KR101598665B1 - The light therapy by skin improvement and hair restore device - Google Patents

Abstract

The present invention relates to a power supply control apparatus for controlling a waveform of a driving light source, a power supply switch for turning on / off the power supply to be applied, a form switch to be selected according to the purpose of use, a waveform control device for controlling the waveform of the driving light source, A control unit configured by a circuit; a first light source, a second light source, and a third light source, which are located inside the housing (s 001) and have different wavelengths, A light source module including a light source module formed on a PCB circuit board in combination with a heat radiating plate for emitting heat coupled to a back surface of the PCB circuit board and a partition wall for preventing emission of a light beam of unmixed wavelengths on the front surface of the light source unit, A multilayered mixing layer for mixing the wavelength of the light rays in the inside of the barrier ribs, an optical lens having a structure coupled with the barrier ribs on the front surface of the mixed layer, The housing is provided with an optical portion formed of a light transmission comb having a structure in which a part of the housing is opened and is detachable.
The power switch, the first style switch, the second style switch and the third style switch of the control unit are formed on one side of the housing, and are connected to the waveform control device, the micom, the circuit, The optical portion is formed inside the housing so as to be protected from an external impact.
Further, barrier ribs for preventing emission of light beams having different wavelengths emitted from the light source module and guiding the light beams to the mixed layer are formed on the front surface of the light source module at positions corresponding to the light source combination of the light source module, And an optical lens having a function of collecting and diffusing the light rays mixed and diffused in the mixed layer is coupled to the partition wall, and the front surface of the optical lens is provided with The optical transmission comb having a structure capable of removing, attaching, is constituted.
The light transmission comb is used for hair growth, hair growth and scalp care. It is a form of a comb to transmit light emitted from an optical lens to hair and scalp and to organize hair, and a circular lens shape at the lower end of a comb is used to concentrate light on the scalp And the light rays emitted through the side of the light comb are structured to irradiate light to the hair.
The light source unit is a combination of the first light source in the ultraviolet region to the short wavelength region and the second light source in the region of the visible light ray in the long wavelength region and the third light source in the infrared region, The light source assembly includes a light source module formed on a PCB substrate, and a heat sink for emitting heat generated from the light source is coupled to a rear surface of the PCB substrate on which the light source is formed.
The first light source configured in the light source module kills parasites and fungi such as Demodex folliculorum, Staphylococcus aureus, and P-acne, inhibits activity, and is a synthetic factor of bone and hair nutrients (S 014) is a light source in a short wavelength region having a peak wavelength in a band of 430 nm or less, which has a synergistic effect of vitamin D. The second light source (s 014) is a light source for suppressing growth of bacteria and suppressing inflammation, The third light source is a light source of a long wavelength having a peak wavelength in a band of 630 nm or more in which the effect is mitigated and the blood flow is improved and the cell regeneration effect and the nitric oxide are formed in the body and the bioactivity effect and immunity A light source in the infrared region having a peak wavelength in a band of 780 nm to 15,000 nm, which has an effect of improving the depth of penetration of the light, The.
The mode switch of the control unit is selected according to the purpose of use. The first mode (# 1 mode) is a switch for suppressing harmful fungus by combined driving of the first light source, the second light source, and the third light source. And prevention of skin inflammation improvement and prevention by the action of inflammation of seborrheic dermatitis, atopic dermatitis, acne, rhinitis, the second mode (# 2 mode) is a switch for selecting a purpose of restoration of hair loss, pruritus and diabetic patient. In the second mode (# 2 mode), the combination of the first light source and the third light source (Hair) is a selective switch for the purpose of improving the prevention of hair loss and bone density and the bone density, which cures the hair firmly with the supply of vitamin D, 005 # 3 mode) is a combination of the second light source and the third light source This is because of collagen production, elastin regeneration, cell restoration and stimulation of follicular cells, pulse magnetic field, bioactivity and immunity improvement. Is a selective switch for skin care and hair restoration and recover wound purposes.
In addition, in the micom, the form switch, the waveform control device, and the light source module are interlocked with each other through the circuit, and the light source is selected according to the selection of the form switch, and the amount of current and the waveform are controlled and driven through the micom.
In addition, on the front surface of the light source module, it is possible to prevent unmixed multi-wave light rays emitted from the light source from being emitted before mixing, and to transmit light to a mixing layer for mixing light A partition wall is formed.
The partition wall is configured to be combined with an optical lens for collecting and emitting light mixed with a mixed layer in which wavelengths of light are mixed.
The mixing layer is disposed inside a partition wall to form a mixing layer having a multi-layered structure of a film type or a plate type in which light is diffused and mixed, and a mixed layer is formed on the front surface of the mixing layer. An optical lens having a function of focusing or diffusing a light beam of a wavelength is composed of a structure in which a partition wall is coupled with a mixing layer at a certain clearance.
The mixing layer located inside the barrier rib is composed of a plurality of layers having a plurality of structures. The mixing layer is composed of a first light source, a second light source, The respective wavelengths emitted from the third light source are uniformly mixed and the mixed light of wavelengths is emitted to the optical lens.
The light rays mixed in the mixing layer are directly irradiated to the skin through the optically focused light rays through the optical lens or irradiated to the hair and scalp through the light transmission comb.
The front surface of the optical lens is provided with a transparent light transmission comb which combines the hair and transmits the light, and is detachable according to the state of the hair and the use state such as use for hairless hair, use for skin, Attachment is possible.
As described above, in the present invention, a light source module is configured with a multi-wave type in which a first light source, a second light source, and a third light source are combined, and a wavelength mixing layer is formed on the front surface of the light source module A light beam of a mixed wave in which a complex wave of light emitted from a light source of a multi-wave is mixed is emitted, and the light of the mixed light of the mixed wave is re- And the depth of penetration of the rays emitted from the first light source and the second light source by the cell excitation action of the third light source in the infrared region and the light oil's role of the light due to the wave The phototherapy time is shortened by the synergistic effect such as improvement.
In addition, the light transmission comb can be detached and adhered to each other depending on the use place, so that it can be applied to both skin and scalp and hair.

Description

[0001] The present invention relates to a phototherapy device for skin improvement and hair growth,

The present invention relates to a method for preventing skin inflammation and preventing hair loss caused by improvement of skin inflammation such as seborrheic dermatitis and keratosis atopy, To improve osteoporosis by improving blood flow and cell restoration, and to provide a phototherapy device for promoting skin beauty and hair growth.

Animal hair follicles and skin are accompanied by parasites and bacteria such as Demodex folliculorum, Staphylococcus aureus, and P-acne. They are overexpressed by hormones and environmental changes, Is caused by inflammation of the skin such as seborrheic dermatitis, inflammation of the scalp and pruritus, and causes hair loss.

Skin irritation causes pain to the patient, hair loss affects the beauty and causes loss of self-confidence, and hair loss of animals living with humans such as cats and dogs is caused by skin diseases, asthma, It can also cause infections.
On the other hand, the phototherapy of clinical therapeutic effect is to concentrate the light rays of wavelengths useful for the human body and to prevent the treatment and aging of the disease by using the optical stimulus and the reaction of the cells.

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Phototherapy is intended to stimulate the microcurrents of cells, and the long-wavelength visible light and the infrared light have the effect of improving the blood flow and regenerating the cells. The short-wavelength rays are used to treat inflammation, .

In addition, ultraviolet rays and light rays of shorter wavelengths shorter than 430 nm are nutrients for animal hair including humans as a factor of vitamin D, so that they have the effect of curing thick and strong.
In the infrared region, far-infrared rays are similar to the waves of the human body, and the body has an active action. Near infrared rays improve the immune system such as improving the penetration depth of the rays and generating nitrogen oxides in the body, There is an antioxidant effect.

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Clinical phototherapy devices that have a therapeutic effect with a specific wavelength of biomedical photoreaction are advantageous in light sources with concentrated light in a narrow range of wavelengths, and are suitable for laser, LD, LED, A semiconductor light source such as a LED, a Q-LED, or an OLED is mainly used. In the conventional phototherapy apparatus for preventing skin aging and hair growth, a visible light having a long wavelength of 630 nm or longer, And a light source of a laser and an LED are mainly used.

Conventional phototherapy apparatuses for treating skin irritation include ultraviolet rays having a short wavelength of 440 nm or less, and phototherapy apparatuses for use in skin care such as wrinkle improvement and phototherapy apparatuses for promoting hair growth are used for visible light of 630 nm or more The phototherapy device for promoting hair growth is composed of a light transmission comb which combines the hair and transfers light to the scalp under the hair. The light therapy device for skin and the hair Of the phototherapy device.

As described above, light rays of a short wavelength emitted from a laser light source such as an LED and an LD, which are mainly used in a conventional phototherapy apparatus for treating skin inflammation and skin beauty, have a skin penetration depth of 2 mm or less, Visible light and infrared light rays penetrate the skin up to 6mm in depth and penetrate into the skin. Light and scattered light from the lipids and sebaceous glands of the hair follicles are responsible for the hair root (root root) at 4mm in the epithelial cells. ) And hair follicular cells (follicular cells) in the subcutaneous tissues due to the difficulty of reaching the subcutaneous tissues where hair bulb is located. And the conventional phototherapy device for skin beauty use and the phototherapy device for hair growth promotion use the same wavelength and light source, There is the problem of the economic burden that must be purchased separately from the device to the differences.

On the other hand, skin and scalp inflammation such as seborrheic dermatitis, keratosis and atopic dermatitis, and pruritus caused by inflammation are causes of suffering and alopecia of the patient, The hair of the small size newly raised by the hair restorer is not smooth due to the formation of the shadow due to the surrounding existing hair and the living environment, The vitamin D, which is a nutrient of the plant, is difficult to synthesize, so that the newly hair can not be conceived and grown for a long time.

However, conventional hair growth promoting phototherapy apparatus has disadvantages of no treatment for the synthesis of vitamin D and pruritus due to inflammation and inflammation of scalp such as seborrheic dermatitis, keratosis, atopy and the like which cause hair loss There is a problem that hair growth is difficult due to the progress of hair loss and malnutrition.

In recent years, phototherapy devices for skin cosmetics and therapy have constituted a light source module of a phototherapy apparatus as a multi-wavelength light source in which light sources of different wavelengths are combined in order to seek the synergy effect of different wavelengths on cells .

However, the spacing between the light sources of the illumination device and the phototherapy device is tens of thousands times that of the cell size. Unlike a general illumination device, the phototherapy device lacks a diffusion layer structure to avoid light attenuation. The rays are mixed over a distance after the rays are emitted from the device.

Most phototherapy devices, such as phototherapy masks for skin aesthetics, skin irritation therapy, phototherapy combs for promoting hair growth, are used in close contact with the skin, so that most of the light emitted from the phototherapy device has a diameter of about 0.1 It has a disadvantage that it takes a long time to manifest the phototherapeutic effect because it is not irradiated with a mixed wavelength in a cell unit of only ~ 0.25 mu m size.
Hereinafter, a paper containing medical effects and corresponding contents according to the wavelength of light will be presented.
① Vitamin D synthesis related to ultraviolet rays; UVB Photosynthesis of Vit, D3 and Fabrics (Part II) - The animal study - Vitamin D3 synthesis by ultraviolet light and fabrics (Part 2) - Animal experiments
- / The Journal of the Korean Society of Clothing and Textiles v.22 no.5 , 1998, pp.646-653 / Jung Hyun Kim, Ahn,
② related to inhibition of inflammation by visible light of long wavelength; Inflammatory cytokines are suppressed by light-emitting diode irradiation of P. gingivalis LPS-treated human gingival fibroblasts: Inflammatory cytokine changes by LED irradiation / Lasers in medical science / v.27 no.2, / 2012, pp. 459-467 / 635nm Inhibitory effect of cytokine (inflammatory hormone) by wavelength of LED irradiation
③ Regarding the skin regeneration effect by visible light of long wavelength; LED 660nm and laser (670nm) use on skin flap viability: angiogenesis and mast cells on transition line / Lasers in medical science / v.27 no.5, / 2012, pp.1045-1050 / LED 660nm wavelength and laser 670nm Wavelength skin rejuvenation effect
④ related to the increase in the effect of complex wavelengths to suppress acne; Blue & Red light Combination LED Photo therapy for Acne Vulgar is in Patient with skin Phototype IV / Lasers Surg. Med.39: 180-188.2007 / 410nm + 633nm complex wavelength effective for acne than 410nm alone
⑤ related to the beauty of complex wavelengths; Varying ratios of wavelengths in dual wavelength LED photomodulation alters gene expression profiles in human skin fibroblasts / Lasers in surgery and medicine / v. 42 no. 6, / 2010, pp.540-545 / Effects of Complex Waves on Collagen Production
⑥ related to the treatment of near-infrared rheumatoid arthritis; Treatment of rheumatoid arthritis by LED PDT procedure: Effect of light emitting diodes on photodynamic therapy of rheumatoid arthritis / Photodiagnosis and photodynamic therapy / v.7 no.1, / 2010, pp.44-49 /
⑦ related to improvement of alopecia of far infrared rays; / Journal of Korean Society of Skin and Beauty Sciences , v.2 , no.1 , no.21 , 2010, pp.187-199 / Effects of Far Infrared Ray and Specific Electromagnetic Waves on Alopecia ; / Korean Journal of Skin and Beauty Medicine,
⑧ related to improvement of blood circulation of far infrared rays; / Institute of Medical Instrumentation, Yonsei University Lee, Myung - Ho / Improvement of blood circulation by capillary dilation of far - infrared heat effect / Biological effect of far - infrared heat effect on human body
⑨ Biological activity of far infrared rays; / Journal of the Korean Institute of Illuminating and Electrical Engineers, no.3, no.13, 1992, pp.18-26) / The Bioactivity Effect of Far Infrared Rays
⑩ related to the treatment of inflammation of near infrared rays; Radiant Near Infrared Light Emitting Diode Exposure to Asynchronous Photodynamic Therapy of Photodynamic Therapy (Acne Treatment) Therapeutic effect

In order to solve the above-mentioned problems, the present invention provides a hair cosmetic composition comprising: a light source for preventing scalp care and hair loss caused by improvement of skin inflammation and pruritus; a light source for supplying a nutrient source to hair to prevent hair loss and improve hair growth; And to provide a multi-wave light source module configuration by mixing a light source for skin beauty and hair growth by cell activation and cell regeneration.

It is also intended to provide a combination of driving light sources and waveforms for each mode, which is suitable for the purpose of enhancing skin penetration depth and intended use.

It is another object of the present invention to provide a light emitting structure in which a device is configured to emit a light beam after generation of a mixed wavelength so that light of a mixed mixing wave is irradiated on a per cell basis.

In order to achieve the object of the present invention, it is desirable to treat skin inflammation including the scalp by inhibiting and killing inflammatory causative microorganisms and to prevent hair loss by curing hair thick and strong by synthesis of vitamin D, A first light source having a peak wavelength in a wavelength band of 630 nm to 690 nm and a second light source having a peak wavelength in a wavelength band of 630 nm to 690 nm having a hair growth effect by improving blood flow and cell regeneration, And a third light source in an infrared region having a peak wavelength in a wavelength band of 780 nm or more for improving the bioactivity effect and depth of penetration of light into the light source, And a light source module is constructed.

In addition to the light source module, a light source unit is formed on the back surface of the light source module, in which a heat sink for emitting heat generated from the light source through an exit port is coupled.

In addition, a partition wall is formed on the front surface of the light source module to prevent the multi-wavelength light beams emitted from the first light source, the second light source, and the third light source from being emitted before mixing .

The partition wall is formed in a position corresponding to the combination of the light sources, combined with an optical lens that emits light rays mixed with a mixed layer in which wavelengths of light rays are mixed.

In the interior of the partition wall, a mixing layer having a multi-layered structure composed of a film type or a plate type in which a diffusing agent is diffused and mixed is formed, and on the front side of the mixing layer, An optical lens having a function of focusing or diffusing light of mixed wavelengths mixed by a mixing layer is composed of a structure in which a partition wall is coupled to a mixing layer at a certain clearance.

It is more preferable that the mixing layer and the optical lens include a diffusion agent selected from titanium oxide, silica, calcium carbonate, or PMMA beads to diffuse light.

The front surface of the optical lens is made of a structure that can be detached and adhered depending on the state of hair and the use place such as a hair of a transparent material that arranges hair and transmits light, and is used for hairless hair, skin use, Is more preferable.

As described above, in the present invention, an optical section is composed of an optical lens, a diffusion layer, a partition wall, and a light transmission comb.

Further, it is also possible to select a driving light source of a single or a combination type from among the first light source, the second light source, and the third light source, the waveform control which controls the waveform by a continuous waveform or a pulse waveform, A waveform shaping device, a variable voltage constant current circuit, a form switch, a light source module, a waveform control device, and a circuit for controlling the selection, waveform, voltage and current of a driving light source to an input value And a controller composed of a microcomputer (MICOM).

In addition, a form switch and a power switch of the control unit are located on one side of the outside, and the housing includes a light source unit, a circuit of the optical unit, a circuit of the control unit, and a microcomputer (MICOM).

As described above, in the present invention, a light source module is constructed by combining phototherapy functions expressed by the same wavelength in separate skin and hair growth phototherapy apparatuses, and further, hair loss prevention, scarp care, According to three forms, first form integrated for the use of skin pruritus improvement, second form for hair tonic application that affects hair growth, and third form for promoting skin cosmetics and hair growth, The current and the waveform are selected and driven, and the optical transmission comb can be detached and attached according to the use purpose.

Each of the cells is irradiated with a mixed wavelength to deepen the penetration of light into the skin, and thus the phototherapeutic effect is rapidly manifested.

Improvement of skin irritation by treatment of skin inflammation including keratosis, seborrheic dermatitis, atopic dermatitis, and hair loss by scalp care, There is an effect to prevent.

Bioactivity, blood flow improvement, skin regeneration by cell regeneration, hair growth effect and immunity improvement effect.

It has the effect of preventing the vicious circulation and hair loss of inflammation caused by scraping by relieving pruritus (itching) and alleviating the pain.

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By the synthesis of vitamin D by the supply of short wavelength light, it strengthens the hair to thick and durable so as to prevent the hair loss and to grow the new hairy hair firmly, and it improves the absorption of calcium, and the treatment of rickets and bone density . ≪ / RTI >

Skin irritation prevention function, skin irritation improvement function including scalp and hair growth and hair growth function are constituted in one device, so that convenience of the user is improved, and the effect is enhanced by the combined action of each function.

1 is a configuration diagram of a conventional hair removal phototherapy apparatus and a light source unit,
FIG. 2 is a configuration diagram of a light therapy unit and a light therapy unit for hair loss prevention and hair growth according to the present invention.

2 is a block diagram of a phototherapy apparatus for skin improvement and hair growth according to the present invention.

Hereinafter, Embodiments of a phototherapy apparatus for skin improvement and hair growth will be described in detail with reference to the accompanying drawings.

As shown in FIG. 2, the phototherapy device for skin improvement and hair growth according to the present invention includes a power switch (s 002) for turning on and off a power source, a form switch (s 003, s 004, (s 010) for controlling the waveform of the drive light source; a first light source (s 013), a second light source (s 014), and a third light source (s 015) of the light source module (s 012) (S 00) and a circuit (s 009) for selecting and controlling the current and controlling the current, and a controller (s 001) which is disposed in the housing (s 001) A light source module s 012 formed of a combination of one light source s 013, a second light source s 014 and a third light source s 015 formed on the PCB circuit board s 016 and the light source module s 012 formed on the PCB circuit board s 016, (S 011) constituted by a heat dissipating plate (s 017) for emitting heat coupled to the back surface of the light source unit (s 011), and a light source unit A mixing layer s 019 for mixing the wavelength of light in the partition h 201 and a partition layer h 01 on the front surface of the mixed layer s 019, The optical lens s 020 has a structure in which a part of the housing s 001 is opened and a light transmission comb (s 006 (S 018) composed of a plurality of light sources (not shown).

The power switch s 002 of the control unit s 007, the first style switch s 003, the second style switch s 004 and the third style switch s 005 are connected to the outside of the housing s 001 And the waveform control device s 010, the microcomputer s 008, the circuit s 009, the light source section s 011 and the optical section s 011 of the control section s 007, And is formed inside the housing (s 001) so as to be protected.

A partition wall h 201 serving to prevent the emission of light having a different wavelength emitted from the light source module s 012 and to guide the light to the mixed layer is formed on the front surface of the light source unit, And a mixed layer s 019 is formed in the partition wall h 201 and a mixed layer s 019 is mixed in the mixed layer s 019 on the entire surface of the mixed layer s 019, (S 006) having a structure capable of removing and attaching to the front surface of the optical lens (s 020) is formed on the front surface of the optical lens (s 020) .

 The light transmission comb (s 006) is a comb-like shape that conveys the light rays emitted from the optical lens (s 020) to the hair and scalp and arranges the hair. The round lens shape at the lower end of the comb connects the light to the scalp, The light rays emitted through the side of the comb are structured to emit light to the hair.

The light source unit s 011 includes the first light source s 013 in the ultraviolet region to the short wavelength region, the second light source s 014 in the long wavelength region and the third light source s 015 in the infrared region, 1 to n combinations of light sources are formed as a combination of light sources having different wavelengths from each other, and the combination of 1 to n light sources is formed on a PCB substrate s 016 to constitute a light source module s 012, And a heat dissipating plate s 017 for emitting heat generated from the light source is coupled to the back surface of the PCB s 016.

The first light source (s 013) configured in the light source module (s 012) kills parasites and bacteria such as demodex folliculorum, Staphylococcus aureus, and P-acne, The second light source (s 014) is a light source of a peak wavelength in a band of 430 nm or less, which is a nutrient of nutrients of vitamin D, and the second light source (s 014) is a light source that suppresses growth of bacteria and suppresses inflammation and collagen production and elastin regeneration And the third light source (s 015) is a light source of a long wavelength having a peak wavelength in a band of 630 nm or more having a cell regenerating effect, and the third light source (s 015) is a light source of mitigating effect of pruritus, The effect of improving the bioactivity and immunity by the antioxidant effect and the effect of improving the depth of penetration of the light. Infrared ray having a peak wavelength in the band of 780 nm to 15,000 nm It is the inverse light source.

The mode switch of the control unit s 007 is a switch to be selected in accordance with the purpose of use. The first mode (1 mode) is a mode in which the first light source, the second light source, The inhibition and killing of harmful bacteria are caused by the treatment of inflammation such as seborrheic dermatitis, atopic dermatitis, acne, herpes zoster, rhinitis and arthritis. The second mode is a selective switch for the purpose of recovery infection and prevention of hair loss and pruritus mitigation and recover wound of a diabetic patient. 1 Nutrient Caused by Combined Operation of Light Source and Third Light Source Vitamin D improves the prevention of hair loss and hair loss and bone density that cures the hair firmly. And the third mode (3 mode) is the second switch And collagen production, elastin regeneration, cell restoration, stimulation of follicular cells, pulse magnetic field, bioactivity, It is a selection switch for skin care and hair growth effect and recover wound purpose by immunity improvement.

The microcomputer s 008 (Micom) is driven by the form switch, the waveform control device, and the light source module interlocked with each other through the circuit, and is driven according to the selection of the form switch. The first light source s 013 ), The second light source (s 014), and the third light source (s 015) are selected and combined to control the amount of current and controls the wave form.

The first light source s 013, the second light source s 014 and the third light source s 015 are selected as the first mode switch s 003 so that the intensity of the total light is 0.5 J / cm 2 to 15 J / cm 2 And the first light source s 013, the second light source s 014 and the third light source s 015 have a pulse width PW of 250 msec and a pulse waveform of 250 msec pulse spacing pulse wave form so that the current amount and the waveform are controlled through a microcomputer (s 008).

The selection of the second style switch s 004 is performed by driving the first light source s 013 and the third light source s 015 in combination so that the intensity of the total light is in a range of 1 J / cm 2 to 8 J / The current amount and the waveform are controlled through the microcomputer s 008 (mic 00) so that the first light source s 013 and the third light source s 015 are driven by the continuous waveform CW.

The third form switch s 005 is driven by a combination of the second light source s 014 and the third light source s 015 and the total light intensity is in the range of 0.5 J / cm 2 to 4 J / cm 2, The current amount and the waveform are controlled through the microcomputer s 008 so as to be driven by a pulse width (PW) and a pulse wave form of pulse spacing of 250 msec.

In addition, a front surface of the light source module s 012 is provided with a first light source s 013, a second light source s 014, and an unmixed multi-wave light beam s 015 emitted from the third light source s 015, A partition wall h 201 for guiding the light to the mixing layer s 019 for mixing the light is formed.

The partition wall h 201 is configured to be coupled to an optical lens s 020 that collects and emits light mixed with a mixed layer s 019 in which wavelengths of light are mixed.

The mixed layer s 019 is disposed inside a partition wall h 201 to form a mixing layer s 019 in the form of a film or a plate having a multilayer structure in which light is diffused and mixed, An optical lens s 020 having a function of focusing or diffusing light of a mixed wavelength is formed on the front surface of a mixing layer s 019 with a partition wall h 201, respectively.

The mixing layer (s 019) located inside the partition wall is composed of a plurality of layers (h 191, h 192, h 193) of a plurality of structures and is made of titanium oxide, silica, calcium carbonate, PMMA, glass beads (S 013), the second light source (s 014), and the third light source (s 015), which are formed in a lens form, a film form or a plate form, And the light rays of the mixed wavelengths are emitted to the optical lens s 020.

The light rays mixed in the mixing layer s 019 are directly irradiated to the skin with the optically concentrated light rays through the optical lens s 020 or transmitted through the light transmission comb (s 006) to the hair and scalp .

A light transmission comb (s 006) of a transparent material for arranging hair and transferring light to the front surface of the optical lens s 020 is used for a hair application, a hair application, skin use, hair growth promotion It is composed of a structure that can be desorbed and adhered depending on the state of the hair and the use place.

As described above, in the present invention, the light source module s 012 is configured as a multi-wave type in which the first light source s 013, the second light source s 014, and the third light source s 015 are combined A mixing layer s 019 is formed on the front surface of the light source module s 012 and a mixed wavelength of mixed light rays emitted from a multi- (s 015) by the third light source (s 015) of the infrared region, and is emitted as a light of a multi-wave mixing, and the light of the mixed light of the mixed wavelength is concentrated again and emitted. The phototherapy time is shortened due to the synergy effect such that the penetration depth of the light rays emitted from the first light source s 013 and the second light source s 014 is enhanced by the light oil of the light ray by the action and the wave, .

In another aspect of the present invention, there is provided a medicament for preventing pruritus and pain, a skin inflammation including scalp, a rickets and osteoporosis preventing and treating function for feeding bones and hair, a hair loss prevention function, The function of promoting skin beauty and hair growth by cell regeneration, bioactivity function and blood flow improvement is applied to one device, which is different from conventional phototherapy device for skin beauty and hair growth.

Hereinafter, the present invention will be described with reference to specific examples.

This is for the purpose of illustrating the features of the present invention and the scope of the present invention is not limited to the scope of the following embodiments.

First Embodiment

The housing (s 001) is made of a resin and a light metal for the purpose of protecting the outer shape of the design and the inner structure for the user's convenience.

The light source unit s 011 and the control unit s 007 included in the housing s 020 are designed to be interlocked with each other so that the first form switch s 002, the second form switch s 003, The signal selected from the third style switch s 004 is transmitted to the microcomputer s 008 and the microcomputer s 008 which receives the selection signal controls the selection of the driving light source and the waveform and the amount of current And the light of different wavelengths emitted from the driving light source of the light source module s 012 is uniformly dispersed in the mixed layer s 019 to form a multi wave mixing ) Mixed with rays emitted through the side of the light transmission comb (s 006), which is emitted through the optical lens s 020 and irradiated to the skin and scalp or further formed on the front surface of the optical lens s 020, Is radiated onto the hair and optically transmitted through the round end of the light transmission comb (s 006) The focused beam of a mixed wave is irradiated to the scalp.

The first light source s 013 is a short wavelength LED light source having a peak wavelength in the 415 nm band and the second light source s 014 has a peak wavelength in the 634 nm band. And the third light source s 015 is a near-infrared LED light source having a peak wavelength in the 850 nm band.

10 pieces of the first light source s 013, the second light source s 014 and the third light source s 015 were combined at a ratio of 1: 1: 1, And a heat sink s 017 having the same area as the PCB substrate s 016 is fixed to the rear surface of the PCB s 016 using a heat conductive tape to constitute the light source unit s 011, s 001; housing).

A partition wall is provided on the front surface of the light source combination of the light source module (s 012)

Three diffusion layers (Model NO: BEF4-GMV2) of commercially available 3M company were placed with a clearance of 5 mm from the light source to form a mixing layer (s 019) A convex lens s 020 having a diameter of 6.3 mm is formed on the front surface of the mixed layer s 019. The front surface of the optical lens s 020 is formed of a colorless transparent silicone material, A light transmission comb with a diameter of 2,7 mm and a length of 25 mm was constructed.

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A first form switch s 003, a second form switch s 004, a third form switch s 005, and a third form switch s 005, which are formed on one side of the housing (s 001) A control unit s 007 is constituted by a microcomputer s 008 located inside a housing s 001 and a waveform control unit s 010 and a circuit s 009.

The device was constructed as described above and phototherapy effects were measured for each culture.

A first light source s 013 having a peak wavelength in the 415 nm band, a second light source s 014 having a peak wavelength in the 634 nm band, and a third light source s 015 having a peak wavelength in the 850 nm band are driven by a pulse waveform The effect of scalp care and relief of pruritus by the relief of scalp inflammation including atopy, acne and seborrheic dermatitis and the effect of mitigation of pruritus was compared with the conventional method by conducting the first form for 2 hours a day for up to 40 days .
We measured the duration of corticosteroid secretion and CRT, which is an inflammatory hormone expressed by autoimmunity in patients with acute dermatitis, and measured the degree of improvement of dermatitis due to the changed CRT index and the time of pruritus disappearing. Table 1 below shows the results obtained by comparing the effects of the improvement method and the method according to the first mode of the first embodiment of the present invention.

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The first light source (s 013) having a peak wavelength in the 415 nm band and the third light source (s 015) having a peak wavelength in the 850 nm band were driven in a continuous mode for two days at a time for 30 days, D synthesis, it is possible to prevent hair loss, to cure hair firmly, to inhibit inflammation causing bacteria, and to relieve pruritus and pain.

The percentage of growth of hair after hair growth to 25 mm length without newly falling hair and the growth rate of hair after 2 hours of irradiation were measured in patients who had hair growth using a high - security potentiometer (takanal) Table 2 shows the results of the use of the conventional hair growth apparatus for the death of Demodex folliculorum, the cause of hair loss, and the second form of the embodiment of the present invention.

 The second light source (s 014) having the peak wavelength in the 634 nm band and the third light source (s 015) having the peak wavelength in the 850 nm band are driven by the pulse waveform. And the hair growth effect was inferred.

The results of the comparison between the time of the initial hair growth and the improvement of pruritus were examined in Table 3 below and the results of the conventional phototherapy hair growth method and the method according to the third form of the first embodiment of the present invention, same.

Second Embodiment

The first light source s 013 is an ultraviolet LED light source having a peak wavelength in a 360 nm band and the second light source s 014 is a long wavelength light source having a peak wavelength in a 660 nm band. And the third light source (s 015) is a far infrared ray light source produced by Philips (Phillips) having a peak wavelength in a band of 1,500 nm to 15,000 nm and a diameter of 62 mm.

A third light source of a far infrared ray is disposed in the center, and 20 pieces of the first light source and the second light source are arranged in a total of 20 combinations on a donut-shaped PCB board (s 016) at a ratio of 1: s 016) is fixed to the rear surface of the housing (s 016) by using a heat conduction tape having the same donut shape and area as the PCB substrate (s 016) As shown in FIG.

The rest of the configuration except for the configuration of the light source unit is the same as that of the first embodiment.

A first light source s 013 having a peak wavelength in a 360 nm band, a second light source s 014 having a peak wavelength in a 660 nm band, a third light source having a peak wavelength in a band of 1,500 nm to 15,000 nm, (s 015) is driven by a pulse waveform The first form was used for 2 hours a day for up to 4 weeks (28 days) to evaluate the effects of scalp care by relieving scalp inflammation including atopy, acne and seborrheic dermatitis, and mitigation of pruritus And compared with the conventional method.

We measured the duration of corticosteroid secretion and CRT, which is an inflammatory hormone expressed by autoimmunity in patients with acute dermatitis, and measured the degree of improvement of dermatitis due to the changed CRT index and the time of pruritus, Table 4 shows the results of comparing the effects of the improvement method and the method according to the first mode of the second embodiment of the present invention.

(S 013) in the ultraviolet ray region having the peak wavelength in the 360 nm band and the third light source (s 015) in the infrared ray having the peak wavelength in the 1500 nm to 15000 nm band are driven in a continuous waveform in a second mode, , And vitamin D synthesis source to provide nutrition to hair to prevent hair loss, to cure hair firmly, to inhibit inflammatory agents, and to relieve pruritus and pain relief.

The percentage of growth of hair after hair growth to 25 mm length without newly falling hair and the growth rate of hair after 2 hours of irradiation were measured in patients who had hair growth using a high - security potentiometer (takanal) Table 5 shows the comparison between the use of the conventional hair growth apparatus for the death of demodex folliculorum and the second mode of the second embodiment of the present invention.

A second light source (s 014) having a peak wavelength in the 660 nm band and a third light source (s 015) having an infrared ray having a peak wavelength in the band of 1500 nm to 15000 nm are driven by a pulse waveform. Day for the hair growth effect.

The results of the conventional hair phototherapy hair growth method and the method according to the third style of the second embodiment of the present invention were examined for hair loss patients for a maximum of 40 days for 2 hours a day, Table 6 shows.

Third Embodiment

The first light source s 013 is a short wavelength LED light source having a peak wavelength in the 430 nm band and the second light source s 014 is a long wavelength light source having a peak wavelength in the 660 nm band. And the third light source s 015 is a near-infrared LED light source having a peak wavelength in the 980 nm band.

The first light source s 013, the second light source s 014 and the third light source s 015 are combined in a ratio of 1: 1: 1 in each of 10 pieces, and an LD light source and an LED light source In order to make the heights the same, a PCB substrate (s 016) was stacked in two stages and a total of ten light source combinations were arranged. The other devices were configured in the same manner as in Example 1.

The device was constructed as described above and phototherapy effects were measured for each culture.

A first light source s 013 having a peak wavelength in the 430 nm band, a second light source s 014 having a peak wavelength in the 660 nm band, and a third light source s 015 having a peak wavelength in the 980 nm band are driven in a pulse waveform , And the effect of scalp care by mitigation of scalp inflammation including atopy, acne and seborrheic dermatitis and mitigation of pruritus was compared with the conventional method by irradiating for 2 hours a day for up to 40 days in the first form Respectively.

We measured the duration of corticosteroid secretion and CRT, which is an inflammatory hormone expressed by autoimmunity in patients with acute dermatitis, and measured the degree of improvement of dermatitis due to the changed CRT index and the time of pruritus, Table 7 shows the results obtained by comparing the effects of the improvement method and the method according to the first mode of the third embodiment of the present invention.

The first light source (s 013) having a peak wavelength in the 415 nm band and the third light source (s 015) having a peak wavelength in the 850 nm band were driven in a continuous mode for two days at a time for 30 days, D synthesis, it is possible to prevent hair loss, to cure hair firmly, to inhibit inflammation causing bacteria, and to relieve pruritus and pain.

The percentage of growth of hair after hair growth to 25 mm length without newly falling hair and the growth rate of hair after 2 hours of irradiation were measured in patients who had hair growth using a high - security potentiometer (takanal) Table 8 shows the results of the comparison between the use of the conventional hair growth apparatus for the demodex folliculorum and the second mode of the third embodiment of the present invention.

A second light source s 014 of a peak wavelength in the 660 nm band and a third light source s 015 of a near infrared ray having a peak wavelength in the 980 nm band are driven in a pulse waveform, Time for up to 40 days.

The results of the conventional phototherapy hatching method and the method according to the third mode of the third embodiment of the present invention were compared to the time of first hair growth and the improvement of pruritus by examining the hair loss patients for 2 hours a day, same.

According to the result of each form of the first, second, and third embodiments, the method of the present invention is more effective in inhibiting inflammation causing bacteria and causing hair loss than the conventional hair restoration apparatus, The time required for improvement of inflammation and hair growth was shortened and it was confirmed that there was an improvement effect on pruritus.

In the light source configuration of the present invention, the second embodiment using ultraviolet light as the first light source is similar to the first and third embodiments in which the short wavelength is the first light source, while the hair growth rate is similar to that of the first embodiment, It can be confirmed that the LED light source of the third embodiment is superior to the LED light sources of the first and second embodiments in hair growth.

As described above, in the scalp care and hair removal phototherapy apparatus of the present invention, light of two or more light sources having different wavelengths is uniformly mixed and irradiated at a mixed wavelength in units of skin cells, The depth of penetration of the mixed light including the light rays of wavelengths emitted from the first light source and the second light source is improved by the effect of the light wave emitted from the three light sources and the cell excitation, The light rays mixed in the subcutaneous tissues of the cells act on the cell unit and the phototherapy effect is rapidly manifested by the combined action of the individual intrinsic waves and wavelengths.

In addition, the combination of light rays of killing effect causing inflammation, light of cell regeneration effect, and light rays of pruritus improving effect are applied to the cell unit, and by the combined action of mixed light rays, The effect of improving skin irritation and preventing hair loss is obtained.

In addition, nitric oxide is generated in the body by the action of the light of the cell regeneration effect and the blood stream improving effect light, and waste matter in the hair follicle is discharged. The hair follicle producing hair by the improvement of blood flow by the formation and expansion of capillary blood vessels (keratinocyte cell) is proliferated, and skin beauty effect and hair growth effect are improved.

In addition, the supply of vitamin D synthesis source, which is the nutrient of bone and hair, improves rickets and osteoporosis and strengthens the hair.

In addition, it is possible to reduce pain due to improvement of pruritus, improve skin inflammation, scalp care, skin beauty and hair growth functions in one device, thereby facilitating hair growth management and improving user convenience It will be.

It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the present invention as defined by the appended claims and their equivalents. Of course, such modifications are within the scope of the claims.

1) The light source configuration of the first form of the present invention can be used as a light source configuration of a phototherapy apparatus for improvement and treatment of all inflammation such as atopy, acne, rhinitis, herpes zoster, arthritis, and seborrheic dermatitis.
2) The light source configuration of the second form of the present invention can be used as a light source configuration of a phototherapy device for hair growth and hair growth and a phototherapy treatment device for rickets and osteoporosis.
3) The light source configuration of the third form of the present invention can be used for constituting a light source of a skin beauty and bio-active device, a hair growth device, or a phototherapy device for preventing hair loss.
4) The structure of the optical part in which the diaphragm and the mixed layer of the present invention are formed and emits the mixed light can be used in all phototherapy devices having a multi-wavelength light source configuration.

s 001; housing
h 001; Heat release port
s 002; Power switch
s 003; First type switch (skin irritation and scalp care function)
s 004; Second form switch (pruritus improvement and hair growth function)
s 005; The third form switch (skin beauty and hair growth function)
s 006; Transparent comb for light transmission and hair straightening
h 061; Side luminous for hair
h 062; Concentrated light for scalp
s 007; The control unit
s 008; Microcomputer
s 009; Circuit
s 010; Continuous wave / pulsed wave (CW / PW) waveform converter
s 011; The light source unit
s 012; Light source module
s 013; A first light source (a short-wavelength light source of ultraviolet ray ~ 430 nm or less)
s 014; The second light source (light source in the visible light region of 630 nm or longer wavelength)
s 015; The third light source (infrared band)
s 016; PCB circuit
s 017; Heat sink
s 018; Optical part
s 019; The mixing layer
h 191; The first diffusion layer
h 192; The second diffusion layer
h 193; The third diffusion layer
s 020; Optical lens
h 201; Partition wall

Claims (7)

A power source switch s002 for applying a power source configured on one side of the housing s001, a form switch s003, s004, s005 for selecting a purpose according to the purpose of use, a waveform converter s010 for converting the waveform, A control unit s007 comprising a combination of driving light sources coupled with the selected form switch and a microcomputer s008 for adjusting the intensity and waveform of the current;
A light source module s 012 formed of a first light source s 013 having different wavelengths, a second light source s 014 and a third light source s 015 formed on the PCB circuit board s 016, (s 011) composed of a heat dissipating plate s 017 coupled to a back surface of the light emitting element s 016 for emitting heat;
A partition wall h 201 for preventing emission of unmixed wavelength light is formed on the front surface of the light source unit s 011 and a multilayered mixed layer for mixing light beams of different wavelengths different from each other a mixing layer s 019 and an optical lens s 020 connected to the partition h 201 on the front surface of the mixed layer s 019; s 001), and an optical part (s 018) composed of a light transfer comb (s 006) of a structure which is detachable and attachable, the phototherapy device being constituted;
Rays of the multiwavelengths having different wavelengths are diverted into the interior of the barrier rib by driving the light source module s 012, and the multi-wavelength rays of the multi- Is converted into a mixed composite wave length light beam while passing through a mixed layer s019 made up of the layers h191, h192 and h193, and the mixed rays of the mixed wavelength light Is focused by the optical lens s 020 so that it is irradiated by the light transmitting combs s006 or the openings of the housing s001 to the mixed light of the mixed wavelengths on a cell basis Wherein the phototherapy device comprises a phototherapy device. The method according to claim 1,
Treatment of skin inflammation including scalp by inhibition and death of inflammatory causative bacteria and synthesis of vitamin D by thick and strong cure by the synthesis of vitamin D to prevent hair loss and smooth the supply of calcium to the bone to treat rickets 250nm A first light source having a peak wavelength in a wavelength band of ~ 430 nm and a first light source in a short wavelength region having a peak wavelength in a wavelength band of 630 nm to 690 nm, And a third light source in an infrared region having a peak wavelength in a wavelength band of 780 nm or more for improving mitigation of pruritus and bioactivity effect and depth of penetration of light into the skin, A light source module mounted on the PCB circuit board;
The light source module s012 is controlled by the control unit s007 composed of the form switches (s003, s004, s005), the microcomputer (s008) and the circuit (s009) The light source is driven by a first light source (s 013), a second light source (s 014), and a third light source (s 015)
A spherical lens shape at the lower end of the comb, in the form of a comb for arranging hair, concentrates the light on the scalp and the light rays emitted through the side of the light comb are focused on the hair A light transmitting comb tooth s006 having a structure for irradiating light is configured to be detachable and attachable;
For transferring the light to the scalp without shading of the hair through the light transmission comb, for the hair by attaching the light transmission comb, or for the detachment of the light transmission comb to allow the light emitted from the light source lens to be directly irradiated to the skin Wherein the light transmission structure is adapted to be changeable depending on the purpose of use. The method according to claim 1,
Wherein a light source combination having a peak wavelength and an infrared ray region in a sub-430 nm band forms a light source combination of multiple wavelengths, and the light source combination is mounted on a PCB circuit board in a plurality of regions to constitute a light source module.
A phototherapy apparatus for the purpose of hair growth and for the purpose of preventing hair loss, or for treating rickets and improving bone density. The method according to claim 1,
A first light source in the ultraviolet and short wavelength region having a peak wavelength in a band below 430 nm, a second light source in a visible light region having a long wavelength with a peak wavelength in a band from 630 nm to 690 nm, Wherein the light source combination is a third light source of a plurality of wavelengths and the light source combination is mounted on the PCB circuit board as a plurality of regions.
For the purpose of treating inflammation and improving inflammation, including seborrheic dermatitis, atopic dermatitis, acne, herpes zoster, rhinitis, arthritis, For the purpose of prevention of hair loss, for the purpose of relieving pruritus and improving osteoporosis, or for recovering wound of a diabetic patient. The method according to claim 1,
A light source combination having a peak wavelength in a band of 630 nm to 690 nm and a light source in a visible light region having a long wavelength and an infrared region having a peak wavelength in a band of 780 nm or more, Wherein the light source module is configured to be mounted on the light source module.
Collagen production, elastin regeneration, cell restoration, stimulation of follicular cells, pulse magnetic field, bio activity and immunity improvement For the purpose of improving immunity, for skin care purposes, for hair growth purposes, or for recovering wounds. The method according to claim 1,
The first light source in the ultraviolet and short wavelength region having the peak wavelength in the sub-430 nm band and the first light source in the band of 630 nm to 690 nm having the effect of inhibiting the inflammation caused by the inflammation and the improvement of the inflammation and the vitamin D synthesis, And a third light source in an infrared region having a peak wavelength in a band of 780 nm or more, which has an effect of improving pruritus and inflammation and improving blood flow, and forms a light source combination of multiple wavelengths, A light source module in which a combination is mounted on a PCB circuit board in a plurality of areas, a waveform converter and a micom interlocked with first, second, and third form switches to be selected according to the purpose of use;
The microcomputer s 008 (Micom) is driven by the form switch, the waveform control device, and the light source module interlocked with each other through the circuit and is driven according to the selection of the form switch. The first light source s 013, The second light source s 014 and the third light source s 015 are selected and combined to control the amount of current and control the wave form so as to be driven;
The selection of the first form switch (s 003) includes seborrheic dermatitis, atopic dermatitis, acne, herpes zoster, rhinitis, arthritis For the purpose of inflammation treatment and improvement of the skin infection, prevention of hair loss, pruritus relief and improvement of osteoporosis, or recovery of the diabetic patient The first light source s 013, the second light source s 014 and the third light source s 015 are selected so that the total light intensity is in the range of 0.5 J / cm 2 to 15 J / cm 2, 013), the second light source (s 014) and the third light source (s 015) are driven in a pulse wave form having a pulse width (PW) of 250 msec and a pulse spacing of 250 msec The waveform is controlled through a microcomputer (s 008)
The selection of the second form switch (s 004) is driven by a combination of the first light source (s 013) and the third light source (s 015) for the purposes of hair growth and hair loss prevention, or for the treatment of rickets and bone density improvement, (S 008, micom) so that the intensity and the waveform are such that the intensity is in the range of 1 J / cm 2 to 8 J / cm 2 and both of the first light source s 013 and the third light source s 015 are driven by the continuous waveform CW. Lt; / RTI >
The selection of the third form switch s 005 may be performed by a combination of the second light source s 014 and the second light source s 014 for the purpose of skin care, hair restoration, recovered wound, A pulse width (PW) of 250 msec and a pulse spacing of 250 msec, in which the intensity of the total light is in a range of 0.5 J / cm2 to 4 J / cm2 and the third light source s015 is driven in combination, and a waveform and a light intensity are converted by a selected mode switch and a light source is driven by a structure in which a current amount and a waveform are controlled through a microcomputer s 008 to be driven in a pulse wave form.
The present invention relates to a device for improving the pruritus of a skin including scalp and preventing hair loss, hair growth function, hair growth function, beauty function, ricket and osteoporosis improvement function, arthritis improvement function, immunity improvement function and inflammation improvement function, To be converted by a form switch selection. delete

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