KR20090085967A - Hair acceleration using the led and ld - Google Patents

Abstract

A hair promoting device using an LED or an LD is provided to grow the hair by making a hair cell strong with laser light of the LED and the LD conveniently, and to maximize effects of the device by irradiating the light directly on skin. A hair promoting device using an LED or an LD includes the followings: the LED or the LD(1) mounted on a helmet to be fixed; a light transfer unit made of a glass material or a transparent plastic material mounted on the bottom of the LED or the LD; a power supply unit supplying power to the LED or the LD, and transferring the light directly on scalp; and a connecting jack connecting the power supply unit and a battery(4). The light is transferred to the scalp through optical fiber.

Description

Hair promoter using LED or LED {HAIR ACCELERATION USING THE LED AND LD}

Representative diagram is a reference diagram schematically showing a hair promoter provided with the present invention

1, 2, 3, 4, is a schematic diagram showing the whole of the present invention

<Description of Symbols for Main Parts of Drawings>

(1): LED (LED) or LD (LED)

(2): Transparent plastic or glass material that transmits light from LED or LD

(3): Helmet or similar structure to which the present invention is installed

(4): Device and battery supplying power to LED or LED

(5): Jack for connection

(6): power supply

(7): power cord

(8): optical fiber collective

(9): optical fiber

The use of LEDs or ELDs is used in various ways.

In particular, LEDs are used as electronic signboards, brakes for automobiles, and traffic signals. LEDs are used in various ways, such as target-marking hand lasers, performance lasers, and lasers for light measurement.

In the existing hair promoter, the method of converting electrical energy into far infrared rays is said to stimulate the hair by hitting the scalp or stimulating the hair root, but the far infrared rays converted in this way have no effect.

 As another instrument, Eldina or LED is installed in the shape of a hair comb and the hand is held away from the scalp and moved as if combing the head. The use of dozens of LEDs can not evenly irradiate the whole, and the light is blocked on the hair, so the laser light is irradiated only on the part, which reduces the effectiveness and is inconvenient to use for a long time.

Therefore, the object of the present invention is to evenly distribute the light evenly over the scalp and to maximize the effect by directly transmitting the light to the scalp, the method of combing the glass type or transparent plastic material such as light is well transmitted It is formed into a shape, and an LED or LED is placed on it so that light is transmitted directly to the scalp. Another method is to use an LED light or an LED at the end of the optical fiber by using a general optical fiber or an optical fiber that transmits a specific light well. The laser beam is irradiated from the opposite end through the optical fiber to distribute the light evenly throughout the scalp. For the purpose of using these methods, the conventional method irradiates light on the head away from the scalp. Covers hair by preventing light from being properly delivered to the scalp Increasing the number of astute Jean effects and is also very effective as possible because light penetrates the hair follicle is a direct investigation into the scalp or hair.

In addition, LEDs or LEDs may be irradiated to the optical fiber group by using several or more numbers to irradiate a laser beam to the entire area of the head, or in the case of LEDs using one or more LEDs of a large output, and each optical fiber may be evenly distributed throughout the scalp. The fiber bundle can use one or more, and the amount can be delivered to the entire scalp. Likewise, the legs of the comb can use several dozen or more to distribute the light evenly throughout the scalp. Use a sufficient amount to make it work.

 On the other hand, in addition to the above method, it is also possible to use LED or LED to irradiate light on the head simultaneously.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description, only parts necessary for understanding the operation according to the present invention are described, and it should be noted that the description of other parts will be omitted so as not to obscure the subject matter of the present invention.

 Representative diagram schematically shows the form of the present invention is installed,

Of course, this can be modified as much as possible. If you look at this

In the helmet (3) which can fix the device of the present invention is equipped with LED or LED (1)

 In the lower part, a light transmission device (2) made of glass or transparent plastic

As a device for directing the light from the LED or the LED to the scalp and supplying the LED and the LED to the scalp, a battery or a similar device (4) is used, and a DC power supply (6) for supplying DC to the LED is used. Use a jack (5) for connecting the power supply (6) and the battery (4).

 The power cord (7) is a power connection line and in addition to the direct transmission of light to the scalp, as shown in Figure 1 using a method for transmitting light directly from the LED or LED to the scalp through the optical fiber using the optical fiber, As shown in Fig. 3, a method of transmitting light using an optical fiber in the shape of a comb (B) and an LED or an LED is transmitted through the light transmitting device as shown in Fig. 2 or 3 (A). It is possible to use the method of emitting light at a position slightly away from the scalp and not using the optical fiber as shown in (C). It can be made by using LED or LED as well. Or a combination of methods, which can be mounted using a stand as shown in FIG. Easily available in the car, the power supply can be used, or use a pulsed DC power source, such as a vehicle.

 In order to enhance the hair promoting effect, dozens of LEDs or multiple LEDs are used to irradiate the entire scalp with laser light to promote hair growth, and the output can be used from 0.01mW to several tens of watts or more and several watts. In the case of continuous output, there is a possibility of harming the human body, so it is possible to perform the repeated irradiation of irradiating and resting within a short time by using the pulse irradiation time.

 In addition, the wavelength used can be a variety of wavelengths from 300nm to 1000nm, and can also use only one wavelength or several wavelengths at the same time. The shape of the present invention can be used in the form of a helmet or a hat-like form and various shapes such as the shape of the comb can be used.

 The power supply may supply DC power using an adapter, use a rechargeable battery or a conventional battery, or use a power supply that supplies pulses.

 The connection between the product and the power supply device can be separated from the product by being detached from the power cable using the outlet connected to the product.

It is a hair promoter characterized by having the above structure and performance.

In the present invention as described above, the laser light emitted from the LED or LD is covered by the hair, the light does not reach the scalp properly, and the hair growth promoting effect is reduced, such as to pass the light directly to the scalp while penetrating the scalp effect It is very high, so the hair growth promoting effect is maximized. Also, it uses a large number of LEDs or LEDs to evenly irradiate the entire head.

In addition, high power laser light can be delivered directly to the scalp through the optical fiber.

 The high output product can be used to reduce the use time and the pulse can be used to irradiate high power to the scalp to deepen the depth of penetration so that the laser light can reach the root of the hair to have the maximum effect. It is a hair growth promoter.

Claims (7)

As in the representative diagram, in the hair promoter using LEDs and LEDs, the LED or LED light is directly transmitted to the scalp, using glass materials, transparent plastics, or optical fibers alone or in groups to directly transfer to the scalp. The number of LEDs or LEDs can be several or dozens or more, and the method of transmitting light to the scalp is to use only a transmission device, a method using only optical fiber and a part using a transmission device, or Various methods can be used, such as the use of a transmission device and another method of using an LED and an LED without a transmission device. The type of fixing to the head is a helmet or hat or a cap shape or a comb. You can use it on your head That to connect the form to the stand-type hair chokjingi with features. The hair promoter according to claim 1, wherein the material or material of the light transmission device or the optical fiber uses a glass material or a transparent plastic material through which light passes well or passes only a specific light. .  According to claim 1, wherein the wavelength of the LED and LD is between 300nm and 1000nm Hair promoter using a single wavelength alone or a combination of multiple wavelengths, the number of LEDs or LEDs can be several or several tens or more, and the output has a power ranging from 0.01 mW to several tens of watts. . The method of claim 1, wherein the fixing device for fixing the present invention on the head of the hair promoter, characterized in that it uses a variety of forms, such as the shape of the helmet or hat, the shape of the comb or the shape of the shade.  The hair promoter according to claim 1, wherein the fixing device fixed to the head is positioned only on the head in its form or by using a fixing stand such as a stand.  The power supply device of claim 1, wherein the power supply device adjusts the time by using a control device that can control the output of the LED or the LED and a timer that can adjust the time, and the power output type uses a continuous wave and a pulse wave and is also used for charging. Hair promoter, characterized in that can be used by mounting the battery or a general battery.  The method of claim 1, wherein the method of attaching the LED or the LED to the fixing device is performed using a PCB substrate or a hair-shaped structure.

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