KR102204824B1 - Hair management apparatus having hair condition analysis function - Google Patents

Abstract

The present invention relates to a hair management device having a hair condition analysis function, and is mounted on a cradle device and charged in a wireless manner, and as a hair management device having a hair condition analysis function for each user, attached to a helmet part to detect head temperature and scalp A sensor unit including at least one sensor for detecting moisture of the hair, detecting whether the helmet unit is worn on the head, and detecting whether an odor is generated inside the helmet unit; A manipulation input unit for receiving a user's command for operating the hair management device; A light irradiation unit for selectively irradiating the entire or partial area of the head by forming a plurality of light sources at predetermined intervals inside the helmet unit; A camera unit for photographing hair or scalp when the user wears the helmet unit on the head; And the light irradiation unit in an operation mode corresponding to the hair condition for each user based on an analysis result of the hair or scalp photographed by the camera unit, information detected through the sensor unit, and a command input through the manipulation input unit. It includes; a control unit to control.

Description

Hair management device having a hair condition analysis function {HAIR MANAGEMENT APPARATUS HAVING HAIR CONDITION ANALYSIS FUNCTION}

The present invention relates to a hair management apparatus having a hair condition analysis function, and more particularly, to a hair management apparatus having a hair condition analysis function to perform hair management through analysis of a hair condition for each user.

In general, it is known that hair grows and depilates through three stages of the growth phase, degeneration phase, and telogen phase. In recent years, in addition to the middle-aged or elderly people in their 40s to 50s or older, the symptoms of hair loss are intensifying in adolescents in their 20s or 30s, or even in the first people of society, and it is known that the younger they are, the more stress is caused by shame in social activities.

Therefore, in recent years, people who are expected to have hair loss due to hair loss or a weak scalp are receiving hair loss treatment management at a dermatology department of Western Oriental Medicine, a dedicated hair loss treatment shop, or a beauty salon. For hair loss treatment, the dermatology department of Western and oriental medicine, hair loss treatment shops, and beauty salons are equipped with separate laser irradiators, and are mainly using a method of irradiating a laser to the scalp or supplying a microscopic biocurrent to the scalp.

However, it is not easy to receive scalp management for hair loss treatment at home or at work because such a scalp care method is generally implemented in a business with a certain size such as a dermatology, a hair loss treatment shop, a beauty salon, etc. In addition, it is known that scalp management for hair loss treatment is effective only when it is performed continuously and for a long time at a certain time interval.

However, since it is difficult to provide a separate time for receiving scalp management at a dermatology clinic, a dedicated hair loss treatment shop, or a beauty salon, it is difficult to receive practical continuous management. Is difficult. Therefore, a new method for solving these problems is required.

The background technology of the present invention is disclosed in Korean Patent Registration No. 0546080 (registered on January 18, 2006, title of the invention: a hair loss treatment device using a laser and a photodiode).

According to an aspect of the present invention, the present invention was created to solve the above problems, and provides a hair management device having a hair condition analysis function that enables hair management through analysis of hair conditions for each user. It has its purpose.

A hair management device having a hair condition analysis function according to an aspect of the present invention is a hair management device that is mounted on a cradle and charged in a wireless manner and has a hair condition analysis function for each user, and is attached to the helmet to detect the temperature of the head. , A sensor unit including at least one sensor for detecting moisture of the scalp or hair, detecting whether the helmet unit is worn on the head, and detecting whether an odor is generated inside the helmet unit; A manipulation input unit for receiving a user's command for operating the hair management device; A light irradiation unit for selectively irradiating the entire or partial area of the head by forming a plurality of light sources at predetermined intervals inside the helmet unit; A camera unit for photographing hair or scalp when the user wears the helmet unit on the head; And the light irradiation unit in an operation mode corresponding to the hair condition for each user based on an analysis result of the hair or scalp photographed by the camera unit, information detected through the sensor unit, and a command input through the manipulation input unit. It characterized in that it includes; a control unit to control.

In the present invention, the control unit combines the information detected through the camera unit and the sensor unit, and the hair or scalp is wet, dry, hair thickness, hair count, oily or dry state, hair color, hair temperature , Sebum generation degree, and at least one or more of hair loss patterns are analyzed.

In the present invention, the camera unit includes at least one image sensor, and the at least one image sensor is formed at a predetermined position between a plurality of light sources of the light irradiation unit.

In the present invention, the control unit calculates the hair management effect by comparing and analyzing the hair or scalp image captured before the user starts the hair management and after the hair management ends, and calculates the hair thickness, the number of hair, and the oily or dry state. , Sebum generation, and hair loss by comparing at least one or more of the hair management effect.

In the present invention, in order to control the light irradiation unit in an operation mode corresponding to each user's hair condition, the control unit recognizes a user based on information input through the manipulation input unit, and is inputted through the manipulation input unit. The information is characterized in that it includes at least one of a voice, a fingerprint, and an ID of a communication connected smartphone or portable terminal.

In the present invention, the control unit recognizes the user and stores user-specific usage information including usage time and operation mode information of each user's hair management device in a memory, and stores total usage information of the hair management device in the memory. It is characterized in that the lifespan or performance degradation of each light source is predicted based on user-specific usage information and total usage information stored in the memory.

In the present invention, the control unit controls the light irradiation unit, but prevents the light source from being directly irradiated to the user's eyes when the helmet unit is not worn on the head according to whether the user wears the helmet unit on the head. For this purpose, the light source of the light irradiation unit is driven to output a specified minimum energy, and when the user wears the helmet unit on the head, the light source is set to the maximum energy in the operation mode for each user. It characterized in that it drives to output.

According to an aspect of the present invention, the present invention enables hair management to be performed through analysis of hair conditions for each user.

1 is a perspective view schematically showing a set of hair loss treatment apparatus according to an embodiment of the present invention.
Figure 2 is a perspective view showing a state in which the hair loss treatment device of the hair loss treatment device set according to an embodiment of the present invention is separated from the cradle.
3 is a cross-sectional view taken along line A-A' of FIG. 1;
4 is an enlarged view of part C of FIG. 3.
5 is an enlarged view of part D of FIG. 3.
6 is an enlarged view taken along line B-B' of FIG. 1;
7 is an enlarged view of part E of FIG. 6.
Figure 8 is a side view schematically showing a hair loss treatment apparatus according to an embodiment of the present invention.
9 is a perspective view of the main part schematically showing a hair loss treatment apparatus according to an embodiment of the present invention.
10 is a longitudinal sectional view schematically showing a hair loss treatment apparatus according to an embodiment of the present invention.
11 is an exploded perspective view of a main part showing a wear control unit of a hair loss treatment apparatus according to an embodiment of the present invention.
Figure 12 is a perspective view of the main part showing the head contact portion of the hair loss treatment apparatus according to an embodiment of the present invention.
13 is a perspective view showing a back contact support of the hair loss treatment apparatus according to an embodiment of the present invention.
14 is a perspective view showing a lateral contact support of a hair loss treatment apparatus according to an embodiment of the present invention.
15 is a perspective view schematically showing a cradle for a hair loss treatment apparatus according to an embodiment of the present invention.
16 is an exploded perspective view schematically showing a holder for a hair loss treatment apparatus according to an embodiment of the present invention.
17 is an exemplary view showing a schematic configuration of a hair management apparatus according to a first embodiment of the present invention.
18 is an exemplary view showing a schematic configuration of a hair management apparatus according to a second embodiment of the present invention.
19 is an exemplary view showing a schematic configuration of a hair management apparatus according to a third embodiment of the present invention.
20 is an exemplary view showing a schematic configuration of a hair management apparatus according to a fourth embodiment of the present invention.
21 is an exemplary view showing a schematic configuration of a hair management apparatus according to a fifth embodiment of the present invention.
22 is an exemplary view showing a schematic configuration of a cradle device according to the first embodiment of the present invention.
23 is an exemplary view showing a schematic configuration of a cradle device according to a second embodiment of the present invention.
24 is an exemplary view showing a schematic configuration of a cradle device according to a third embodiment of the present invention.
25 is a flowchart illustrating a method of controlling a hair management apparatus according to a first embodiment of the present invention.
26 is a flowchart for explaining a method of controlling a hair management apparatus according to a second embodiment of the present invention.
FIG. 27 is a flowchart illustrating a method of analyzing data (ie, hair scan data) of a hair condition in FIG. 26.
28 is a flowchart for explaining a method of controlling a hair management apparatus according to a third embodiment of the present invention.
29 is a flowchart for explaining a method of controlling a hair management apparatus according to a fourth embodiment of the present invention.
30 is a flowchart illustrating a method of controlling a cradle device according to the first embodiment of the present invention.
FIG. 31 is a flow chart for explaining a method of controlling a cradle device additionally performed in FIG. 30;

Hereinafter, an embodiment of a hair management apparatus and method according to the present invention will be described with reference to the accompanying drawings. In this process, the thickness of the lines or the size of components shown in the drawings may be exaggerated for clarity and convenience of description. In addition, terms to be described later are terms defined in consideration of functions in the present invention and may vary according to the intention or custom of users or operators. Therefore, definitions of these terms should be made based on the contents throughout the present specification.

1 is a perspective view schematically showing a hair loss treatment device set according to an embodiment of the present invention, Figure 2 is a state in which the hair loss treatment device of the hair loss treatment device set according to an embodiment of the present invention is separated from the cradle It is a perspective view, FIG. 3 is a cross-sectional view taken along line A-A' of FIG. 1, FIG. 4 is an enlarged view of part C of FIG. 3, FIG. 5 is an enlarged view of part D of FIG. 3, and FIG. It is an enlarged view of line B', and FIG. 7 is an enlarged view of part E of FIG. 6.

8 is a side view schematically showing a hair loss treatment apparatus according to an embodiment of the present invention, FIG. 9 is a perspective view of a main part schematically showing a hair loss treatment apparatus according to an embodiment of the present invention, and FIG. It is a longitudinal sectional view schematically showing a hair loss treatment apparatus according to an embodiment of the present invention, and FIG. 11 is an exploded perspective view of the main part showing a wear control unit of the hair loss treatment apparatus according to an embodiment of the present invention.

12 is a perspective view showing the main portion of the head contact portion of the hair loss treatment device according to an embodiment of the present invention, Figure 13 is a perspective view showing the rear contact support portion of the hair loss treatment device according to an embodiment of the present invention, 14 is a perspective view showing a lateral contact support part of a hair loss treatment apparatus according to an embodiment of the present invention, FIG. 15 is a perspective view schematically showing a holder for a hair loss treatment apparatus according to an embodiment of the present invention, and FIG. It is an exploded perspective view schematically showing a holder for a hair loss treatment apparatus according to an embodiment of the present invention.

1 and 2, a hair loss treatment device set according to an embodiment of the present invention includes a helmet-shaped hair loss treatment device 1 for treating hair loss, and a hair loss treatment device 1 detachably seated. Includes a cradle (2).

The hair loss treatment apparatus 1 according to an embodiment of the present invention has a shape of a helmet that can be worn on the head by irradiating light of a wavelength that is helpful for hair loss treatment to the head to promote hair loss treatment and prevention. The cradle (2) according to an embodiment of the present invention is for mounting the hair loss treatment device (1) having a helmet shape in a setting direction at a set position, and when not in use, the hair loss treatment device (1) is mounted on the cradle (2). It can be stored and managed in one state.

By providing a holder 2 for exclusive use of the hair loss treatment device 1, it is possible to facilitate storage and management compared to storing the hair loss treatment device 1 in an arbitrary position in an arbitrary direction when not in use. More specifically, it is possible to solve the inconvenience caused by storing the hair loss treatment device 1 having a dome-shaped three-dimensional appearance in an arbitrary position in an arbitrary direction, and it is possible to prevent a reduction in lifespan due to loss, damage, or fall. .

Referring to FIG. 3, the hair loss treatment apparatus 1 and the cradle 2 according to an embodiment of the present invention are provided with a seating induction part 76 and a wireless charging part 85.

The seating induction unit 76 is a device that actively guides the hair loss treatment device 1 to a set position on the cradle 2 in a set direction using magnetic force, and is attached to each of the hair loss treatment device 1 and the cradle 2 It includes a magnet member 77 and a seating guide member 78 to be installed. The magnet member 77 and the seating guide member 78 will be described together in the following description of the hair loss treatment apparatus 1 and the holder 2.

The wireless charging unit 85 is a device unit for wirelessly charging the hair loss treatment device 1 while the hair loss treatment device 1 is seated on the cradle 2, and is installed in each of the hair loss treatment device 1 and the cradle 2 It includes a current generating coil portion 87 and an electromagnetic field forming portion 86. The current generating coil portion 87 and the electromagnetic field forming portion 86 will be described together in the following description of the hair loss treatment apparatus 1 and the cradle 2.

3, 4, 8 to 10, the hair loss treatment apparatus 1 according to an embodiment of the present invention includes a helmet part 10, a light irradiation part 20, a head contact part 30, and wear It includes an adjustment unit 60, a magnet member 77 of the seating induction unit 76, a current generation coil unit 87 of the wireless charging unit 85, and a wire charging unit 88.

The helmet part 10 has a helmet shape that can be seated on the head. More specifically, the helmet part 10 has a dome shape in which the inside is hollow in a hemispherical shape and the lower part is open. The light irradiation unit 20 is installed on the helmet unit 10 with a light source 21 for treating hair loss.

The light emitted from the light irradiation unit 20 while wearing the helmet unit 10 on the head is irradiated to the head, and according to the wavelength range of the light source 21, the scalp tissue is activated, cleansed, and hair growth is promoted. I can. The head contact unit 30 is a device unit for closely contacting the helmet unit 10 from the wearer's head so that the helmet unit 10 does not incline or flow down. It is connected to the helmet unit 10 and is elastically attached to the wearer's head.

Head contact portion 30 according to an embodiment of the present invention includes a laryngeal contact portion 40 and a temporal contact portion 50. The occipital contact portion 40 elastically adheres to the occipital portion of the wearer. The temporal contact part 50 elastically adheres to the wearer's temporal part. Accordingly, when the hair loss treatment device 1 according to the present invention is worn on the wearer's head, the hair loss treatment device 1 according to the present invention can stably adhere to the wearer's head in the front and rear directions and the left and right directions.

The wearing control unit 60 is a device unit for improving the fit of the helmet unit 10 and the head contact unit 30, and is formed at a portion of the helmet unit 10 and the head contact unit 30 facing the head. Wear control unit 60 is made of a cushion material having a flexibility that is deformed by the contact force with the head.

The fit of the hair loss treatment device 1 according to the present invention can be further improved by the cushioning force of the wear control unit 60, and is worn between the wearer's head and the helmet unit 10 and the head contact unit 30 A clearance corresponding to the thickness of the adjustment unit 60 is formed so that air circulation and sweat discharge can be made, and tightness and cramping due to the close contact of the helmet unit 10 and the head contact unit 30 can be eliminated. .

The magnet member 77 is a device for inducing the hair loss treatment device 1 to be seated in the set direction on the cradle 2 by magnetic force, and more specifically, as shown in FIG. 3, the hair loss treatment device (1) A device for guiding the first point P1 on the top to face the second point P2 on the cradle 2, and is installed at the first point P1 on the cradle 2 including a permanent magnet. .

When the hair loss treatment device 1 according to the present invention is mounted on the cradle 2, the magnet member 77 is drawn toward the seating induction member 78 installed on the cradle 2 by magnetic force, and accordingly, the hair loss treatment device ( 1) is settled and aligned in the correct position and forward direction where the first point P1 and the second point P2 face each other.

In addition, since the magnet member 77 includes a magnet and is built into the helmet connector 41, a magnetic field may be applied to the wearer's back or neck to relieve pain and promote blood circulation. Various ions contained in the blood are smoothly activated due to the magnetic field formed by the magnetic member 77 and the current induced thereby, exerting a net effect on the autonomic nervous system, promoting blood circulation, improving diseases, etc. have.

The current generating coil part 87 is a battery (B) for operating the hair loss treatment device 1, more specifically the light irradiation part 20, etc. in the state where the hair loss treatment device 1 is seated on the cradle 2 It is installed in the helmet connection part 41 of the hair loss treatment device 1, including a coil through which current can flow, as a device for charging.

When the hair loss treatment device 1 is mounted on the cradle 2, the helmet connector 41 faces the rear fence portion 74 (described below) of the cradle 2, and the current generating coil portion 87 is rearward. It faces the electromagnetic field forming part 86 installed in the fence part 74 and is located close to within a set interval.

As described above, in a state in which the current generating coil part 87 and the electromagnetic field forming part 86 face each other in close proximity, the current generating coil part 87 is located in the electromagnetic field formed by the electromagnetic field forming part 86, As a result, current is generated and flowed in the current generation coil unit 87. By this action, the battery B is wirelessly charged.

The wired charging unit 88 is a device for charging by connecting the hair loss treatment device 1 with an external power supply device (not shown) by wire, and is installed on the laryngeal contact part 40 of the hair loss treatment device 1 . Referring to FIG. 4, the wired charging unit 88 according to an embodiment of the present invention has a structure in which a terminal of a power supply device can be inserted and connected, and is disposed at the lower end of the occipital contact part 40, and is in close contact with the larynx. It is connected to the battery B built in the part 40.

By forming the wire charging unit 88, it is possible to charge the hair loss treatment apparatus 1 without the mounting unit 2. In addition, since power is directly supplied from the power supply device, it is possible to charge more quickly compared to the wireless charging unit 88. According to the present invention, in charging the hair loss treatment apparatus 1, it is possible to charge in various ways including wireless or wired according to the user's convenience.

Referring to FIG. 8, the helmet part 10 according to an embodiment of the present invention includes a frontal cover 11, a parietal cover 12, and a lateral occipital cover 13 based on the wearer's head. And have a connected structure.

The front cover 11 is a device that covers the front of the wearer, and the first light irradiation unit 22 of the light irradiation unit 20 for treatment of frontal hair loss is disposed. The crown cover 12 is a device that covers the crown of the wearer, and is formed to extend rearward from the center of the front cover 11, and the second light irradiation portion 25 of the light irradiation portion 20 for treatment of hair loss in the crown ) Is placed.

Accordingly, in a state where the user has the helmet part 10 seated and worn on the head, the first light irradiation unit 22 and the second light irradiation unit 25 are used to treat hair loss over the entire front and head areas where hair loss occurs mainly. Hair loss treatment can be stably performed while irradiating the melting light. Meanwhile, hair loss treatment may be performed while selectively operating the first light irradiation unit 22 or the second light irradiation unit 25.

The temporal occipital cover 13 is a device that covers the temporal and occipital portions of the wearer, is continuously formed under the crown cover 12 and forms a continuous curved surface together with the frontal cover 11. Accordingly, the frontal cover 11 and the crown cover 12 can be stably seated and maintained in the correct position on the head, that is, the frontal and crowned portions, respectively. Referring to FIG. 8, the lateral occipital cover part 13 according to an embodiment of the present invention includes a occipital cover part 14, a close contact reinforcing connection part 15, and a temporal cover part 16.

The occipital cover portion 14 is a device that covers the occipital portion of the wearer, and is formed to extend downwardly to the rear portion of the crown cover portion 12. The adhesion reinforced connection part 15 is a device part connected to the head adhesion part 30 and is provided under the occipital cover part 14. More specifically, the adhesion reinforced connection part 15 is connected to the rear adhesion support part 42 of the head contact part 30 (see FIG. 12, described below).

The temporal cover part 16 is formed to extend forward on the left and right sides of the occipital cover part 14, the upper part is continuously connected to the crown cover part 12, and the front part is connected continuously with the frontal cover part 11 do. The lower part of the temporal cover part 16 has a spaced apart from the upper part of the head contact part 30. The head contact part 30 is connected to the occipital cover part 14 through an adhesion reinforcing connection part 15 and has a structure spaced apart from the temporal cover part 16. Accordingly, the head contact part 30 can freely expand or contract the lateral width without interference with the temporal cover part 16.

3, 5 and 9, the helmet part 10 according to an embodiment of the present invention includes an inner skin 111, an outer skin 113, a separation connection 114, and a light source receiving part 117. Include.

The inner skin 111 is a device that forms an inner part of the helmet part 10 in contact with the head, and the head receiving part in which the head is accommodated is formed to be hollow in a hemispherical shape, and has a dome shape with an open lower part. The inner skin 111 includes a light-transmitting material capable of transmitting light of a specific wavelength emitted from the light irradiation unit 20 and includes a UV-blocking material capable of blocking ultraviolet rays harmful to the human body.

The portion of the inner skin 111 corresponding to the frontal portion has a structure extending downward toward the forehead than the outer skin 113. In the description of the present invention, a portion extending downward from the outer skin portion 113 on the front cover portion 11 is referred to as an optical interference blocking portion 112. With the structure of the inner skin 111 including the optical interference blocking portion 112, the contact area with the head can be more stably secured, while the thickness of the frontal cover 11 formed together with the outer skin 113 It can stably prevent visual field interference and reduction.

A power display unit 19 (described below) is installed between the inner skin 111 and the outer skin 113 constituting the frontal cover 11, and the light interference blocking unit 112 is a transparent window of the power display unit 19 It is formed to extend downward than (292). The light emitted from the light irradiation unit 20 toward the head is located on one side of the optical interference blocking unit 112, and the light radiated from the power display unit 19 is located on the other side of the optical interference blocking unit 112.

In this way, the interference between the light emitted from the light irradiation unit 20 toward the head and the light emitted from the power display light source 291 is reduced and blocked by the light interference blocking unit 112. Here, blocking of light is not limited to blocking 100% of light transmission, but includes having a smaller blocking rate. In other words, it encompasses that it has a blocking function.

The outer skin 113 is a device portion that forms a light source receiving portion 117 capable of mounting the light irradiation portion 20 between the inner skin 111 and forms the exterior of the helmet portion 10. It is formed in a dome shape corresponding to the inner skin 111. The spaced connection 114 is a device unit that binds the inner skin 111 and the outer skin 113 to each other at a set interval, and is formed to protrude in a direction facing each other on at least one side of the inner skin 111 and the outer skin 113 .

The spaced connection portion 114 is disposed to be distributed in a plurality of places on the inner skin 111 and the outer skin 113. As an example, the spaced connection portion 114 is arranged in a plurality of distributed over the front, rear, upper, and side portions of the helmet portion 10, thereby more stably securing the bonding force between the inner skin 111 and the outer skin 113. I can. Referring to FIG. 9, the spaced connection part 114 according to an embodiment of the present invention includes a substrate fixing part 115 and a side fixing part 116.

A light irradiation part 20 is disposed between the inner skin 111 and the outer skin 113, and the substrate fixing part 115 penetrates the light irradiation part 20 and extends in the vertical direction. The substrate fixing part 115 not only combines the inner skin 111 and the outer skin 113, but also fixes the light irradiation part 20 in place at the same time. A plurality of substrate fixing portions 115 may be distributed and disposed over the front portion, rear portion, upper portion, and side portions of the helmet portion 10.

When the wearer wears or takes off the helmet part 10, the temporal cover part 16 is mainly held with both hands, and a detachment force or a wearing force is applied to the helmet part 10. The side fixing part 116 is positioned on the temporal cover part 16 to correspond to the temporal part that mainly acts as an external force in this way.

The side fixing part 116 is disposed at a higher density than the substrate fixing part 115. More specifically, the side fixing part 116 not only has an extended width (thickness) in the left and right direction than the substrate fixing part 115 in order to further strengthen the rigidity of the temporal cover part 16, but also the substrate fixing part 115 They are arranged at spaces closer to each other.

The side fixing part 116 is extended in the vertical direction to avoid interference with the light irradiating part 20, so that the rigidity of the light irradiating part 20 is reduced due to the side fixing part 116 having a higher density than the substrate fixing part 115 Can be prevented at the source. In addition, when an excessive external force is applied to the temporal portion, the pressing force intensively acts on the side fixing portion 116. Even if the side fixing portion 116 is bent or broken, it does not affect the light irradiation portion 20, so the light irradiation unit ( 20) lifespan can be stably maintained.

The light source receiving part 117 is a hollow space in which the light irradiation part 20 is accommodated, and is formed to be hollow between the inner skin 111 and the outer skin 113. The light irradiation unit 20 includes a flexible substrate on which a plurality of light sources 21 are mounted, is accommodated in the light source receiving unit 117, and is fixed in position by the substrate fixing unit 115.

5 and 9, a light irradiation unit 20 according to an embodiment of the present invention includes a first light irradiation unit 22, a second light irradiation unit 25, and a power display unit 29.

The first light irradiation unit 22 is disposed at a position corresponding to the frontal portion of the wearer, and irradiates light for treatment of frontal hair loss. The second light irradiation unit 25 is disposed at a position corresponding to the wearer's head, and irradiates light for treatment of hair loss at the head. Each of the first light irradiation unit 22 and the second light irradiation unit 25 is provided with a plurality of light sources 21 for irradiating hair loss treatment light onto the wearer's head.

The light source 21 may be provided with various specifications that irradiate light of different wavelength ranges in combination. For example, some of the plurality of light sources 21 may be LEDs that output a wavelength of 460nm to 470nm, some may be LEDs that output a wavelength of 620nm to 680nm, and another part may be a wavelength of 760nm to 900nm It may be an LED that outputs.

In the case of a wavelength of 460nm to 470nm, it is known to have the effect of greatly increasing the effect of hair loss treatment by activating the hair follicle cells and activating the scalp tissue by increasing blood flow.In the case of a wavelength of 620nm to 680nm, the scalp and hair follicles are cleaned It is known to have an effect of preventing hair loss by maintaining and promoting hair growth.In addition, in the case of infrared rays having a wavelength of 760 nm to 900 nm, when used together with light having two wavelength ranges described above, the effect is more It is known to improve.

The first light irradiation unit 22 is formed by arranging a plurality of light sources 21 in the front-rear direction and the left-right direction to form a curved surface corresponding to the front head. That is, the first light irradiation unit 22 has a structure in which a plurality of light sources 21 are continuously arranged in the left and right directions and the front and rear directions to form a shape covering the entire front head.

Accordingly, compared to simply including several light sources 21 or where the light source 21 is arranged intensively on one side of the frontal portion, the first light irradiation unit 22 is used to maximize the effect of treating hair loss in the frontal region such as M-shaped hair loss. I can. Referring to FIG. 9, a first light irradiation unit 22 according to an embodiment of the present invention includes a frontal central irradiation unit 23 and a frontal side irradiation unit 24.

The front central irradiation unit 23 is positioned to correspond to the central portion of the front head, and the light source 21 is formed by being arranged in the front-rear direction and the left-right direction. The frontal side irradiation portion 24 is positioned to correspond to the left and right sides of the frontal portion, and the light source 21 is formed along with the frontal central irradiation portion 23 to form a curved surface corresponding to the frontal portion in the front-rear direction and left-right direction.

The second light irradiation unit 25 is formed by arranging a plurality of light sources 21 in the front-rear direction and the left-right direction to form a curved surface corresponding to the crown. Although not shown in FIG. 9, the second light irradiation unit 25, like the first light irradiation unit 22, is continuous in the left and right directions and in the front and rear directions so that a plurality of light sources 21 cover the entire crown. It has an arranged structure.

Accordingly, compared to simply including a few light sources 21 or the light source 21 being arranged to be lean on one side of the crown, the second light irradiation unit 25 can be used to maximize the hair loss treatment effect of the crown. Referring to FIG. 9, the second light irradiation unit 25 according to an embodiment of the present invention includes a central crown irradiation unit 26, a posterior crown irradiation unit 27, and a parietal side irradiation unit 28.

The central crown irradiation unit 26 is positioned to correspond to the central portion of the crown, and the light source 21 is formed by being arranged in the front-rear direction and the left-right direction. The posterior crown irradiation portion 27 is positioned to correspond to the rear portion of the crown portion, and the light source 21 is formed by being arranged in the front-rear direction and the left-right direction. The parietal side irradiation unit 28 is positioned to correspond to the left and right sides of the crown, and the light source 21 forms a curved surface corresponding to the parietal portion together with the central head irradiation unit 26 and the posterior parietal irradiation unit 27 in the front and rear directions and the left and right directions. Are arranged and formed.

The power display unit 29 is a device unit for externally displaying the power on/off state of the light irradiation unit 20, and is formed in the form of lighting at the edge of the helmet unit 10. The power display unit 29 is turned on when the power of the light irradiating unit 20 is turned on, and is turned off when the power of the light irradiating unit 20 is turned off. The power display unit 29 according to an embodiment of the present invention includes a power display light source 291 and a transparent window portion 292.

A plurality of power display light sources 291 are disposed on the light source receiving portion 117 of the front cover 11 at a spaced interval in the left and right directions. As the light source 291 for power display, a blue-based LED that can stably secure visibility while having a wavelength region having an emission color different from that of the light source 21 may be applied.

The light-transmitting window 292 includes a light-transmitting material through which light irradiated from the power display light source 291 can pass, and is disposed to extend along the outer skin 113 at the edge of the light source receiving portion 117. Since the transparent window portion 292 is disposed on the front head cover portion 11, it is formed to extend in the transverse direction along the front head portion. Accordingly, it is possible to easily check the light irradiated from the transparent window 292, that is, the on/off state of the power source in the front, left, and right directions.

The light-transmitting window 292 irradiates the power display light source 291 toward the lower side, thereby taking the form of indirect lighting. With the structure of the transparent window 292, it is possible to prevent the power display light from being directly irradiated to the eyes of the surrounding person while the person around the wearer faces the wearer, thereby preventing the breast due to eye fatigue due to direct sunlight. It goes without saying that the wearer can enjoy this effect even when storing and managing the hair loss treatment device 1 according to the present invention without wearing the hair loss treatment device 1 according to the present invention.

In a portion of the inner skin 111 corresponding to the frontal portion, an optical interference blocking portion 112 is formed to extend downwardly than the outer skin 113. The light emitted from the power display light source 291 by the optical interference blocking unit 112 and the irradiation area of the light emitted from the light irradiating unit 20 can be clearly divided into one side and the other side of the optical interference blocking unit 112. And mutual interference can be reduced or blocked.

Referring to FIG. 12, the laryngeal contact portion 40 according to an embodiment of the present invention includes a helmet connector 41 and a rear contact support portion 42.

The helmet connection part 41 is a device part that elastically adheres to the occipital part while mediating the connection between the helmet part 10 and the temporal contact part 50, and the lower part of the helmet part 10 by the rear adhesion support part 42 And, more specifically, it is connected to the close contact reinforcement connection 15 of the helmet part 10, and extends downward to the neck. 3, 4, and 12, the helmet connection part 41 according to an embodiment of the present invention includes a laryngeal contact inner skin 411, a laryngeal contact outer skin 412, a rear movement restraint part 413, and a lower part. It includes an inclined portion 414 and an upper inclined portion 415.

The occipital contact inner skin 411 is a portion of the helmet connector 41 that contacts the wearer's head and extends downward along the occipital portion. The upper portion of the occipital contact inner skin 411 is in contact with the inner skin 111 from the inner side of the helmet unit 10, and elastically adheres to the inner skin 111 by the rear contact support 42. With this structure, it is possible to prevent hair from getting caught between the helmet connection part 41 and the helmet part 10.

The occipital tight inner skin 411 is disposed to be inclined downward toward the front so as to be positioned in front as it goes downward. For example, the occipital contact inner skin 411 may have a flat panel shape and be installed upright, and the lower part may be installed inclined forward. With this structure, the occipital contact inner skin 411 is located in front of the upper part of the lower part.

The helmet connection part 41 comes into contact with the lower part of the occipital part of the wearer, and since the occipital contact inner skin 411 has an inclined shape as described above, it can stably adhere to the lower part of the occipital part. In addition, since the occipital contact inner skin 411 has an inclined shape as described above, the hair loss treatment device 1 according to the present invention can restrain the upward separation from the head, so that the hair loss treatment device 1 is worn. In this state, the wearer can comfortably perform movements such as tilting the head back and forth.

The occipital contact outer skin 412 is a device that forms the appearance of the occipital contact portion 40, and is disposed outside the occipital contact inner skin 411, and the rear contact support portion 42, magnet between the occipital contact inner skin 411 It forms a hollow space that can accommodate the member 77, the current generating coil part 87, and the like, and is connected to the occipital tight inner skin 411. The occipital tight outer skin 412 is located under the outer skin 113 of the helmet part 10.

The rear movement restraint unit 413 is a device that is in surface contact with the outer skin 113 and restricts the rearward movement of the occipital contact outer skin 412, and the upper end of the occipital contact outer skin 412 facing the outer skin 113 Is formed in The helmet connection part 41 may be elastically bent so that the lower part is moved forward and backward based on the close adhesion reinforcement connection part 15 by the rear adhesion support part 42.

When the helmet connection part 41 is tilted to the rear, the rear movement restraint part 413 closes the lower part of the close contact reinforcement connection part 15, and more specifically, the outer skin part 113 that closes the lower end of the close contact reinforcement connection part 15 As you touch it, the upward movement is restricted. By this action, the rear bending of the helmet connection part 41 can be stably made within a set angle, and a contact state between the occipital contact inner skin 411 and the inner skin 111 can be closely maintained.

The lower inclined portion 414 and the upper inclined portion 415 face the rear fence portion 74 (described below) of the cradle 2 when the hair loss treatment device 1 according to the present invention is mounted on the cradle 2 As a device to be performed, it is formed on the rear part of the helmet connection part 41. The lower inclined portion 414 and the upper inclined portion 415 face the lower fence portion 741 and the upper fence portion 742 of the rear fence portion 74, respectively.

The lower inclined part 414 is formed under the helmet connection part 41 and has an outer surface shape that inclines radially outward as it goes upward, based on a vertical line of the central part of the hair loss treatment apparatus 1. The upper inclined portion 415 is continuously positioned above the lower inclined portion 414, forms an upper portion of the helmet connector 41, and has an outer surface portion that inclines radially inward as it goes upward. The occipital tight outer skin 412 forms a rear portion of the lower inclined portion 414 and the upper inclined portion 415, and has a multi-stage inclined shape as described above.

The rear close support part 42 is a device part supporting the helmet connection part 41 to be elastically movable forward and backward based on the close adhesion reinforcement connection part 15, and has a structure in which a metal plate is installed to extend in the longitudinal direction. 4, 12, 13, the rear contact support portion 42 according to an embodiment of the present invention is a longitudinal extension 43, a helmet coupling portion 44, a rear close contact coupling portion 45, elasticity adjustment Includes part 46.

The longitudinal extension 43 includes an elastic material having an elastic restoring force, such as a metal material, and has a shape of a plate and is disposed across the contact reinforcement connection part 15 and the helmet connection part 41 in the longitudinal direction. The longitudinal extension part 43 according to an embodiment of the present invention includes a longitudinal extension body part 431, a lower impact part 432, and an upper impact part 433.

The vertical extension body portion 431 is formed to extend in the vertical direction with a set width. The elastic force can be variably applied according to the thickness, width, and length of the longitudinal extension body 431. The lower tanji portion 432 is formed to be bent forward under the longitudinal extension body portion 431. The lower part of the helmet connection part 41 can be stably supported upward toward the front by the lower elastic part 432 and stably adhered to the lower part of the occipital part.

The upper tanji portion 433 is formed to be bent forward on the upper portion of the longitudinal extension body portion 431. On the limited space portion formed between the occipital contact inner skin 411 and the occipital contact outer skin 412, the upper elastic part 433, the longitudinal extension body part 431, and the lower elastic part 432 are convex rearward together. By forming a curved shape and being located close to the occipital tight outer skin 412, the magnet member 77, the current generating coil part 87, the side between the occipital tight inner skin 411 and the occipital tight outer skin 412 It can be disposed space-efficiently together with the close contact support 52 or the like.

The helmet coupling part 44 is a device part which is coupled with the tight contact reinforcement connection part 15 of the helmet part 10 among the rear adhesion support parts 42 and is continuously formed on the upper part of the upper elastic part 433. The helmet coupling part 44 may be penetrated by a fastening protrusion or the like to be fixed at a proper position on the close contact reinforcement connection part 15. The rear close contact part 45 is a device part which is connected to the helmet connection part 41 of the rear contact support part 42 and is continuously formed under the lower elastic part 432. The rear close coupling part 45 may be penetrated by a fastening protrusion or the like to be fixed at a proper position on the helmet connection part 41.

The elastic adjustment part 46 is a device part for adjusting the elasticity of the rear contact support part 42, and is formed to penetrate through the longitudinal extension part 43 and extends in the vertical direction. The elastic force of the rear contact support part 42 is determined primarily according to the thickness, width, length, etc. of the lateral extension part 43, and the elastic force is determined secondarily according to the width, length, etc. of the elastic adjustment part 46.

As the width and length of the elastic adjustment unit 46 are reduced, the elastic force can be strengthened and applied. Conversely, as the width and length of the elastic adjustment unit 46 are expanded, the elastic force can be applied by weakening the elastic force. In addition, it is possible to implement a structure and action in which a plurality of mutually independent metal plates are arranged in parallel in the transverse direction with only one metal plate by the elastic control unit 46.

Referring to FIG. 12, the temporal contact portion 50 according to an embodiment of the present invention includes a close contact extension 51, a lateral contact support 52, an inner cleaning unit 53, and a bending prevention rib unit 56. Include.

The close contact extension 51 is a device part that elastically adheres to the temporal part of the wearer, is connected to the left and right sides of the helmet connection 41 by the lateral contact support part 52, and along the temporal part from the lower side of the helmet part 10 It is formed to extend forward. The close contact extension 51 is provided with a pair of left and right sides that are in close contact with each of the left and right heads. 6, 7, and 12, the close contact extension 51 according to an embodiment of the present invention includes a temporal contact inner skin 511, a temporal contact outer skin 512.

The temporal close contact inner skin 511 is a portion of the close contact extension 51 that contacts the wearer's head, and is formed to extend forward along the temporal part. A pair of left and right temporal contact inner skin 511 is disposed so that the lower part has a narrower mutually spaced distance than the upper part. For example, a pair of left and right temporal close contact inner skin 511 is installed to be upright in a flat panel shape, and is disposed to be inclined downward toward each other. With this structure, the lower part of the left temporal contact inner skin 511 is located on the right side of the upper side, and the right temporal contact inner skin 511 is located on the left side of the upper part.

The close contact extension 51 is in contact with the lower portion of the wearer's temporal portion, and the temporal contact inner skin 511 has an inclined shape as described above, so that the hair loss treatment apparatus 1 according to the present invention is separated upward from the head. Can be redeemed. Accordingly, while wearing the hair loss treatment apparatus 1, the wearer can comfortably perform an operation such as tilting the head left and right.

The temporal contact outer skin 512 is a device that forms the exterior of the temporal contact 50, and is disposed outside the temporal contact inner skin 511, and the lateral contact support 52 between the temporal contact inner skin 511, and the bending It forms a hollow space that can accommodate the prevention ribs 56 and the like, and is connected to the temporal contact inner skin 511.

The lateral contact support unit 52 is a device unit supporting the close contact extension unit 51 to be elastically movable in the lateral direction based on the helmet connection unit 41, and has a structure in which a metal plate is installed to extend in the transverse direction. The lateral contact support part 52 connects the helmet connection part 41 and the close contact extension part 51, and supports the close contact extension part 51 to be elastically movable in the lateral direction. Referring to FIGS. 12 and 14, the lateral contact support part 52 according to an embodiment of the present invention includes a lateral extension part 521, a rear coupling part 524, and a lateral tight coupling part 525.

The lateral extension part 521 includes an elastic material having an elastic restoring force such as a metal material, and has a shape of a plate and is disposed across the helmet connection part 41 and the close contact extension part 51 in the transverse direction. The lateral extension part 521 according to an embodiment of the present invention includes an intermediate extension part 522 and a side tanji part 523.

The intermediate extension 522 is formed to extend in the left and right direction across the intermediate portion of the helmet connection 41. A rear coupling portion 524 coupled to the helmet connection portion 41 is formed on an intermediate portion in the longitudinal direction of the intermediate extension portion 522. The side tanji portion 523 is a portion corresponding to the side portion of the intermediate extension portion 522 extending to the outside of the helmet connection portion 41 and is formed to be bent from the rear to the front. The side elastic part 523 may support the close contact extension part 51 to be elastically movable in the lateral direction, and it may stably adhere to the lower part of the temporal part.

The rear coupling portion 524 is a device portion that is coupled to the helmet connection portion 41 of the lateral contact support portion 52 and is formed on an intermediate portion of the lateral extension portion 521 in the extending direction. The rear coupling part 524 may be penetrated by a fastening protrusion or the like to be fixed at a proper position on the helmet connection part 41. The side close contact coupling portion 525 is a device portion coupled to the close contact extension portion 51 of the side contact support portion 52, and is continuously formed at both ends of the lateral extension portion 521 in the extending direction with the side elastic portion 523. The lateral tight coupling portion 525 may be penetrated by a fastening protrusion or the like to be fixed at a proper position on the helmet connector 41.

In the meantime, the cleaning unit 53 is a device that induces the lateral bending of the close contact extension 51 to be reliably achieved based on the set point on the helmet connector 41, and the helmet connector 41 and the close contact extension 51 ) Is formed stepped on the contact portion. Referring to FIG. 12, the mean cleaning unit 53 according to an embodiment of the present invention includes a reference stepped part 54 and a moving stepped part 55.

The reference stepped part 54 is formed to be stepped at a set point on the helmet connection part 41. The reference stepped portion 54 according to an embodiment of the present invention has a structure formed to be recessed forward at the left end and the right end of the occipital close contact outer skin 412. The moving stepped part 55 is formed to protrude toward the reference stepped part 54 on the rear end of the close contact extension part 51 in contact with the helmet connection part 41.

The movable stepped part 55 is located on a groove formed hollow on the left and right ends of the helmet connection part 41 by the reference stepped part 54, and its end is in contact with the reference stepped part 54. When the wearer tilts the pair of close contact extensions 51 in a lateral direction spaced apart from each other to facilitate wearing the helmet part 10 on the head, the end of the moving stepped part 55 is in close contact with the reference stepped part 54 And, based on the contact portion, the contact extension portion 51 is continuously folded. By this action, the pair of close contact extensions 51 on the left and right sides can be flipped symmetrically to each other to the same degree based on the cleaning section 53, and this action can be reliably performed every time.

The bending prevention rib part 56 is a device part for preventing distortion, bending deformation, etc. of the side elastic part 523 formed to extend in the transverse direction among the lateral contact support parts 52, and is inside the tight contact extension part 51. It is formed to extend along the side close contact support (52). The bending prevention rib part 56 is formed to extend in the transverse direction at a portion corresponding to the upper and lower portions of the lateral contact support part 52 of the close contact extension part 51, so that the lateral contact support part 52 and the extension direction thereof Contact in succession.

The bending prevention rib part 56 according to an embodiment of the present invention is formed to protrude inward on the temporal close contact outer skin 512. This structure reinforces the bending stiffness of the temporal contact outer skin 512 and at the same time constrains the flow of the lateral contact support 52 by continuously contacting the edge of the lateral contact support 52 as described above. (52) can be prevented from twisting and bending deformation.

Referring to Figures 10 and 11, the wearing control unit 60 according to an embodiment of the present invention includes a frontal wear control unit 61, a temporal wear control unit 66, and a temporal occipital wear control unit 67 do.

The front head wear control part 61 is a cushion part that contacts the wearer's forehead and is disposed on the inner skin 111 of the front head cover part 11 including a cushion material that is deformed by a contact force with the head. More specifically, the front head wear adjustment unit 61 is positioned to correspond to the forehead so as not to interfere with the first light irradiation unit 22.

The front head wear adjustment part 61 is formed to extend in the transverse direction with a set thickness. The frontal side adjustment part 61 can be flexibly bent by the force of action, and in a state coupled to the inner skin 111 of the frontal cover part 11, it forms a form bent from the front to the rear side to correspond to the shape of the forehead. The front head wearing adjustment unit 61 may be in continuous contact with the forehead in the transverse direction, and the fit of the helmet unit 10 may be further improved by the cushioning force.

The temporal wear adjusting part 66 is a cushion part that contacts the upper part of the temporal part of the wearer, and is disposed on the inner skin 111 of the lateral occipital cover part 13 including a cushion material that is deformed by a contact force with the head. More specifically, the temporal wear adjustment unit 66 is positioned to correspond to the temporal portion so as not to interfere with the second light irradiation unit 25. More specifically, the temporal wear adjustment unit 66 is positioned to correspond to the side fixing portion 116.

The temporal wear control unit 66 has a set thickness and is formed to extend in the transverse direction, and has a shape in which the middle portion in the extension direction is bent upward. The temporal wear control unit 66 is in a state that is coupled to the inner skin 111 of the temporal occipital cover 13, and has a convex shape in the middle portion so as to extend from the front to the rear to correspond to the upper shape of the temporal head. The temporal wear control unit 66 may be in continuous contact with the upper part of the temporal part in the transverse direction, and the fit of the helmet part 10 may be further improved by the cushioning force.

The lateral occipital wear adjusting part 67 is a cushion part in contact with the occipital part of the wearer and the lower part of the temporal part, and is disposed on the head contact part 30 including a cushion material that is deformed by a contact force with the head. More specifically, the lateral occipital wearing control unit 67 is formed to extend in the transverse direction along the occipital contact portion 40 and the temporal contact portion 50.

The temporal occipital wearing control unit 67 is formed to extend in the transverse direction with a set thickness, and corresponds to the occipital contact inner skin 411 of the occipital contact portion 40 and the temporal contact inner skin 511 of the temporal contact portion 50 It has a shape that becomes. That is, the temporal occipital wear adjusting unit 67 has a shape corresponding to a shape in which the occipital contact inner skin 411 and a pair of left and right temporal contact inner skin 511 are connected in succession. The temporal occipital wearing adjustment unit 67 may be in continuous contact with the occipital portion and the lower portion of the temporal portion, and the fit of the helmet portion 10 may be further improved by the cushioning force.

Referring to Figures 10 and 11, each of the front head wearing adjustment unit 61, the temporal wear adjustment unit 66, and the lateral occipital wear adjustment unit 67 according to an embodiment of the present invention is a detachable cushion unit 62 And a cushion coupling portion 65.

The detachable cushion part 62 is made of a cushion material and has a set thickness. As the cushion material, a cushion member formed by foaming a fiber cushion member, urethane, rubber, etc. in which cotton or the like is embedded can be applied. The cushion coupling portion 65 is formed at a setting position on the helmet portion 10 and the head contact portion 30, and the detachable cushion portion 62 is detachably coupled. The detachable cushion unit 62 may be detachably coupled to the cushion coupling unit 65 by a Velcro member or the like.

It is possible to further improve the fit of the hair loss treatment apparatus 1 according to the present invention by the cushioning force of the detachable cushion part 62, and detachable between the wearer's head and the helmet part 10 and the head contact part 30 A gap corresponding to the thickness of the cushion part 62 is formed so that air circulation, sweat discharge, etc. can be made, and it is possible to relieve tightness and tightness due to the close contact of the helmet part 10 and the head contact part 30 to the head. I can.

In addition, when the detachable cushion part 62 is contaminated with sweat, it is separated by the cushion coupling part 65, washed, and then attached to the cushion coupling part 65 for reuse, and clean maintenance and management are possible. In addition, various detachable cushion portions 62 having different thicknesses according to the head size may be selectively applied.

To this end, the detachable cushion unit 62 according to an embodiment of the present invention includes a first detachable cushion unit 63 having a first preset thickness d1 and a second set thickness thicker than the first preset thickness d1 A plurality of pieces including the second detachable cushion unit 64 having (d2) may be provided. By selectively coupling any one of the first detachable cushion part 63 and the second detachable cushion part 64 on the cushion coupling part 65 according to the size of the wearer's head, it is possible to maximize the fit.

Meanwhile, the detachable cushion unit 62 may be provided with a plurality of different materials, colors, and designs (shape, extension type). The wearer can select and apply the detachable cushion part 62 that he/she wants according to his or her taste, and attach and apply it to the cushion coupling part 65, and can freely select and replace the detachable cushion part 62 among other detachable cushion parts 62 if necessary. Accordingly, several people at home, massage shops, etc. can comfortably share their head size or taste, and use it cleanly.

1 to 3 and 15, the cradle 2 according to an embodiment of the present invention includes a seating portion 70, a fence portion 73, a seating guide member 78 of the seating guide portion 76, It includes a sterilizing lighting unit 80, an electromagnetic field forming unit 86 of the wireless charging unit 85.

The seating portion 70 is a device portion on which the hair loss treatment device 1 is detachably mounted, and is formed in a shape corresponding to the lower portion of the hair loss treatment device 1 on the upper side of the cradle 2. As the seating part 70 has a shape corresponding to the lower part of the hair loss treatment device 1, when the hair loss treatment device 1 is seated in the seating part 70, the mounting of the hair loss treatment device 1 is mounted on the cradle 2 It can be done the same every time in the forward direction to the correct position on the top.

The fence part 73 is a device part for restraining the hair loss treatment device 1 in a proper position on the seating part 70 and is formed to protrude upward on the edge of the seating part 70. In the state where the hair loss treatment device 1 is seated on the seating part 70, the fence part 73 comes into contact with the outer surface of the hair loss treatment device 1 in the transverse direction, and the hair loss treatment device 1 is a fence part ( 73), the flow and departure in the transverse direction are restricted.

The seating induction member 78 is a device unit for inducing the hair loss treatment device 1 to be seated in the setting direction on the cradle 2 by magnetic force. More specifically, as shown in FIG. A device part for guiding the first point (P1) on the device (1) to face the second point (P2) on the cradle (2), and is installed at the second point (P2) on the cradle (2) including a permanent magnet do.

In an embodiment of the present invention, the second point P2 is installed on the fence part 73. That is, the seating induction member 78 is installed on the fence part 73. When the hair loss treatment device 1 according to the present invention is mounted on the cradle 2, the magnet member 77 is drawn toward the seating induction member 78 installed on the cradle 2 by magnetic force, and accordingly, the hair loss treatment device ( 1) is the first point (P1) and the second point (P2) facing the right position, in the forward direction, that is, the helmet connection part 41 is seated and aligned in the correct position facing the fence part 73, the forward direction.

The sterilization lighting unit 80 is a device that irradiates light to sterilize the hair loss treatment device 1, and is disposed in the center of the seating part 70 to treat hair loss when the hair loss treatment device 1 is seated on the seating part 70 It is located inside the hollow of the device 1. When the hair loss treatment device 1 according to the present invention is not in use, the inner skin 111 and the wearing control part 60 of the hair loss treatment device 1 are sterilized using the sterilizing lighting unit 80 while being mounted and stored on the cradle 2 I can make it.

The electromagnetic field forming unit 86 is a device unit for wirelessly charging the hair loss treatment device 1 in a state in which the hair loss treatment device 1 is seated on the cradle 2, and more specifically, operates the light irradiation unit 20, etc. It is a device part for charging the battery B, and is installed in the fence part 73 of the cradle 2 with an electromagnet structure capable of forming an electromagnetic field by the flow of current.

When the hair loss treatment device (1) is mounted on the cradle (2), the current generation coil portion (87) faces the electromagnetic field forming portion (86) installed in the fence portion (73) of the cradle (2), and closes within the set interval. Will be located. As described above, in a state in which the current generating coil part 87 and the electromagnetic field forming part 86 face each other, the current generating coil part 87 is located in the electromagnetic field formed by the electromagnetic field forming part 86, and the current is generated by electromagnetic induction. Current is generated and flowed in the generation coil part 87. By this action, it is possible to charge the hair loss treatment apparatus 1 wirelessly.

On the other hand, as the electromagnetic field forming unit 86 has the structure of an electromagnet, the electromagnetic field forming unit 86 has magnetism when the current flows in operation. This is to act as a manpower to the hair loss treatment device (1) incorporating a metal material, more specifically to the helmet connection (41). By the action of the electromagnetic field forming unit 86, the installation and maintenance of the hair loss treatment apparatus 1 on the cradle 2 may be made more stable.

Referring to FIGS. 3 and 15, a seating portion 70 according to an embodiment of the present invention includes a circular seating portion 71 and a seating induction inclined portion 72.

The circular seating portion 71 is a device portion on which the hair loss treatment apparatus 1 according to an embodiment of the present invention is seated, and has a shape corresponding to the lower portion of the hair loss treatment apparatus 1 having a helmet shape. The circular seating portion 71 has a circular shape corresponding to the lower end of the hair loss treatment apparatus 1 on the upper surface of the cradle 2 and is continuously formed.

Referring to Figure 10, the lower portion of the hair loss treatment apparatus 1 according to an embodiment of the present invention, the lower portion of the frontal cover 11, the lower portion of the temporal contact portion 50, the lower portion of the occipital contact portion 40 Has a continuously extended structure. The lower portion of the temporal contact portion 50 is located lower than the lower portion of the front cover portion 11, and the lower portion of the occipital contact portion 40 is positioned lower than the lower portion of the temporal contact portion. In this way, the lower part of the hair loss treatment apparatus 1 formed by the lower part of the frontal cover 11, the lower part of the temporal contact part 50, and the lower part of the occipital contact part 40 continuously descends from the front part toward the rear part. It has an inclined shape.

The circular seating portion 71 according to an embodiment of the present invention has a shape inclined downward from the front portion toward the rear portion corresponding to the lower shape of the hair loss treatment apparatus 1 as described above. Accordingly, the hair loss treatment apparatus 1 according to the present invention can be stably seated on the circular seating portion 71 at an angle and direction as shown in FIGS. 1 to 3. Referring to FIGS. 3 and 10, a circular seating portion 71 according to an embodiment of the present invention includes a front seating portion 711, an intermediate seating portion 712, and a rear seating portion 713.

The front seating portion 711 is positioned to correspond to the frontal portion of the wearer, that is, to correspond to the frontal cover portion 11. The front seating portion 711 as a whole forms a downwardly inclined shape toward the rear side, but its front end forms a seating surface on which the frontal cover 11 can be seated, and the rear end thereof is the front end of the front seating portion 711 It is formed to be inclined downward toward the intermediate seating portion 712 at a larger inclination angle than the portion.

The intermediate seating portion 712 is continuously formed at the rear portion of the front seating portion 711 and is positioned below the front seating portion 711. The intermediate seating portion 712 is positioned to correspond to the temporal portion of the wearer, that is, to correspond to the lower portion of the temporal contact portion 50. The intermediate seating portion 712 as a whole has a downwardly inclined shape toward the rear side, but its front end forms a seating surface on which the temporal contact portion 50 can be seated, and the rear end thereof is the front end of the intermediate seating portion 712 It is formed to be inclined downward toward the rear seating portion 713 at an inclination angle greater than that of the part.

The rear seating portion 713 is continuously formed at the rear portion of the intermediate seating portion 712 and is positioned below the intermediate seating portion 712. The rear seating portion 713 is positioned to correspond to the occipital portion of the wearer, that is, to correspond to the lower portion of the occipital contact portion 40. The front seating portion 711, the intermediate seating portion 712, and the rear seating portion 713 are continuously inclined downward toward the rear side as described above, and form a smooth curved surface that can smoothly slide backward.

Accordingly, when the hair loss treatment device 1 according to the present invention is mounted on the cradle 2, the rear portion of the hair loss treatment device 1 in a state in which the helmet part 10 or the temporal contact part 50 is held, that is, When the occipital contact portion 40 is seated on the circular seating portion 71, the occipital contact portion 40 is naturally guided and guided toward the rear seating portion 713 by the inclined surface of the circular seating portion 71.

For example, when the occipital contact portion 40 of the hair loss treatment apparatus 1 is seated on the intermediate seating portion 712, the occipital contact portion 40 naturally becomes the rear seating portion along the inclined surface of the intermediate seating portion 712. 713). Thereafter, when the gripping state of the hair loss treatment device 1 is released, the helmet part 10 and the temporal contact part 50 can be naturally seated in the correct positions corresponding to the front seating portion 711 and the intermediate seating portion 712, respectively. have.

The seating induction inclined portion 72 is formed on the inner side of the circular seating portion 71, in other words, higher than the circular seating portion 71 on the inner diameter side, and gradually increases toward the central portion of the circular seating portion 71 Have. Accordingly, the seating induction inclined portion 72 and the circular seating portion 71 together form a continuous downwardly inclined surface from the central portion of the circular seating portion 71 toward the outer side in the radial direction.

By providing the seating induction inclined portion 72, in mounting the hair loss treatment apparatus 1 according to the present invention on the cradle 2 as described above, the occipital contact portion 40 of the hair loss treatment apparatus 1 is circularly seated. In addition to seating on the portion 71, the initial seating range can be further expanded by seating on the seating induction inclined portion 72.

That is, even if the occipital contact portion 40 of the hair loss treatment device 1 is initially seated on the seating induction inclined portion 72, the occipital contact portion 40 is naturally rearwardly seated by the inclined surface of the seating induction inclined portion 72. Guided and guided to the (713) side. According to the seating induction inclined portion 72, the initial seating range of the hair loss treatment device 1 is extended by further including the seating induction inclined portion 72 in the intermediate seating portion 712 and the rear seating portion 713. Thus, it is possible to further improve the convenience of mounting on the cradle 2 of the hair loss treatment apparatus 1 according to the present invention.

Referring to FIGS. 2, 3, and 15, a fence part 73 according to an embodiment of the present invention includes a rear fence part 74 and a front fence part 75.

The rear fence portion 74 is a device portion that contacts the occipital contact portion 40 of the hair loss treatment apparatus 1 and is formed to protrude upward from the rear portion of the seating portion 70 having a downwardly inclined shape toward the rear side. When the lower portion of the occipital contact portion 40 is seated on the rear seating portion 713, the rear portion of the occipital contact portion 40 faces the rear fence portion 74. 3 and 4, the rear fence part 74 according to an embodiment of the present invention includes a lower fence part 741 and an upper fence part 742.

The lower fence portion 741 is formed to protrude upwardly at the rear portion of the seating portion 70, and the front portion facing the occipital contact portion 40 is rearward, and more specifically, centered on the central portion of the seating portion 70. It is formed to be inclined upward toward the outside in the radial direction. The upper fence part 742 is continuously formed on the upper part of the lower fence part 741, and the front part has a radius in front of the extension line of the lower fence part 741, and more specifically, the center part of the seating part 70. It is formed to be inclined upward toward the inside direction.

When mounting the cradle 2 of the hair loss treatment device 1, the lower fence part 741 and the upper fence part 742 come into contact with the occipital contact part 40 in different directions, and the rear fence part 74 is simple. Compared to the case of forming a flat surface, the binding force acts in the occipital contact portion 40 from more angles. Accordingly, the hair loss treatment device 1 contacts the cradle 2 in a variety of directions, and its seating can be made more stable.

In forming the front part of the upper fence part 742 to be inclined upwardly forward than the extension line of the lower fence part 741, as shown in FIGS. ) Is seated in the rear seating portion 713 and at the same time being inserted between the upper fence portion 742 and the rear seating portion 713, the seating and insertion of the hair loss treatment device 1 can be performed in multiple stages and continuously. have.

In this way, the hair loss treatment apparatus 1 seated on the cradle 2 is restrained from being separated from the upper side by the upper fence part 742. The hair loss treatment device (1) is guided downward from the front to the rear when it is seated on the cradle (2), as the deviation from the upper fence portion (742) is restricted in the reverse direction, It has overlapping paths of separation and departure that are guided and moved upward from.

According to the seating portion 70 and the fence portion 73 having the structure as described above, the hair loss treatment apparatus 1 according to the present invention having a lower shape that goes downward toward the rear side and gradually has a weight of weight is as described above. The seating is made sequentially from the rear to the front side along the set path guided and guided downward from the front to the rear, and the separation is made sequentially from the front to the rear. By this action, the operation of attaching and detaching the hair loss treatment device 1 to the cradle 2 can be made consistently and easily.

In the description of the present invention with reference to FIGS. 3 and 4, the front and the rear refer to the front and the rear in the drawings shown in FIGS. 3 and 4, and are three-dimensional perspective views shown in FIGS. 2, 9 and 15 Corresponding to the helmet portion 10 or the center portion of the seating portion 70 as a reference, corresponds to the inner and outer radial direction of the helmet portion 10 or the seating portion 70.

That is, the lower fence part 741 extends in an arc shape along the rear part of the rear seating part 713 and faces the lower inclined part 414 upwardly from the lower side of the lower inclined part 414, and the upper fence part 742 ) Extends in an arc shape along the rear portion of the rear seating portion 713 and faces the upper inclined portion 415 downwardly from the upper side of the upper inclined portion 415. Therefore, in initial seating of the occipital contact portion 40 of the hair loss treatment apparatus 1 on the rear seating portion 713, the laryngeal contact portion 40 by the lower fence portion 741 and the upper fence portion 742 ) Lateral deviation and movement can be restricted.

The front fence part 75 is a device part facing the front part of the hair loss treatment device 1, and more specifically, the optical interference blocking part 112, and the optical interference blocking part 112 in the front part of the seating part 70 ) Is formed to protrude upward to a height corresponding to the vertical length. The optical interference blocking part 112 is located at the lower end of the frontal cover part 11 of the hair loss treatment apparatus 1 and is seated in the front seating part 711.

The front fence portion 75 is formed to protrude upwardly at the front portion of the front seating portion 711, and faces the front portion of the optical interference blocking portion 112. The optical interference blocking part 112 is restricted from being separated from the front by the front fence part 75. The front fence part 75 has a transverse thickness corresponding to the rest of the front cover part 11 except for the optical interference blocking part 112, so that the hair loss treatment device 1 is mounted on the cradle 2 The outer skin 113 and the front fence 75 of the front cover 11 form a continuous curved surface. With such a curved shape, a beautiful exterior design as shown in FIG. 1 can be implemented.

In addition, according to the structure of the optical interference blocking portion 112 and the front fence portion 75 as described above, in mounting the hair loss treatment apparatus 1 according to the present invention on the cradle 2, naturally, the front cover portion (11) In a state where the lower end of the outer skin 113 to the power display unit 29 is worn over a fingertip or the outer skin 113 is gripped, the optical interference blocking unit 112 is placed on the front seating unit 711 It is finally settled and the process of releasing the gripping force is continuously performed.

By inducing the above-described seating operation to occur naturally when the holder 2 of the hair loss treatment apparatus 1 is seated, the force holding the hair loss treatment apparatus 1 at a position spaced upward from the front seating portion 711 is released, or Compared to the case of releasing the gripping force while directly in contact with the front seating portion 771, it is possible to prevent the impact force applied to the helmet portion 10 due to the fall.

In addition, in an embodiment of the present invention, the magnet member 77 is installed on the lower inclined portion 414, and the seating guide member 78 is installed on the lower fence portion 741. When the hair loss treatment device 1 according to the present invention is initially seated on the cradle 2, the helmet connection 41 of the hair loss treatment device 1 is on the inclined surface of the circular seat 71 and the seating guide slope 72 As a result, it is guided and guided toward the rear seating portion 713, and is pulled toward the rear fence portion 74 by the attraction between the magnet member 77 and the seating guide member 78.

When the hair loss treatment device 1 according to the present invention is seated on the cradle 2, the magnet member 77 is drawn toward the seating induction member 78 installed on the cradle 2 by magnetic force, and thus, hair loss In the treatment apparatus 1, the lower inclined portion 414 is seated and aligned in a positive position facing the lower fence portion 741 and in a forward direction.

Even if the hair loss treatment device 1 is shifted or twisted and seated without corresponding to the intended position and direction, the seating induction member 78 pulls the magnet member 77 so that the lower inclined portion 414 becomes the lower fence portion 741 ) Is actively induced to face. By this action, the helmet connection part 41 can reliably implement and maintain a seated state in close contact with the rear fence part 74 every time the hair loss treatment device 1 is seated.

The current generating coil part 87 and the electromagnetic field forming part 86 of the wireless charging part 85 are installed in the upper slope part 415 of the helmet connection part 41 and the upper fence part 742 of the rear fence part 74, respectively. do. Due to the action between the seating induction member 78 and the magnet member 77 as described above, the upper inclined portion 415 closely faces the upper fence portion 742 each time the hair loss treatment device 1 is seated. The function of the wireless charging unit 85 for wirelessly charging the treatment device 1 can be stably and efficiently implemented.

3, 6, and 15, the sterilization lighting unit 80 according to an embodiment of the present invention includes a sterilization base part 81, a sterilization light irradiation part 82, and a light-transmitting cover part 84. .

The sterilization base part 81 is a device part that provides a mounting surface capable of installing and fixing the sterilizing light irradiation part 82 and the light-transmitting cover part 84, and a seating part on the inner side of the seating part 70 extending in a circular shape ( 70) and is formed in succession. 3, 6, and 15, the sterilizing base portion 81 according to an embodiment of the present invention includes a flat portion 811 and a light leak prevention protruding portion 816.

The flat portion 811 is a device portion in which the sterilizing light irradiation portion 82 and the light transmitting cover portion 84 are installed, and is formed flat on the inner side of the seating portion 70. Referring to FIG. 16, a flat portion 811 according to an embodiment of the present invention includes a substrate seating portion 812, a substrate coupling portion 813, a cover seating portion 814, and an assembly hole 815.

The substrate mounting portion 812 is a device portion on which the sterilizing light irradiating portion 82 including a substrate is mounted, and has a flat shape so that the sterilizing light irradiating portion 82 can be bonded at a plurality of locations. The substrate coupling portion 813 is a device portion to which the sterilizing light irradiation portion 82 is fastened and fixed by a fastening member (not shown), and a plurality of the substrate mounting portions 812 are formed to be spaced apart from each other. A bolt member can be applied as the fastening member. By passing the fastening member through the sterilizing light irradiation part 82 and fastening to the substrate coupling part 813, the sterilizing light irradiating part 82 can be firmly fixed on the substrate mounting part 812.

The cover seating portion 814 is a device portion on which the light-transmitting cover portion 84 is seated, and is formed continuously with the substrate seating portion 812 at the edge of the substrate seating portion 812. As the light-transmitting cover portion 84 has a dome shape, the lower portion has a circular shape. The cover seating portion 814 is formed in a circular shape corresponding thereto. The assembly hole portion 815 is a device portion to which the light transmitting cover portion 84 is detachably assembled, and is formed to penetrate up and down on the cover seat portion 814. By fastening the detachable assembly portion 842 formed under the light-transmitting cover portion 84 through the assembly hole portion 815, the light-transmitting cover portion 84 can be detachably coupled to the cover seating portion 814. I can.

The light leakage prevention protrusion portion 816 is a device portion that covers a gap formed between the light transmission cover portion 84 and the flat portion 811 and is formed to protrude upward on the edge portion of the flat portion 811. The light leakage prevention protrusion part 816 is formed to extend in a circular shape along the lower portion of the light transmission cover part 84 and the cover seating part 814.

By the light leakage preventing part 816, it is possible to prevent the light irradiated from the sterilizing light irradiation part 82 from leaking into the gap between the light transmitting cover part 84 and the flat part 811. In addition, since the seating portion 70 having a shape that goes upward toward the central portion and the light-transmitting cover portion 84 having a dome shape together form a continuous curved surface, the hair loss treatment apparatus 1 is transferred from the cradle 2 In the separated state, it is possible to implement a beautiful exterior design suitable for use as a lighting device such as a mood lamp with only the holder 2.

The sterilization light irradiation unit 82 is provided on the sterilization base unit 81 with a sterilization light source 83 for sterilization of the hair loss treatment device 1. As the sterilization light source 83, an LED that irradiates light in a wavelength region that implements a sterilization function may be applied. In addition, as the sterilization light source 83, various LEDs having various specifications, for example, LEDs that irradiate light in different wavelength ranges may be applied in combination. In addition, the sterilization light irradiation unit 82 may further include a lighting means for irradiating light in another wavelength region suitable for use as a lighting device such as a mood lamp in addition to the sterilization light source 83.

The light-transmitting cover part 84 is a device that forms the exterior of the sterilization lighting part 80, includes a light-transmitting material, covers the sterilization light irradiation part 82, and is mounted on the sterilization base part 81. The light transmitting cover part 84 according to an embodiment of the present invention has a dome shape corresponding to the inner skin 111 of the hair loss treatment apparatus 1. Accordingly, it is possible to uniformly irradiate the sterilizing light over the entire inner skin 111. Referring to FIG. 16, a light transmission cover part 84 according to an embodiment of the present invention includes an illumination cover part 841 and a detachable assembly part 842.

The lighting cover part 841 is a device that covers the sterilizing light irradiation part 82, is made of a light-transmitting material, and has a dome shape with a hollow inside and an open bottom. With the lighting cover part 841 seated on the sterilizing base part 81, the sterilizing light irradiation part 82 is accommodated in the lighting cover part 841, and the light emitted from the sterilizing light irradiation part 82 is the lighting cover. It penetrates through the part 841 and is irradiated to the outside.

The detachable assembly portion 842 is a device unit detachably assembled to the assembly hole portion 815 of the sterilization base portion 81 and is formed to protrude downward from the lower portion of the lighting cover portion 841. Referring to FIG. 16, the detachable assembly 842 according to an embodiment of the present invention includes an elastic extension part 843 and an elastic ring part 844.

The elastic extension part 843 is a device part that penetrates downward through the assembly hole part 815 of the sterilizing base part 81 and is formed to protrude downward from the lower part of the lighting cover part 841. The elastic extension part 843 is formed at a position corresponding to the assembly hole part 815 and has an elastic force capable of being elastically bent. The elastic ring part 844 is a device part that is caught on the bottom of the cover seating part 814 and is formed to protrude toward the outside of the lighting cover part 841 under the elastic extension part 843.

The elastic ring part 844 is located radially outward than the assembly hole part 815 based on the central part of the lighting cover part 841. Since the elastic extension part 843 can be elastically bent, the elastic ring part ( The 844 may be positioned to correspond to the assembly hole 815. When a downward force is applied while the elastic ring part 844 is positioned to correspond to the assembly hole part 815, the elastic extension part 843 is elastically bent, and the elastic ring part 844 closes the assembly hole part 815. It can penetrate, and in a state that has passed through the assembly hole 815, it is positioned displaced from the assembly hole 815 by the elastic restoring force of the elastic extension 843, and is firmly bound to the cover seating portion 814.

When removing the light-transmitting cover part 84 from the sterilization base part 81 for inspection or replacement of the light-transmitting cover part 84 or the sterilizing light irradiation part 82, the detachable assembly part 842 or detachable assembly By pressing the portion of the lighting cover portion 841 on which the portion 842 is formed with a finger, the elastic ring portion 844 can be positioned corresponding to the assembly hole portion 815, and the lighting cover portion 841 or the detachable assembly portion ( By continuously applying an upward force to 842), the elastic ring portion 844 can be separated and separated from the cover seating portion 814 by passing the elastic ring portion 844 upward through the assembly hole portion 815.

Hereinafter, in this embodiment, the cradle device 950 is a concept including the cradle 2, and the hair management device 910 is a concept including the helmet part 10. In addition, the light irradiation unit 914 is a concept corresponding to the light irradiation unit 20, and the wireless power receiving unit 915 includes or corresponds to the wireless charging unit 85. In addition, the information & status output units 916 and 956 are a concept including the power display unit 29. In addition, the disinfection unit 952 is a concept including the sterilization lighting unit 80, the sterilization light irradiation unit 82, and the sterilization light source 83, and the wireless power transmission unit 955 is the current generation coil unit ( 87).

17 is an exemplary view showing a schematic configuration of a hair management apparatus according to a first embodiment of the present invention.

As shown in FIG. 17, the hair management apparatus 910 according to the first embodiment includes a sensor unit 911, an operation input unit 912, a control unit 913, a light irradiation unit 914, and a wireless power receiving unit 915. ), and an information & status output unit 916.

The hair care device 910 is mounted on the cradle device 950 and charged in a wireless manner. However, the hair management device 910 may be charged in a wired manner even if it is not mounted on the cradle device 950.

The sensor unit 911 is attached to the inside or outside of the helmet unit 10 to detect temperature (eg, head temperature detection), humidity (eg, hair moisture detection), and illuminance (eg, whether the helmet unit is worn). ), and at least one sensor for detecting gas (or detecting whether an odor is generated). In this case, the sensors that detect the above-described information (eg, temperature, humidity, illuminance, gas, etc.) are for illustrative purposes only, and are not intended to be limiting.

The manipulation input unit 912 receives a user's command for operating the hair management device 910.

For example, the operation input unit 912 provides power on/off, operation mode, and status guidance through a user's touch, voice, fingerprint, and remote control (eg, a dedicated remote control, a software remote control using a remote control app installed on a smartphone, etc.). And the like.

Therefore, the manipulation input unit 912 is preferably formed on the outside of the helmet unit 10, but is not limited thereto, and the boundary between the outside and the inside of the helmet unit 10, or a remote control (for example, a dedicated remote control, a smartphone It may be formed in at least one of the software remote control using a remote control app installed in the.

The light irradiation unit 914 has a plurality of (eg, 720LEDs, 450LEDs, etc.) light sources 21 formed at predetermined intervals inside the helmet unit 10.

The light source 21 includes an LED (LED) type light source, and a wavelength region of light generated from each light source 21 is formed differently, and the emission color of each light source 21 may be formed differently. That is, a plurality of light sources 21 having different types of light, such as wavelength and color of light, are formed at predetermined positions and at predetermined intervals.

The light irradiation unit 914 adjusts the wavelength, color, and the amount of energy of light irradiated from the light source 21 according to the state of the hair (or scalp) for each user, thereby treating hair loss, hair growth, and blood circulation. The effect of can be achieved.

In addition, the light irradiation unit 914 may irradiate light only to a selectively designated position among the entire head (or scalp) region, or may adjust the energy intensity of the irradiated light differently for each region. Accordingly, it is possible to prevent unnecessary waste of power and balance the effect on each user's hair (or scalp).

The wireless power receiving unit 915 performs wireless charging by receiving power generated by an electromagnetic field when the helmet unit 10 is mounted on the cradle device 950.

The information & status output unit 916 outputs power on/off, operation mode, and status guide information of the hair management device 910.

The information & status output unit 916 may output power on/off, operation mode, and status guidance information by sound, vibration, and light (light), and for this purpose, the inner side of the helmet unit 10 In addition, a speaker, a motor, and a light source are formed on the outside or at the boundary thereof.

The control unit 913 integrates and controls the sensor unit 911, the manipulation input unit 912, the light irradiation unit 914, the wireless power receiving unit 915, and the information & status output unit 916, The hair management device 910 is controlled in an operation mode corresponding to.

Accordingly, the control unit 913 includes a memory (not shown) for storing an algorithm for controlling the hair management device 910 therein. Of course, the memory (not shown) may be included in an external form.

The controller 913 may recognize a user by analyzing information input through the manipulation input unit 912 (eg, voice, fingerprint, communication connected smartphone ID, etc.).

When the user is recognized as described above, the control unit 913 may store usage time and operation mode information of the hair management device 910 for each user in a memory (not shown), and the hair management device 910 Total usage information (ie, usage time, operation mode, etc.) may be stored in the memory (not shown). By managing the total usage information (ie, usage time, operation mode, etc.) of the hair management apparatus 910 as described above, the life (or performance degradation) of each light source 21 can be predicted.

The control unit 913 may analyze the state of the hair (or scalp) for each user based on at least one piece of information detected through the sensor unit 911. By analyzing the state of the hair (or scalp) for each user in this way, the control unit 913 may control the light source 21 of the light irradiation unit 914 for each user.

In addition, the controller 913 controls the light irradiation unit 914, but depending on whether the user wears the helmet unit 10 on the head, when the helmet unit 10 is not worn on the head, the light source is In order to prevent direct irradiation to the user's eyes, when the light source 21 of the light irradiation unit 914 is driven to output minimum energy, and the user wears the helmet unit 10 on the head (or When covering the table), the light source 21 is driven to output the maximum energy in the mode corresponding to the operation mode.

In addition, the control unit 913 may output the usage time, battery status, operation mode, hair (hair) status, and hair management guide information of the hair management device 910 through the information & status output unit 916. I can.

18 is an exemplary view showing a schematic configuration of a hair management apparatus according to a second embodiment of the present invention, and further includes a camera unit 917 in FIG. 17.

The camera unit 917 takes a picture of hair (or scalp) when the user wears the helmet unit 10 on the head and transmits it to the control unit 913, so that the control unit 913 Allows you to analyze the state of

For example, the control unit 913 combines the information detected through the camera unit 917 and the sensor unit 911, and the wet state of the hair (or scalp), the dry state, the thickness of the hair, the number of hair, oily or dry It is possible to analyze the condition, hair color, hair temperature, sebum degree, and hair loss pattern.

The camera unit 917 includes at least one camera (or image sensor), and the at least one camera (or image sensor) is formed at a predetermined position between a plurality of light sources of the light irradiation unit 914. I can.

The control unit 913 may calculate a hair management effect by comparing and analyzing the captured hair (or scalp) image before the user starts the hair management and after the hair management ends. For example, the control unit 913 may calculate a hair management effect by comparing and analyzing the thickness of the hair, the number of hair, the oily or dry state, the degree of sebum, and the degree of hair loss.

FIG. 19 is an exemplary view showing a schematic configuration of a hair management apparatus according to a third embodiment of the present invention, and further includes a first communication unit 918 in FIG. 18.

The first communication unit 918 connects the hair management device 910 to a portable terminal (e.g., a smartphone) 980, an Internet router 970, a cradle device 950, and a server through the Internet router 970. Connect communication with (not shown).

The first communication unit 918 may implement at least one of a short-range wireless communication method (eg, WiFi, Bluetooth, NFC, infrared (IR), etc.) and a long-distance wireless communication method (eg, a mobile communication method such as GSM, LTE, etc.). I can.

Through the first communication unit 918, the control unit 913 may update a driving program (or driving algorithm), and also transmit operation information or status information to the cradle device 950, the portable terminal 980, and It can be delivered to the server (not shown), and also receives a remote control signal through the cradle device 950, the portable terminal 980, and the server (not shown) to remotely control the hair management device 910. Can be controlled.

FIG. 20 is an exemplary view showing a schematic configuration of a hair management apparatus according to a fourth embodiment of the present invention, and further includes a temperature controller 919 in FIG. 19.

When the helmet part 10 is worn on the head, the temperature control part 919 is based on the temperature or humidity of the head detected through the sensor unit 911 (eg, moisture of the head), When the temperature is overheated above the specified temperature range, or when the temperature of the head falls below the specified temperature range, the temperature of the head can be maintained within the specified temperature range under the control of the controller 913.

For example, although the temperature control unit 919 is not shown, the temperature of the head inside the helmet unit 10 by applying steam injection, a fan (FAN), a heater, a cooling pump (eg, cooling water circulation), and a thermoelectric element, etc. Can be adjusted. In this case, when considering the size and driving method, the thermoelectric element is preferable to be considered as the last measure since it affects the overall volume, weight, and power consumption of the device.

As described above, the temperature control unit 919 has an effect of improving the hair management effect by quickly stabilizing the condition of the hair when the user starts hair management. It also allows the user to receive hair care in a comfortable state of mind.

21 is an exemplary view showing a schematic configuration of a hair management apparatus according to a fifth embodiment of the present invention, and further includes a tension & fatigue removing unit 920 in FIG. 20.

The tension & fatigue removal unit 920, since the hair management effect may be degraded when the user receives hair management in an uncomfortable state due to tension or fatigue, fragrance spraying, nutrient spraying, acupressure, low-frequency massage, and music (or White noise, etc.).

Accordingly, the tension & fatigue removing unit 920, although not shown in the drawing, is a spray device (not shown) capable of spraying fragrances or nutrients, and the protrusions are moved up and down by an electric motor or pneumatic pressure to press the scalp. At least one of a protruding device (not shown), a low-frequency electrical device capable of outputting low-frequency electrical stimulation (not shown), and a music reproducing device (not shown) that outputs music or white noise used for yoga, cafe, or prenatal education It may include more than one.

The control unit 913 may store and use a stress & fatigue removal method preferred for each user.

For example, it stores the user's favorite scent, the user's favorite intensity of acupressure, the user's favorite frequency and intensity of low-frequency electricity, and the user's favorite music, and the control unit 913 recognizes the user and stores the stored tension. Fatigue removal method can be applied automatically.

22 is an exemplary view showing a schematic configuration of a cradle device according to the first embodiment of the present invention.

As shown in FIG. 22, the cradle device 950 according to the first embodiment includes a lighting unit 951, a disinfection unit 952, a cradle control unit 953, a detachable detection unit 954, and a wireless power transmission unit 955. ), and an information & status output unit 956.

The lighting unit 951 illuminates the surroundings when the hair care device 910 is not mounted on the cradle device 950.

For example, the lighting unit 951 illuminates the surroundings by turning on a light source for illumination (eg, a white light source LED) in an illumination mode under the control of the cradle control unit 953.

The disinfection unit 952 disinfects the interior of the hair management device 910 (that is, the interior of the helmet 10) when the hair management device 910 is mounted on the cradle device 950 .

For example, the disinfection unit 952 may turn on a disinfection light source (eg, UV, ultraviolet rays) or spray high-temperature steam in a disinfection mode under the control of the cradle control unit 953. Accordingly, the disinfecting unit 952 may include a steam spraying device (not shown).

When the hair management device 910 is not mounted according to whether the hair management device 910 (that is, the helmet part 10) is mounted on the cradle device 950, the cradle control unit 953 In the case, the lighting unit 951 is controlled to illuminate the surroundings, and when the hair management device 910 is mounted, the disinfection unit 952 is controlled to control the interior of the hair management device 910 (that is, (10) to disinfect the inside).

The detachable detection unit 954 detects whether the hair management device 910 (ie, the helmet unit 10) is mounted (ie, detachable) on the cradle device 950.

The detachable detection unit 954 may include a separate switch (or button) (not shown) to detect the mounting (ie, detachment) of the hair care device 910.

The wireless power transmission unit 955 performs wireless charging by transmitting power by an electromagnetic field when the hair management device 910 is mounted on the cradle device 950.

The information & status output unit 956 may output power on/off, operation mode, and status guidance information by sound, vibration, and light (light). For this purpose, the inside of the cradle device 950 In addition, a speaker, a motor, and a light source are formed on the outside or at the boundary thereof.

In addition, the cradle control unit 953 uses the power on/off state through the information & status output unit 956, the usage time and failure status of the hair care device 910, and maintenance status (e.g., disinfection, disinfection time, Disinfection frequency, etc.).

23 is an exemplary view showing a schematic configuration of a cradle device according to a second embodiment of the present invention, and further includes a second communication unit 957 in FIG. 22.

The second communication unit 957 connects the cradle device 950 to a portable terminal (e.g., a smartphone) 980, an internet router 970, a hair management device 910, and a server through the internet router 970. Connect communication with (not shown).

The second communication unit 957 may implement at least one of a short-range wireless communication method (eg, WiFi, Bluetooth, NFC, infrared (IR), etc.) and a long-distance wireless communication method (eg, a mobile communication method such as GSM, LTE, etc.). I can.

Through the second communication unit 957, the cradle control unit 953 may update a driving program (or driving algorithm), and also transmit operation information or status information of the cradle device 950 to the hair management device 910, It can be transmitted to the portable terminal 980 and the server (not shown), and also receives a remote control signal through the portable terminal 980 and the server (not shown) to transmit the hair management device 910 Can be remotely controlled.

24 is an exemplary view showing a schematic configuration of a cradle device according to a third embodiment of the present invention, and further includes a failure detection unit 958 and an odor removal unit 959 in FIG. 23.

The failure detection unit 958 checks whether the light irradiation unit 914 of the hair management device 910 operates normally when the hair management device 910 is mounted on the cradle device 950.

For example, the cradle control unit 953 remotely controls the hair management device 910, and the state of each light source of the light irradiation unit 914 through the fault detection unit 958 (e.g., on/off, wavelength, Energy intensity, etc.) are sequentially checked.

The failure detection unit 958 includes a camera, an illuminance sensor, and a gas (odor) sensor.

The odor removal unit 959 removes the odor that has penetrated inside the hair management device 910 when the hair management device 910 is mounted on the cradle device 950.

For example, when several users use the hair management device 910 in common, a smell may be detected through the failure detection unit 958. Accordingly, the cradle control unit 953 sprays incense in order to remove the smell infiltrating the inside of the hair management device 910 (ie, the helmet unit 10) through the odor removal unit 959, Deodorant can be sprayed. Alternatively, a fan (FAN) may be operated to absorb and discharge the odor.

Accordingly, although not shown in the drawing, the odor removal unit 959 may include an injection device (not shown) for injecting a fragrance or a deodorant, and a fan (FAN) motor.

25 is a flowchart illustrating a method of controlling a hair management apparatus according to a first embodiment of the present invention.

As shown in Fig. 25, when the operation (drive) switch of the hair management device 910 is turned on (YES in S101) (that is, when the power switch is turned on), the hair management device ( 910) is checked whether it is worn on the head (S102).

When the hair management device 910 is worn on the head while the power is on (YES in S102), the control unit 913 operates to irradiate the light irradiation unit 914 with the maximum energy (S103).

Here, it is noted that since the maximum energy means the maximum energy allowed according to the hair condition for each user, the absolute value of the maximum energy for each user may be different.

On the other hand, if the hair management device 910 is not worn on the head while the power is turned on (No in S102), the control unit 913 combines (or mounts) the hair management device 910 to the cradle device 950 It is checked whether or not (S104).

Accordingly, when the hair management device 910 is coupled (replaced) to the cradle device 950 while the power is turned on (YES in S104), the control unit 913 is connected to the cradle device 950 or the portable terminal 980. ) And the like is switched to the remote control state (S107).

However, if the hair management device 910 is not worn on the head when the power is turned on (No in S102) and is not coupled (retained) to the cradle device 950 (No in S104), the control unit 913 It is determined that the user can see the inside of the hair management device 910 (that is, the light irradiation unit), and operates to irradiate the light irradiation unit 914 with a minimum (MIN) energy to protect the user's eyes ( S105).

However, when the user manually manipulates the energy of the light irradiation unit 914 through the operation input unit 912 (e.g., when manually operating the light irradiation unit to check the state of the light source of the light irradiation unit), the control unit ( 913) irradiates light with up/down energy in response to the manual operation (S106).

26 is a flowchart illustrating a method of controlling a hair management apparatus according to a second embodiment of the present invention.

As shown in FIG. 26, when the hair management device 910 is worn on the head (YES in S201), the controller 913 checks whether the hair is wet (S202).

As described above, when the hair is wet when the hair management device 910 is worn on the head (YES in S202), the control unit 913 dries the hair through the temperature control unit 919 (S203). This is because if light is irradiated by the light irradiation unit 914 while the hair is wet, the hair management effect may be deteriorated.

Accordingly, if the hair is not wet when the hair management device 910 is worn on the head (No in S202), the control unit 913 scans the hair condition through the sensor unit 911 or the camera unit 917 Then, it is stored in an internal memory (not shown) and transmitted to a designated server (not shown) (S204).

The designated server (not shown) receives the scanned data of the hair condition and analyzes the hair condition according to a predetermined algorithm (S205).

For example, the control unit 913 or the server (not shown) combines the information detected through the camera unit 917 and the sensor unit 911 to determine whether the hair (or scalp) is wet, dry, hair thickness, The number of hair, oily or dry condition, hair color, hair temperature, sebum degree, and hair loss pattern can be analyzed.

Accordingly, the controller 913 directly analyzes the data scanned for the hair condition, or receives a result of analyzing the data for the hair condition in the designated server (not shown) (S206).

In addition, the control unit 913 outputs the hair analysis result through the information & status output unit 916, a cradle device 950 connected to communication, or a portable terminal 980, and a predetermined method according to the hair analysis result (or Mode) to perform light irradiation (that is, light irradiation for each user) (S207).

FIG. 27 is a flow chart illustrating a method of analyzing data (ie, hair scan data) of a hair condition in FIG. 26.

As shown in FIG. 27, when analyzing data (ie, hair scan data) of the hair condition (ie, hair scan data), the control unit 913 virtually divides the entire area of the head into a plurality of pieces (S302).

For example, the number of virtually divided regions and a range of each region may be set based on a region in which a camera or sensor is installed.

In addition, the control unit 913 analyzes the state of each virtually divided region (S303).

In this case, the control unit 913 performs a scan by sequentially controlling light irradiation for each area to perform a scan.

In addition, the control unit 913 sets a light irradiation method (or light irradiation mode) (e.g., wavelength of light, energy intensity of light, light irradiation time, temperature range inside the helmet, etc.) according to the condition analysis result of each area to be divided. Do (S304)

For example, the control unit 913 may perform a light irradiation method (or light irradiation mode) according to a user's hair thickness, number of hair, oily or dry condition, hair temperature, sebum degree, and hair loss pattern (e.g., light wavelength, light energy intensity, Light irradiation time, temperature range inside the helmet part, etc.) are set.

In addition, the control unit 913 performs light irradiation in a light irradiation method (or light irradiation mode) set for each head region (eg, wavelength of light, energy intensity of light, light irradiation time, temperature range inside the helmet, etc.) ( S305).

As described above, in the above embodiment, the light irradiation method (or light irradiation mode) is automatically set and light irradiation is performed according to the state analysis result for each area. It is also possible to perform light irradiation by setting the irradiation mode).

28 is a flowchart illustrating a method of controlling a hair management apparatus according to a third embodiment of the present invention.

As shown in FIG. 28, when the hair management device 910 is worn on the head (YES in S401), the control unit 913 checks whether the operation of the tension (or fatigue) relaxation function is set (S402).

For example, the tension (or fatigue) relief function is a device with an added function capable of performing the corresponding function according to the grade of the hair care device 910 (e.g., low-cost grade, general grade, premium grade, etc.) Grade hair care device).

Accordingly, when the tension (or fatigue) relaxation function operates after the hair management device 910 is worn on the head (example of S402), the control unit 913 is The performance of the fatigue removal unit 920 is checked (S403).

And according to the result of checking the performance of the tension & fatigue removing unit 920, at least one of staged music (or white noise, etc.) output, fragrance (head nutrition) injection, and head acupressure (or low frequency massage) It is carried out (S404 to S406).

This is because the hair care effect may be degraded when the user is tense or tired and receives hair care while the mind or body is uncomfortable.

Meanwhile, the control unit 913 may store and use a stress & fatigue removal method preferred for each user. For example, it stores the user's favorite scent, the user's favorite intensity of acupressure, the user's favorite frequency and intensity of low-frequency electricity, and the user's favorite music, and the control unit 913 recognizes the user and stores the stored tension. Fatigue removal method can be applied automatically.

29 is a flowchart illustrating a method of controlling a hair management apparatus according to a fourth embodiment of the present invention.

As shown in FIG. 29, when the device is operated through the manipulation input unit 912 of the hair management device 910 (example of S501), the control unit 913 provides information input through the manipulation input unit 912 ( Example: It is checked whether automatic user recognition is possible based on touch, voice, fingerprint, remote control, etc. (S502).

If the automatic user recognition is not possible (No in S502), the control unit 913 recognizes the user based on information manually input by the user (eg, password, ID, user selection menu input, etc.) ( Example of S503).

When a user is automatically or manually recognized as described above (example of S502, example of S503), the control unit 913 uses a light irradiation method (or light irradiation) for each user stored in a memory (or storage unit, DB) (not shown). Mode) (e.g., wavelength of light, energy intensity of light, light irradiation time, temperature range inside the helmet, etc.) to perform light irradiation (S504).

In addition, the control unit 913 accumulates and stores the usage information of the hair management device 910 for each user (and total) in the memory (or storage unit, DB) (not shown), and also stores the hair condition for each user. The analyzed result is accumulated and stored every time the hair is managed (S505).

In addition, the control unit 913 outputs the accumulated and stored usage information of the hair management device 910 for each user (and total), and also outputs the results and effects of analyzing the accumulated and stored hair condition for each user (S506). .

For example, the control unit 913 may display the usage information of the hair management device 910 for each user (and total), and the result and effect of analyzing the hair condition for each user by the information & status output unit 916 or a cradle connected to communication. It can be output through the device 950 or the portable terminal 980.

On the other hand, if the user is not automatically or manually recognized as described above (No in S502, No in S503), the controller 913 sets the user as a default (eg, anyone) (S507), and only the hair management device 910 ) Accumulated and stored in the memory (or storage unit, DB) (not shown) (S508), and outputs the accumulated total usage information of the hair management device 910 (S509). ).

For example, the control unit 913 may output usage information of the total hair management device 910 through the information & status output unit 916, a cradle device 950 connected to communication, or a portable terminal 980.

30 is a flowchart illustrating a method of controlling a cradle device according to the first embodiment of the present invention.

30, the cradle control unit 953 checks whether the hair management device 910 is coupled to the cradle device 950 (S601).

Accordingly, when the hair management device 910 is coupled to the cradle device 950 (YES in S601), the cradle control unit 953 performs wireless charging of the hair management device 910 (S603).

For example, when operating the wireless power transmission unit 955 in a state in which the hair management device 910 is not coupled to the cradle device 950, standby power is consumed, so in this embodiment, the hair management device in the cradle device 950 It is possible to prevent consumption of standby power by operating the wireless power transmitter 955 only when 910 is coupled.

In addition, when the hair management device 910 is coupled to the cradle device 950 (YES in S601), the cradle control unit 953 is located inside the hair management device 910 (that is, inside the helmet part 10). Disinfection is performed (S604).

For example, the cradle control unit 953 controls the disinfection unit 952 to turn on a disinfection light source (eg, UV, ultraviolet rays) in the disinfection mode, or spray high-temperature steam. Accordingly, the disinfecting unit 952 may include a steam spraying device (not shown).

On the other hand, if the hair management device 910 is not coupled to the cradle device 950 (No in S601), the cradle control unit 953 automatically controls the lighting unit 951 to turn on a light source for lighting (eg, a white light source LED). Turn on to illuminate the surroundings.

In addition, the lighting unit 951 may operate the lighting function manually (eg, button input or remote control through a portable terminal).

FIG. 31 is a flowchart illustrating a method of controlling a cradle device additionally performed in FIG. 30.

As shown in FIG. 31, when the hair management device 910 is coupled to the cradle device 950 (YES in S601), the cradle control unit 953 deodorizes the inside of the hair management device 910 and deodorizes the fragrance (or deodorant). ) The injection is performed (S605). That is, maintenance work is performed to maintain the state of the hair management device 910 in an optimal state.

In addition, the cradle control unit 953 connects communication with the combined (or mounted) hair management device 910 (S606), and remotely controls the hair management device 910 connected to the communication to control the state of each light source (eg, on/ Off, wavelength, energy intensity, etc.) are sequentially checked (S607). That is, check the state of each light source.

Then, the inspection status (ie, the inspection status of the light sources) and the maintenance work execution result (ie, maintenance work execution) are output (S608).

For example, the control unit 913 may output usage information of the total hair management device 910 through the information & status output unit 956, the hair management device 950 connected to communication, or the portable terminal 980. .

As described above, the present invention has been described with reference to the embodiments shown in the drawings, but these are only exemplary, and those of ordinary skill in the field to which the technology pertains, various modifications and other equivalent embodiments are possible. I will understand the point. Therefore, the technical protection scope of the present invention should be determined by the following claims. Also, the implementation described herein may be implemented as, for example, a method or process, an apparatus, a software program, a data stream or a signal. Although discussed only in the context of a single form of implementation (eg, only as a method), the implementation of the discussed features may also be implemented in other forms (eg, an apparatus or program). The device may be implemented with appropriate hardware, software and firmware. The method may be implemented in an apparatus such as a processor, which generally refers to a processing device including, for example, a computer, microprocessor, integrated circuit or programmable logic device, or the like. Processors also include communication devices such as computers, cell phones, personal digital assistants ("PDAs") and other devices that facilitate communication of information between end-users.

1: hair loss treatment device 2: cradle
10: helmet part 11: front cover part
12: top cover part 13: side occipital cover part
14: occipital cover part 15: tight contact reinforcement connection part
16: temporal cover part 20: light irradiation part
21: light source 22: first light irradiation unit
23: frontal central irradiation unit 24: frontal collateral irradiation unit
25: second light irradiation unit 26: central crown irradiation unit
27: posterior parietal irradiation unit 28: parietal side irradiation unit
29: power display portion 30: head contact portion
40: laryngeal contact portion 41: helmet connection
42: rear close contact support 43: longitudinal extension
44: helmet coupling portion 45: rear close coupling portion
46: elastic adjustment unit 50: temporal contact portion
51: close contact extension 52: side close support
53: internal purification unit 54: standard stepped portion
55: moving stepped portion 56: bending prevention rib portion
60: wearing control unit 61: front wearing control unit
62: detachable cushion unit 63: first detachable cushion unit
64: second detachable cushion portion 65: cushion coupling portion
66: temporal wear adjustment unit 67: temporal occipital wear adjustment unit
70: seat 71: circular seat
72: seating induction slope part 73: fence part
74: rear fence part 75: front fence part
76: seating induction part 77: magnet member
78: seating induction member 80: sterilization lighting unit
81: sterilization base unit 82: sterilization light irradiation unit
83: light source for sterilization 84: light transmission cover
85: wireless charging unit 86: electromagnetic field forming unit
87: current generating coil part 88: wired charging part
111: inner skin 112: light interference blocking portion
113: outer skin 114: separation connection
115: substrate fixing portion 116: side fixing portion
117: light source receiving unit 291: light source for power display
292: transparent window 411: laryngeal tight inner skin
412: occipital tight outer skin 413: posterior movement restraint
414: lower slope 415: upper slope
431: longitudinal extension body 432: lower tanji portion
433: upper elastic part 511: temporal tight inner skin
512: temporal close contact outer skin 521: transverse extension
522: middle extension part 523: side tan branch
524: rear coupling portion 525: lateral tight coupling portion
711: front seating portion 712: intermediate seating portion
713: rear seating part 741: lower fence part
742: upper fence part 811: flat part
812: substrate mounting portion 813: substrate bonding portion
814: cover mounting portion 815: assembly hole portion
816: light leak prevention jaw part 841: lighting cover part
842: detachable assembly 843: elastic extension part
844: elastic ring part
910: hair management device 911: sensor unit
912: operation input unit 913: control unit
914: light irradiation unit 915: wireless power receiving unit
916: information & status output unit 917: camera unit
918: first communication unit 919: temperature control unit
920: tension & fatigue removal unit 950: cradle device
951: lighting unit 952: disinfection unit
953: cradle control unit 954: detachable detection unit
955: wireless power transmission unit 956: information & status output unit
957: second communication unit 958: fault detection unit
959: odor removal unit 970: internet router
980: mobile terminal

Claims (7)

As a hair management device that is mounted on a cradle device and charged in a wireless manner and has a function of analyzing hair conditions for each user,
A sensor unit including at least one sensor attached to the helmet unit for detecting temperature of the head, detecting moisture of the scalp or hair, detecting whether the helmet unit is worn on the head, and detecting whether or not odor is generated inside the helmet unit;
A manipulation input unit for receiving a user's command for operating the hair management device;
A light irradiation unit for selectively irradiating the entire or partial area of the head by forming a plurality of light sources at predetermined intervals inside the helmet unit;
A camera unit for photographing hair or scalp when the user wears the helmet unit on the head; And
Based on the analysis result of the condition of the hair or scalp photographed by the camera unit, information detected through the sensor unit, and a command input through the manipulation input unit, the light irradiation unit is controlled in an operation mode corresponding to the hair condition for each user Includes;
In addition, as the cradle device of the hair management device having a function of charging in a wireless manner when the hair management device is mounted and detecting a failure of the hair management device, the light irradiation unit of the hair management device when the hair management device is mounted A failure detection unit to check the failure of the; And a cradle control unit that remotely controls the hair management device to sequentially check states of each light source of the light irradiation unit through the failure detection unit. 2. A hair management apparatus having a hair condition analysis function, further comprising.
The method of claim 1, wherein the control unit,
By combining the information detected through the camera unit and the sensor unit,
Hair condition analysis function characterized in that it analyzes at least one or more of wet condition, dry condition, hair thickness, number of hair, oily or dry condition, hair color, hair temperature, sebum occurrence degree, and hair loss pattern of the hair or scalp. Having a hair care device.
The method of claim 1, wherein the camera unit,
It includes at least one image sensor,
The hair management apparatus having a hair condition analysis function, wherein the at least one image sensor is formed at a predetermined position between a plurality of light sources of the light irradiation unit.
The method of claim 1, wherein the control unit,
The hair management effect is calculated by comparing and analyzing the captured hair or scalp images before the user starts hair care and after the hair care ends.
Hair management apparatus having a hair condition analysis function, characterized in that calculating a hair management effect by comparing at least one or more of hair thickness, number of hair, oily or dry condition, sebum generation degree, and hair loss degree.
The method of claim 1, wherein in order to control the light irradiation unit in an operation mode corresponding to each user's hair condition,
The control unit,
Recognizes the user based on the information input through the manipulation input unit,
The hair management device having a hair condition analysis function, characterized in that the information input through the manipulation input unit includes at least one of a voice, a fingerprint, and an ID of a communication connected smartphone or a portable terminal.
The method of claim 1, wherein the control unit,
Recognizing the user,
Stores user-specific usage information including usage time and operation mode information of each user's hair management device in a memory, and stores total usage information of the hair management device in the memory,
Hair management apparatus having a hair condition analysis function, characterized in that predicting the life or performance degradation of each light source based on the user-specific usage information and total usage information stored in the memory.
The method of claim 1, wherein the control unit,
Control the light irradiation unit,
Depending on whether the user wears the helmet part on the head,
When the helmet is not worn on the head, the light source of the light irradiation unit is driven to output a specified minimum energy in order to prevent the light source from being directly irradiated to the user's eyes,
Hair management apparatus having a hair condition analysis function, characterized in that when the user wears the helmet on the head, the light source is driven to output the maximum energy in the operation mode for each user in response to the operation mode for each user.

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