KR20090061582A - Horny substance remover of head skin - Google Patents

Abstract

A scalp chitin remover is provided to remove the scalp chitin without generating the trouble of scalp with constant pressure and vibration. A scalp chitin remover comprises a housing(50) which comprises an eccentric cam for inverting the rotation force of a motor into the reciprocation force, and a head mounting rod; a vibration brush body(20) which is combined to the exposed terminal part of the head mounting rod and removes the scalp chitin, and is provided with a chitin suction hole, and a connection nozzle(71) for connecting the suction pipe guiding the chitin to the suction fan installed at the housing; and a maintenance unit(60) which is combined to the vibration brush body or its surrounding's housing so as to allow the vibration brush body to be separated from the scalp by a constant height.

Description

Horny substance remover of head skin

The present invention is a housing having an eccentric cam for converting the rotational force of the motor into a reciprocating motion, and a head mounting rod that the cam contact and the other end of the cam contact so as to reciprocate the eccentric cam,

Vibrating brush body fitted to the exposed end of the head mounting rod and exfoliate the scalp, and

Retaining means coupled to the vibrating brush body or the surrounding housing so that the vibrating brush body to maintain a constant height in the scalp,

The vibrating brush body has a suction hole for exfoliating keratin and a connection nozzle for connecting a suction pipe that guides the keratin sucked through the suction hole to the suction fan installed in the housing through the suction pipe, so that the hysteretic scalp remover does not generate dust when exfoliating. It is about.

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 is supplied to the massager on and off in conjunction with the rotary switch (1-1) and is supplied to the motor A speed controller 1 for controlling the vibration speed by adjusting the amount of current,

A motor 3 driven by receiving electric power from the speed adjusting unit 1 and rotating the eccentric cam 5;

Fixed to the shaft of the motor (3), the eccentric cam (5) and one end of the eccentric reciprocating motion by the surface contact and the other end is exposed head mounting rod (7),

An eccentric cam 5 which converts the rotational movement of the motor into the vertical movement of the head mounting rod 7 and has a balance weight 6;

A housing including a far-infrared generator 8 for driving by receiving power through the speed adjusting unit 1 when selecting the switch portion indicated by the far-infrared generator according to the mode selection of the rotary switch 1-1; and

It comprises a massage head mounted on the other exposed end of the head mounting rod (7).

The massage head includes a mounting portion 9 including a mounting hole, a magnet 10 placed between the mounting portion 9 and the head portion 11, and a head assembled with fixing means such as the mounting portion 9 and a screw. It is comprised by the part 11. (4) is a fixture for fixing the wires, (2) is a grip for holding the hand massage when fitting the power supply wires. An example of the speed controller 1 may include a transformer or a slidax configured to be selected by variously switching the output level.

 However, they simply provide a friction function to provide a simple massage function, the effect of exfoliation of the scalp is difficult to obtain.

The present invention is to solve this problem, an object of the present invention is to provide an exfoliator with a holding means for maintaining a vibrating brush body to a certain height to remove the keratin without trouble of the scalp by a constant pressure and vibration.

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

Still another object of the present invention is to provide a hygienic exfoliator without messy due to fallen keratin by placing a suction hole for sucking keratin in a vibrating brush body.

Still another object of the present invention is to provide an exfoliator that increases the efficiency of exfoliation by eliminating damage to the scalp and maximizing stimulation by increasing the tip of each brush blade of the vibrating brush body that provides vibration force.

Another object of the present invention is to place a small neck portion in the boundary between the brush column and the outer head body to enable fine vibration of the outer head body to enable fine keratin removal and at the same time maximize the keratin efficiency Is to provide.

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 lower body when the inner head is placed on the inner surface of the lower body to fix the brush body, and the vibration force is applied. I will.

To this end, the present invention adds a rod or skirt or tubular constant height maintaining means for maintaining the brush body at a predetermined height to a position or a periphery of the vibration brush body of the housing for fixing the vibrating brush body.

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

The present invention also has a suction hole for vacuum suction in the vibrating brush body, and adds a separate suction means for providing a vacuum suction force.

The brush blade of the vibrating brush body of the present invention is to come to the inner surface of the lower body to prevent the hair from falling into the gap between the unit brush blade and the lower body.

The present invention provides a small diameter neck portion at the boundary of the brush pillar of the vibrating brush body and the outer head body to enable its own fine vibration of the outer head body.

That is, the present invention includes a housing having an eccentric cam for converting the rotational force of the motor into a reciprocating motion, and a head mounting rod having one end of the cam contacting the eccentric cam so as to reciprocate;

Vibrating brush body fitted to the exposed end of the head mounting rod and removable keratin scalp; And

A holding means coupled to the vibrating brush body or a housing around the vibrating brush body so that the vibrating brush body is spaced at a predetermined height from the scalp;

The vibrating brush body has a suction hole for keratin suction,

A connection nozzle for connecting a suction pipe is formed to guide the keratin sucked through the suction hole to the suction fan installed in the housing through the suction pipe.

The vibrating brush body may include a coupling means in a coupling pipe forming a connection hole of an upper body of the vibrating brush body;

The coupling means includes a screw hole formed in the head mounting rod and the coupling pipe,

And a coupling screw for screwing the head mounting rod and the coupling pipe through the screw hole, wherein the head mounting rod further includes several screw holes for height adjustment of the vibration brush body.

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

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

The unit brush blade has an inner head body placed inside the lower body,

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

It is exposed to the tip of the brush post and consists of an outer head of larger diameter than the brush post.

In the boundary portion of the brush pillar and the outer head body, a shake neck portion for further allowing fine vibrations of the outer head body is further formed.

The brush post and the outer head may be provided with a frequency output line.

The holding means is formed on the surface of the housing and the protruding tubular body having only a small diameter at the protruding end;

Elastic means embedded in the protruding pipe,

Retaining bars for elastic coupling through the elastic means,

It is formed integrally with the upper end to prevent the separation of the holding bar when the release bar is configured to include a holding bar head larger in diameter than the holding bar to be accommodated in the inner diameter portion of the protruding pipe.

As described above, the present invention provides an exfoliator having a holding means for maintaining the vibrating brush body at a certain height so that the dead skin can be removed without trouble of the scalp by 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.

The present invention also provides an exfoliator free of dirt due to fallen keratin by placing a suction hole for sucking keratin in the vibrating brush body.

The present invention also provides an exfoliator that eliminates damage to the scalp and maximizes stimulation by increasing the tip of each brush blade of the vibrating brush body that provides the vibration force, thereby maximizing stimulation.

The present invention also provides an exfoliator that maximizes the detachment of the hair by preventing the hair from being caught between the brush flesh and the lower body when the inner head is placed on the inner surface of the lower body that fixes the brush body and is subjected to vibration force.

The present invention also places a small neck portion at the boundary between the brush column and the outer head to enable fine vibrations of the outer head so that fine keratin removal is possible while maximizing keratin efficiency.

DETAILED DESCRIPTION Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings, and the same parts as in the prior art are denoted by the same reference numerals.

2 is a cross-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 cross-sectional view of the main part of the present invention.

A housing 50 having an eccentric cam 5 for converting the rotational force of the motor 3 into a reciprocating motion, and a head mounting rod 7 whose cam is in contact with the eccentric cam 5 so as to reciprocate and the other end is exposed to the outside. );

A vibrating brush body 20 fitted to the exposed end of the head mounting rod 7 and exfoliating the scalp; And

The vibrating brush body 20 includes a holding means 60 coupled to the vibrating brush body 20 or the surrounding housing 50 so as to be spaced apart from the scalp by a predetermined height;

The vibrating brush body 20 has a suction hole 21 for sucking keratin and a suction tube for introducing keratin sucked through the suction hole 21 to the suction fan 70 installed in the housing 50 through the suction tube 75. It comprises a connection nozzle 71 for the connection. Eccentric cam (5) to enable the swinging movement of the head mounting rod (7) is not limited to this, and can be replaced by other known cam structure or remaining means capable of reciprocating movement.

The vibration brush body 20 adds the coupling means 30 to the coupling pipe 23 forming the connection hole 22 of the upper body of the vibration brush body 20;

Coupling means 30 is a screw hole 32 formed in the head mounting rod 7 and the coupling pipe 23,

A coupling screw 31 for screwing the head mounting rod 7 and the coupling pipe 23 through the screw hole 32;

The head mounting rod 7 is further provided with several screw holes 32 for adjusting the height of the vibrating brush body 20.

The vibrating brush body 20 is coupled to the upper body 21 and the upper body 21 and the upper body 21 formed in the coupling pipe 23 connecting the connection hole 22 and the head mounting rod 7 for exfoliation A lower body 25 for fixing a plurality of brush blades 26;

Each 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 and an outer head 26-3 having a diameter larger than that of the brush pillar 26-2 exposed to the tip of the brush pillar 26-2. .

An example of the holding means 60 is a protruding tube body 61 formed on the surface of the housing 50 and having only a small diameter at the protruding end thereof;

An elastic means 62 embedded in the protruding tube body 61,

Retaining bar (60a) for elastic coupling through the elastic means 62,

It is formed integrally with the upper end to prevent the release of the holding bar (60a) to prevent separation and comprises a holding bar head (60b) larger in diameter than the holding bar (60a) to be accommodated in the inner diameter portion of the protruding pipe (61). The elastic means 62 may be configured by selecting from a ball spring, rubber or silicone having elastic force, but is not limited thereto and may be alternatively implemented by other means having an elastic function.

The coupling means 30 is illustrated by the coupling screw 31 and the screw hole 32, but is not limited thereto, and may be implemented by other means capable of adjusting a position such as hook coupling or sliding coupling.

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

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

A frequency generator 41 for generating and outputting a frequency through the frequency output line 26-4;

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

 It further includes a control unit 40 for controlling them.

 One lamp 45 selected from the far-infrared and near-infrared lamps is also controlled by the control unit 40, and the lamp 45 may be installed at the bottom of the holding bar 60a constituting the holding means 60. However, the location is not limited to this.

The brush pillar 26-2 and the external head 26-3 have a frequency output line 26-4 connected to the output of the frequency generator 41, and include a frequency output line 26-4 and a frequency. The generator 41 transmits a frequency as shown in FIGS. 2 and 4 through a wire indicated by a dotted line. In FIG. 2, each wire is represented 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.

One frequency output selected from among low frequency, medium frequency, high frequency, ultrasonic wave, and ultra long wave is applied to the frequency output line 26-4, and these frequencies are configured to be supplied through the frequency generator 41 shown in FIG.

The holding means 60 may be one of at least one columnar holding bar 60a, a semi-circular plate shape, or a tube.

The present invention configured as described above may be implemented to have a switch command (not specifically shown, but having a switch point having each function) specified through the switch unit 46 shown in FIG. When a variety of known configurations such as implementation through a pad can be selected and implemented, detailed description thereof will be omitted), and the controller 40 recognizes this and commands the corresponding function through the output ports P1 to P5 to start the operation. . Of course, when power is applied through the power switch PS, the vibrating brush body 20 basically vibrates and the intensity of the vibration is adjusted using the variable resistor 1-2. Of course, it is also possible to use other means of speed control.

In addition, when the power switch PS is turned on, DC power through the rectifier is applied to the controller 40 so that the controller 40 stands by and waits for the operation of the switch 46. The turn-on operation of the power switch PS rotates the motor 3 (when the motor 3 is a DC motor, it can be seen that it can be controlled by the control unit 40), and the rotational force thereof is the eccentric cam 5. The head mounting rod 7 applied to the eccentric cam 5 is reciprocated. Vibration applied through the head mounting rod 7 vibrates the vibrating brush body 20 at the same amplitude as well.

In this case, the present invention uses a holding means 60 that can be implemented as one of a rod or a holding bar 60a or a semi-circle or tubular shape to maintain a certain height. The lower end of the holding means 60 is in contact with the scalp, the space between the surface of the scalp and the lower end of the vibrating brush body 20 to maintain the separation space of the recognized height. That is, when the holding means 60 is in contact with the scalp, the vibrating brush body 20 spaced at a predetermined height than the scalp generates a vibration force to repeatedly descend and rise. The vibration force then transmits a uniform vibration force to each part of the scalp through the brush blade 26. In this case, each brush blade 26 is made of a material having an elastic force such as rubber, so that the end is vibrated during vibration, which is further by making the tip of the brush blade 26 larger in diameter than the brush column 26-2. The radius of vibration increases, and thus the area in contact with the scalp is large, thereby enhancing the friction effect. In addition, the brush pillar (26-2) has a small diameter to bend the good function to double the force delivered to the scalp. In addition, since the inner head 26-1 is placed on the inner surface of the lower body 25, the binding force with the inner body 25 is improved, so there is no gap, and thus the hair is not caught between them, 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 removed from the scalp during the exfoliation work by operating a separate switch (only shown by the switch portion 46 in the drawing) to drive the suction fan 70 (of course, may be sucked at the same time as the vibration), The vibrating force is generated to suck keratin through the suction hole 27, and then sucked through the suction hole 28-1, the nozzle 71, and the suction pipe 75 shown in FIG. 2. The sucked keratin is collected through the filter 73, and the suction fan 70 generates the suction force by the drive unit 72 driven by the control unit 40.

Of course, by adjusting the height of the screw hole 32 by releasing the coupling screw 31 constituting the coupling means 30 according to the body shape or skin condition (dry, oily) of the person can obtain the effect of adjusting the friction force.

In addition, in the present invention, if the retaining bar head (60b) of the upper retaining means (60) including the retaining bar (60a) is embedded in the protruding pipe portion (61) the inner diameter of the elastic means (62) having an elastic force to allow a resilient action The holding bar 60a maintains a constant tension (elastic force) to enable exfoliation without damaging the scalp.

In addition, the spray container of the spray part 44 can also be replaced, In this case, the spray cover 2-1 installed in the housing 50 can be opened, and the spray container should be replaced (illustration of spray fixing means is abbreviate | omitted. box).

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, so that the corresponding part of the scalp is positioned around the scalp by vibrating flexibility. This is to allow vibration rubbing.

Further, when the shake neck portion 26-5 is further formed at the boundary between the brush pillar 26-2 and the outer head body 26-3, the fine vibration of the outer head body 26-3 is possible. It greatly improves the performance of local exfoliation caused by vibration. This is because the outer head body 26-3, which is integrally coupled to the trembling neck portion 26-5, which shakes to act to randomly vibrate the scalp surface, randomly acts to grind grain in a so-called mortar, Because it provides exfoliation effect.

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

3; motor 5; eccentric cam 7; head mounting rod 20; vibration brush body 21; upper body 22; connecting hole 23; coupling pipe 25; lower body 26; brush blade 26-1; inner head 26-2; brush column 26-3; external head 26-4; frequency output line 26-5; shake neck 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; sprayer 45; lamp 46; switch unit 50; housing 60; holding means 60a; retaining bar 60b; retaining bar head 61; protruding tube 62; elastic means 70; suction fan 72; Suction fan drive 73; filter

Claims (7)

A housing 50 having an eccentric cam 5 for converting the rotational force of the motor 3 into a reciprocating motion, and a head mounting rod 7 whose cam is in contact with the eccentric cam 5 so as to reciprocate and the other end is exposed to the outside. ); A vibrating brush body 20 fitted to the exposed end of the head mounting rod 7 and exfoliating the scalp; And The vibrating brush body 20 includes a holding means 60 coupled to the vibrating brush body 20 or the surrounding housing 50 so as to be spaced apart from the scalp by a predetermined height; The vibrating brush body 20 has a suction hole 21 for sucking keratin, A keratin remover having a connection nozzle (71) for connecting a suction pipe for inducing keratin sucked through the suction hole (21) to a suction fan (70) installed in the housing (50) through a suction pipe (75). The vibration brush body (20) according to claim 1, wherein the vibration brush body (20) adds a coupling means (30) to the coupling pipe (23) forming a connection hole (22) of the upper body of the vibration brush body (20); Coupling means 30 is a screw hole 32 formed in the head mounting rod 7 and the coupling pipe 23, And a coupling screw 31 for screwing the head mounting rod 7 and the coupling pipe 23 through the screw hole 32, wherein the head mounting rod 7 is used for height adjustment of the vibration brush body 20. Scalp remover, characterized in that it further formed a number of screw holes (32). 2. The vibrating brush body 20 according to claim 1, wherein the vibrating brush body 20 has an upper body 21 having a connecting hole 22 for connecting with the head mounting rod 7; 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, characterized in that the outer head body (26-3) of the diameter exposed to the tip of the brush pillar (26-2) and larger than the brush pillar (26-2). 3. The vibrating brush body 20 according to claim 2, wherein the vibrating brush body 20 has an upper body 21 having a connecting hole 22 for connecting with the head mounting rod 7, 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, characterized in that the outer head body (26-3) of the diameter exposed to the tip of the brush pillar (26-2) and larger than the brush pillar (26-2). 5. The shake neck portion 26-5 according to claim 3 or 4, wherein a boundary between the brush pillar 26-2 and the outer head body 26-3 enables the microscopic vibration of the outer head body 26-3 to itself. Scalp exfoliator, characterized in that formed more). 6. The scalp exfoliator according to claim 5, wherein the brush column (26-2) and the outer head (26-3) have a frequency output line (26-4). According to claim 1, wherein the holding means (60) is formed on the surface of the housing 50, and the protruding tubular body (61) having a small diameter only at the protruding end; An elastic means 62 embedded in the protruding tube body 61, Retaining bar (60a) for elastic coupling through the elastic means 62, It is formed integrally with the upper end to prevent the separation when the holding bar (60a) and comprises a holding bar head (60b) larger in diameter than the holding bar (60a) to be accommodated in the inner diameter portion of the protruding pipe (61) Scalp exfoliator.

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