KR200422511Y1 - LED skin pore sonic brush - Google Patents

Abstract

The present invention can easily separate dandruff or sebum sticking to the scalp and the pores by vibrating the brush, and the LED pores sonic that can open the intercellular fat of the scalp by the light emitted from the LED and facilitate the penetration of the hair growth agent. The purpose is to provide a brush.

To this end, the LED pores sonic brush according to the present invention, the drive motor and the built-in rechargeable battery is coupled to the hinge rotatably to the main body 10, the brush cover 20 is fixed to the body, the brush cover is provided with an operation button on the outside. A pair of transparent or semi-transparent brushes 30, 30 ', which are opposed to each other and elastically connected to each other by a spring, each of which has a plurality of magnetic poles formed on the front surface thereof, and a pair installed to face each other on opposite surfaces of the brush. Roller 140, 140 'of the drive motor is mounted to the end of the drive shaft exposed to the outside of the main body is interposed between a pair of rollers to secure the brush cover to the main body to vibrate the brush left and right when driving the drive motor A plurality of vibrators 110 and mounted on one end of the main body and positioned within the brush cover to irradiate light to the outside through the front part of the brush when the brush cover is fixed to the main body. That the LED light made, including the LED array panel 40 is characterized.

 Body, brush cover, brush, roller, vibrator, LED panel

Description

LED Pore Sonic Brush {LED skin pore sonic brush}

1 is a perspective view of the LED pores sonic brush according to an embodiment of the present invention.

2 is a rear view of FIG. 1.

3 is an exploded perspective view of the brush cover separated from the main body;

4 is a bottom view of the brush cover.

5 is a view showing a state in which the brush is opened to both sides by the vibrator.

6 is a view showing a state in which the brush in the state of FIG. 5 is returned to its original state.

<Description of Major Symbols in Drawing>

1: scalp cleaning device 10: main body

20: brush cover 30, 30 ': brush

40: LED panel 41: light emitting LED

50: drive motor 60: rechargeable battery

70: operation button portion 80: connection terminal

90: operation check LED 110: vibrator

130: spring 140, 140 ': roller

The present invention relates to a scalp cleaning device, and more particularly, to easily separate dandruff or sebum adhered to the scalp and the pores by vibrating the brush, and the LED to allow the hair growth agent to penetrate the scalp smoothly by light emitted from the LED. Relates to the pores sonic brush.

Generally, in order to clean the scalp, shampoo is applied to the hair while the hair is moistened with water, and the scalp is massaged with fingertips to create bubbles while separating dandruff or sebum on the scalp or pores, and then rinsing with water.

In addition, you can brush your hair with a brush while the foam of the shampoo is applied to separate dandruff or sebum on the scalp or pores, and then rinse it with water.

However, as described above, if you massage your scalp with your fingertips or comb your hair with a brush, you will have to put your own energy on your wrist, which will not only force your wrist, but also massage your scalp with your hand. There is a problem because it is difficult to evenly scalp scalp.

In addition, when a hair growth agent is applied to the scalp to promote hair growth, conventionally, only the hair growth agent is applied to the scalp, so that the hair growth agent waits for penetration into the scalp, and the penetration rate of the hair growth agent is slow as well as a small amount of penetration.

The present invention has been devised to solve the conventional problems as described above, it is possible to easily separate the dandruff or sebum sticking to the scalp and the pores by vibrating the brush, the scalp by the light irradiated from the LED The purpose of the present invention is to provide an LED pore sonic brush that can open the intercellular fat of the hair growth agent and smoothly.

In order to achieve the object as described above, the LED pore sonic brush according to the present invention, the main body is provided with a drive motor and a rechargeable battery therein, the operation button is provided on the outside, a brush cover detachably fixed to one side of the body, brushes A pair of transparent or translucent brushes which are hinged to the cover to be rotatably hinged to each other and are elastically connected to each other by springs, and having a plurality of magnetic poles respectively formed on the front surface thereof, facing each other on the opposite surfaces of the brushes. A pair of rollers, a vibrator mounted on a driving shaft end of the driving motor exposed to the outside of the main body, interposed between the pair of rollers when the brush cover is fixed to the main body, and vibrating the brush left and right when driving the driving motor, and one end of the main body Is mounted in the brush cover when the brush cover is secured to the body. It is made, including the portion of the plurality of light emitting LED which irradiates light LED array panel has a technical feature.

In the above-described configuration, the LED panel is built in a transparent or translucent LED sealing tube installed on one side of the main body is made to block the contact with water when scalp cleaning.

In the above-described configuration, a screw groove is formed at the upper end of the LED sealing tube, and a coupling screw that is screwed to the screw groove is rotatably mounted on the upper end of the brush cover, and the main body and the brush cover are tightened by tightening the coupling screw to the screw groove. It is fixed integrally.

In the above-described configuration, the vibrator has an outer surface formed in an elliptical shape and the length of the long axis is formed longer than the distance between the rollers, so that when the long axis and the roller are located in a straight line, the brushes are open on both sides and the short axis and the roller are in a straight line. When positioned on the brush, the brush is returned to its original state by the spring.

Hereinafter, the features of the above-described configuration and its operation will be described in more detail with reference to preferred embodiments of the LED pore sonic brush according to the present invention.

1 to 3, the LED pore sonic brush 1 according to an embodiment of the present invention, the main body 10, the brush cover 20 is detachably fixed to one side of the main body 10 , A pair of brushes 30, 30 ′ installed on the brush cover 20, and an LED panel 40 mounted on one end of the main body 10.

As described above, the main body 10 serves as a handle for scalp cleaning, and as shown in FIG. 2, the driving motor 50 and the charging battery 60 are built in the inside, and the driving motor 50 and the light emission outside. An operation button unit 70 for operating the operation of the LED 41 is provided.

The operation button unit 70 is composed of an on button 71 and an off button 72 to operate the driving motor 50 and the light emitting LEDs 41. When the on button 71 is pressed once, only the driving motor 50 is operated, and when the on button 71 is pressed again, the light emitting LED 41 is turned on while the driving motor 50 is operated, and the on button 71 is pressed. When pressed again, the driving motor 50 is stopped and only the light emitting LED 41 is turned on.

The main body 10 is sealed to prevent water from entering the inside of the scalp and the other end of the main body 10 is provided with a connection terminal 80 to which a terminal of the charger is connected to charge the rechargeable battery 60. do.

In addition, near the operation button unit 70 by operating the operation button unit 70 is turned on when the light emitting LED 41 of the drive motor 50 and the LED panel 40 is turned on to drive the motor 50 and light emission An operation confirmation LED 90 is installed to confirm that the LED 41 is operating. The operation confirmation LED 90 lights up in green when the driving motor 50 is driven, and lights up in red when the light emitting LEDs 41 are turned on.

On the other hand, as shown in Figure 3, the end of the drive shaft 51 of the drive motor 50 is exposed to the outside of one end of the main body 10, it is wrapped by the drive shaft closed tube (100). The vibrator 110 for vibrating the brushes 30, 30 ′ is mounted at the end of the drive shaft 51 that is not wrapped by the drive shaft hermetic pipe 100.

In addition, a transparent or translucent LED sealing tube 120 surrounding the LED panel 40 is installed outside one end of the main body 10, and a screw groove 120a is formed at the end of the LED sealing tube 120. .

As shown in Figure 3 and 4, the brush cover 20 described above is detachably fixed to one side of the main body 10, there is formed a space portion 20a open to the bottom inside, the front A brush through hole 20b through which the brushes 30 and 30 'penetrate is formed.

The end of the coupling screw 21 is screwed on the upper end of the brush cover 20 as the coupling screw 21 is rotatably installed in the screw groove 120a formed at the end of the LED sealing tube 120. By screwing into the groove 120a, the brush cover 20 is fixed to the main body 10.

As shown in FIGS. 3 and 4, the brushes 30 and 30 ′ have the rear ends pivotally installed in the brush cover 20 by hinges to face each other and elastically by the springs 130. Connected. In addition, a plurality of stimulus protrusions 31 for stimulating the scalp are protruded from the front portion of the brush 30, 30 ′ exposed to the front of the brush cover 20 through the brush through hole 20b.

At this time, the spring 130 is installed in the front portion of the brush (30) (30 '), so that the pair of brushes (30) (30'), the front end is opened to both sides around the rear end of the spring (130) Return to the original state by the restoring force of).

In addition, a pair of rollers 140 and 140 ′ are rotatably installed to face each other at a portion of the opposite surfaces of the brushes 30 and 30 ′ that are positioned inside the brush cover 20. As the vibrator 110 to be described later rotates between the rollers 140 and 140 ', the brushes 30 and 30' vibrate left and right.

The brush 30 (30 ') is to stimulate the scalp in the hair shampoo after shampooing so that dandruff or sebum attached to the scalp is separated.

As shown in FIG. 3, the above-described LED panel 40 is installed in the LED sealing tube 120 and includes a plurality of light emitting LEDs 41, and when the brush cover 20 is fixed to the main body 10. It is located between a pair of brushes 30, 30 '.

Therefore, when operating the light emitting LED 41 by pressing the operation button unit 70, the light irradiated from the light emitting LED 41 is irradiated to the outside through the front portion of the transparent or translucent brush 30 (30 '). . Therefore, after rinsing the foam thoroughly with water after shampooing, apply hair growth agent to the scalp and operate the light emitting LED (41), the light emitted from the light emitting LED (41) touches the scalp, the intercellular fat is opened and the hair growth agent penetrates smoothly between the cells. do.

3 and 4, the above-described vibrator 110 is mounted on the end of the drive shaft 51 exposed to the outside of the drive shaft hermetic tube 100, the outer surface is formed in an oval shape, the length of the long axis Is longer than the distance between the pair of rollers 140, 140 'installed on the opposite surfaces of the brushes 30, 30'.

Therefore, when the long axis of the vibrator 110 is positioned in line with the rollers 140, 140 ', the brushes 30, 30' are pushed outward as the rollers 140, 140 'are pushed outward as shown in FIG. When the short axis of the vibrator 110 is positioned in line with the rollers 140 and 140 ', the brushes 30 and 30' are rotated inward by the restoring force of the spring 130 as shown in FIG. To return to its original state.

Hereinafter, the operation of the LED pore sonic brush according to an embodiment of the present invention configured as described above will be described in detail.

First, moisten your head with water and shampoo in your hands, then use your hands to wind the foam. After generating bubbles like this, by pressing the on-button 71 of the operation button unit 70 once and combing the brush 30 and 30 'with the scalp while the brushes 30 and 30' are vibrated. Comb.

When combing the scalp with the brush 30 (30 ') in a vibrating state, dandruff or sebum sticking to the scalp and the pores is dropped by the vibration of the brush 30 (30').

After 3 minutes of rinsing, the hair is rinsed with water to remove the bubbles on the hair and scalp as well as dandruff and sebum separated from the scalp and pores.

Rinse and dry your hair thoroughly, then apply a hair restorer to your scalp. Then, the operation button unit 70 is operated to turn on the light emitting LED 41, and then, when the brush 30, 30 'is applied to the portion where the hair restorer is applied, light is irradiated to the scalp from the light emitting LED 41, thereby As the intercellular fat (aquaporin) is opened, the hair growth agent penetrates deep into the scalp to promote hair growth.

Meanwhile, a process in which the brushes 30 and 30 'vibrate will be described.

When the on-button 71 of the operation button unit 70 is pressed once to drive the driving motor 50, a pair of rollers in which the vibrator 110 is mounted to the brushes 30 and 30 ′ simultaneously with the driving shaft 51 ( By rotating between 140 and 140 ', the brushes 30 and 30' are vibrated.

That is, since the outer surface of the vibrator 110 has an elliptical shape, when the long axis of the vibrator 110 is positioned in line with the rollers 140, 140 ′, the rollers 140, 140 ′ are pushed to both sides. While the brushes 30 and 30 'are also pushed to both sides, and when the short axis of the vibrator 110 is positioned in line with the rollers 140 and 140', the pair of brushes 30 and 30 'are removed. The brushes 30, 30 'are returned to their original state by the restoring force of the springs 130 which are elastically connected to each other.

As such, by periodically repeating the process of the brushes 30 and 30 'being pushed to both sides and returning to the original state, the effect of vibration is obtained.

As described above with reference to the accompanying drawings, the LED pore sonic brush according to a preferred embodiment of the present invention, the present invention is not limited to the embodiments and drawings described in detail herein, within the technical scope of the invention Various modifications may be made.

According to the inventive LED pores sonic brush configured as described above, it is possible to easily clean the scalp by vibrating the brush to easily separate dandruff or sebum sticking to the scalp and the pores, thereby maintaining a clean scalp. In addition, since the intercellular fat of the scalp is opened by the light emitted from the LED, the hair growth agent can be smoothly penetrated to promote the production of hair.

Claims (4)

A main body in which a driving motor and a rechargeable battery are built in, and an operation button unit is provided on the outside; A brush cover detachably fixed to one side of the main body; A pair of transparent or translucent brushes rotatably hinged to the brush cover, opposed to each other, elastically connected to each other by a spring, and having a plurality of magnetic poles formed on a front surface thereof, respectively; A pair of rollers installed to face each other on opposite surfaces of the brush; A vibrator mounted on an end portion of the drive shaft exposed to the outside of the main body and interposed between the pair of rollers when the brush cover is fixed to the main body to vibrate the brush left and right when the drive motor is driven; And And a LED panel mounted on one end of the main body, the LED panel including a plurality of light emitting LEDs positioned in the brush cover to irradiate light to the outside through the front part of the brush when the brush cover is fixed to the main body. LED pores sonic brush. The method of claim 1, The LED panel is built in a transparent or translucent LED sealing tube installed on one side of the main body of the LED pore sonic brush, characterized in that the contact with water is made to block the scalp cleaning. The method of claim 2, A screw groove is formed at an upper end of the LED sealing tube, and a coupling screw rotatably mounted at the upper end of the brush cover is screwed into the screw groove, and the main body and the brush cover are integrally tightened by screwing the coupling screw into the screw groove. LED pores sonic brush, characterized in that fixed with. The method according to any one of claims 1 to 3, The vibrator has an outer surface in an elliptical shape and the length of the long axis is longer than the distance between the rollers, so that when the long axis and the roller are located in a straight line, the brushes are open to both sides and the short axis and the roller are located in a straight line. LED pores sonic brush, characterized in that the brush is made to return to the original state when the spring.

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