KR101384464B1 - Device of being improving scalp and hair - Google Patents

Abstract

The present invention relates to a scalp and hair improving device, and more specifically to the scalp and hair improving device composed of a relatively simple configuration, selectively injecting oxygen or hydrogen to the scalp or hair easily, and by injecting hydrogen, removing active oxygen in the scalp, to increase nutrition and energy of a scalp cell or a hair root, and preventing and treating alopecia, and radiating a far infrared lay or an anion with oxygen or hydrogen at the same time according to a scalp or hair state of a user.

Description

Scalp and Hair Improvement Device {Device of being improving scalp and hair}

The present invention relates to a scalp and hair improving device, specifically, the present invention is made of a relatively simple configuration, can easily spray oxygen or hydrogen to the scalp or hair easily, by spraying hydrogen, active oxygen in the scalp By eliminating, scalp cells and hair roots can enhance nutrition and vitality, prevent or treat hair loss, and scalp and hair that can radiate far infrared rays or anions simultaneously with oxygen or hydrogen, depending on the condition of the user 's scalp or hair. It relates to an improvement device.

The human scalp plays a very important role with respect to the head while protecting the head. In particular, hair loss has become an important concern for people, and technologies related to the health of the scalp have been disclosed.

In general, the scalp massager is made to massage using vibration. However, this method is made to embed the vibration means for generating the rotational force of the motor in the housing, the handle is placed in the housing to hold the hand by hand to stimulate the scalp.

However, this method is to hold the housing or the handle by hand, there is a difficulty in use, there is a problem that can not be used during sleep. As an example, the Utility Model Registration Application No. 2002-1394, 'Comb Depilation Prevention and Hair Loss Promoter Using Microcurrent,' discloses a technique for outputting a microcurrent similar to the bioelectric current from the comb in the process of combing hair. , Patent Application No. 1985-7621, 'A device for promoting hair regeneration and growth,' discloses a technique for applying vibration to the head.

However, these conventional techniques have problems in convenience of use or scalp irritation effect. For example, when using a comb, the user has to continue combing, so it is difficult to repeatedly use it in an uncomfortable and comfortable posture.

In addition, Korean Patent Publication No. 10-2011-0131343 discloses a personalized scalp and hair care system, and Republic of Korea Patent No. 10-1290724 discloses a multi-purpose scalp electrode device.

However, the patents are limited in that they do not function to remove free radicals, which is one of the causes of damage to the scalp or aging.

For reference, free radicals are highly oxidizing oxygen residues that occur when the oxygen we breathe is metabolized into energy, which is generated in the body, but free radicals are generated in the skin even when exposed to ultraviolet rays. These free radicals attack normal DNA and tissues of the human body, destroying genetic information of DNA, breaking down cell membranes, and forming abnormal cellular proteins. These free radicals cause hair loss.

Accordingly, the present invention has been made to solve the above problems, the object of the present invention is made of a relatively simple configuration, and provides a scalp and hair improvement device that can easily spray oxygen or hydrogen to the scalp or hair easily. It is.

In addition, an object of the present invention by spraying hydrogen, by removing the active oxygen in the scalp, it is possible to enhance nutrition and vitality to the scalp cells and hair roots, to provide a scalp and hair improvement device that can prevent or treat hair loss will be.

It is also an object of the present invention to provide a scalp and hair improving device capable of radiating far infrared rays or anions simultaneously with oxygen or hydrogen depending on the scalp or hair condition of the user.

As a means for achieving the object of the present invention, the scalp and hair improvement apparatus according to the present invention, the anode chamber is installed, the oxygen chamber is formed, the cathode plate is installed, the hydrogen is generated and the cathode chamber formed with a hydrogen outlet on one side, An electrolytic unit including a membrane member partitioning the anode chamber and the cathode chamber; An injection unit formed of a cylindrical shape having an opening formed at one side thereof so that a user's head can be inserted, and an injection hole formed to receive oxygen or hydrogen generated from the electrolytic unit through a hose; A pedestal, and a lower end is coupled to the pedestal, the upper end is coupled to the injection portion, and one side of the support consisting of a support bar for coupling the electrolytic portion; and comprises the oxygen or hydrogen to the scalp and hair.

In addition, the injection portion of the scalp and hair improvement device according to the present invention is composed of an outer casing and the inner casing formed inside the outer casing, the injection hole is formed in the outer casing to supply oxygen or hydrogen from the electrolytic portion Received main injection port, and formed in the inner casing is characterized in that it consists of a plurality of sub-injection holes to supply oxygen or hydrogen supplied through the main injection port.

In addition, the scalp and hair improvement apparatus according to the present invention is formed in an annular shape on the inner peripheral surface of the injection portion elastic member for limiting the discharge of oxygen or hydrogen inside the injection portion to the outside when the user's head is fitted; And a sensor installed at the injection unit to measure oxygen or hydrogen concentration, and a controller configured to stop the operation of the electrolytic unit when oxygen or hydrogen becomes higher than a predetermined concentration through the sensor. .

In addition, the injection unit of the scalp and hair improvement apparatus according to the present invention further comprises a heating device made up of a plurality of LED lamps further radiating far infrared rays or negative ions, the LED lamp is a lamp case and a lamp unit including an LED and And a ceramic filter detachably coupled to the lamp case, wherein the ceramic filter contains ceramic and has a lattice structure, and is formed between the ceramic member and heat, light or anion that is emitted from the LED lamp. It is characterized by consisting of a through-hole capable of.

In addition, the injection unit of the scalp and hair improvement device according to the invention is characterized in that it further comprises a cosmetic liquid injection device including a container for receiving the cosmetic liquid, and an ultrasonic generator for injecting the cosmetic liquid in the form of a mist.

According to the scalp and hair improvement device according to the present invention of the above configuration, it is made of a relatively simple configuration, there is an effect that can selectively spray oxygen or hydrogen to the scalp or hair easily.

In addition, according to the scalp and hair improvement device according to the present invention, by spraying hydrogen, by removing the active oxygen in the scalp, it is possible to enhance nutrition and vitality to the scalp cells and hair roots, the effect of preventing or treating hair loss There is.

In addition, according to the scalp and hair improver according to the present invention, there is an effect that can emit far infrared rays or anions simultaneously with oxygen or hydrogen according to the user's scalp or hair condition.

1 is a perspective view showing an embodiment of the scalp and hair improvement apparatus according to the present invention.
2A to 2D are diagrams showing the configuration of an electrolytic unit according to the present invention.
3A to 3C are cross-sectional views showing the jetting part according to the present invention.
4 shows a support according to the invention.
5 is a view showing a state in which a heating device is installed in the scalp and hair improvement apparatus according to the present invention.
6 is a cross-sectional view showing a heating apparatus according to the present invention.
7 is a view showing a state in which the cosmetic liquid injection device is installed in the scalp and hair improvement apparatus according to the present invention.

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

However, in the description of the present invention, the same or similar components are given the same or similar reference numerals, and detailed description thereof will be omitted.

1 is a perspective view showing an embodiment of the scalp and hair improvement apparatus according to the present invention, Figures 2a to 2d is a view showing the configuration of the electrolytic unit according to the present invention, Figures 3a to 3c is It is sectional drawing which shows the injection part, and FIG. 4 is a figure which shows the support part which concerns on this invention.

1 to 4, the scalp and hair improvement device 10 according to the present invention may largely include an electrolytic part including an electrolytic cell 30, an injection part 70, and a support part 90. .

In detail, the electrolytic unit includes a water tank 20 including a water level control unit 23 and an oxygen discharge port 27, an anode plate 32, and an anode chamber 34 in which oxygen is generated, and a cathode plate. And a membrane member (36) is installed, hydrogen is produced, and a hydrogen outlet (37) is formed at one side, and a membrane member (36) partitioning the anode chamber (34) and the cathode chamber (35). An electrolytic cell 30 communicating with the lower side of the water tank 20 to receive water, a power supply unit 51 for supplying power to the electrolytic cell 30, and a circuit unit 53 for stabilizing voltage and current of the power supply unit 51. It may include a control unit 50 including).

The water tank 20 may include a water tank body 21, a water level control unit 23 accommodated in the water tank body 21, a connector 25, and an oxygen discharge port 27.

The water tank body 21 serves to supply water to be used for electrolysis to the electrolytic cell 30 by storing water in the inner space. One side of the tank body 21 is formed with a water supply port 29 so that water can be supplied from the bucket 26 installed on the outside.

The water level control unit 23 serves to control the inflow of water through the water supply port 29, the on-off valve 230 is connected to the water supply port 29 and the on-off valve 230 It can be exemplified as a configuration of operating unit 231.

The bure 231 is filled with air therein and flows according to the water level to turn on / off the valve 230.

The connector 25 serves as a passage that can move the water of the water tank 20 to the electrolytic cell 30 in the lower portion.

 In the electrolytic cell 30 according to the present invention, the electrolytic cell body 31, the positive electrode plate 32, the negative electrode plate 33, and the positive electrode plate 32 are installed, and the positive electrode chamber 34 in which oxygen is generated, and the negative electrode plate 33 are installed. And a cathode chamber 35 in which hydrogen is generated and a hydrogen outlet 37 is formed at one side.

The electrolytic cell body 31 is partitioned into an anode chamber 34 and a cathode chamber 35 by the membrane member 36.

A positive plate 32 is installed in the positive electrode chamber 34, and a negative plate 33 is installed in the negative electrode chamber 35.

The positive electrode plate 32 and the negative electrode plate 33 are responsible for electrolysis of water to generate oxygen and hydrogen, respectively, and are connected to the positive electrode and the negative electrode of the power supplied from the power supply unit 51, respectively.

It is preferable that the positive electrode plate 32 and the negative electrode plate 33 are respectively fixed to both side surfaces of the membrane member 36.

This is because the positive electrode plate 32 and the negative electrode plate 33 are in contact with the membrane member 36, thereby reducing the resistance generated during electrolysis and minimizing the voltage.

In addition, in the electrolytic cell 30 of the present invention, the water supplied from the water tank is configured to be supplied only to the anode chamber 34.

In other words, the cathode chamber 35 is not directly supplied with the water from the water tank 20, and the water of the anode chamber 34 is permeated into the cathode chamber 35 through the membrane member.

Water penetrating into the cathode chamber 35 through the membrane member 36 is in contact with the negative electrode plate 33 to cause electrolysis.

As such, when the water is supplied through the wettability of the membrane member 36 to perform electrolysis, hydrogen may be generated with little power, and the negative electrode plate may be used for a long time.

In the present invention, the water of the anode chamber 34 is supplied to the cathode chamber 35 (specifically, the cathode plate) through the membrane member 36 so as to prevent water from being mixed into the hydrogen hose 62. have.

As described above, the membrane member 36 of the present invention generally passes through cations or anions like the membrane member used in electrolysis. However, it is preferable to configure the structure to allow a small amount of water to pass through without completely blocking the passage of water. And since the anode chamber 34 is filled with a certain amount of water through the water level control unit 23 of the water tank 20, a constant water pressure acts on one side of the membrane member 36. Therefore, the amount of water permeating toward the cathode chamber 35 through the membrane member 36 is constantly controlled.

On the other hand, the positive electrode plate 32 is preferably configured in the form of a net or a plate formed with a plurality of holes so that the membrane member 36 can contact with water as much as possible.

The hydrogen discharge port 37 is formed at one side of the cathode chamber 35 and is connected to the hydrogen hose 62.

Oxygen and hydrogen discharged through the oxygen discharge port 27 and the hydrogen discharge port 37 are respectively supplied to the injection unit 70 through the hoses 61 and 62.

Referring to FIG. 3A, the injection unit 70 receives oxygen or hydrogen generated from the electrolytic cell 30 through the hoses 61 and 62 and sprays the scalp and hair of the user.

The injection unit 20 has a cylindrical casing 71 having an opening 72 formed at one side thereof, and one side of the casing 71 to receive oxygen or hydrogen generated from the electrolytic cell 30 through a hose. The injection hole 73 formed in the connection portion 75 may be formed to couple to the support 90.

The opening 72 is formed under the casing 71 to allow the user's head to enter the inner space of the casing 71.

The injection port 73 is connected to the oxygen hose 61 or the hydrogen hose 62, the oxygen hose 61 and the hydrogen hose 62 is connected to the oxygen discharge port 27 and the hydrogen discharge port 37, respectively.

Referring to FIG. 3B, the casing 70 may be provided with an elastic member 76 and a sensor 77 made of rubber, silicon, or the like in the opening 72.

The elastic member 76 is formed in an annular shape on the inner circumferential surface of the opening 72 to limit the discharge of oxygen or hydrogen inside the casing 71 when the user's head is fitted.

The sensor 77 serves to measure the oxygen or hydrogen concentration in the casing 71.

On the other hand, the control unit 50 is turned on-off the operation of the electrolytic unit in accordance with the oxygen or hydrogen concentration obtained through the sensor 77.

The control unit 50 turns off the operation of the power supply unit 51 when the concentration of oxygen or hydrogen in the injection unit, specifically, the casing 71 by the elastic member 76 exceeds a preset concentration, thereby causing electrolysis. It can be controlled so as not to occur, and to turn on the operation of the electrolytic unit when the concentration is lower than the set concentration.

On the other hand, the electrolytic unit of the present invention may be provided with an operation unit 80, the operation unit 80 is the on-off switch (not shown) so that the user can operate the on-off, the strength of the power supplied It may include an adjustment switch (not shown) to adjust.

Referring to FIG. 3C, the injection part 70 may include an outer casing 71a and an inner casing 71b formed inside the outer casing 71a.

The injection hole 70 is formed in the outer casing 71a to receive oxygen or hydrogen generated in the electrolytic part, and is formed in the inner casing 71b and is formed in the main injection hole 73a. It may be composed of a plurality of sub-injection port (73b) to supply the oxygen or hydrogen supplied through the dispersion.

Thus, by constructing the inner casing 71b in which the plurality of sub-injection openings 73b are formed, oxygen or hydrogen can be uniformly infiltrated into the scalp and hair.

1 and 4 together, the support unit 90 is coupled to the pedestal 95, the lower end is coupled to the pedestal 95, the upper end is coupled to the injection portion 70, and the electrolytic portion is coupled to one side It may be made of a support bar (91).

The pedestal 95 may be provided with a wheel 96 to move conveniently.

The support bar 91 may be rotatably coupled to the connection portion 75 of the injection portion 70 as shown in (a) of FIG. The support bar 91 may include a lower support bar 91b and an upper support bar 91a inserted into the lower support bar 91b so as to be lifted and lowered as shown in FIG. 4B. The upper support bar 91a may be fixed by a fixing member such as a screw 93.

5 is a view showing a state in which a heating device is installed in the scalp and hair improvement device according to the present invention, Figure 6 is a cross-sectional view showing a heating device according to the present invention.

5 and 6, the injection unit 70 of the present invention may be provided with a heating device.

Specifically, the warmer may be an LED lamp, the heat generated from the LED lamp 500 serves to relax the tissue of the scalp or hair, and promotes blood circulation of the scalp.

The LED lamp 500 may be configured to radiate negative ions by installing a brush electrode (not shown) made of carbon material.

The LED lamp 500 according to the present invention may be equipped with a ceramic filter 550 so as to emit far infrared rays.

First, the LED lamp 500 may include a lamp case 510 and a lamp unit 530 installed in the lamp case 510 and including an LED 531. The ceramic filter 550 contains a mineral component such as elvan in order to generate a large amount of far infrared rays by heat generated from the LED 531.

The ceramic filter 550 is coupled to the front end of the lamp case 510, and includes a ceramic member 551 containing a mineral component and having a lattice structure, and a through hole 553 formed between the ceramic member 551. ) May be included. The ceramic filter 550 is detachably coupled to the lamp case 510, so that the user can select far-infrared radiation.

The ceramic member 551 may be manufactured by, for example, coating or impregnating a fabric with a coating liquid containing a mineral component.

When the light and heat of the LED are applied to the mineral component of the ceramic member 551, a large amount of far infrared rays are emitted. In addition, through the through-hole formed between the ceramic member, the light and heat and anion emitted from the LED lamp passes through and radiated to the skin.

As such, the LED lamp may be configured to radiate negative ions as well as a thermal function, and may be configured to radiate far infrared rays using a ceramic filter.

7 is a view showing a state in which the cosmetic liquid injection device is installed in the scalp and hair improvement apparatus according to the present invention.

Referring to FIG. 7, the spray unit of the present invention may further include a cosmetic liquid spraying device 40 including a container 41 containing a cosmetic liquid and an ultrasonic generator 42 for spraying the cosmetic liquid in a mist form.

The cosmetic liquid is not particularly limited so long as it serves to treat, improve or treat the scalp or hair, and may exemplify scalp / hair nutrients, hair essences, various natural oils, and the like.

The cosmetic liquid is converted into the mist state by the ultrasonic vibration and is injected into the casing 71 through the tube 43 and the mist injection hole 74, so that the absorbent is easily absorbed into the scalp or hair.

It is to be understood that the invention is not limited to the form set forth in the foregoing description. Accordingly, the true scope of the present invention should be determined by the technical idea of the appended claims. It is also to be understood that the invention is to cover all modifications, equivalents, and alternatives falling within the spirit and scope of the invention as defined by the appended claims.

10: skin care improvement device 11: upper housing
13: lower housing 15: handle
20: tank 21: tank body
23: water level control unit 230: on-off valve
231: bere 25: connector
26: bucket 27: oxygen outlet
29: water supply port 30: electrolytic cell
31: electrolyzer body 32: positive electrode plate
33: negative electrode plate 34: anode chamber
35 cathode electrode chamber 36 membrane member
37: hydrogen outlet 40: cosmetic liquid injection device
41 container 42 ultrasonic generator
50: control unit 51: power supply unit
53: circuit portion 61: oxygen hose
62: hydrogen hose 70: injection unit
71: casing 72: opening
73: injection hole 75: connection portion
76: elastic member 77: sensor
80: operation portion 90: support portion
91: support bar 93: screw
95: pedestal 96: wheels
500: LED lamp 510: lamp case
530: lamp unit 531: LED
550: ceramic filter 551: ceramic member
553: through hole

Claims (5)

An electrolytic unit including a cathode chamber in which a cathode plate is installed and oxygen is generated, an anode chamber in which a cathode plate is installed, hydrogen is formed, and a hydrogen outlet is formed at one side, and a membrane member partitioning the anode chamber and the cathode chamber;
An injection unit formed of a cylindrical shape having an opening formed at one side thereof so that a user's head can be inserted, and an injection hole formed to receive oxygen or hydrogen generated from the electrolytic unit through a hose;
And a support portion coupled to the pedestal, the lower end coupled to the pedestal, the upper end coupled to the injector, and a support bar coupled to the electrolytic portion on one side thereof.
The injection unit further includes a heating device consisting of a plurality of LED lamps for emitting far infrared rays or anions,
The LED lamp is made of a lamp case, a lamp unit including an LED, and a ceramic filter detachably coupled to the lamp case.
The ceramic filter includes a ceramic member having a ceramic structure and having a lattice structure, and a through hole formed between the ceramic members and through-holes through which heat, light, or anions can pass through the LED lamp. The method of claim 1,
The injection portion is composed of an outer casing, and an inner casing formed inside the outer casing,
The injection holes are formed in the outer casing to receive oxygen or hydrogen from the electrolytic unit, and the plurality of sub-spouts formed in the inner casing to disperse and supply oxygen or hydrogen supplied through the main injection holes. Scalp and hair improvement device, characterized in that made. The method of claim 1,
An elastic member formed in an annular shape on an inner circumferential surface of the jetting part to restrict the discharge of oxygen or hydrogen inside the jetting part to the outside when the user's head is fitted;
A sensor installed in the injection unit to measure oxygen or hydrogen concentration;
And a control unit to stop the operation of the electrolytic unit when oxygen or hydrogen is above a predetermined concentration through the sensor. delete The method of claim 1,
The injection unit
Scalp and hair improvement device further comprises a cosmetic liquid injector including a container for receiving the cosmetic liquid, and an ultrasonic generator for spraying the cosmetic liquid in the form of a mist.

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