to the imbalance, which reduces the fit and is uncomfortable. , After wearing the LED mask, a lot of marks remain, and the eye support on the inner side of the LED mask and the user's eyes are not reliably adhered to, and a spaced part occurs, so the light of the LED lamp leaks out and directly irradiates the eyes to protect the user's eyes safely. In order to prevent this, there was an inconvenient problem, such as having to wear a separate blindfold and an eye patch.

In addition, in order to improve the skin of the face and the neck at the same time, there is a cumbersome problem in that a face mask that can care for facial skin and a neck mask that can care of the neck must be separately provided and controlled.

0001) Korean Patent Publication No. 10-2008211 (registered on August 1, 2019) 0002) Korean Registered Patent Publication No. 10-2062605 (registered on December 30, 2019)

In order to solve the above problems, in the present invention, it is possible to simultaneously irradiate the skin of the face and neck with an LED light source and selectively control light sources of various wavelengths to simultaneously care. In particular, the weight of the face mask is minimized, and the user's face By adjusting the spacing of the eyeball support according to the shape, and by adjusting the fixed angle of the nostril support in contact with the nostril, the pressure of the LED mask and the user's discomfort are minimized, making it convenient to wear for a long time. Its purpose is to provide an improved LED mask.

In order to achieve the above object, the LED mask according to the present invention

In the shape of a mask used on the front of the user's face, LED lamps are arranged to form a surface at regular intervals in the direction of the inner surface to evenly irradiate the LED light on the user's face skin;

A neck mask used on the front of the user's neck with LED lamps arranged in the shape of a face at regular intervals in the inner direction to evenly irradiate the LED light on the skin of the user's neck;

A Y-shaped connection jack that is connected to the control unit at the rear and is divided into two, and connects the face mask unit and the neck mask unit at the same time in front of the connection jack, and a Y-type connection jack that simultaneously transmits control signals by connecting the control unit to the rear,

It is achieved by being composed of a controller that transmits control signals to the face mask unit and the neck mask unit through a Y-type connection jack.

As described above, in the present invention, it is possible to simultaneously irradiate the skin of the face and neck with an LED light source and selectively control light sources of various wavelengths to simultaneously care. In particular, the weight of the face mask is minimized, and the shape of the user's face In response to this, by adjusting the distance and angle of the left and right side of the eyeball support in direct contact with the skin, and adjusting the fixed angle of the nostril support in contact with the nose, the pressure of the LED mask and the user's discomfort are reduced. It has a good effect that can be worn comfortably for a long time by minimizing it.

1 is an exemplary diagram showing the overall shape of a user wearing an LED mask with improved ease of use according to the present invention;
2 is a perspective view showing the overall shape of an LED mask with improved ease of use according to the present invention,
3 is a front view showing an overall shape of an LED mask with improved ease of use according to the present invention;
4 is an exploded view showing the face mask part according to the present invention, and a partially enlarged view showing an enlarged LED lamp formed on the inner side thereof;
Figure 5 is an exploded perspective view showing that the distance detection sensor is located at the top center of the eyeball support according to the present invention, and the nose support is coupled to the lower center,
6 is an exploded view showing the components of the eyeball support according to the present invention, and a partially enlarged view showing an enlarged eyeball support front frame and an eyeball support rear frame;
7 is a partial enlarged view showing the components of the eyeball support unit according to the present invention in a planar direction, and showing an enlarged structure in which the eyeball support front frame, the eyeball support rear frame, and the eyeball support detachable silicone are combined;
Figure 8 shows the components of the eyeball support according to the present invention in a planar direction, along the bolt movement hole of the eyeball support front frame, the inner side in the direction of the nose is moved rearward, and the outer side in the ear direction is moved forward and fixed. Partial enlarged view showing enlarged state,
Figure 9 shows the components of the eyeball support according to the present invention in a planar direction, along the bolt movement hole of the eyeball support front frame, the inner side in the direction of the nose is moved forward, and the outer side in the ear direction is moved to the rear and fixed. Partial enlarged view showing enlarged state,
10 is an exploded view showing the components of the nose support according to the present invention, and a partial enlarged view showing an enlarged view of one side of the nose support front frame and the nose support angle adjustment frame;
11 is an enlarged view showing the components of the nose support according to the present invention from a side direction, and an enlarged view of a state in which the nose support angle adjustment frame and the nose support detachable silicone are rotated in the up and down directions based on the nose support front frame. Partial Magnification,
12 is an exploded view showing the neck mask part according to the present invention, and a partially enlarged view showing an enlarged LED lamp formed on the inner side thereof;
13 is a partial enlarged view showing the components of the control unit according to the present invention from the front direction, and enlarged and showing the components;
14 is a block diagram showing the components of a control unit according to the present invention;
15 is a block diagram showing the components of the color control switch according to the present invention.

Hereinafter, a preferred embodiment according to the present invention will be described with the accompanying drawings.

1 is an exemplary diagram showing the overall shape of a user wearing an LED mask 1 with improved usability according to the present invention, and FIG. 2 is an overall view of an LED mask 1 with improved ease of use according to the present invention. It relates to a perspective view showing the shape, which is composed of a face mask unit 100, a neck mask unit 200, a Y-type connection jack 300, and a control unit 400.

First, the face mask unit 100 according to the present invention will be described.

The face mask unit 100 has a mask shape that is used on the front of the user's face, and LED lamps are arranged to form a surface at regular intervals in the inner surface direction to evenly irradiate the LED light on the user's face skin.

In the present invention, when the face mask unit 100 is mounted on the top of the charging stand, wireless charging is performed, and charging is possible even when a USB cable is connected through a Y-type connection jack.

This includes the outer frame 110, the inner frame 120, the eyeball support 130, the nose support 140, and the face mask support 150.

The outer frame 110 forms an outer surface of the face mask part and is formed to have an external shape.

This serves to protect the device coupled to the inside of the face mask unit in an external shape that is visible to the naked eye when the user wears the face mask unit.

The inner frame 120 is coupled to the inner side of the outer frame and has the same shape as a frame shape, and a plurality of LED lamps maintaining a constant distance up, down, left, and right are installed to face inward.

The eyeball support 130 is positioned along the circumference of both eyes of the user on the inner side of the inner frame and is coupled to serve to support the circumference of the user's eyeball, which is an eyeball support front frame 131, an eyeball support rear frame ( 132), it is composed of a detachable silicone 133 to support the eye.

The eyeball support front frame 131 is a frame shape connected to one side of the inner side of the face mask unit in a left-right symmetrical manner corresponding to the user's eye position, and a dual structure frame is formed along the left and right eye circumferences. Bolt movement holes 131a in the form of long holes are formed in the front and rear directions at the upper and lower left and right sides of the outer surface of the structural frame.

The eyeball support rear frame 132 is made symmetrically left and right inside the eyeball support front frame, the inner circumference is inserted symmetrically left and right inside the dual structure frame of the eyeball support front frame, and the outside is circumferentially It is formed to protrude at regular intervals, and a bolt fixing hole (132a) is formed at the top and bottom of the left and right sides of the inner circumferential surface to correspond to the bolt moving hole, and after adjusting the position in the front and rear directions, the eyeball support front frame and the bolt are combined Is fixed.

The eyeball support rear frame 132 according to the present invention is provided in the left and right sides along the bolt movement hole 131a in the form of a long hole formed in the front and rear directions at the upper and lower left and right sides of the eyeball support front frame. It is fixed by adjusting the front/rear separation distance.

The eyeball support and detachable silicone 133 is coupled to a protrusion that regularly protrudes in the outer circumferential direction of the rear eyeball support frame in an insert-fitting manner.

The eyeball support part 130 according to the present invention has a front insertion frame 132a of the eyeball support rear frame inserted between the rear outer frame 131a of the eyeball support front frame and the rear inner frame 131b, and is formed on the rear outer frame. After matching the bolt fixing hole (132a-1) formed in the eyeball support rear frame with the bolt moving hole (131a-1), fasten the fixing bolt (131a-2) to fasten the eyeball support front frame 131 and the eyeball support rear frame ( 132), adjust the left and right front and rear spacing.

As shown in Fig. 8, in the case of a person having a face with a relatively wide face or a protruding cheekbone of the user's face, the inner direction, which is the direction of the nose and the like, is moved backward based on the eyeball. The lateral direction, which is the direction, is moved forward and fixed.

In addition, as shown in Fig. 9, in the case of a person having a thin face with a relatively narrow face or a face around the eyeball that does not protrude from the cheekbone of the user's face, the inner direction, which is the direction of the nose, moves forward. And, the outer direction, which is the ear direction, is moved to the rear and fixed.

Through this, in response to various users' faces, such as the shape of the user's face or a child with a relatively small face, the eyeball support and detachable silicone is partially separated or prevents excessive pressure on the skin and adheres evenly, allowing the user to face for a long time. Even if the mask unit 100 is worn, it can be used without discomfort, and since it is stably supported on the user's face, it is possible to minimize the remaining marks after use.

The nose support 140 is formed in a position corresponding to the user's nose at the lower center of the eyeball support and serves to abut and support the user's nose, which is the nose support front frame 141, the nose support angle adjustment frame ( 142), it is composed of a removable silicone 143 supporting the nose.

The nose back support front frame 141 has a rectangular frame shape in which a wing-shaped frame protrudes at the rear left and right sides, and is inserted in a slide manner at the lower center of the eyeball support part, and a fixing bolt is fastened in the vertical upper direction to be supported. A rotating shaft and an arc-shaped angle adjustment hole are formed on one side in the left and right directions to support the angle adjustment frame supporting the nose.

The nostril support angle adjustment frame 142 is a frame shape formed with an inclined angle symmetrically to the left and right in response to the position of the user's nose, and is coupled to the rotation axis of the front frame of the nose support, and rotates in an arc shape based on the combined rotation axis. It is rotated and fixed up and down along the hole.

The nose support angle adjustment frame 142 according to the present invention rotates along an arc-shaped angle adjustment hole with a reference axis on a rotation axis formed at the rear side of the nose support front frame to adjust the angle according to the user's nose Fix it by tightening the fixing bolt in the hole.

The nostril support detachable silicone 143 is coupled to the outer circumferential direction of the nostril support angle adjustment frame by inserting and fitting.

Nose support part 140 according to the present invention is a rotation axis pin (141a-1) through the rotation shaft hole (141a) of the nose support front frame 141 and the rotation axis through hole (142a) of the nose support angle adjustment frame 142 It is located in the position to be fixed of the bolt fixing hole (142b) on one side of the nose support angle adjustment frame in the angle adjustment hole (141b) forming an arc shape with respect to the rotation shaft hole (141a) on the side of the front frame supporting the nose After fastening the fixing bolt (141b-1) to fix the nose support angle adjustment frame 142.

At this time, the nose back support detachable silicone 143 is coupled to the rear end of the nose back support angle adjustment frame 142, and as shown in FIG. 11, it can be rotated corresponding to the angle of the user's nose and then fixed.

Through this, in response to the shape of the user's nose or the size of the nose, the fixed angle of the supporting and detachable silicone for the nose etc is adjusted to correspond to various users' faces, so that the user can stably adhere to the user's nose without being pressed against the face mask part 100 for a long time. ), it can be used without discomfort, and it is stably supported on the user's face to minimize the mark on the nose after use.

The face mask support part 150 fixes the face mask part to the user's face in a structure of a temple or an elastic band that is coupled in a hinge shape that is detachably coupled to one left and right side of the inner frame and serves to support the face mask as a whole.

According to the user's selection, as shown in FIG. 4, the face mask support part 150 having a spectacle leg structure may be formed, and a face mask support part (not shown) having an elastic band structure may be formed.

The face mask unit 100 according to the present invention includes a distance detection sensor 160 configured to detect a user's wearing state of the face mask unit by sensing a distance within 30 mm in the rear direction at the upper center of the eye support unit.

Here, the distance detection sensor 160 is connected to the control unit through wired or network, and when an object is detected within 30 mm, it transmits a detection signal to the control unit to light a plurality of LED lamps 121 coupled to the inner surface of the inner frame, and 30 mm If no object is detected within, a plurality of LED lamps 121 coupled to the inner surface of the inner frame are turned off.

Through this, when the user does not wear the face mask unit 100, the degree to which the user wears the face mask unit 100 is determined, and when the face mask unit is not worn, unnecessary lighting of the LED lamp is minimized to prevent problems that may adversely affect the user's eyes. I can.

Next, the neck mask part 200 according to the present invention will be described.

The neck mask part 200 has a neck mask shape that is used on the front of the user's neck, and LED lamps are arranged in the shape of a face at regular intervals in the inner side direction to evenly irradiate the LED light on the user's neck skin.

In the present invention, when the neck mask unit 200 is mounted on the top of the charging stand, wireless charging is performed, and charging is possible even when a USB cable is connected through a Y-type connection jack.

This consists of an outer frame 210, an inner frame 220, and a neck mask support part 230.

The outer frame 210 serves to form an outer surface of the neck mask portion and form an external shape.

The inner frame 220 is a frame shape that is coupled to the inner side of the outer frame and has the same surface, and a plurality of LED lamps maintaining a constant distance up, down, left, and right are installed to face the inside. It serves to illuminate a light source.

The neck mask support part 230 has an elastic band structure coupled to one of the left and right sides of the inner frame in the form of a hinge, which fixes the neck mask to the user's neck and supports the entire neck.

Next, a Y-type connection jack 300 according to the present invention will be described.

The Y-type connection jack 300 is connected to the control unit at the rear in the shape of a Y-shaped connection jack, and simultaneously connects the face mask unit 100 and the neck mask unit 200 to the front of the connection jack divided into two, and a control unit at the rear. It serves to simultaneously transmit the control signal by connecting the 400.

Through this, the control signal of the control unit is simultaneously transmitted to the face mask unit 100 and the neck mask unit 200 to simultaneously care for the user's face skin and neck skin.

Next, the control unit 400 according to the present invention will be described.

The control unit 400 serves to transmit a control signal to the face mask unit and the neck mask unit through a Y-type connection jack.

This simultaneously controls the LED lamp 121 of the face mask unit and the LED lamp 221 of the neck mask unit, and controls each of the LED lamps as a power switch 410, a brightness control switch 420, a color control switch 430, and It can be controlled through the time control switch 440, the on-off control switch 450.

The controller 400 according to the present invention is configured to perform wireless charging when mounted on the top of the charging stand, and to enable charging by connecting a USB cable.

The power switch 410 has a switch shape formed on one side of the front top of the control unit, and serves to turn on and off a plurality of LED lamps formed on the inner surface of the face mask unit and the neck mask unit.

The brightness control switch 420 has a switch shape formed on one side of the front left side of the control unit and controls the brightness of a plurality of LED lamps formed on the inner side of the face mask unit and the neck mask unit by dividing into 1 to 3 steps.

The brightness control switch 420 according to the present invention selectively sets and turns on the level of the LED lamp brightness according to the number of touches of the user. In the case of a user with sensitive or weak skin, the brightness is set to 1 level, and the skin sensitivity is usually In the case of a user, the brightness is set to 2 levels, and when the skin sensitivity is insensitive or the user uses an LED mask for a short time, the brightness is set to 3 levels.

The color control switch 430 has a shape of a switch formed on one side of the front center of the control unit, and a plurality of LED lamps formed on the inner side of the face mask part and the neck mask part are lit by selectively controlling the RGB (Red + Green + Blue) light source. Control to be possible.

This means that each of the LED lamps constituting the LED lamp 121 of the face mask unit and the LED lamp 221 of the neck mask unit composed of a plurality of RGB type red light source mode 431, Green light source mode 432, Blue light source mode 433 ), Red + Green light source mode (434), Blue + Green light source mode (435), Red + Blue light source mode (436), Red + Green + blue light source mode (437) are selectively lit and irradiated.

At this time, the red light source mode 431 is set by touching the color control switch once, and a plurality of LED lamps are irradiated by lighting each red LED, which intensively helps to increase skin density and elasticity and improve skin elasticity. .

At this time, the green light source mode 432 is set by touching the color control switch twice, so that a plurality of LED lamps are irradiated by lighting each green LED, helping to calm skin, moisturize, and improve dead skin cells, and discharge harmful substances. It helps intensively to replenish moisture.

At this time, the blue light source mode 433 is set by touching the color control switch three times, and a number of LED lamps are irradiated by lighting each blue LED, which helps intensively to suppress spots and blemishes, and to suppress whitening and melanin pigments. Gives

At this time, the Red + Green light source mode 434 is set by touching the color control switch four times, and multiple LED lamps are irradiated by lighting each red + green LED simultaneously, increasing skin density and elasticity, and improving skin elasticity. , Skin soothing, moisturizing, helps to improve dead skin cells, and helps to discharge harmful substances and replenish moisture.

At this time, the Blue + Green light source mode 435 is set by touching the color control switch five times, so that a plurality of LED lamps are irradiated by lighting the blue + green LEDs at the same time, suppressing spots and blemishes, and reducing whitening and melanin pigments. It suppresses, soothes the skin, moisturizes, and helps to improve dead skin cells, and helps to discharge harmful substances and replenish moisture.

At this time, the Red + Blue light source mode (436) is set by touching the color control switch six times, and multiple LED lamps are irradiated by lighting each red + blue LED at the same time, increasing skin density and elasticity, and improving skin elasticity. , Inhibits blemishes and blemishes, and helps to suppress whitening and melanin pigments.

At this time, the red + green + blue light source mode (437) is set by touching the color control switch seven times, and multiple LED lamps are irradiated by lighting each red + green + blue LED at the same time, increasing skin density and elasticity, and It helps to improve the elasticity of skin, soothes the skin, moisturizes, and improves dead skin cells, discharges harmful substances and replenishes moisture, suppresses spots and blemishes, and helps to suppress whitening and melanin pigments.

As described above, depending on the number of touches of the color control switch 430, the Red light source mode 431, Green light source mode 432, Blue light source mode 433, Red + Green light source mode 434, Blue + Green light source mode 435 ), Red + Blue light source mode (436), Red + Green + blue light source mode (437) is selectively turned on so that the user can selectively irradiate the required light source by single or mixed light source according to the characteristics of the light source for home care. do.

The lighting time control switch 440 has a switch shape formed on one side of the front right side of the control unit, and controls the lighting time of a plurality of LED lamps formed on the inner surface of the face mask unit and the neck mask unit to be set in minutes.

The lighting time control switch 440 according to the present invention sets and turns on the lighting time of the LED lamp in minutes according to the number of touches by the user, so that the lighting time can be adjusted and used according to the user's selection.

The on-off control switch 450 has a shape of a switch formed on one side of the lower front side of the control unit, and controls a plurality of LED lamps formed on the inner surface of the face mask unit and the neck mask unit to be repeatedly turned on and off during a set time. .

The on-off control switch 450 according to the present invention is set by touching the color control switch eight times, so that a plurality of LED lamps are irradiated by sequentially varying and turning on the red + green + blue LEDs with a certain time difference. It increases skin density and elasticity in a short period of time, improves skin elasticity, soothes, moisturizes, and improves dead skin cells, helps to discharge harmful substances and replenishes moisture, suppresses spots and blemishes. , Whitening and helping to inhibit melanin pigment.

Hereinafter, a detailed operation process of the LED mask having improved usability according to the present invention will be described.

First, connect the face mask unit and the neck mask unit to the two-pronged connection terminal of the Y-type connection jack, and connect the control unit to the rear.

Next, the neck mask is placed on the user's neck so that the inner surface of the neck mask is illuminated, and then the neck mask is worn through the neck mask support portion having an elastic band structure.

Next, after being positioned so that the inner surface of the face mask unit is in contact with the user's face, it is temporarily worn through a face mask support unit having a spectacle leg structure or an elastic band structure.

Next, remove the temporary wearable face mask and adjust the front and rear distances and angles of the left and right eyeball supporters in direct contact with the skin according to the shape of the user's face, and adjust the fixed angle of the nose supporters in contact with the nostrils. Then wear it again.

This allows the eyeball support to stably adhere to the skin around the user's eyeball, and the nose support corresponds to the shape of the nose, so that the angle can be set.

Through this, it is possible to wear the face mask unit comfortably for a long time by minimizing the pressure on the face skin and discomfort of the user due to the load of the face mask unit and the bias of a specific part.

Next, by touching the power switch of the control unit, a plurality of LED lamps located on the inner surface of the face mask unit and the neck mask unit are turned on.

At this time, the LED lamp of the face mask part is turned on only in the wearing state according to whether the distance detection sensor of the face mask part detects the wearing state of the user.

Next, according to the user's selection, the brightness and color of a plurality of LED lamps located on the inner surface of the face mask and neck mask are set, the lighting time is set, and whether or not the LED lamp blinks is set and controlled. .

100: face mask unit 110: outer frame
120: inner frame 130: eye support
140: nose support 150: face mask support
160: distance detection sensor 200: neck mask portion
210: outer frame 220: inner frame
230: neck mask support 300: Y-type connection jack
400: control unit 410: power switch
420: brightness control switch 430: color control switch
440: time control switch 450: on/off control switch

Claims (8)

In the shape of a mask used on the front of the user's face, LED lamps are arranged to form a surface at regular intervals in the inner surface direction to evenly irradiate LED light on the user's face skin;
A neck mask part 200 for evenly irradiating LED light on the user's neck skin by arranging the LED lamps at regular intervals in the shape of a neck mask used on the front of the user's neck in the inner direction,
Y-shaped connection jack 300 that is connected to the control unit at the rear in the shape of a Y-shaped connection jack, and connects the face mask unit and the neck mask unit at the same time in front of the connection jack divided into two, and connects the control unit at the rear to transmit control signals at the same time. and,
It is composed of a control unit 400 that transmits a control signal to the face mask unit and the neck mask unit through a Y-type connection jack,
The face mask part 100 comprises an outer frame 110 that forms an outer surface of the face mask part and forms an external shape,
In the shape of a frame that is coupled to the inner side of the outer frame and has the same surface, a plurality of LED lamps that maintain a constant distance up, down, left, and right are installed to face the inner frame and are irradiated. ,
An eyeball support 130 which is positioned along the circumference of both eyes of the user on the inner side of the inner frame and coupled to support the circumference of the user's eyeball,
A nose support 140 formed at a position corresponding to the user's nose at the lower center of the eye support unit to support and contact the user's nose,
Convenience of use including a face mask support part 150 that fixes the face mask part to the user's face and supports the entire face with an elastic band structure or a spectacle leg structure combined in the form of a hinge that is decoupled to the left and right sides of the inner frame. In the improved LED mask,
The eyeball support 130 is
It is a frame shape that is symmetrically connected to one side of the inner side of the face mask to correspond to the position of the user's eyeball, and a dual structure frame is formed along the left and right eyeballs, and the outer side of the double structure frame is left and right side The eyeball support front frame 131 in which the bolt movement hole 131a in the form of a long hole is formed in the front and rear directions at the top and bottom, and
It is made symmetrically left and right inside the eyeball support front frame, the inner circumference is inserted symmetrically left and right inside the double structure frame of the eyeball support front frame, and the outside is formed by protruding at regular intervals in the circumferential direction, and inside A bolt fixing hole (132a) is formed at the top and bottom of the circumferential surface at the top and bottom of the left and right sides to correspond to the bolt movement hole, and the eyeball support rear frame 132 is bolted to the eyeball support front frame after adjusting the position in the front and rear directions. )and,
LED mask with improved ease of use, characterized in that the eye-supporting and detachable silicone 133 is configured to be coupled in an insertion-fitting method to a protrusion that regularly protrudes in the outer circumferential direction of the eye-supporting rear frame.
delete delete delete The method of claim 1, wherein the eye support rear frame (132)
It is characterized by adjusting and fixing the left and right front and rear separation distances along the long hole-shaped bolt movement hole (131a) formed in the front and rear directions at the upper and lower left and right sides of the eyeball support front frame. LED mask with improved ease of use.
The method of claim 1, wherein the nose support 140
It is a rectangular frame in which a wing-shaped frame protrudes at the rear left and right. It is inserted in a slide manner at the lower center of the eyeball support part, and a fixing bolt is fastened and supported in the vertical upper direction, and a rotating shaft and An arc-shaped angle adjustment hole is formed to support the nose support front frame 141 for supporting the nose support angle adjustment frame, and
It is a frame shape formed with an inclined angle symmetrically left and right in response to the position of the user's nose, and is coupled to the rotation axis of the front frame supporting the nose, and rotated and fixed up and down along the arc-shaped rotation hole based on the combined rotation axis. Nose back support angle adjustment frame (142),
LED mask with improved ease of use, characterized in that the nose support detachable silicone (143) is configured to be coupled to the outer circumferential direction of the nose support angle adjustment frame by inserting.
According to claim 6, the nose back support angle adjustment frame (142)
It is characterized in that the rotation axis formed at the rear side of the front frame of the nose support is rotated along the arc-shaped angle adjustment hole as a reference axis to adjust the angle in response to the user's nose, and then fasten a fixing bolt to the angle adjustment hole to fix it. LED mask with improved ease of use.
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