KR20090062586A - Horny substance remover of head skin - Google Patents

Abstract

A scalp keratin-removing machine using a vibration brush is provided to improve the circulation of blood in the scalp and accelerate the growth of hair accordingly by adding a frequency output line to a vibration brush body, thereby applying a frequency to the scalp. A scalp keratin-removing machine using a vibration brush comprises a housing(50) and a vibration brush body(20). The vibration brush body is coupled or removably coupled to the housing. The housing has a control part(40) formed therein. The vibration brush body includes keratin-sucking suction holes(27) and a suction pipe-connecting connection nozzle(71). The suction pipe-connecting connection nozzle guides keratin sucked through the suction holes to a suction fan(70) installed in the housing. The control part is formed to drive a frequency generation part(41), a spray part-driving relay(42), a heater(43), a suction fan-driving part(72), and a far infrared or near infrared lamp(45). The housing further has the spray part-driving relay and the heater embedded therein.

Description

Horny substance remover of head skin using a vibrating brush

The present invention relates to a scalp exfoliator using a vibrating brush body capable of massaging the scalp and a vibrating brush to suck the removed keratin suction force through the vibrating brush body.

In general, exfoliation technology removes dead skin cells by simply rubbing them with fingers or palms, or with a separate spatula. However, in the case of keratin of the scalp, the thickness of the scalp is different and the strength of the skin is different, so excessive exfoliation may damage the scalp and cause hair to fall out.

On the other hand, a technique for receiving a massage to receive a vibration force is known, as shown in Figure 1, which is connected to the power supply to the massager on and off and at the same time, by adjusting the amount of current supplied to the motor to control the vibration speed A speed control unit 1;

A motor (3) driven by receiving electric power from the speed adjusting unit and rotating the eccentric cam;

Fixed to the shaft of the motor, the head mounting rod (7) is connected to the eccentric shaft, converts the rotational movement of the motor into the vertical movement of the head mounting rod, the eccentric with the balance weight (6) opposite the eccentric shaft A cam 5;

A far infrared ray generating unit 8;

It comprises a massage head mounted on the head mounting rod (7).

The massage head is composed of a mounting portion (9) including a fitting hole and a head portion (11) containing a magnet (10) between the mounting portion and assembled by fixing means such as screws. (4) is a fixture for fixing electric wires, etc. (2) is a handle.

 However, they simply provide a friction area to function as a simple massage, the effect of keratin gegger of the scalp is difficult to obtain.

The present invention is to solve this problem, an object of the present invention is to provide a vibrating brush body to provide a keratin without trouble of the scalp with a constant vibration, to provide an exfoliator with a vacuum suction force to the vibrating brush.

Another object of the present invention is to add a frequency output line to the brush of the vibration brush body to apply a frequency to the scalp to improve the blood circulation of the scalp to provide an exfoliator to promote hair growth.

Still another object of the present invention is that the tip of each brush blade of the vibrating brush body that provides the vibration force is smaller than the brush column to vibrate the vibration to stimulate the various points of the scalp to eliminate the damage of the scalp and maximize the stimulation of keratin removal It is to provide an exfoliator with increased efficiency.

Still another object of the present invention is to provide an exfoliator that maximizes the detachment of the hair by preventing the hair from being caught between the brush flesh and the undercarriage body when the inner head body comes to the inner surface of the undercarriage body which fixes the brush body and is subjected to vibration force. I will.

To this end, the present invention provides a vacuum suction hole for vacuum suction in a vibrating brush body fixed to the housing, thereby enabling exfoliation and removal of dead skin cells.

The present invention also forms a frequency output line for applying a frequency to the brush blade of the vibrating brush body.

Each brush blade of the vibrating brush body of the present invention has a smaller diameter of the vibrating pillar at the lower side than the brush column to enable vibration up and down and to the left and right when vibrating, thereby stimulating the scalp keratin by widening the stimulation range of the scalp without pain. It works to remove gently.

The present invention comprises a housing having a control unit coupled to the coupling means so as to replace the replaceable vibrating brush body scalp massage; And

And a vibration brush body having a suction hole for keratin suction and a connection nozzle for connecting a suction pipe to guide the suction keratin sucked through the suction hole to a suction fan installed in the housing.

The housing has a spray drive relay,

A heater that generates steam by heating the spray unit is further included.

The vibration brush body and the upper body having a connection hole for connecting with the head mounting rod,

Composed with the upper body and consists of a lower body for fixing a plurality of brush blades for exfoliation,

The unit brush blade has an inner head body which is placed on the inner surface of the lower body so as to be integral with or detachable from the brush post,

A brush column exposed to the outer surface of the lower body,

It is composed of a shake pillar exposed to the tip of the brush pillar and of a smaller diameter than the brush pillar to shake.

The brush pillar and the shake pillar have a frequency output line connected to the frequency generator output.

The control unit of the housing and the frequency generator,

Spray drive relay,

A heater that generates steam by heating the spray unit,

A suction fan drive unit for commanding a drive of the keratin suction fan;

It is configured to drive one lamp selected from far infrared and near infrared lamps.

As described above, the present invention provides an exfoliator without messy due to fallen keratin by placing a suction hole for sucking keratin in the vibrating brush body to enhance keratin without trouble of the scalp with a constant pressure and vibration.

The present invention also provides an exfoliator that adds a frequency output line to the brush of the vibrating brush to apply a frequency to the scalp to promote blood circulation of the scalp to promote hair growth.

In the present invention, the tip of each brush blade of the vibrating brush body that provides a vibrating force is smaller than the brush pillar, so that the vibrating while moving up and down, left and right when vibrating, eliminating damage to the scalp and maximizing the stimulus to increase the efficiency of exfoliation keratin Provide an eliminator.

The present invention also provides an exfoliator that maximizes the detachment of the hair by preventing the hair from being caught between the brush meat and the undercarriage body when the inner head body comes to the inner surface of the undercarriage body fixing the brush body.

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

1 is an exploded perspective view of a general vibration massager, FIG. 2 is a sectional view of the main part of the present invention, FIG. 3 is a block diagram of the present invention, and FIG. 4 is an enlarged sectional view of the main part of the present invention.

A housing (50) having a control unit (40) coupled to the coupling means (30) to couple or replace the vibrating brush body (20) capable of scalp massage; And

The vibration brush body 20 is configured to include a holding means 60 coupled to the vibration brush body 20 or the surrounding housing 50 to maintain a constant height in the scalp. Of course, when the holding means 60 is integrally installed on the vibrating brush body 20, it is also configured to couple the elastic means such as springs and the like. The coupling means exemplifies the configuration by the coupling screw 31 and the screw hole 32, but is not limited thereto, and may be configured by other means capable of adjusting a position such as hook coupling or sliding coupling.

In the vibrating brush body 20, the suction hole 27 for keratin suction,

The keratin sucked through the suction hole 27 is configured to have a connection nozzle 71 for connecting a suction pipe to guide the suction fan 70 installed inside or outside the housing 50.

The housing 50 has a spray unit 42 driving relay 42,

A heater 43 for generating steam by heating the sprayer 44 is further included.

The vibrating brush body 20 has an upper body 21 having a connection hole 22 to be connected to the head mounting rod (7),

Composed of the lower body 25 is coupled to the upper body 21 and fixed a plurality of brush blades 26 for exfoliation,

The unit brush blade 26 has an inner head body 26-1, which is placed on the inner surface of the lower body 25,

A brush pillar 26-2 exposed on the outer surface of the lower body 25,

Exposed to the tip of the brush post 26-2 and made of an outer head 26-3 having a larger diameter than the brush post 26-2. The inner head body 26-1 should include a packing 28 or an upper body to be packed so that each brush blade 26 is fixed.

The brush pillar 26-2 and the external head 26-3 have a frequency output line 26-4 connected to the frequency generator output. The output line 26-4 and the frequency generator 41 transmit a frequency as shown in FIGS. 2 and 4 through a wire indicated by a dotted line. In FIG. 2, each wire is indicated by a dotted line, which may be installed in the housing 50, may be configured as a separate line, and may be simply implemented as a dotted line because it may be wirelessly implemented as necessary.

The control unit 40 of the housing 50, the frequency generator 41,

Spray unit 44 driving relay 42,

A heater 43 for heating the sprayer 44 to generate steam,

A suction fan driving unit 72 which commands the driving of the keratin suction suction fan 70;

It is made to drive one of the lamps 45 selected from the far infrared, near infrared lamps.

The coupling pipe 23 forming the connection hole 22 of the upper body of the vibration brush body 20 has a coupling means 30,

Coupling means 30 is a coupling screw 31,

The height of the vibration brush body 20 is coupled to the head mounting part 7 which is coupled with the coupling screw 31 and fitted with the vibration brush body 20, and is fitted to the head mounting part 7 which is fitted with the vibration brush body 20. It consists of several threaded holes for adjustment. Coupling means can be implemented in a variety of coupling means, such as integrally fixed type, screw coupling, hook coupling, magnetic coupling, sliding coupling.

One frequency output selected from a low frequency, a medium frequency, a high frequency, an ultrasonic wave, and an ultra long wave is applied to the frequency output line, and these frequencies are configured to be supplied through the frequency generator 41 shown in FIG.

The holding means 60 may exemplify at least one columnar holding bar, a skirt, or a tubular body.

The holding means 60 may be configured to be shot in the housing 50 and the spring 62, but is not limited thereto. The elastic means may be implemented in various ways such as a holding bar having a spring or elastic force, a holding plate, a skirt body forming a resilient force by the thickness of the end is thinned, and an end of the tube.

The present invention configured as described above may be implemented using a switch command (not specifically illustrated, a switch having each function, or a rotary function), which is designated through the switch unit 46 shown in FIG. 3, or implemented through a touch pad. If a variety of known configurations can be selected and implemented, the detailed description thereof will be omitted), and the controller 40 recognizes this and commands the corresponding function through the output ports P1 to P5. Of course, it will be appreciated that power must be applied through the power switch PS.

When the power switch PS is turned on, DC power through the rectifier is applied to the controller 40 to perform a corresponding command. When the vibration operation is commanded, the vibration force generated by the operation of the motor 3 vibrates the vibration brush body 20 through the head mounting portion 7.

Then, the vibration force transmits the vibration force to each part of the scalp through the brush blade 26. In this case, since each brush blade 26 is made of a material having elastic force, such as rubber, the vibration pillar 26-3 of the end is vibrated during vibration, and the tip of the brush blade 26 is the brush pillar 26-2. By making the diameter smaller than), the radius of vibration becomes larger as in the dotted line state of FIG. 4, and thus, the area in contact with the scalp is wide, thereby enhancing the friction effect. In addition, the brush lamp 26-2 has a large diameter to provide a vertical force to be transmitted to the scalp, and the lower pillar 26-3 exerts vibration force from side to side. In addition, since the inner head body 26-1 is settled on the inner surface of the lower body 25, the binding force with the inner body 25 is improved so that there is no gap, and thus the hair is not caught in the difference, thereby preventing damage to the remaining hair. In addition, the brush blade 26 has a frequency output line 26-4, which acts to apply a frequency to the scalp to stimulate the scalp, thereby promoting blood circulation of the scalp to supply nourishment to hair growth, thereby promoting hair growth. do.

On the other hand, the keratin dropped from the scalp generated for a certain period of time by operating a separate switch (not shown) to drive the suction fan 70, generates a vibrating force through the suction hole 27 to suck the keratin through the suction hole (28-1), the nozzle 71 and the suction pipe shown in FIG. 2 are sequentially sucked in. Sucked keratin is collected through the filter 73, the suction fan 70 generates a suction force by driving the drive unit (72).

Of course, according to the human body shape or skin condition (dry, oily) is fixed by the coupling of the coupling screw 31 and the screw hole 32 constituting the coupling means (30).

In addition, the spray container of the spray unit 44 may be replaced, and in this case, the spray container 2-1 installed in the housing 50 may be opened and the spray container may be replaced (the illustration of the spray fixing means is omitted). ).

In addition, the brush blade 26 constituting the vibration brush body 20 of the present invention uses a material having elastic force, such as rubber or silicone contour, so that the corresponding portion of the scalp by the vibrational bending property to the peripheral position instead of a constant position This is to allow vibration rubbing.

1 is an exploded perspective view of a general vibration massager,

2 is a cross-sectional view of main parts of the present invention;

3 is a block diagram of the present invention;

4 is an enlarged cross-sectional view of the main portion of the present invention.

Explanation of symbols for the main parts of the drawings

20; vibration brush 21; upper body 22; connecting hole 23; coupling tube 25; lower body 26; brush blade 26-1; inner head 26-2; brush column 26-3; shaking column 26-4; frequency Output line 26-5; Taper portion 27; Suction hole 28; Packing 28-1; Suction hole 30; Coupling means 31; Coupling screw 32; Screw hole 40; Controller 41; Frequency generator 42; Relay 43; Heater 44; Spray 45; Lamp 46; Switch 50; Housing 60; Holding means 70; Suction fan 72; Suction fan drive 73; Filter

Claims (8)

A housing 50 that couples the scalp massageable vibration brush body 20 and has a control unit 40; And Vibrating brush body having a suction hole 21 for keratin suction and a connection nozzle 71 for connecting a suction pipe for guiding keratin sucked through the suction hole 21 to the suction fan 70 installed in the housing 50 ( Scalp exfoliator using a vibrating brush comprising 20). A housing 50 having a control unit 40 coupled to the scalp massage vibrating brush body 20 to be detachable; And Vibrating brush body having a suction hole 21 for keratin suction and a connection nozzle 71 for connecting a suction pipe for guiding keratin sucked through the suction hole 21 to the suction fan 70 installed in the housing 50 ( Scalp exfoliator using a vibrating brush comprising 20). The method according to claim 1 or 2, The housing 50 has a spray unit 42 driving relay 42, Scalp remover using a vibrating brush, characterized in that it further comprises a heater 43 for heating the spray 44 to generate steam. 3. The vibrating brush body 20 according to claim 1 or 2, wherein the vibrating brush body 20 has an upper body 21 having a connection hole 22 connecting with the head mounting rod 7 exposed to the housing 50, Composed with the upper body 21 and consists of a lower body 25 for fixing a plurality of brush blades 26 for exfoliation, The unit brush blade 26 has an inner head body 26-1, which is placed on the inner surface of the lower body 25, A brush pillar 26-2 exposed on the outer surface of the lower body 25, A scalp exfoliator using a vibrating brush, characterized in that the oscillating pillar (26-3) of the diameter smaller than the brush pillar (26-2) exposed to the tip of the brush pillar (26-2). 5. The brush post (26-2) and the shake post (26-3) are gradually smaller in diameter to coincide with the shake post (26-3) and have a vibration damping taper (26-5). A scalp exfoliator using a vibrating brush. 5. The scalp exfoliator using a vibrating brush according to claim 4, wherein the brush pillar 26-2 and the shaking pillar 26-3 have a frequency output line 26-4 connected to the frequency generator output. . 7. The scalp exfoliator using a vibrating brush according to claim 6, wherein the frequency output line (26-4) is applied with one frequency output selected from a low frequency, a medium frequency, a high frequency, an ultrasonic wave, and an ultra long wave. The method of claim 1 or 2, wherein the control unit 40 of the housing 50, the frequency generator 41, Spray unit 44 driving relay 42, A heater 43 for heating the sprayer 44 to generate steam, A suction fan driving unit 72 which commands the driving of the keratin suction suction fan 70; A scalp exfoliator using a vibrating brush, characterized in that for driving one of the lamps 45 selected from the far infrared, near infrared lamps.

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