KR102281225B1 - Face cleansing apparatus type bubble - Google Patents

Abstract

The present invention relates to a bubble-type face-washing device that can cleanse the face in a bubble-type manner due to the generation of air bubbles and improve skin beauty and skin diseases. An LED module provided on the outer periphery of the outer surface of the washing container, that is, the bubble generator, to simultaneously irradiate the skin with LED wavelengths and near-infrared rays when washing the face, and the washing container. A body consisting of an air guide installed in the washing tub, an air guiding part through which air passes to generate bubbles in the water contained in the washing tub, and a case surrounding the outside of the air inducing part, and the air inducing part A solenoid valve to be installed, a driving unit provided inside the air induction unit to allow air to flow in, an air supply unit connected to the air induction unit to supply air to the cleaning tub according to the operation of the driving unit, and the front of the case It is provided in the operation unit and includes an operation unit for controlling the LED module and the solenoid valve.

Description

Bubble type eyewash device {FACE CLEANSING APPARATUS TYPE BUBBLE}

The present invention relates to a bubble-type face-washing device, and more particularly, to a bubble-type face-washing device that cleanses with bubbles by generating air bubbles and helps to improve skin beauty and skin diseases.

In general, a face-washing device is mainly used by a woman who wears a lot of makeup to wash her face.

Among these face-washing devices, there is a bubble-type face-wash device provided to obtain cleaning power by generating bubbles with air injected into water.

A typical bubble-type face-wash device uses an air pump to supply air into the water to form bubbles.

Among bubble-type face-wash devices, there are those in which the air pump is located at the bottom of the cleaning room. These bubble-type face-wash devices have internal electrical components such as motors as the water in the washing room flows back to the air pump through the air flow path for supplying air to the washing room. There was a high risk of damage.

Therefore, among recent bubble-type face-washing devices, there have been appeared in which the product reliability of the device is improved by suppressing the backflow of water in the washing room toward the air pump at the bottom through the air flow path.

For example, in the related art, the bubble-type cleaning device disclosed in Korean Patent Publication No. 10-1021096 is the same.

The bubble-type cleaning device disclosed in the above publication was developed for face-washing, and by allowing air blown through an air pump to flow into the cleaning chamber via a position higher than the highest water level in the cleaning chamber, the air pump located at the bottom of the cleaning chamber It is designed to prevent backflow of water from the washing room.

Such a conventional bubble-type cleaning device can prevent the backflow of water in the cleaning chamber, but when the water in the cleaning chamber flows according to the generation of bubbles, it falls toward the flow path to which air is supplied and water enters the motor, resulting in a malfunction. There was a problem being

In addition, the conventional bubble-type cleaning device provides excellent cosmetic effects such as pore cleaning, exfoliation, and massage effect by micro-vibration generated by the bursting of air bubbles in the water, but additional effects such as collagen production in the dermis and improvement of skin diseases There was a problem that could not be provided.

Republic of Korea Patent Publication No. 10-1021096

Therefore, the present invention has been devised to solve the above problems, and the purpose is to increase the satisfaction of the user by irradiating the LED wavelength at the same time as bubble cleansing, and completing the complex and long skin care time in just 2 to 4 minutes. To provide a bubble-type face-washing device that can.

In addition, another object of the present invention is to reduce power consumption and prevent backflow of water in the washing room to the motor by rotating the solenoid valve at a low speed and then idling at a low speed when the motor is initially driven. is to provide.

A bubble-type face-wash device according to an embodiment of the present invention for achieving the above object includes a washing tub provided to contain water for washing, and a bubble generating unit provided on the bottom surface of the washing tub to generate bubbles. And, an LED module provided on the outer periphery of the outer surface of the washing tub, that is, the bubble generating part, to irradiate the skin with LEDs when washing the face, an air guide installed in the washing tub, and a washing tub provided in the washing tub A body consisting of an air induction part through which air passes in order to generate bubbles in the water contained in the water and a case surrounding the outside of the air induction part, a solenoid valve installed in the air induction part, and the air induction part provided inside the air induction part an air supply unit connected to the air induction unit to supply air to the washing tub according to the operation of the driving unit, and an air supply unit provided in the front of the case to control the operation of the driving unit and the LED module and the solenoid valve It may include an operation part.

The bubble generating unit includes an air supply chamber formed on the bottom surface of the washing tub to supply air, and a bubble generating plate provided at the upper portion of the air supply chamber and having a plurality of air injection holes to generate bubbles in the water contained in the washing bin; , It is fastened to the upper portion of the air supply chamber may include a fixing member capable of fixing the bubble generating plate.

The LED module is provided with an LED mounting plate around the outer periphery of the outer lower end of the cleaning tub, that is, the bubble generating unit, and at least one LED may be installed at a predetermined interval on the LED mounting plate.

The LED module is provided with a grounding part connected to the LED by a power line to turn on/off the LED, and the grounding part is made of a + terminal and a - terminal so as to be connected to the LED and a power line. The + terminal and the - terminal may be provided to be spaced apart from each other in opposite directions to prevent electric shock.

The driving unit includes a motor provided inside the air induction unit and driven according to a signal from the operating unit, and an air inlet fan provided under the motor to supply air through the air supply unit while rotating according to the driving of the motor. can do.

The air supply unit is formed on the bottom surface of the main body and is formed between the air inlet through which external air is introduced according to the operation of the driving unit, and the inner wall surface of the air induction unit and the blocking plate, so that the air flowing into the air inlet is supplied to the cleaning room. It may include an air passage to allow

The operation unit may include a PCB substrate electrically connected to the motor to control driving of the motor, and an operation button electrically connected to the PCB substrate to adjust the air supply amount and intensity in stages.

The operation button may be provided with an on (on) / off (off) button of the LED module and an LED control unit capable of adjusting the LED wavelength.

As described above, according to the bubble-type face-washing device according to the present invention, air is supplied and bubbles are generated in the water, so it is possible to wash the face in a bubble form without using hands, and it is not necessary to wash the face using hands. It is convenient to prevent and use, and has the effect of improving skin beauty, sterilization, and skin diseases by irradiation with LED wavelength and near infrared rays.

In addition, the present invention has the effect of maximizing the quality and performance of the product by preventing damage to the motor by blocking the water in the cleaning room from flowing into the motor by the solenoid valve installed in the air induction unit even if it falls down.

1 is a perspective view in which a washing tube and a main body of a bubble-type eyewash device according to the present invention are separated.
Figure 2 is a perspective view showing a bubble-type eyewash device according to the present invention.
Figure 3 is a side view showing a bubble-type eyewash device according to the present invention.
4 is a bottom perspective view showing a bubble-type eyewash device according to the present invention.
Figure 5 is a cut-away view of the body of the bubble-type face-washing device according to the present invention separated.
6 is a cross-sectional view showing the internal configuration of the bubble-type eyewash device according to the present invention.
7 is a cross-sectional view showing the operating state of the bubble-type eyewash device according to the present invention.
Figure 8 is a block diagram showing the operation button of the bubble-type face-washing device according to the present invention.

Since the present invention can have various changes and can have various embodiments, specific embodiments are illustrated in the drawings and described in detail in the detailed description. However, this is not intended to limit the present invention to specific embodiments, and it should be understood to include all modifications, equivalents and substitutes included in the spirit and scope of the present invention.

In the drawings, embodiments of the present invention are not limited to the specific form shown and are exaggerated for clarity. Although specific terms have been used in this specification, they are used for the purpose of describing the present invention, and are not used to limit the meaning or scope of the present invention described in the claims.

In the present specification, the expression 'and/or' is used to mean including at least one of the elements listed before and after. In addition, the expression 'connected/coupled' is used in a sense including being directly connected to another element or indirectly connected through another element. As used herein, the singular also includes the plural, unless the phrase specifically states otherwise. Also, as used herein, a component, step, operation, and element referred to as 'comprises' or 'comprising' refers to the presence or addition of one or more other components, steps, operations, and elements.

In the description of the embodiments, each layer (film), region, pattern or structure is “on” or “under” the substrate, each side (film), region, pad or patterns. The description of "formed on" includes both those formed directly or through another layer. The standards for the upper/above or lower/lower layers of each layer will be described with reference to the drawings.

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view of the bubble-type face-washing device according to the present invention separated from the washing tube and the body, FIG. 2 is a perspective view showing the bubble-type face-washing device according to the present invention, and FIG. 3 is a bubble-type face-washing device according to the present invention 4 is a bottom perspective view showing the bubble-type face-washing device according to the present invention, and FIG. 5 is a cross-sectional view showing the bubble-type face-washing device according to the present invention in which the washing tube and the main body are separated, and FIG. 6 is the present invention A cross-sectional view showing the internal configuration of the bubble-type face-washing device according to the invention, Figure 7 is a cross-sectional view showing the operating state of the bubble-type face-washing device according to the present invention, Figure 8 is the operation button of the bubble-type face-washing device according to the present invention is a configuration diagram showing

1 to 7, the bubble-type face-wash device according to the present invention includes a washing container 100, a bubble generating unit 200, an LED module 300, an air guide unit 400, It includes a body 500 , a solenoid valve 530 , a driving unit 600 , a blocking plate 700 , an air supply unit 800 , and an operation unit 900 .

The washing container 100 is provided in the form of a bowl, so that the washing chamber 110 is formed so that water is contained therein for washing.

In addition, the washing tank 100 is made of a transparent or opaque material so that the washing chamber 110 containing water can be seen from the outside.

And, it is preferable that the washing tank 100 is made of a size that can accommodate an adult's face in the washing room 110 for washing.

The bubble generating unit 200 is provided on the inner bottom surface of the washing container 100 to generate air bubbles in the water contained in the washing chamber 110 while the air is introduced.

2 and 5 , the bubble generating unit 200 includes an air supply chamber 210 , a bubble generating plate 220 , and a fixing member 230 .

The air supply chamber 210 is formed on the bottom surface of the cleaning chamber 110 of the cleaning barrel 100 so that air can be supplied through the air supply unit 700 .

In addition, the air supply chamber 210 is integrated with the washing tank 100 and is connected to the main body 500 on the upper part of the main body 500 .

The bubble generating plate 220 is provided on the upper portion of the air supply chamber 210, and the air flowing into the air supply chamber 210 passes through, generating bubbles in the water contained in the cleaning chamber 110 of the cleaning tub 100. A plurality of air injection holes 221 are formed to do this.

The bubble generating plate 220 may be provided with a circular stainless steel plate having a thickness of approximately 0.2 to 0.5 mm.

The air injection hole 221 is formed at regular intervals on the entire surface to evenly generate air bubbles in the water contained in the cleaning chamber 110, and the upper portion (ℓ₁) is formed with a diameter of 0.3 to 0.6 mm, and the lower portion ( ℓ₂) is formed with a diameter of 0.1 to 0.3 mm and penetrates the top and bottom while forming the shape of the upper and lower narrows.

In addition, when the air injection hole 221 is formed in the upper and lower narrow shape, when the air supplied to the air supply chamber 210 is injected into the cleaning chamber 110 through the air injection hole 221, the air injection hole 221 When air is introduced from the lower part of the , it is introduced at a high pressure, and when it is sprayed into the cleaning chamber 110 from the upper part of the air injection hole 221, the air is spread widely by the high pressure, so that the water bubbles can be formed widely. .

That is, air is supplied to the air supply chamber 210 and air is supplied to the cleaning chamber 110 through the air injection hole 221 of the bubble generating plate 220 to generate bubbles in the water contained in the cleaning chamber 110 . As the bubbles come into contact with the face and burst, they stimulate the skin, and through this, exfoliation of contaminants, oils and fats, make-up, and dead skin cells of the skin is made and the face is washed.

The fixing member 230 is fastened to the upper portion of the air supply chamber 210 to firmly fix the bubble generating plate 220 .

In addition, the fixing member 230 is fastened to the air supply chamber 210 in the form of a screw or magnetic force using a magnet in a state where the bubble generating plate 220 is placed on the upper portion of the air supply chamber 210 .

In addition, the fixing member 230 is provided in a ring shape so that air can be injected through the air injection hole 221 of the bubble generating plate 220 while being fastened to the air supply chamber 210 .

That is, as the fixing member 230 is detachably fastened to the upper part of the air supply chamber 210 in the form of a screw or a magnet, the bubble generating plate 220 can be firmly fixed, and in the air supply chamber 210 , Since the fixing member 230 can be easily separated, cleaning in the air supply chamber 210 or the bubble generating plate 220 can be easily replaced.

The LED module 300 is provided at the outer lower end of the washing container 100 , that is, on the outside of the bubble generating unit 200 , so that it is possible to irradiate the LED 320 to the skin while washing the face.

The LED module 300 includes an LED mounting plate 310 , an LED 320 , and a grounding unit 330 .

The LED mounting plate 310 is provided integrally around the outer periphery of the outer lower end of the washing tank 100 , that is, the outer periphery of the bubble generating unit 200 .

At this time, the LED mounting plate 310 is provided in close contact with the outer bottom surface of the washing tub 100 to the contact point of the inclined portion from the bottom surface of the washing tub 100 so as not to protrude to the outside of the inclined portion. .

The LED 320 is installed on the LED mounting plate 310 to irradiate a light source to the skin of the face contained in the cleaning room 110 .

In addition, at least one LED 320 is installed at regular intervals so that the light source can be evenly irradiated to the skin surface.

And, the LED 320 can be applied to the LED irradiated with light sources of different wavelengths of red light, blue light, green light, and infrared wavelength bands according to the skin condition.

The ground unit 330 is connected to each LED 320 through a power line 340 to turn on/off the LED 320 .

In addition, the ground unit 330 is formed of a + terminal 331 and a - terminal 332 connected to the LED 320 and the power line 340 .

In addition, the + terminal 331 and the - terminal 332 of the ground unit 330 are installed in opposite directions to prevent electric shock or electric leakage caused by water falling from the cleaning chamber 110 to be spaced apart from each other.

In addition, the ground part 330 is divided into the washing tub 100 and the main body 500, and when the washing tub 100 is seated on the main body 500, it is grounded and the LED 320 is turned on according to the application of power. (on), and when the washing tank 100 is separated from the main body 500, the LED 320 is turned off even when power is applied because it is not grounded.

That is, as the washing tank 100 to which the bubble generating unit 200 is coupled falls from the main body 500, the power of the LED 320 is turned off to prevent wastage of electricity.

The air guide unit 400 is detachably installed on the outer surface of the washing tank 100 to supply air to the bubble generating unit 200 to generate air bubbles in the water.

The air guide 400 is provided with an air pipe 410 for supplying air to the air supply chamber 210 while air passes therein.

In addition, the air guide 400 is provided with a locking jaw 420 hung on the upper portion of the cleaning container 100 so that the air guide 400 can be detached from the cleaning container 100 in the upper inner side.

Accordingly, the air guide 400 can be fixed to the cleaning container 100 while the locking jaw 420 is caught in the cleaning container 100 , and the air guide 400 is fixed to the cleaning container by the locking jaw 420 . Since it can be easily separated from 100, even if the inside of the air guide 400 is contaminated, it can be cleaned or replaced.

The main body 500 includes an air induction part 510 to which air is supplied, and a case 520 in which the washing container 100 is seated while surrounding the air inducing part 510 .

In addition, the main body 500 can be installed standing up in the lower part of the washing container 100 or installed by laying on the side of the washing tank 100 .

And, although not shown, when the main body 500 is installed on the side of the washing tank 100, the air inducing part 510 and the bubble generating part 200 into which air is introduced are connected by a connecting pipe (not shown) to the air inducing part The air introduced into the 510 is supplied to the bubble generating unit 200 through the connecting pipe.

That is, the air induction unit 510 is to allow air to be introduced and supplied to the bubble generating unit 200 .

In the case 520, the air induction part 510 is installed while enclosing the outside of the air induction part 510, and the washing container 100 can be detachably installed thereon.

The solenoid valve 530 is installed in the air induction unit 510 to open and close the air pipe 410 .

In addition, the solenoid valve 530 is electrically connected to the operation unit 900 to close the solenoid valve 530 for 5 to 10 seconds when the motor 610 of the driving unit 600 described below is driven. After setting the motor 610 to idle at a low speed, the solenoid valve 530 is opened to drive the motor 610 at a high speed, thereby reducing the initial driving power consumption of the motor 610 .

Meanwhile, a solenoid valve or a check valve may be installed to open and close the air supply chamber 210 of the bubble generating unit 200 .

The driving unit 600 is provided in the air induction unit 510 of the main body 500 so that external air can be introduced and supplied.

The driving unit 600 includes a motor 610 provided in the air induction unit 510 and electrically connected to the operating unit 900 to be driven according to a signal from the operating unit 900 , and a lower portion of the motor 610 . It is connected to and rotates according to the driving of the motor 610 and includes an air inlet fan 620 that allows external air to be introduced.

The blocking plate 700 is provided on the inner upper portion of the air induction unit 510 while surrounding the top and side surfaces of the motor 610 to block the water in the cleaning chamber 110 from flowing into the motor 610 when it falls. .

In addition, the blocking plate 700 is provided while enclosing the outside of the motor 610 in the air induction unit 510 so that air introduced into the air induction unit 510 passes through and is supplied to the bubble generating unit 200 . It is provided to be spaced apart from the inner wall surface of the induction part 510 .

That is, when the blocking plate 700 is provided in the air inducing unit 510, a space is placed between the air inducing unit 510 and the blocking plate 700 to form an air passage 820 through which air passes. , the blocking plate 700 is provided in the form of covering the upper and side surfaces of the motor 610 so that even if the water in the cleaning chamber 110 falls to the bottom, it is blocked by the blocking plate 700 and flows down in the air passage 820 direction. It does not enter the motor 610 .

And, on the upper portion of the blocking plate 700, the air supplied between the air induction unit 510 and the blocking plate 700 is directly introduced into the air pipe 410 to achieve a smooth air flow. this will be provided.

The air supply unit 800 is connected to the air induction unit 510 to generate air bubbles in the water in the cleaning chamber 110 while external air is introduced according to the operation of the driving unit 600 to the bubble generating unit 200. will supply air.

The air supply unit 800 is formed on the bottom surface of the main body 500 and includes an air inlet 810 through which external air can be introduced according to the operation of the driving unit 600, the air induction unit 510 and the blocking plate. It is formed between the 700 and includes an air passage 820 through which the air introduced into the air inlet 810 can be supplied to the bubble generating unit 200 through the air guide 400 .

In addition, a filter 830 is provided on the inner surface of the air inlet 810 to filter out foreign substances contained in the air when air is introduced.

The air passage 820 is formed along the inner wall surface of the air induction part 510 and communicates with the air pipe 410 .

That is, in the air passage 820, the air flowing into the air inlet 810 collides with the blocking plate 700 in the air induction unit 510 and rotates in the air induction unit 510 to maintain the high pressure while maintaining the air pipe ( It is formed along the inner wall surface of the air induction part 510 so as to be supplied to the 410).

The operation unit 900 is provided on the front side of the case 520 of the main body 500 and is electrically connected to the LED module 300 , the solenoid valve 530 and the driving unit 600 to control the operation.

The operation unit 900 is electrically connected to the motor 610 to control the driving of the motor 610 according to the supply of electricity, the PCB substrate 910, and the PCB substrate 910 is electrically connected to the motor ( It includes an operation button 920 for controlling the operation and rotation speed of the 610).

The PCB board 910 controls the motor 610 to be driven for approximately 3 minutes when the button-type eyewash device is used once, but stops the motor 610 approximately 6 times at 3 second intervals after driving the motor 610 for approximately 30 seconds. It is possible to control the driving of the motor 610 so that the

Accordingly, according to the control of the PCB substrate 910, the motor 610 is driven for about 30 seconds and then temporarily stopped for about 3 seconds, thereby temporarily stopping the supply of air and bubbles in the water of the cleaning chamber 110 for 3 seconds. does not occur, so breathing can be induced.

In addition, after the motor 610 starts to operate according to the control of the PCB board 910, the solenoid valve 530 is set to a closed state for 5 to 10 seconds, and the motor 610 is idled at a low speed to the motor 610. It is possible to reduce power consumption during the initial operation of the face wash container 100 and to block the flow of water into the motor 610 through the air induction unit 510 when the water contained in the face wash container 100 flows backwards.

The operation button 920 controls the motor 610 to maintain a standby state before use, and the user can arbitrarily adjust step-by-step so as to control the pressure of bubble generation by adjusting the rotation speed of the motor 610 . will do

As shown in FIG. 8 , the operation button 920 includes an on/off button 921 of the LDE module 300 and an LED control unit 922 capable of adjusting the wavelength of the LED 320 . will become

In addition, the operation button 920 can be set in a variable manner from step 1 to step 8 to adjust the rotation speed of the motor 610 .

And, by setting the color of the LED 320 differently according to the control of the operation button 920, the user can easily check the intensity of the bubble with his or her own eyes.

For example, when the control of the operation button 920 is set to steps 1 to 6, the LED 320 is emitted in blue, and when the control of the operation button 920 is set to steps 7 to 8, the LED ( 320) to be emitted in red.

That is, by placing the operation button 920 in an off state in a state in which electricity is applied to the operation unit 900, the motor 610 is not driven and the standby state is maintained, and the operation button 920 is operated step by step. When adjusted to , the pressure of the air supplied to the air supply unit 800 is adjusted to control the rotational speed of the motor 610 by receiving a signal from the PCB substrate 910 and the water in the cleaning chamber 110 is adjusted. It is possible to control the pressure of the generated bubbles.

The operation state according to the bubble-type face-wash device of the present invention having the structure as described above is as follows.

When a certain amount of water is placed in the cleaning chamber 110 of the cleaning container 100 and the operation button 920 is turned on to drive the motor 610 under the control of the PCB substrate 910, the air inlet fan As the 620 is rotated, air is introduced through the air inlet 810 , and the air is supplied to the bubble generating unit 200 through the air passage 820 .

Then, while air is supplied to the air supply chamber 210 of the bubble generating unit 200, it is sprayed into the cleaning chamber 110 through the air injection hole 221 of the bubble generating plate 220, so that it is cleaned by the pressure of the air. As bubbles are generated in the water in the chamber 110 and air bubbles are burst, micro vibrations and ultrasonic vibrations are generated on the skin of the face immersed in the cleaning chamber 110 to achieve cleansing.

At the same time, as air is introduced into the air supply unit 800 according to the operation of the driving unit 600 , it is supplied to the air supply chamber 210 , and through the air injection hole 221 of the bubble generating plate 220 , the cleaning chamber ( 110) to remove dead skin cells on the skin as air bubbles are generated.

In addition, since bubbles are generated in the water in the washing room 110 , washing can be performed without using hands, and the LED module 300 is installed in the bubble generating unit 200 for generating bubbles in the washing room 110 . ), the LED wavelength and near-infrared light are irradiated to the skin according to the light emission of the LED 320, thereby activating the inner cells of the skin, enhancing the elasticity of the skin, and improving skin diseases.

In this way, by putting the face in the water contained in the washing room 110 and operating the LED module 300 when bubbles are generated for washing the face, it is possible to activate the skin and improve skin diseases along with washing the face, thereby improving the function and efficiency of the product. can be raised

In addition, a blocking plate 700 is provided inside the air induction part 510 while surrounding the outside of the motor 610, and the air induction part 510 is spaced apart between the inner wall surface and the blocking plate 700 to allow air to pass through. The air passage 820 is formed, and the air flowing into the air inlet 810 is blocked by the blocking plate 700 and rotates in the air induction unit 510, thereby increasing the pressure of the air, and high pressure air is introduced into the air passage 820. It can be supplied to the air supply chamber 210 through the air pipe 410 through the air bubble generation efficiency can be increased.

In addition, since the blocking plate 700 is provided in the form of enclosing the outside of the motor 610 , even if the water in the cleaning chamber 110 falls into the air supply chamber 210 and flows into the air passage 820 , the blocking plate 700 ) flows down into the air passage 820 and does not enter the motor 610, thereby preventing the failure of the motor 610.

As described above, the present invention is not limited to the specific preferred embodiments described above, and anyone with ordinary skill in the art to which the invention pertains can use various methods without departing from the gist of the present invention as claimed in the claims. Of course, modifications are possible, and such modifications are intended to be within the scope of the claims.

100: washing tank 110: washing room
200: bubble generating unit 210: air supply chamber
220: bubble generating plate 221: air blowing hole
230: fixing member 300: LED module
310: LED mounting plate 320: LED
330: ground 331: + terminal
332: -terminal 340: power line
400: air guide 410: air pipe
420: locking jaw 500: body
510: air induction unit 520: case
530: solenoid valve 600: driving part
610: motor 620: air intake fan
700: blocking plate 710: bulkhead
800: air supply 810: air inlet
820: air passage 830: filter
900: operation part 910: PCB board
920: operation button

Claims (8)

a washing container provided to hold water for washing;
a bubble generating unit provided on the bottom surface of the washing tank to generate bubbles;
an LED module provided on the outer surface of the washing container, that is, on the outer periphery of the bubble generating part, to irradiate the LED to the skin during washing;
an air guide installed in the washing tank;
a body provided in the washing tub and comprising an air induction part through which air passes to generate bubbles in water contained in the washing tub and a case surrounding the outside of the air inducing part;
a driving unit provided inside the air induction unit to allow air to be introduced;
a blocking plate provided on the inner upper part of the air induction part while surrounding the outside of the driving part to block the water in the washing room from flowing into the driving part when it falls;
an air supply unit connected to the air induction unit to supply air to the washing tank according to the operation of the driving unit; and
It includes; an operation unit provided on the front side of the case to control the operation of the driving unit and the LED module,
The LED module is provided with a grounding part connected to the LED by a power line to turn on/off the LED, and the grounding part is made of a + terminal and a - terminal to be connected to the LED and a power line. A bubble-type face-wash device, characterized in that the + terminal and the - terminal are spaced apart from each other in opposite directions to prevent electric shock. The method of claim 1,
The bubble generating unit,
an air supply chamber formed on the bottom surface of the washing tank and supplied with air;
a bubble generating plate provided in the upper part of the air supply chamber and having a plurality of air injection holes formed therein to generate bubbles in the water contained in the washing container; and
A bubble-type face-wash device comprising a; a fixing member fastened to the upper portion of the air supply chamber to fix the bubble generating plate. The method of claim 1,
The LED module is provided with an LED mounting plate around the outer periphery of the outer lower end of the washing container, that is, the bubble generating unit, and at least one LED is installed at a predetermined interval on the LED mounting plate. Device. delete The method of claim 1,
The drive unit,
a motor provided inside the air induction unit and driven according to a signal from the operation unit; and
An air inlet fan provided at the lower part of the motor to supply air through the air supply unit while rotating according to the driving of the motor. The method of claim 1,
The air supply unit,
an air inlet formed on the bottom surface of the main body through which external air is introduced according to the operation of the driving unit;
an air induction unit for allowing the air introduced into the air inlet to be supplied to the cleaning chamber through the driving unit; and
A bubble-type face-wash device comprising a; a solenoid valve installed inside the air induction unit. The method of claim 1,
The operation unit is electrically connected to the motor to control the driving of the motor; and is electrically connected to the PCB substrate to control the air supply amount and intensity step by step to control the operation and pressure of the motor to generate bubbles. A bubble-type face-wash device comprising a; operation button to control the rotation speed. 8. The method of claim 7,
The operation button has an on/off button of the LED module and an LED control unit capable of adjusting the LED wavelength.

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