KR20200081881A - Hair management apparatus set - Google Patents

Abstract

The present invention relates to a hair management device set including: a hair management device in which a light source for hair loss treatment is installed; a holder on which the hair management device is mounted; and a seating induction unit for inducing the hair management device to be seated in a predetermined direction at a predetermined position on the holder by magnetic force. The present invention enables simple and efficient scalp management and hair loss treatment in various places, including home and work place.

Description

Hair care device set {HAIR MANAGEMENT APPARATUS SET}

The present invention relates to a set of hair care devices, and more particularly, to a set of hair care devices for scalp care and hair loss treatment.

In general, hair is known to grow and lose hair through three stages of the hair cycle: growth phase, degenerative phase, and resting phase. Recently, in addition to middle-aged or older people in their 40s and 50s, adolescents in their 20s and 30s or socially injured people are intensifying, and it is known that as they grow older, they are stressed by shame in social activities.

Therefore, in recent years, people who are concerned about hair loss due to ongoing hair loss or weak scalp are receiving hair loss treatment management in a dedicated hair loss treatment shop or a beauty salon. For the treatment of hair loss, a dermatology department in a oriental medicine room, a treatment shop dedicated to hair loss, a beauty salon, etc., is equipped with a separate laser irradiator, which mainly uses a method of irradiating a laser to the scalp or supplying micro-bioelectric current to the scalp.

However, it is not easy to receive scalp management for the treatment of hair loss at home or in the workplace because such a scalp management method is generally performed in a certain sized establishment such as a dermatology, hair loss treatment shop, and beauty salon. In addition, it is known that scalp management for the treatment of hair loss is effective only when it is performed continuously and for a long period of time at regular intervals.

However, since it is difficult to separate the time for scalp care in dermatology, dedicated hair loss treatment shops, beauty salons, etc., it is not easy to receive continuous management, and above all, it is expensive, and therefore, it lasts for a long time due to the financial burden. 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: alopecia treatment device using laser and photodiode).

An object of the present invention is to provide a set of hair care devices capable of easily and efficiently performing scalp care and hair loss treatment at various places including home, work, and the like.

The hair care device set according to the present invention includes: a hair care device in which a light source for hair loss treatment is installed; A cradle on which the hair care device is seated; And a seating induction part for guiding the hair care device to a set position on the cradle by a magnetic force so as to be seated in a set direction.

The seating induction part includes a magnet, and a magnet member installed at a first point on the hair care device; And a seating induction member installed at a second point on the cradle including a magnet, and inducing the first point to face the second point by an attraction force with the magnet member.

The cradle includes: a seating part to which the hair care device is detachably seated; And a fence portion formed to protrude upward on the seating portion, facing in the transverse direction to the hair management device seated on the seating portion, and having the seating inducing member installed thereon.

The fence portion, the lower fence portion is formed to be inclined upward toward the outside of the seating portion, the seating induction member is installed; And an upper fence portion formed continuously on the upper portion of the lower fence portion and being inclined upward toward the inside of the seating portion.

The hair care device includes: a lower inclined portion facing the lower fence portion when seated on the cradle, and wherein the magnet member is installed; And an upper inclined portion formed continuously on the upper portion of the lower inclined portion and facing the upper fence portion.

The seating portion is formed to be inclined downward from the front portion toward the rear portion, and the fence portion is formed to protrude upward on the rear portion of the seating portion.

The present invention is characterized in that it further comprises; an electromagnetic field forming unit that is installed on the cradle and forms an electromagnetic field that applies an attractive force to the hair management device by the flow of electric current.

The hair care device set according to the present invention can conveniently and efficiently perform scalp care and hair loss treatment in various places including home, work, etc. in a state where the user wears the hair care device on the head and wears the hair care device. When the device is not in use, the hair care device can be easily stored in a mounted and mounted state.

1 is a perspective view schematically showing a hair care device set according to an embodiment of the present invention.
2 is a perspective view showing a state in which the hair care device of the hair care 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' in FIG. 1;
4 is an enlarged view of part C of FIG. 3.
5 is an enlarged view of a portion D of FIG. 3.
6 is an enlarged view of a line B-B' in FIG. 1;
7 is an enlarged view of part E of FIG. 6.
8 is a side view schematically showing a hair care apparatus according to an embodiment of the present invention.
Figure 9 is a perspective view of a main portion schematically showing a hair care device according to an embodiment of the present invention.
10 is a longitudinal sectional view of a main portion schematically showing a hair care apparatus according to an embodiment of the present invention.
11 is an exploded perspective view of a main portion showing a wearing control part of a hair care apparatus according to an embodiment of the present invention.
12 is a perspective perspective view of a main portion showing a head attachment portion of a hair care apparatus according to an embodiment of the present invention.
13 is a perspective view showing a rear adhesion support portion of the hair care apparatus according to an embodiment of the present invention.
Figure 14 is a perspective view showing a side attachment of the hair care device according to an embodiment of the present invention.
15 is a perspective view schematically showing a cradle for a hair care apparatus according to an embodiment of the present invention.
16 is an exploded perspective view of a main portion schematically showing a cradle for a hair care apparatus according to an embodiment of the present invention.
17 is an exemplary view showing a schematic configuration of a hair care apparatus according to a first embodiment of the present invention.
18 is an exemplary view showing a schematic configuration of a hair care apparatus according to a second embodiment of the present invention.
19 is an exemplary view showing a schematic configuration of a hair care apparatus according to a third embodiment of the present invention.
20 is an exemplary view showing a schematic configuration of a hair care apparatus according to a fourth embodiment of the present invention.
21 is an exemplary view showing a schematic configuration of a hair care 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 a 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 for explaining a control method of a hair care apparatus according to a first embodiment of the present invention.
26 is a flowchart for explaining a control method of a hair care apparatus according to a second embodiment of the present invention.
FIG. 27 is a flowchart for explaining a method of analyzing data (ie, hair scan data) in which the hair condition is scanned in FIG. 26.
28 is a flowchart for explaining a control method of a hair care apparatus according to a third embodiment of the present invention.
29 is a flowchart for explaining a control method of a hair care apparatus according to a fourth embodiment of the present invention.
30 is a flowchart for explaining a method of controlling a cradle device according to a first embodiment of the present invention.
FIG. 31 is a flowchart for explaining a control method of a cradle device additionally performed in FIG. 30.

Hereinafter, an embodiment of a set of a hair care apparatus 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. In addition, terms to be described later are terms defined in consideration of functions in the present invention, which may vary according to a user's or operator's intention or practice. Therefore, definitions of these terms should be made based on the contents throughout this specification.

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

8 is a side view schematically showing a hair care apparatus according to an embodiment of the present invention, FIG. 9 is a perspective perspective view showing main parts of a hair care apparatus according to an embodiment of the present invention, and FIG. It is a longitudinal sectional view of a main portion schematically showing a hair care apparatus according to an embodiment of the present invention, and FIG. 11 is an exploded perspective view of a main portion showing a wearing control part of the hair care apparatus according to an embodiment of the present invention.

12 is a perspective perspective view showing a main portion of the head of the hair care apparatus according to an embodiment of the present invention, and FIG. 13 is a perspective view showing a rear attachment support of the hair care apparatus according to an embodiment of the present invention, 14 is a perspective view showing a side attachment of the hair care device according to an embodiment of the present invention, Figure 15 is a perspective view schematically showing a cradle for a hair care device according to an embodiment of the present invention, Figure 16 is It is an exploded perspective view of a main part schematically showing a cradle for a hair care apparatus according to an embodiment of the present invention.

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

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

By providing a holder 2 dedicated to the hair care device 1, when the hair care device 1 is not in use, storage and management can be facilitated as compared to storing the hair care device 1 in any direction. More specifically, the hair care device 1 having a three-dimensional appearance in a dome shape can be solved for discomfort due to storage in an arbitrary direction in an arbitrary position, and it is possible to prevent a decrease in life due to loss, damage, dropping, and the like. .

Referring to Figure 3, the hair care device 1 and the cradle 2 according to an embodiment of the present invention is provided with a seating induction unit 76 and a wireless charging unit 85.

The seating induction part 76 is a device part that induces the hair care device 1 to be seated in a set direction on a set position on the cradle 2 actively using magnetic force, to each of the hair care device 1 and the cradle 2 It includes a magnet member 77 and a seating induction member 78 that is installed. The magnet member 77 and the seating induction member 78 will be described together in the following description of the hair care device 1 and the cradle 2.

The wireless charging unit 85 is a device unit for wirelessly charging the hair management device 1 in a state where the hair management device 1 is mounted on the cradle 2, and is installed in each of the hair management device 1 and the cradle 2 It includes a current generation coil portion 87, an electromagnetic field forming portion 86. The current generating coil part 87 and the electromagnetic field forming part 86 will be described together in the following description of the hair care device 1 and the cradle 2.

3, 4, 8 to 10, the hair care apparatus 1 according to an embodiment of the present invention is a helmet part 10, a light irradiation part 20, a head adhesion part 30, 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 wired charging unit 88.

The helmet portion 10 has a helmet shape that can be seated on the head. More specifically, the helmet portion 10 is formed to be hollow inside the hemispherical shape as a whole, and has a dome shape with an open bottom. The light irradiation unit 20 is provided in the helmet unit 10 with a light source 21 for the treatment of 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 implements effects such as activation of the scalp tissue, cleanliness, and promotion of hair growth according to the wavelength range of the light source 21. Can. The head sealing part 30 is a device part for closely contacting the helmet part 10 so that the helmet part 10 does not incline or flow from the wearer's head.

The head sealing part 30 according to an embodiment of the present invention includes a larynx sealing part 40 and a temporal sealing part 50. The occipital seal portion 40 is elastically adhered to the occipital portion of the wearer. The temporal contact portion 50 is elastically in close contact with the temporal portion of the wearer. Accordingly, when the hair care apparatus 1 according to the present invention is worn on the wearer's head, the hair care apparatus 1 according to the present invention can be stably adhered to the wearer's head in the front-rear direction and the left-right direction.

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

By the cushioning force of the wear control unit 60, it is possible to further improve the wearing feeling of the hair care apparatus 1 according to the present invention, and wear it between the wearer's head, the helmet unit 10, and the head attachment unit 30 The clearance corresponding to the thickness of the adjusting part 60 is formed, such that air circulation, sweat discharge, etc. can be made, and the tightness and the cramping caused by the close contact of the helmet part 10 and the head close part 30 can be solved. .

The magnet member 77 is a device part for guiding the hair care device 1 to a set position on the cradle 2 in a set direction by magnetic force, and more specifically, as shown in FIG. 3 (1) The first point (P1) on the cradle (2) is a device for guiding the second point (P2) on the mount, including a permanent magnet is installed at the first point (P1) on the cradle (2). .

When the hair care device 1 according to the present invention is seated on the cradle 2, the magnetic member 77 is drawn by the magnetic force toward the seating inducing member 78 installed on the cradle 2, whereby the hair care device ( 1) is the first point (P1) and the second point (P2) facing the right position, seated, aligned in the forward direction.

In addition, the magnet member 77 is embedded in the helmet connection portion 41 including a magnet, thereby activating a magnetic field on the occipital region or neck of the wearer to promote pain relief and promote blood circulation. Various ions included in the blood are smoothly activated due to the magnetic field formed by the magnet member 77 and the electric current induced by it, which can have a net effect on the autonomic nerve, promote blood circulation, and improve effects such as disease improvement. have.

The current generating coil part 87 is a battery (B) for operating the hair care device 1 in a state where the hair care device 1 is mounted on the cradle 2, and more specifically, for operating the light irradiation part 20 or the like. As a device for charging, it is installed on the helmet connection part 41 of the hair management device 1 including a coil through which current can flow.

When the hair care device 1 is mounted on the cradle 2, the helmet connection portion 41 faces the rear fence portion 74 (described below) of the cradle 2, and the current generation coil portion 87 is rearward. At the same time as facing the electromagnetic field forming portion 86 installed in the fence portion 74, it is positioned close to within a predetermined interval.

As described above, in the state where the current generating coil part 87 and the electromagnetic field forming part 86 closely face each other, the current generating coil part 87 is located in the electromagnetic field formed by the electromagnetic field forming part 86, and is used for electromagnetic induction. Accordingly, current is generated and flows in the current generation coil portion 87. By this action, the battery B is wirelessly charged.

The wired charging unit 88 is a device unit for charging the hair management device 1 by wired connection with an external power supply (not shown), and is installed on the occipital adhesion unit 40 of the hair management device 1. . Referring to Figure 4, the wired charging unit 88 according to an embodiment of the present invention has a structure in which the terminals of the power supply device can be inserted and connected, is disposed at the lower end of the larynx sealing portion 40, the larynx sealing It is connected to the battery B built in the unit 40.

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

8, the helmet part 10 according to an embodiment of the present invention has a front head cover part 11, a parietal cover part 12, and a side occipital cover part 13 based on a wearer's head part. It has a connected structure.

The front cover part 11 is a device part that covers the front part of the wearer, and the first light irradiation part 22 of the light irradiation part 20 for the treatment of frontal hair loss is disposed. The parietal cover part 12 is a device part that covers the parietal part of the wearer, and is formed to extend rearward from the central part of the frontal cover part 11, and the second light irradiating part 25 of the light irradiating part 20 for treating the parietal hair loss ) Is placed.

Accordingly, while the user wears the helmet portion 10 on the head, the first light irradiating unit 22 and the second light irradiating unit 25 are used to treat hair loss across the frontal and parietal regions where hair loss is mainly generated. Treatment of alopecia can be stably performed while irradiating fluorescence. Meanwhile, a hair loss treatment may be performed while selectively operating the first light irradiation unit 22 or the second light irradiation unit 25.

The lateral occipital cover part 13 is a device part that covers the temporal and occipital areas of the wearer, and is continuously formed under the parietal cover part 12, and forms a continuous curved surface with the front occipital cover part 11. Accordingly, the front cover portion 11 and the parietal cover portion 12 can be stably seated and maintained at the correct positions on the head, that is, the frontal region and the parietal portion, respectively. Referring to FIG. 8, the temporal laryngeal cover part 13 according to an embodiment of the present invention includes a laryngeal cover part 14, an adhesion strengthening connection part 15, and a temporal cover part 16.

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

The temporal cover portion 16 is formed to extend forward and to the left and right of the occipital cover portion 14, the upper portion is continuously connected to the parietal cover portion 12, and the front portion is continuously connected to the frontal cover portion 11 do. The lower portion of the temporal cover portion 16 has a separation distance from the upper portion of the head sealing portion 30. The head sealing portion 30 is connected to the larynx cover portion 14 through the adhesion-reinforcing connection portion 15, and has a structure spaced apart from the temporal cover portion 16. Accordingly, the head sealing portion 30 can freely expand and contract the lateral width without interference with the temporal cover portion 16.

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

The inner skin part 111 is a device part forming an inner part in contact with the head among the helmet parts 10, and the head receiving part receiving the head inside is formed to be hollow in a hemispherical shape, and has a dome shape with an open bottom. The inner skin 111 is made of a light-transmitting material capable of transmitting light having a specific wavelength emitted from the light-irradiating unit 20, and at the same time, is made of a sunscreen material capable of blocking ultraviolet rays harmful to the human body.

The portion corresponding to the frontal portion of the inner skin 111 has a structure extending downward to the forehead side than the outer skin 113. In the description of the present invention, the portion extending downward from the outer cover portion 113 on the front cover portion 11 is referred to as an optical interference blocking portion 112. By the structure of the inner skin 111 including the optical interference blocking unit 112, it is possible to more stably secure the contact area with the head, but to the thickness of the front cover unit 11 formed together with the outer skin 113. It is possible to stably prevent visual field interference and reduction caused.

Between the inner skin 111 and the outer skin 113 constituting the front cover portion 11, a power supply display unit 19 (described below) is installed, and the light interference blocking unit 112 is a light transmitting window portion of the power display unit 19. It is formed to extend downward from 292. The light emitted from the light irradiation unit 20 to the head side is located on one side based on the light interference blocking unit 112, and the light irradiated from the power display unit 19 is located on the other side of the light interference blocking unit 112.

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

The outer skin 113 forms a light source receiving unit 117 on which the light irradiating unit 20 can be mounted between the inner skin 111 and a device unit that forms the appearance of the helmet unit 10, and is external to the inner skin 111. It is formed in a dome shape corresponding to the inner skin 111. The spaced connection portion 114 is a device portion for binding the inner skin 111 and the outer skin 113 at a predetermined interval, and is formed to protrude in a direction facing each other on at least one 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. In one example, the spaced connection portion 114 is disposed in a plurality of dispersed across the front, rear, top, side of the helmet portion 10 to ensure a more stable coupling force between the inner skin 111 and the outer skin 113 Can. Referring to FIG. 9, the spaced connection portion 114 according to an embodiment of the present invention includes a substrate fixing portion 115 and a side fixing portion 116.

The light irradiation unit 20 is disposed between the inner skin 111 and the outer skin 113, and the substrate fixing part 115 penetrates through the light irradiation unit 20 and extends in the vertical direction. In addition to the coupling between the inner skin portion 111 and the outer skin portion 113 made by the substrate fixing portion 115, the fixed position of the light irradiation portion 20 can be made simultaneously. A plurality of substrate fixing portions 115 may be disposed to be distributed across the front portion, the rear portion, the upper portion, and the side portion of the helmet portion 10.

When the wearer wears or removes the helmet portion 10, the temporal cover portion 16 is gripped with both hands, and the detachment force or the wearing force is applied to the helmet portion 10. The side fixing portion 116 is positioned on the temporal cover portion 16 to correspond to the temporal portion that mainly acts as an external force.

The side fixing portion 116 is disposed with a higher density compared to the substrate fixing portion 115. More specifically, the side fixing portion 116 not only has an extended left and right width (thickness) than the substrate fixing portion 115 to further strengthen the rigidity of the temporal cover portion 16, but also the substrate fixing portion 115 They are placed at more closely spaced intervals.

The side fixing portion 116 avoids interference with the light irradiation portion 20 and extends in the vertical direction, thereby reducing the rigidity of the light irradiation portion 20 due to the side fixing portion 116 having a higher density than the substrate fixing portion 115 Can be prevented by default. In addition, when an excessive external force is applied to the temporal region, the pressing force is intensively applied to 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. 20) can maintain a stable life.

The light source receiving portion 117 is a hollow space portion in which the light irradiation portion 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, accommodated in the light source receiving unit 117, and fixed in place by the substrate fixing unit 115.

5 and 9, the 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 part of the wearer, and irradiates light for the treatment of frontal hair loss. The second light irradiation unit 25 is disposed at a position corresponding to the crown portion of the wearer, and irradiates light for treatment of alopecia hair loss. 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 light for hair loss treatment on the wearer's head.

The light source 21 may be provided with a variety of specifications for irradiating light in different wavelength regions. For example, some of the plurality of light sources 21 may be LEDs outputting a wavelength of 460nm to 470nm, other portions may be LEDs outputting a wavelength of 620nm to 680nm, and another portion of the wavelength of 760nm to 900nm It may be an LED outputting.

In the case of a wavelength of 460nm to 470nm, it is known to have an effect of greatly increasing the effect of alopecia treatment by activating the hair follicle cells and increasing blood flow to activate the scalp tissue, and in the case of a wavelength of 620nm to 680nm, the scalp and hair follicles are clean It is known to have the effect of preventing hair loss and promoting hair growth by maintaining a. In addition, in the case of infrared rays having a wavelength of 760 nm to 900 nm, when used with light having two wavelength ranges as 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 a front-rear direction and a 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-right direction and the front-rear direction to form a shape that covers the entire front part.

Accordingly, compared to simply including a few light sources 21 or the light sources 21 are biasedly disposed on one side of the frontal region, the first light irradiating portion 22 is used to maximize the effect of hair loss treatment such as M-shaped hair loss. Can. Referring to FIG. 9, the 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 frontal central irradiation unit 23 is positioned to correspond to the central portion of the frontal region, and the light sources 21 are formed by being arranged in the front-rear direction and the left-right direction. The frontal side irradiated portion 24 is positioned to correspond to the left and right sides of the frontal portion, and the light source 21 is formed to be arranged in a front-rear direction and a left-right direction to form a curved surface corresponding to the frontal portion together with the frontal-fronted portion 23.

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

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

The central crown irradiating portion 26 is positioned to correspond to the central portion of the parietal portion, and the light sources 21 are formed to be arranged in the front-rear direction and the left-right direction. The crown rear portion irradiating portion 27 is positioned to correspond to the rear portion of the parietal portion, and the light sources 21 are formed to be arranged in the front-rear direction and the left-right direction. The parietal side irradiating section 28 is positioned to correspond to the left and right sides of the parietal section, and the light source 21 forms a curved surface corresponding to the parietal section with the parietal central irradiating section 26 and the parietal rear irradiating section 27 in the front-rear direction and the left-right direction. It is arranged and formed.

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

A plurality of light sources for power display 291 are arranged on the light source receiving portion 117 of the front cover portion 11 with a separation distance in the left and right directions. As the light source 291 for power supply display, a blue-based LED having a wavelength range having a different emission color from the light source 21 and stably securing visibility can be applied.

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

The transparent window portion 292 irradiates the light source 291 for power display toward the lower portion, thereby taking the form of indirect lighting. The structure of the light-transmitting window 292 can prevent the light for power display from being directly irradiated to the eyes of the surrounding people while the wearer's surrounding people face the wearer, thereby preventing the breast from eye fatigue caused by direct sunlight. Needless to say, it is of course possible for the wearer to enjoy this effect even when the hair care apparatus 1 according to the present invention is stored and managed while the hair care apparatus 1 according to the present invention is not worn.

In the portion of the inner skin 111 corresponding to the frontal region, the optical interference blocking portion 112 is formed to extend downward from the outer skin 113. By the light interference blocking unit 112, the light emitted from the light source 291 for power display and the irradiation area of light emitted from the light irradiation unit 20 are clearly divided into one side and the other side of the light interference blocking unit 112. And mutual interference can be reduced or blocked.

Referring to FIG. 12, the occipital adhesion part 40 according to an embodiment of the present invention includes a helmet connection part 41 and a rear adhesion support part 42.

The helmet connection portion 41 is a device portion that elastically adheres to the occipital region at the same time as mediating the connection between the helmet portion 10 and the temporal abutment portion 50, and the lower portion of the helmet portion 10 by the rear abutment support portion 42 Wow, more specifically, it is connected to the adhesion-reinforced connecting portion 15 of the helmet part 10 and extends downward to the neck side. 3, 4, and 12, the helmet connection part 41 according to an embodiment of the present invention is the occipital endothelial skin 411, the occipital skin sheath 412, the rear movement restraining part 413, the lower part It includes an inclined portion 414 and an upper inclined portion 415.

The occipital endothelial skin 411 is a portion of the helmet connection portion 41 that comes into contact with the wearer's head and extends downward along the occipital region. The upper portion of the occipital endothelial skin 411 is in contact with the inner skin 111 from the inside of the helmet portion 10, and elastically adheres to the endothelial skin 111 by the rear adhesion support 42. By this structure, it is possible to prevent hair from being caught between the helmet connection part 41 and the helmet part 10.

The occipital endothelial skin 411 is inclined downward toward the front so as to be positioned forward toward the lower side. In one example, the occipital endothelial skin 411 is installed upright with a flat panel shape, and the lower portion may be installed to be tilted forward. Due to this structure, the occipital endothelial skin 411 is located at the lower portion of the occipital region.

The helmet connection part 41 comes into contact with the lower part of the wearer's occipital part, and the laryngeal fit endothelial part 411 has a beveled shape as described above, so that it can be stably adhered to the lower part of the occipital part. In addition, by having the intimate laryngeal endothelial skin 411 having an inclined shape as described above, the hair care apparatus 1 according to the present invention can be restrained from being lifted upward from the head, so that the hair care apparatus 1 is worn. In the state, the wearer can comfortably take actions such as tilting the head back and forth.

The occipital hermetic skin 412 is a device that forms the appearance of the occipital hermetic seal 40, is disposed on the outside of the occipital hermetic skin 411, and the posterior hermetic support 42 and magnet between the larynx hermetic skin 411 The member 77, the current-producing coil portion 87, and the like to form a hollow space portion that can be accommodated and is connected to the laryngeal endothelial skin 411. The larynx-adhesive outer skin 412 is located below the outer skin 113 of the helmet 10.

The rear movement constraining portion 413 is a device portion that is in surface contact with the outer shell 113 and restrains the rearward movement of the occipital outer shell 412, and the upper end portion of the occipital outer shell 412 facing the outer shell 113. Is formed on. The helmet connection portion 41 may be elastically retracted so that the lower portion moves forward and backward based on the adhesion-reinforced connection portion 15 by the rear adhesion support portion 42.

When the helmet connection portion 41 is tilted backward, the rear movement restraining portion 413 and the lower portion of the adhesion-reinforced connection portion 15, and more specifically, the outer shell portion 113 closing the lower portion of the adhesion-reinforced connection portion 15 and As it comes in contact, its upward movement is restricted. Due to this action, the rear wetting of the helmet connecting portion 41 can be stably performed within a predetermined angle, and the contact state between the occipital endothelium 411 and the endothelium 111 can be closely maintained.

The lower inclined portion 414 and the upper inclined portion 415 face the rear fence portion 74 of the cradle 2 (described below) when the hair care device 1 according to the present invention is seated on the cradle 2. The device is to be formed, it is formed in the rear portion of the helmet connection (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 portion 414 is formed on the lower portion of the helmet connection portion 41, and has an outer surface shape that inclines radially outward toward the upper side based on the vertical line of the central portion of the hair management device 1. The upper inclined portion 415 is continuously positioned on the upper portion of the lower inclined portion 414, forms an upper portion of the helmet connecting portion 41, and has an outer surface shape inclined inward in the radial direction toward the upper side. The occipital outer sheath 412 forms a rear portion of the lower inclined portion 414 and the upper inclined portion 415, and has a shape inclined in multiple stages as described above.

The rear adhesion support portion 42 is a device portion that elastically supports the helmet connection portion 41 forward and backward based on the adhesion-reinforced connection portion 15, and has a structure in which the metal plate is extended in the longitudinal direction. 4, 12, 13, the rear adhesion support portion 42 according to an embodiment of the present invention is a longitudinal extension portion 43, a helmet coupling portion 44, a rear adhesion coupling portion 45, elastic adjustment Includes section 46.

The longitudinal extension portion 43 includes an elastic material having an elastic restoring force, such as a metal material, and has a shape of a plate material and is disposed across the longitudinal direction between the adhesion-reinforced connecting portion 15 and the helmet connecting portion 41. The longitudinal extension portion 43 according to an embodiment of the present invention includes a longitudinal extension body portion 431, a lower tangential portion 432, and an upper tangential portion 433.

The longitudinal 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 portion 431. The lower carbon portion 432 is formed to be bent forward in the lower portion of the longitudinal extension body portion 431. The lower tandem portion 432 can stably support the lower portion of the helmet connection portion 41 toward the front, and can stably adhere to the lower portion of the occipital portion.

The upper carbon portion 433 is formed to be bent forward on the upper portion of the longitudinal extension body portion 431. On the limited space formed between the occipital endothelial skin 411 and the occipital hermetic skin 412, the upper carbon portion 433, the longitudinal extension body portion 431, and the lower carbon portion 432 are convex backward. By forming the bent shape to be positioned close to the occipital hermetic skin 412, the magnet member 77, the current generation coil portion 87, the lateral side between the occipital hermetic skin 411 and the occipital hermetic skin 412 It can be disposed in a space-efficient manner with the close contact support (52).

The helmet coupling portion 44 is a device portion that is coupled to the adhesion-reinforced connecting portion 15 of the helmet portion 10 of the rear adhesion support portion 42, and is continuously formed on the upper portion of the upper carbon portion 433. The helmet coupling portion 44 may be penetrated by a fastening protrusion or the like to be fixed in place on the adhesion-reinforced connection portion 15. The rear adhesion unit 45 is a device unit coupled to the helmet connection unit 41 of the rear adhesion support unit 42, and is continuously formed under the lower carbon portion 432. The rear sealing engagement portion 45 may be penetrated by a fastening protrusion or the like and fixed in place on the helmet connection portion 41.

The elastic adjustment portion 46 is a device portion for adjusting the elasticity of the rear adhesion support portion 42, is formed to penetrate through the longitudinal extension portion 43, and is formed to extend in the vertical direction. The elastic force is determined primarily according to the thickness, width, length, etc. of the transversely extending portion 43, and the elastic force is secondaryly determined according to the width, length, etc. of the elastic adjustment portion 46.

As the width and length of the elastic adjustment portion 46 are reduced, the elastic force can be strengthened and applied. Conversely, as the width and length of the elastic adjustment portion 46 are expanded, the elastic force can be weakened and applied. In addition, the structure and operation of a plurality of metal plate members independent of each other, arranged in parallel in the transverse direction, may be implemented by only one metal plate member by the elastic adjustment unit 46.

Referring to FIG. 12, the temporal contact portion 50 according to an embodiment of the present invention includes an extended contact portion 51, a lateral contact support portion 52, a purifying portion 53, and a bending prevention rib portion 56. Includes.

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

Temporal adhesion endothelial skin 511 is a portion that comes into contact with the wearer's head of the contact extension portion 51, and is formed to extend forward along the temporal region. The left and right pair of temporal endothelial skin 511 is arranged to have a mutually spaced gap with a lower portion than the upper portion. In one example, the pair of left and right temporal abutment endothelial skins 511 are installed upright with a flat panel shape, and are disposed to be inclined downward toward opposite directions. Due to this structure, the left temporal endothelium 511 has its lower portion positioned to the right of the upper portion, and the lower temporal endothelium 511 has its lower portion positioned to the left of the upper portion.

The contact extension part 51 comes into contact with the lower part of the wearer's temporal part, and the temporally adhered endothelial part 511 has an inclined shape as described above, so that the hair care device 1 according to the present invention deviates upward from the head. Can be redeemed. Accordingly, in the state in which the hair care device 1 is worn, the wearer can comfortably take actions such as tilting the head from side to side.

Temporal adhesion outer skin 512 is a device that forms the appearance of the temporal adhesion 50, is disposed on the outside of the temporal adhesion inner skin 511, between the temporal adhesion inner skin 511 and the lateral adhesion support 52, bending It forms a hollow space portion capable of accommodating the prevention rib portion 56 and the like, and is connected to the temporally sealed inner skin portion 511.

The lateral adhesion support part 52 is a device part that elastically moves the contact extension part 51 in the lateral direction based on the helmet connection part 41, and has a structure in which the metal plate is extended in the lateral direction. The side adhesion support part 52 connects the helmet connection part 41 and the close contact extension part 51 and supports the close contact extension part 51 so as to be elastically movable in the lateral direction. 12 and 14, the lateral close support portion 52 according to an embodiment of the present invention includes a transversely extended portion 521, a rear coupling portion 524, and a lateral close coupling portion 525.

The transversely extending portion 521 includes an elastic material having an elastic restoring force, such as a metal material, and has a shape of a plate material and is disposed across the helmet connecting portion 41 and the closely extending portion 51 in the transverse direction. The transversely extending portion 521 according to an embodiment of the present invention includes an intermediate extending portion 522 and a side supporting portion 523.

The intermediate extension portion 522 is formed to extend in the horizontal direction across the middle portion of the helmet connection portion 41. On the longitudinal middle portion of the intermediate extension portion 522, a rear coupling portion 524 coupled with the helmet connection portion 41 is formed. The side support 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 forward from the rear. The side extension portion 523 enables the elastic extension portion 51 to be elastically movable in the lateral direction, and can be stably adhered to the lower portion of the side head portion.

The rear coupling portion 524 is a device portion that is coupled to the helmet connection portion 41 of the lateral adhesion support portion 52, and is formed on the middle portion in the extending direction of the transverse extension portion 521. The rear coupling portion 524 may be penetrated by a fastening protrusion or the like to be fixed in place on the helmet connection portion 41. The lateral close-fitting portion 525 is a device portion that is coupled to the close-extension portion 51 of the lateral close-fitting support portion 52, and is formed continuously at the both ends of the lateral extension portion 521 in the extending direction with the side tangential portion 523. The lateral close-fitting portion 525 may be penetrated by a fastening protrusion or the like to be fixed in place on the helmet connection portion 41.

During this time, the purifying part 53 is a device part that induces the lateral wetting of the contact extension part 51 to be reliably made based on a set point on the helmet connection part 41, the helmet connection part 41 and the contact extension part 51 ) Is formed in a stepped contact portion. Referring to FIG. 12, the purifying part 53 according to an embodiment of the present invention includes a reference step part 54 and a moving step part 55.

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

The moving step portion 55 is positioned on the groove portion that is formed on the left and right end portions of the helmet connection portion 41 by the reference step portion 54, the end of which is in contact with the reference step portion 54. When the wearer tilts the pair of contact extension parts 51 in the lateral direction spaced apart from each other so that the helmet part 10 is easily worn on the head, the end of the moving step part 55 is in close contact with the reference step part 54 Then, the wetness of the contact extension portion 51 is continuously made on the basis of the contact portion. Due to this action, the pair of left and right pairs of extended portions 51 can be flipped symmetrically to the same degree with respect to the purifying part 53 during this period, and this action can be reliably performed every time.

The bending prevention rib portion 56 is a device portion for preventing distortion, bending deformation, etc. of the side supporting portion 523, which is formed to extend in the lateral direction among the lateral sealing supporting portions 52, and is provided in the inside of the close contact extension portion 51. It is formed to extend along the side adhesion support (52). The bending prevention rib portion 56 is formed to extend in the transverse direction to portions corresponding to the upper and lower portions of the lateral close contact portion 52 among the close contact extension portions 51, along the lateral close support portion 52 and its extension direction. Consecutively.

The bending prevention rib portion 56 according to an embodiment of the present invention is formed to protrude inwardly on the temporally-adhesive outer shell portion 512. By strengthening the bending stiffness of the temporal adhesion sheath 512 by such a structure and at the same time by continuously contacting the edge of the lateral adhesion support 52, as described above, by restricting the flow of the lateral adhesion support 52, the lateral adhesion support The distortion and bending deformation of 52 can be prevented.

10, 11, the wear adjustment unit 60 according to an embodiment of the present invention includes a frontal wear adjustment part 61, a temporal wear adjustment part 66, and a temporal laryngeal wear adjustment part 67. do.

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

The frontal wear adjusting portion 61 is formed to have a set thickness and extend in the lateral direction. Adjusting portion for frontal side 61 can be flexibly bent by the action force, in the state coupled to the endothelial portion 111 of the frontal cover portion 11, to form a curved shape from the front to the rear side corresponding to the shape of the forehead. The frontal wear adjusting portion 61 can be continuously contacted in the transverse direction with the forehead, and the wearing force of the helmet portion 10 can be further improved by the cushioning force.

Temporal wear adjustment portion 66 is a cushion portion that comes into contact with the wearer's upper part of the temporal region, and is disposed on the inner skin portion 111 of the temporal occipital cover portion 13, including a cushioning material that is deformed by a contact force with the head. More specifically, the temporal wearing adjustment part 66 is positioned to correspond to the temporal part so as not to interfere with the second light irradiation part 25. More specifically, the temporal wear adjustment part 66 is positioned to correspond to the side fixation 116.

Temporal wear adjustment portion 66 is formed to extend in the lateral direction with a set thickness, and has an extended shape in the middle portion of the extension direction. Temporal wear adjustment portion 66 is in the state coupled to the inner skin 111 of the temporal occipital cover portion 13, the middle portion is formed to be convex upward upward to extend from the front to the rear side corresponding to the upper shape of the temporal region. Temporal wear adjustment portion 66 can be continuously contacted in the transverse direction with the upper portion of the temporal portion, it is possible to further improve the fit of the helmet portion 10 by the cushion force.

The lateral occipital wearing adjustment portion 67 is a cushion portion that comes into contact with the wearer's occipital region and the lower portion of the temporal region, and includes a cushion material that is deformed by a contact force with the head, and is disposed on the head adhesion portion 30. More specifically, the temporal larynx wearing adjustment portion 67 is formed to extend in the lateral direction along the occipital junction 40 and the temporal lacrimal attachment 50.

The lateral occipital wearing adjustment portion 67 is formed to have a set thickness and extend in the transverse direction, and corresponds to the occipital endothelium 411 of the occipital junction 40 and the temporal endothelium 511 of the temporal junction 50. It has a shape. That is, the temporal laryngeal wear adjusting portion 67 forms a shape corresponding to a shape in which the larynx-adhesive endothelial skin 411 and a pair of left and right temporal-adhesive inner skin 511 are continuously connected. The temporal occipital wearing adjustment portion 67 can be continuously contacted with the occipital region and the lower portion of the temporal region, and the cushioning force can improve the wearing comfort of the helmet portion 10.

10 and 11, each of the frontal wear adjustment portion 61, the temporal wear adjustment portion 66, and the side laryngeal wear control portion 67 according to an embodiment of the present invention, each of the detachable cushion portion 62 And a cushion coupling portion 65.

The detachable cushion portion 62 is made of a cushion material and has a set thickness. As the cushioning material, a cushioning member formed by foaming a textile material cushion member, urethane, rubber, etc. with a cotton inside therein can be applied. The cushion coupling portion 65 is formed at a set position on the helmet portion 10 and the head close portion 30, and the detachable cushion portion 62 is detachably coupled. The detachable cushion portion 62 may be detachably coupled to the cushion coupling portion 65 by a Velcro member or the like.

The cushioning force of the detachable cushion part 62 can further improve the fit of the hair care device 1 according to the present invention, and can be detached between the wearer's head, the helmet part 10, and the head fit part 30. A gap corresponding to the thickness of the cushion portion 62 may be formed to allow air circulation and sweat discharge, and to solve the tightness and cramping caused by the close contact of the helmet portion 10 and the head contact portion 30 to the head. Can.

In addition, when the detachable cushion portion 62 is contaminated by sweat or the like, it is reusable by separating it into the cushion coupling portion 65 and washing it, and then attaching it back to the cushion coupling portion 65, so that it can be maintained and managed cleanly. In addition, various removable cushion portions 62 having different thicknesses may be selectively applied according to the size of the head.

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

On the other hand, the removable cushion unit 62 may be provided with a plurality of different materials, colors, designs (shape, extension). The wearer can select and attach the detachable cushion portion 62 desired by the user according to taste, etc., and attach and apply it to the cushion coupling portion 65, and can freely select and replace among other detachable cushion portions 62 if necessary. Accordingly, several people at home, a massage shop, etc. can comfortably share and use cleanly according to their head size or taste.

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

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

The fence portion 73 is a device portion for constraining the hair care device 1 in place on the seating portion 70, and is formed to protrude upward on the edge portion of the seating portion 70. In the state in which the hair care device 1 is seated on the seating part 70, the fence part 73 comes into contact with the outer surface part of the hair care device 1 in the transverse direction, and the hair care device 1 is a fence part ( 73), the flow in the transverse direction, the departure is constrained.

The seating inducing member 78 is a device part for guiding the hair care device 1 by a magnetic force so that it can be seated in a set direction on a set position on the cradle 2, and more specifically, as shown in FIG. 3 A device for guiding the first point P1 on the device 1 to face the second point P2 on the cradle 2, including a permanent magnet, and installing it at the second point P2 on the cradle 2 do.

In one embodiment of the present invention, the second point P2 is installed on the fence portion 73. That is, the seating induction member 78 is installed on the fence portion 73. When the hair care device 1 according to the present invention is seated on the cradle 2, the magnetic member 77 is drawn by the magnetic force toward the seating inducing member 78 installed on the cradle 2, whereby the hair care device ( 1) is the first point (P1) and the second point (P2) facing the right position, in the forward direction, that is, the helmet connecting portion 41 is facing the fence portion 73, the right position, seated and aligned.

The sterilization lighting unit 80 is a device unit that irradiates light for sterilizing the hair management device 1, and is disposed at the center of the seating unit 70, and when the hair management device 1 is seated on the seating unit 70, hair management It is located in the hollow interior of the device (1). When the hair care device 1 according to the present invention is not in use, sterilizes the inner skin 111 and the wear control part 60 of the hair care device 1 by using the sterilization lighting part 80 while being seated and stored in the cradle 2 I can do it.

The electromagnetic field forming unit 86 is a device unit for wirelessly charging the hair management device 1 in a state where the hair management device 1 is seated on the cradle 2, and more specifically, operating the light irradiation unit 20, etc. As a device for charging the battery B, it has a structure of an electromagnet capable of forming an electromagnetic field by the flow of electric current and is installed in the fence portion 73 of the cradle 2.

When the hair care device 1 is mounted on the cradle 2, the current generating coil part 87 faces the electromagnetic field forming part 86 installed on the fence part 73 of the cradle 2, and is close to within a set interval Will be located. As described above, in the state where 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. A current is generated and flows in the generation coil part 87. The hair care device 1 can be wirelessly charged by this action.

On the other hand, as the electromagnetic field forming unit 86 has a structure of an electromagnet, the electromagnetic field forming unit 86 becomes magnetic when an electric current flows. This acts as a manpower to the hair management device 1 having a metal material, and more specifically to the helmet connection part 41. Due to the action of the electromagnetic field forming unit 86, it is possible to more stably settle and maintain the hair care device 1 on the cradle 2.

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

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

10, the lower portion of the hair care apparatus 1 according to an embodiment of the present invention, the lower portion of the front cover portion 11, the lower portion of the temporal abutment portion 50, the lower portion of the occipital portion 40 Has a continuously extended structure. The lower portion of the temporal abutment 50 is positioned lower than the lower portion of the frontal cover portion 11, and the lower portion of the occipital abutment 40 is located lower than the lower portion of the temporal abutment. As such, the lower portion of the frontal cover portion 11, the lower portion of the temporal abutment portion 50, and the lower portion of the posterior occipital portion 40 are continuously formed, and the lower portion of the hair care device 1 is gradually downward from the front portion toward the rear portion. It has an inclined shape.

The circular seating portion 71 according to an embodiment of the present invention corresponds to the lower shape of the hair care apparatus 1 as described above, and has a downwardly inclined shape toward the rear side. Accordingly, the hair care apparatus 1 according to the present invention can be stably mounted on the circular seating portion 71 in an angle and direction as shown in FIGS. 1 to 3. 3 and 10, the circular seating portion 71 according to an embodiment of the present invention includes a front seating portion 711, a middle seating portion 712, and a rear seating portion 713.

The front seating portion 711 is positioned to correspond to the front head portion of the wearer, that is, to correspond to the front head cover portion 11. The front seating portion 711 generally forms a downwardly inclined shape toward the rear side, and the front end portion forms a seating surface on which the front cover portion 11 can be seated, and the rear end portion is the front end of the front seating portion 711. It is formed to be inclined downward toward the middle seating portion 712 at an inclination angle larger than that of 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 wearer's temporal portion, that is, to correspond to the lower portion of the temporal fitting portion 50. The middle seating portion 712 generally forms a downwardly inclined shape toward the rear side, and its front end portion forms a seating surface on which the temporal abutment portion 50 can be seated, and the rear end portion is a front end of the middle seating portion 712. It is formed to be inclined downward toward the rear seating portion 713 at an inclination angle larger than that of the portion.

The rear seating portion 713 is continuously formed at the rear portion of the middle seating portion 712, and is positioned below the middle seating portion 712. The rear seating portion 713 is positioned to correspond to the wearer's occipital portion, that is, to correspond to the lower portion of the occipital fitment portion 40. The front seating portion 711, the middle seating portion 712, and the rear seating portion 713 are continuously inclined downward toward the rear side as described above, while forming a smooth curved surface capable of smoothly sliding backward.

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

For example, when the occipital attachment portion 40 of the hair care device 1 is seated on the intermediate seating portion 712, the occipital sealing portion 40 naturally follows the inclined surface of the intermediate seating portion 712, and the rear seating portion ( 713) is guided and guided. Thereafter, when the gripping state of the hair care device 1 is released, the helmet part 10 and the temporal abutment part 50 can be naturally seated at the correct positions corresponding to the front seating part 711 and the middle seating part 712, respectively. have.

The seat inducing inclined portion 72 is formed in the inner portion of the circular seat portion 71, in other words, the inner diameter portion is formed higher than the circular seat portion 71, the shape gradually increases toward the center of the circular seat portion 71 Have Accordingly, the seat induction slope portion 72 and the circular seat portion 71 together form a continuous downward slope toward the radially outer side from the central portion of the circular seat portion 71.

By providing the seating induction inclined portion 72, when the hair care device 1 according to the present invention is mounted on the cradle 2 as described above, the occipital seal part 40 of the hair care device 1 is circularly seated. In addition to being seated on the portion 71, the initial seating range can be further extended by seating on the seating induction slope 72.

That is, even if the larynx closet 40 of the hair care device 1 is initially seated on the seating induction slope 72, the larynx closet 40 is naturally rear seated by the inclined surface of the seating induction slope 72. It is guided and guided to the (713) side. According to the seating inclined portion 72, the initial seating range of the hair care device 1 is further expanded by further including the seating inclined portion 72 in the middle seating portion 712 and the rear seating portion 713. It can be made, it is possible to further improve the convenience of mounting to the cradle 2 of the hair care device 1 according to the present invention.

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

The rear fence portion 74 is a device portion in contact with the occipital close portion 40 of the hair management device 1, and is formed to protrude upward to the rear portion of the seat portion 70 having a downwardly inclined shape toward the rear side. In the state in which the lower portion of the occipital junction portion 40 is seated on the posterior seat portion 713, the rear portion of the occipital junction portion 40 faces the posterior fence portion 74. 3 and 4, the rear fence portion 74 according to an embodiment of the present invention includes a lower fence portion 741 and an upper fence portion 742.

The lower fence portion 741 is formed to protrude upwardly to the rear portion of the seating portion 70, and the front portion facing the occipital sealing portion 40 is rearward, more specifically, about the central portion of the seating portion 70. It is formed to be inclined upward toward the radially outer side. The upper fence portion 742 is continuously formed on the upper portion of the lower fence portion 741, and the front portion is forward than the extension line of the lower fence portion 741, more specifically, the radius around the central portion of the seating portion 70 It is formed to be inclined upward toward the inside of the direction.

When the cradle 2 of the hair care device 1 is mounted, the lower fence portion 741 and the upper fence portion 742 come into contact with the larynx sealing portion 40 in different directions, and the rear fence portion 74 is simple. Compared to the case of forming a flat surface, a restraining force acts on the laryngeal seal portion 40 at a more versatile angle. Accordingly, the hair care device 1 comes into contact with the cradle 2 in more various directions, and the seating thereof can be made more stable.

In forming the front portion of the upper fence portion 742 to be inclined upward upward than the extension line of the lower fence portion 741, if it is formed to be inclined upward upward than the vertical line as shown in FIGS. 3 and 4, the larynx adhesion portion 40 ) Is seated on the rear seating portion 713, and at the same time, it is fitted between the upper fence portion 742 and the rear seating portion 713. have.

As described above, the hair management device 1 seated on the cradle 2 is restrained from being moved upward by the upper fence portion 742. The hair management device 1 is guided to be downward from front to rear when seated on the cradle 2, as the departure from the upper side is restrained by the upper fence part 742, backwards to the moved seating path backwards It has overlapping paths of separation, separation, and induction that are guided and moved upward from the front.

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

In describing the present invention with reference to FIGS. 3 and 4, the front and rear refer to the front and rear on the drawings shown in FIGS. 3 and 4, and the three-dimensional perspective views shown in FIGS. 2, 9 and 15 In correspondence with, it corresponds to the radially inner and outer sides of the helmet portion 10 or the seating portion 70 based on the central portion of the helmet portion 10 or the seating portion 70.

That is, the lower fence portion 741 extends in an arc shape along the rear portion of the rear seating portion 713, faces upwardly with the lower slope portion 414 from the lower side of the lower slope portion 414, and the upper fence portion 742 ) Extends in an arc shape along the rear portion of the rear seating portion 713 and faces downward from the upper inclined portion 415 from the upper side of the upper inclined portion 415. Therefore, in the initial seating of the occipital abutment portion 40 of the hair care device 1 to the posterior seating portion 713, the occipital abutment portion 40 is provided by the lower fence portion 741 and the upper fence portion 742. ) Can be restrained from moving in the lateral direction.

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

The front fence portion 75 is formed to protrude upward to the front portion of the front seating portion 711, so as to face the front portion of the optical interference blocking portion 112. The optical interference blocking portion 112 is restrained from moving forward by the front fence portion 75. The front fence portion 75 has a transverse thickness corresponding to the rest of the front cover portion 11 except for the optical interference blocking portion 112, so that the hair care device 1 is seated on the cradle 2 The outer skin portion 113 and the front fence portion 75 of the front cover portion 11 form a continuous curved surface. Such a curved shape can realize a beautiful exterior design as shown in FIG. 1.

In addition, according to the structure of the optical interference blocking portion 112 and the front fence portion 75 as described above, when the hair care device 1 according to the present invention is mounted on the cradle 2, naturally, the front cover portion (11) In the state that the lower part of the outer skin part 113 to the power display part 29 constituting the fingertip or gripping the outer skin part 113, the optical interference blocking part 112 is attached to the front seat part 711. The process of finally settingtle and releasing the gripping force is continuously performed.

When the cradle 2 of the hair management device 1 is seated, by inducing the above-described seating motion to occur naturally, release the force gripping the hair care device 1 at a position spaced upward from the front seat 711 or , Compared to the case of releasing the gripping force while directly contacting 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 one embodiment of the present invention, the magnet member 77 is installed in the lower inclined portion 414, and the seating induction member 78 is installed in the lower fence portion 741. When the hair care device 1 according to the present invention is initially seated on the cradle 2, the helmet connection part 41 of the hair care device 1 is provided on the inclined surfaces of the circular seat part 71 and the seat induction slope part 72. By being guided and guided to the rear seating portion 713 side, it is pulled and pulled toward the rear fence portion 74 by the attraction force between the magnet member 77 and the seating induction member 78.

When the hair care device 1 according to the present invention is seated on the cradle 2, the magnetic member 77 is drawn by the magnetic force toward the seating inducing member 78 installed on the cradle 2 as described above, and accordingly the hair In the management device 1, the lower inclined portion 414 is seated and aligned in the right position and in the forward direction facing the lower fence portion 741.

Even if the hair care device 1 does not correspond to the intended position and direction and is displaced or displaced, the seating inducing member 78 pulls the magnet member 77 so that the lower inclined portion 414 lowers the lower fence portion 741 ). Due to this action, the seating state in which the helmet connection part 41 closely faces the rear fence part 74 can be reliably implemented and maintained each time the hair management 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. Since the upper inclined portion 415 faces the upper fence portion 742 closely with each seating of the hair management device 1 by the action between the seating inducing member 78 and the magnet member 77 as described above, the hair The function of the wireless charging unit 85 for wirelessly charging the management device 1 can be implemented stably and efficiently.

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

The sterilizing base portion 81 is a device portion that provides a sterilizing light irradiation portion 82 and a light transmitting cover portion 84 to provide a fixable mounting surface, and a seating portion (inner portion of the seating portion 70 extending in a circular shape) 70). 3, 6, and 15, the sterilization base portion 81 according to an embodiment of the present invention includes a flat portion 811 and a light leakage preventing jaw portion 816.

The flat portion 811 is a device portion in which the sterilization light irradiation portion 82 and the light transmission cover portion 84 are installed, and is formed flat on the inner portion 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 bonding portion 813, a cover seating portion 814, and an assembly hole portion 815.

The substrate mounting portion 812 is a device portion on which the sterilization light irradiation portion 82 including the substrate is seated, and has a flat shape so that the sterilization light irradiation portion 82 can be bundled 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 in the drawing), and a plurality of spaced apart portions are formed on the substrate seating portion 812. A bolt member can be used as the fastening member. By fastening the fastening member through the sterilization light irradiation portion 82 to the substrate coupling portion 813, the sterilization light irradiation portion 82 can be firmly fixed on the substrate mounting portion 812.

The cover seating portion 814 is a device portion on which the light transmission cover portion 84 is seated, and is formed continuously at the edge of the substrate seating portion 812 and the substrate seating portion 812. As the light transmission 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 in which the light transmitting cover portion 84 is detachably assembled, and is formed to penetrate vertically on the cover seating portion 814. By attaching and detaching the detachable assembly portion 842 formed on the lower portion of the light-transmitting cover portion 84 through the assembly hole portion 815, the light-transmitting cover portion 84 is detachably coupled to the cover seating portion 814. Can.

The light leakage preventing jaw part 816 is a device part that covers the clearance formed between the light transmission cover part 84 and the flat part 811, and is formed to protrude upwardly at an edge portion of the flat part 811. The light leakage preventing jaw portion 816 is formed to extend in a circular shape along the lower portion of the light transmitting cover portion 84 and the cover seating portion 814.

By the light leakage preventing jaw portion 816, light irradiated from the sterilization light irradiation portion 82 can be prevented from leaking into the gap between the light transmission cover portion 84 and the flat portion 811. In addition, since the seating portion 70 having a shape upward toward the center portion and the light-transmitting cover portion 84 having a dome shape together form a continuous curved surface, the hair care device 1 is placed from the cradle 2. In a spaced apart state, the exterior design can be realized to be suitable for use as a lighting device such as a mood lamp with only the cradle 2.

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

The light transmission cover portion 84 is a device portion that forms the exterior of the sterilization lighting portion 80, includes a light-transmitting material, covers the sterilization light irradiation portion 82, and is mounted on the sterilization base portion 81. The light transmitting cover portion 84 according to an embodiment of the present invention has a dome shape corresponding to the inner skin portion 111 of the hair care device 1. Accordingly, the sterilized light can be uniformly irradiated over the inner skin 111. Referring to FIG. 16, the light transmission cover portion 84 according to an embodiment of the present invention includes an illumination cover portion 841 and a detachable assembly portion 842.

The lighting cover portion 841 is a device portion that covers the sterilizing light irradiation portion 82, and includes a light-transmitting material, and has a dome shape with a hollow inside and an open bottom. In the state where the lighting cover portion 841 is seated on the sterilization base portion 81, the sterilizing light irradiation portion 82 is accommodated inside the lighting cover portion 841, and the light emitted from the sterilizing light irradiation portion 82 is the lighting cover. The portion 841 is transmitted and irradiated to the outside.

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

The elastic extension portion 843 is a device portion that penetrates downward through the assembly hole portion 815 of the sterilization base portion 81, and is formed to protrude downwardly under the lighting cover portion 841. The elastic extension portion 843 is formed at a position corresponding to the assembly hole portion 815 and has an elastic force that can be elastically bent. The elastic hook portion 844 is a device portion hanging on the bottom portion of the cover seating portion 814, and is formed to protrude toward the outside of the lighting cover portion 841 under the elastic extension portion 843.

The elastic ring portion 844 is positioned radially outside the assembly hole portion 815 based on the central portion of the lighting cover portion 841, but the elastic ring portion 843 can be elastically bent, so that the elastic ring portion ( 844) may be positioned to correspond to the assembly hole 815. When a downward force is applied in a state where the elastic ring portion 844 is positioned corresponding to the assembly hole portion 815, the elastic extension portion 843 flexes elastically and the elastic ring portion 844 moves the assembly hole portion 815. It can be penetrated, and in the state of passing through the assembly hole portion 815, it is firmly bound to the cover seating portion 814 while being displaced from the assembly hole portion 815 by the elastic restoring force of the elastic extension portion 843.

In order to separate the light transmission cover portion 84 from the sterilization base portion 81 for inspection, replacement, etc. of the light transmission cover portion 84 or the sterilization light irradiation portion 82, a detachable assembly portion 842 or a detachable assembly By pressing the portion of the lighting cover portion 841 on which the portion 842 is formed, the elastic hook portion 844 can be positioned corresponding to the assembly hole portion 815, and the lighting cover portion 841 or the detachable assembly portion ( By acting upward force continuously on 842), the elastic ring portion 844 can be separated from the cover seating portion 814 by passing the assembly hole portion 815 upwardly.

Hereinafter, in the present 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 is a concept including or corresponding to the wireless charging unit 85. And the information & status output unit (916, 956) is 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 light source for sterilization 83, and the wireless power transmission unit 955 includes the current generation coil unit ( 87).

17 is an exemplary view showing a schematic configuration of a hair care 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 the information & status output unit 916.

The hair care device 910 is mounted on the cradle device 950 and charged wirelessly. 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 (e.g., detecting the temperature of the head), humidity (e.g., detecting moisture in the hair), and illuminance (e.g., whether the helmet unit is worn) ), and at least one or more sensors for detecting gas (or detecting whether odor is generated). At this time, the sensors detecting 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 command for operating the hair management device 910.

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

Therefore, the operation input unit 912 is preferably formed outside the helmet unit 10, but is not limited to the outer and inner boundary of the helmet unit 10, or remote control (eg, dedicated remote control, smart phone) It can be formed on at least any one of the software remote control using a remote control app installed on).

The light irradiation unit 914 is provided with a plurality of light sources 21 (for example, 720LEDs, 450LEDs, etc.) at predetermined intervals inside the helmet unit 10.

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

The light irradiation unit 914 controls hair loss, hair growth, blood circulation, and the like by adjusting the wavelength, color, and energy size of light irradiated from the light source 21 according to the state of hair (or scalp) for each user. Can realize the effect of

In addition, the light irradiation unit 914 may irradiate light only to a selectively designated position among the entire head (or scalp) areas, or may adjust the energy size of light irradiated for each area differently. Accordingly, unnecessary waste of power can be prevented and the influence on the hair (or scalp) for each user can be balanced.

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

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

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

The control unit 913 controls the sensor unit 911, the operation input unit 912, the light irradiation unit 914, the wireless power receiving unit 915, and the information & status output unit 916, thereby controlling the hair condition for each user. The hair management device 910 is controlled to a corresponding operation mode.

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

The control unit 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 the usage time and operation mode information of the hair management device 910 for each user in a memory (not shown), and also the hair management device 910. Total usage information (ie, usage time, operation mode, etc.) may be stored in the memory (not shown). As described above, by managing the total usage information (ie, usage time, operation mode, etc.) of the hair care apparatus 910, life (or performance degradation) for each light source 21 can be predicted.

The control unit 913 may analyze the state of hair (or scalp) for each user based on at least one or more information detected through the sensor unit 911. As described above, by analyzing the state of hair (or scalp) for each user, the control unit 913 may personally control the light source 21 of the light irradiation unit 914 for each user.

In addition, the control unit 913 controls the light irradiation unit 914, but depending on whether or not the user wears the helmet unit 10 on the head, the light source is turned off when the helmet unit 10 is not worn on the head. When the light source 21 of the light irradiation unit 914 is driven to output minimum energy to prevent direct irradiation with the user's eyes, and the user wears the helmet unit 10 on the head (or In case of overlaying on the table), the light source 21 is driven to output the maximum energy in the corresponding mode in response 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 apparatus 910 through the information & status output unit 916. Can.

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

The camera unit 917 photographs the hair (or scalp) when the user wears the helmet unit 10 on the head and transmits the hair (or scalp) to the control unit 913, so that the control unit 913 allows user-specific hair (or scalp). To analyze the status of

For example, the control unit 913 combines the information detected through the camera unit 917 and the sensor unit 911 to wet or dry the hair (or scalp), the thickness of the hair, the number of hairs, oiliness or dryness. The condition, hair color, hair temperature, sebum degree, and hair loss shape can be analyzed.

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

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

19 is an exemplary view showing a schematic configuration of a hair care 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 913 uses the hair management device 910 as a mobile terminal (eg, a smart phone) 980, an internet sharer 970, a cradle device 950, and a server through the internet sharer 970. Connect communication with (not shown).

At least one of a short-range wireless communication method (eg, WiFi, Bluetooth, NFC, infrared (IR), etc.) and a remote wireless communication method (eg, a mobile communication method such as GSM, LTE) may be implemented as the first communication unit 913. Can.

The control unit 913 may update a driving program (or a driving algorithm) through the first communication unit 913, and may also provide 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 the 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.

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

When the temperature control unit 919 is worn on the head, the temperature control unit 919 is based on the temperature or humidity of the head (for example, the bite of the head) detected through the sensor unit 911. When the temperature is overheated than the specified temperature range, or when the temperature of the head is lower than the specified temperature range, the temperature of the head can be maintained in the designated temperature range under the control of the control unit 913.

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

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

FIG. 21 is an exemplary view showing a schematic configuration of a hair care 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 deteriorated when the user receives hair care 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 spraying device (not shown) capable of spraying fragrance or nutrients, and a projection can be pushed up and down by an electric motor or air pressure to press the scalp. At least one of a protruding device (not shown), a low-frequency electrical device (not shown) capable of outputting low-frequency electrical stimulation, and a music playback device (not shown) outputting music or white noise used for yoga, cafe, or prenatal education It may include the above.

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

For example, the user's favorite scent, the user's favorite acupressure intensity, the user's favorite low frequency electricity frequency and intensity, and the user's favorite music are stored, and the control unit 913 recognizes the user and the stored tension & The fatigue elimination method can be applied automatically.

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

As shown in FIG. 22, the cradle device 950 according to the first embodiment includes an illumination unit 951, a disinfection unit 952, a cradle control unit 953, a detachment 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 management device 910 is not mounted on the cradle device 950.

For example, the lighting unit 951 illuminates the surroundings by turning on a lighting light source (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 (ie, the interior of the helmet unit 10) when the cradle device 950 is equipped with the hair management device 910. .

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

When the hair management device 910 is not mounted on the cradle control unit 953 depending on whether the hair management device 910 (ie, the helmet part 10) is mounted on the cradle device 950. 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 (ie, the helmet unit). (Inside 10).

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

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

The wireless power transmitter 955 transmits power by an electromagnetic field when the hair management device 910 is mounted on the cradle device 950 to perform wireless charging.

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

In addition, the cradle control unit 953 is the power on / off state through the information & status output unit 956, the use time and failure of the hair management device 910, maintenance state (eg, whether disinfection, disinfection time, Sterilization 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 uses the cradle device 950 as a mobile terminal (eg, a smart phone) 980, an internet sharer 970, a hair management device 910, and a server through the internet sharer 970. Connect communication with (not shown).

At least one of a short-range wireless communication method (eg, WiFi, Bluetooth, NFC, infrared (IR), etc.) and a remote wireless communication method (eg, a mobile communication method such as GSM, LTE) may be implemented as the second communication unit 957. Can.

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

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 is operating 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 to perform state (eg, on/off, wavelength, etc.) of each light source of the light irradiation unit 914 through the failure detection unit 958. Energy intensity, etc.) sequentially.

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

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

For example, when several users jointly use the hair care apparatus 910, odor may be detected through the failure detection unit 958. Accordingly, the cradle control unit 953 sprays incense to remove the odor that has spread inside the hair management device 910 (ie, the helmet unit 10) through the odor removal unit 959, Deodorant can be sprayed. Alternatively, the odor may be absorbed and discharged by operating a fan.

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

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

As shown in FIG. 25, when the operation (drive) switch of the hair management apparatus 910 is turned on (YES in S101) (that is, when the power switch is turned on), the control unit 913 includes the hair management apparatus ( It is checked whether 910) is worn on the head (S102).

When the hair care apparatus 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 (MAX) (S103).

Here, it is noted that the energy of the maximum (MAX) per user may be different because the maximum (MAX) energy means the maximum allowed (MAX) energy according to the hair condition of each user.

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

Accordingly, when the hair care device 910 is coupled (mounted) to the cradle device 950 while the power is on (YES in S104), the control unit 913 is a communication connected cradle device 950 or a mobile terminal 980. ) Or the like to switch to the remote control state (S107).

However, if the hair care device 910 is not worn on the head in the power-on state (No in S102) and is not coupled (rough) to the cradle device 950 (No in S104), the control unit 913 In order to protect the user's eyes by determining that the user can look inside the hair management device 910 (that is, the light irradiation unit), the light irradiation unit 914 is operated to irradiate with minimum energy (MIN) ( S105).

However, when the user up/down the energy of the light irradiation unit 914 by manual operation through the operation input unit 912 (for example, when manually operating the light irradiation unit to check the light source state 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 control method of a hair care apparatus according to a second embodiment of the present invention.

As shown in FIG. 26, when the hair care apparatus 910 is worn on the head (YES in S201), the control unit 913 checks whether the hair is wet (S202).

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

Accordingly, when the hair care device 910 is worn on the head and the hair is not wet (No in S202), the control unit 913 scans the hair state 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 wet, dry, or thicken the hair (or scalp). The number of hairs, oily or dry condition, hair color, hair temperature, sebum degree, and hair loss type can be analyzed.

Accordingly, the control unit 913 directly analyzes the data scanned for the hair condition or receives a result of analyzing the data scanned for the hair condition at 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 communication-connected cradle device 950, or a mobile terminal 980, and a predetermined method (or Mode) to perform light irradiation (that is, light irradiation for each user) (S207).

FIG. 27 is a flowchart for explaining a method of analyzing data (ie, hair scan data) scanned for hair condition in FIG. 26.

As illustrated in FIG. 27, when analyzing data (ie, hair scan data) that scans the hair condition (YES in S301), the controller 913 virtually divides the entire area of the hair into a plurality (S302).

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

Then, the controller 913 analyzes the state of each region virtually divided as described above (S303).

At this time, the control unit 913 sequentially performs on/off control of light irradiation for each area to perform a scan to perform analysis.

In addition, the control unit 913 sets a light irradiation method (or light irradiation mode) (eg, wavelength of light, energy intensity of light, light irradiation time, temperature range inside the helmet part) according to the state analysis result for each region to be divided. (S304)

For example, the control unit 913 is a light irradiation method (or light irradiation mode) according to the hair thickness, number of hairs, oily or dry state, hair temperature, sebum degree, and hair loss type for each user (eg, wavelength of light, energy intensity of light, Light irradiation time, temperature range inside the helmet part, etc.) are set.

In addition, the control unit 913 performs light irradiation using 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 part, etc.) S305).

In the above embodiment, the light irradiation method is automatically set by setting the light irradiation method (or light irradiation mode) according to the state analysis result for each region, but the light irradiation method (or light) is not limited thereto. It is also possible to set the irradiation mode) to perform light irradiation.

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

As shown in FIG. 28, when the hair care apparatus 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) relieving function is a device to which a function capable of performing the corresponding function is added (eg, premium) according to the grade of the hair care device 910 (eg, a low-cost grade, a general grade, a premium grade, etc.) Grade hair care device).

Accordingly, when the tension (or fatigue) relaxation function is activated after the hair care apparatus 910 is worn on the head (YES in S402), the control unit 913 is the tension included in the hair care apparatus 910 & The performance of the fatigue elimination unit 920 is checked (S403).

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

This is because the effect of hair care may be deteriorated when the user receives hair care in an uncomfortable state of mind or body due to tension or fatigue.

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

29 is a flowchart for explaining a control method of a hair care apparatus according to a fourth embodiment of the present invention.

As illustrated in FIG. 29, when the device is operated through the manipulation input unit 912 of the hair care apparatus 910 (YES in S501), the control unit 913 inputs information 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 the user is automatically or manually recognized as described above (YES in S502, S503), the control unit 913 is a user-specific light irradiation method (or light irradiation) 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 part, etc.) is taken out and light irradiation is performed (S504).

In addition, the control unit 913 accumulates and stores the usage information of the user-specific (and total) hair management device 910 in the memory (or storage unit, DB) (not shown), and also sets the hair state for each user. The analyzed results are stored cumulatively each time hair is managed (S505).

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

For example, the control unit 913 displays information on the use of the user-specific (and total) hair management device 910, and the results and effects of analyzing the hair condition for each user by the information & status output unit 916 or a communication cradle. It can be output through the device 950 or the mobile terminal 980.

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

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

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

As shown in FIG. 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 the wireless power transmitter 955 is operated in a state in which the hair management device 910 is not coupled to the cradle device 950, standby power is consumed, so in the present embodiment, the cradle device 950 has a hair management device. By operating the wireless power transmitter 955 only when 910 is combined, it is possible to prevent consumption of standby power.

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). For disinfection (S604).

For example, the cradle control unit 953 controls the disinfection unit 952 to turn on a disinfecting light source (eg, UV, Ultraviolet rays) in a disinfection mode, or spray hot steam. Accordingly, the disinfection unit 952 may include a steam injection 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 lighting light source (eg, a white light source LED). Turn on to illuminate the surroundings.

In addition, the lighting unit 951 may operate the lighting function by manual (for example, remote control through a button input or a mobile terminal).

FIG. 31 is a flowchart for explaining a control method of a cradle device additionally performed in FIG. 30.

As shown in FIG. 31, the cradle control unit 953 deodorizes the inside of the hair management device 910 and deodorizes (or deodorant) when the hair management device 910 is coupled to the cradle device 950 (YES in S601). ) Spraying is performed (S605). That is, a maintenance operation is performed to maintain the state of the hair care apparatus 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 communication-connected hair management device 910 to determine the state of each light source (for example, on/off). Off, wavelength, energy intensity, etc.) are sequentially checked (S607). That is, the state of each light source is checked.

Then, the inspection state (that is, the inspection state of the light sources) and the maintenance work execution result (that is, whether the maintenance work is performed) are output (S608).

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

The present invention has been described above with reference to the embodiment shown in the drawings, but this is only exemplary, and those skilled in the art to which the art pertains may have various modifications and other equivalent embodiments. You will understand the point. Therefore, the technical protection scope of the present invention should be defined by the following claims. Also, the implementations described herein can be implemented, for example, as methods or processes, devices, software programs, data streams, or signals. Although discussed only in the context of a single form of implementation (eg, discussed only as a method), implementation of the features discussed may also be implemented in other forms (eg, devices or programs). The device can be implemented with suitable hardware, software and firmware. The method can be implemented in an apparatus, such as a processor, generally referring to a processing device, including, for example, a computer, microprocessor, integrated circuit, or programmable logic device. The processor also includes communication devices such as computers, cell phones, portable/personal digital assistants ("PDAs") and other devices that facilitate communication of information between end-users.

1: Hair care device 2: Holder
10: helmet portion 11: front cover portion
12: water purifying cover portion 13: side laryngeal cover portion
14: occipital cover part 15: adhesion strengthening connection part
16: temporal cover portion 20: light irradiation portion
21: light source 22: first light irradiation unit
23: frontal central survey unit 24: frontal side survey unit
25: second light irradiation unit 26: central crown irradiation unit
27: parietal posterior irradiator 28: parietal side irradiator
29: power display 30: head close
40: larynx closet 41: helmet connection
42: rear adhesion support 43: longitudinal extension
44: helmet engaging portion 45: rear fitting portion
46: Elasticity adjustment part 50: Temporal adhesion part
51: close contact extension 52: side adhesion support
53: cleaning during the period 54: reference step
55: moving step 56: bending prevention rib
60: wear control unit 61: frontal wear control unit
62: detachable cushion section 63: first detachable cushion section
64: second detachable cushion portion 65: cushion coupling portion
66: Temporal wearing control portion 67: Temporal wearing control portion
70: seating portion 71: circular seating portion
72: seating induction slope 73: fence
74: rear fence portion 75: front fence portion
76: seating guide portion 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 generation coil section 88: wired charging section
111: inner skin 112: optical interference blocking unit
113: outer skin 114: spaced connection
115: substrate fixing 116: side fixing
117: light source receiving unit 291: light source for power display
292: transparent window part 411: laryngeal adhesion endothelial skin
412: laryngeal adhesion outer skin 413: posterior movement restraint
414: lower slope portion 415: upper slope portion
431: longitudinal extension body part 432: lower carbon bearing part
433: upper carbon portion 511: Temporal adhesion inner skin
512: Temporal adhesion outer skin 521: Transverse extension
522: middle extension part 523: side support part
524: rear coupling part 525: lateral tight coupling part
711: Front seating part 712: Middle seating part
713: rear seating portion 741: lower fence portion
742: upper fence portion 811: flat portion
812: substrate mounting portion 813: substrate coupling portion
814: cover seating portion 815: assembly hole portion
816: light leakage prevention jaw portion 841: lighting cover portion
842: detachable assembly 843: elastic extension
844: elastic hook
910: Hair care 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 transmitter 956: information & status output
957: second communication unit 958: failure detection unit
959: Odor removing unit 970: Internet router
980: mobile terminal

Claims (7)

Hair care device is installed a light source for the treatment of hair loss;
A cradle on which the hair care device is seated; And
And a seating induction part for guiding the hair care device to a set position on the cradle in a set direction by magnetic force.
According to claim 1,
The seating induction part,
A magnet member including a magnet and installed at a first point on the hair care device; And
A hair management device comprising a magnet; a seating induction member installed at a second point on the cradle, and inducing the first point to face the second point by an attraction force with the magnet member. set.
According to claim 2,
The cradle,
A seating part to which the hair care device is detachably seated; And
It is formed to protrude upward on the seating portion, facing in the transverse direction to the hair management device seated on the seating portion, the seating guide member is installed; hair management device set comprising a.
According to claim 3,
The fence portion,
A lower fence portion which is formed to be inclined upward toward the outside of the seating portion, and on which the seating induction member is installed; And
A hair care device set comprising: an upper fence part which is continuously formed on an upper portion of the lower fence part and is inclined upward toward an inner side of the seating part.
According to claim 4,
The hair care device,
A lower inclined portion facing the lower fence portion when seated on the cradle, and wherein the magnet member is installed; And
Hair management device set comprising a; it is formed continuously on the upper portion of the lower inclined portion, the upper inclined portion facing the upper fence portion.
According to claim 3,
The seating portion is formed to be inclined downward toward the rear portion from the front portion,
The fence portion, the hair care device set, characterized in that formed to protrude upward on the rear portion of the seating portion.
The method according to claim 1 or 2,
A hair management device set comprising: an electromagnetic field forming unit installed on the cradle and forming an electromagnetic field that applies an attractive force to the hair management device by the flow of electric current.

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