KR20200079984A - Health aid functional bracelet using low power laser - Google Patents

Abstract

The present invention relates to a health aid functional bracelet using a low power laser, and more specifically, to a health aid functional bracelet using a low power laser, in which a low level laser (class 3A-3B) within 500 mW is directly irradiated onto a wearer′s wrist so that the irradiated light directly affects blood vessels and cells inside the wrist, thereby expecting the effects such as dementia prevention, fatigue recovery, and obesity prevention. To this end, the present invention includes: a wearing portion configured in the form of a circular ring as a whole so as to be disposed while surrounding the wearer′s wrist; a decorative portion formed on an outer surface of a bracelet exposed to the outside when the bracelet is worn on a wearer′s wrist; and an emission module equipped with a plurality of laser emission sources that emit different wavelengths and disposed on an inner surface in contact with the wearer′s wrist when the bracelet is worn on the wearer′s wrist.

Description

Health aid functional bracelet using low power laser

The present invention relates to a health-assisted functional bracelet utilizing a low-power laser, and more specifically, the light irradiated by directly irradiating a wearer's wrist with a low-power laser (class 3A to 3B) within 500mW is irradiated inside the wrist. It relates to a health-supporting functional bracelet using a low-power laser that can expect the effects of dementia prevention, fatigue recovery, obesity prevention, etc. by directly affecting blood vessels, cells, and the like.

Since a laser amplifies light energy of a specific wavelength, the color is monochromatic and does not diffuse, and extends in a straight line. Here, the amplified light is not only visible light, but also visible rays that cannot be discerned by the ordinary human eye. , Infrared, X-ray, and gamma rays are also included.

Since the laser does not diffuse as described above and extends in a straight line, it has a feature that can make energy per unit area large even though the output of the light source is small, and is utilized in various fields.

For example, in the industrial field, metals are processed, cut, or used in CD/DVD Blu-ray players, barcode readers, mice, laser printers, etc., and are used in various forms in daily life as well as in production sites.

In the medical field, it is used for equipment such as surgery, incision, treatment, and diagnosis, and plays a major role in the discovery and treatment of diseases. It is also used in distance measurement, altitude measurement, and location verification in the military field.

These lasers adjust the power according to the intended use, as shown in Table 1 below.

On the other hand, the laser has a safety level standard specified according to the output,

Class 1: CD player optical pickup, optical mouse, visually safe

Class 2: Laser pointer light, within 1mW, the degree of safety because the eyes blink reflectively

Class 3A: Within 5mW, eye retina damage may occur when viewed for more than a few seconds

Class 3B (Class 3B): Within 500mW, it is dangerous for eyes to see directly or reflected light without safety glasses

Class 4: High power over 500mW, dangerous to eyes and skin when exposed to direct or reflected light

Is designated as.

In addition, low-level lasers output from red to near-infrared rays are known to have a therapeutic effect on chronic or acute pain. Treatments using low-power within 500mW (classes 3A to 3B) are low-power laser therapy or cold lasers. It is called therapy (Cold laser Theraphy), and is a treatment method using a laser ranging from red light having a wavelength of 600 to 1000 nm to near infrared (NIR).

Here, the classification according to the wavelength of light is as shown in Table 2 below.

Typically, the wavelength of visible light is 350 nm to 740 nm (approximately 400 to 700 nm), and the wavelength of approximately 700 nm to 3000 nm is classified as near infrared.

The classification of colors and names according to the wavelengths of visible and infrared rays is shown in Table 3 below.

Here, the low-power laser is mainly irradiated to the outside through a device that irradiates a laser, and mainly uses wavelengths of 660nm and 808nm.It is known that 808nm infrared rays penetrate deeper into the skin than 660nm red light, and the skin according to the wavelength of the laser Penetration power and influence are as shown in FIG. 8 below.

These low-power lasers use red or near-infrared lasers with a wavelength of 600 to 1,000 nm and a power of 5 to 500 mW. Depending on the wavelength, tissue absorbs energy and generates heat, thereby affecting cells, blood vessels, etc. It is a treatment method.

That is, similar to the principle that sunlight is converted into plant cells in plants through chlorophyl, a laser light source can also induce a photo-biochemical reaction between cells, and in low-power lasers, the photons of the light source are in the cell tissue. It is based on the absorption of chromophore or photoacceptor and promoting the metabolism of cells.

This means that the light absorbed by the cells increases the synthesis of ROS and ATP in the cell tissue, cells exposed to red and near-infrared light release NO, and ROS is involved in gene production. Here, light of a wavelength selected at an appropriate time and period is absorbed into a photoreceptor such as cytochrome c oxidase in the cell, which decomposes inhibitory NO, promotes enzyme activation, and promotes mitochondrial metabolism and ATP production. As a result, proteins such as hemoglobin and myoglobin release additional NO, which leads to a continuous intracellular biochemical reaction. Therefore, the overall metabolic activity of the cells is actively performed, and light plays a large role in cell regeneration and rehabilitation.

In addition, irradiation of the LED light source on the skin promotes the production of collagen and elastin and suppresses the occurrence of wrinkles, which is known to keep the skin moist and elastic. Various LED skin treatment devices and LED skin managers using the same have been developed and sold on the market. Is becoming.

As described above, conventional low-power lasers are used to treat skin diseases or to improve and maintain skin conditions, and are used in part to relieve pain caused by inflammation.

Conventional low-power laser therapy equipment is used in a professional medical institution because it includes a laser output unit, a power supply unit, a control unit, etc., and the size of the treatment device is large and expensive. It had to be used to satisfy the expected effect.

However, in the case of diseases or changes in the body that require continuous treatment and prevention, it is cumbersome to visit a specialized medical institution every time. In particular, it is required to use continuous and continuous laser treatment for dementia prevention, fatigue recovery, and obesity prevention. It should be used several times as a standard, but there is a problem that it is difficult to visit a specialized medical institution every time.

On the other hand, Korean Patent No. 10-1768130 (Registration on August 08, 2017) proposes a functional health bracelet, wherein the prior art includes a decoration portion and a wearing portion connected to both ends of the decoration portion and surrounding the cuff. , The wearing part is configured such that a plurality of connecting pieces formed of a ceramic material are integrally connected through a connecting line, and the decoration part is configured to include a body having a seating groove therein and a protective cap configured to cover the seating groove of the body, , The seating groove of the body is provided with a smart tag consisting of an electronic chip in which the user's electronic information is stored, and an antenna module that transmits and receives the information of the electronic chip to a smart tag of an electronic device disposed outside, and the smart tag Is close to the smart tag of the external device, and the smart tag provided in the external device automatically recognizes it and is configured to exchange information of the electronic chip and information recorded in the smart tag through the antenna module.

Here, the bracelet is made of a ceramic material to promote health, and promotes health of the wearer by using far infrared rays emitted through the ceramic.

However, far-infrared rays and anions emitted from ceramics cannot be changed according to the wearer's conditions, and there is a problem that they are used only in a uniform and uniform form.

That is, each patient needs different prevention and treatment, but the functional health bracelet according to the prior art has a problem in that proper prevention and treatment cannot be achieved because the amount and range of the far infrared and anion emitted from the ceramic are limited.

In addition, the prior art is simply using far-infrared rays and negative ions emitted from ceramics, and the parts that help the wearer's health are extremely limited, and there is a problem that they cannot be used for various prevention and treatment purposes for the wearer's health situation.

(0001) Republic of Korea Patent Publication No. 10-2018-0115138 (0002) Korean Registered Patent No. 10-1198903 (0003) Korean Registered Patent No. 10-1768130

The present invention has been proposed to solve the above problems, an emission module for emitting a low power laser is provided, and the emission module is disposed on a wearable part to be worn on a wearer's wrist, and is opposed to the wearable part Includes a decorative portion disposed in the direction, the emission module is a plurality of laser emission sources that emit different wavelengths are arranged in a number of spaced apart from each other, by controlling the operation of each laser emission source to prevent wearer dementia, fatigue recovery The purpose of the present invention is to provide a health-supporting functional bracelet using a low-power laser, which can be expected to prevent different diseases such as obesity prevention.

In order to achieve the above object, the present invention, the wearer 10 is made of a ring shape as a whole so as to wrap around the wearer's wrist; A decoration portion 20 formed on an outer surface exposed to the outside when worn on the wearer's wrist; And an emission module 30 provided with a plurality of laser emission sources 31 emitting different wavelengths on an inner surface contacting the wearer's wrist when worn on the wearer's wrist.

The laser emission source 31 is configured to emit different wavelengths,

Red light (R) with a light irradiation dose (wavelength) of 640 nm,

Green light (G) with a light irradiation dose (wavelength) of 532 nm,

Blue light (B) having a light irradiation dose (wavelength) of 423 nm,

It is characterized by comprising a yellow light (Y) having a light irradiation dose (wavelength) of 583nm.

In addition, the laser emission source 31 is arranged in the red light (R) 10,

10 green lights (G) are arranged,

Six blue lights (B) are arranged,

The yellow light (Y) is placed in five,

Increases sleep time by activating melatonin secretion through green light (G) with a relatively large number, and increases blood flow to the cerebral blood vessel through red light (R), thereby increasing brain activity and proliferating brain cells. Prevent.

In addition, the laser emission source 31 is arranged in the red light (R) 11,

12 green lights (G) are arranged,

Six blue lights (B) are arranged,

The yellow light (Y) is placed in two,

It is characterized by increasing the amount of melatonin secretion in blood vessels through the green light (G) in which a relatively large number is arranged to induce a good night's sleep by increasing the sleep time, and recovering fatigue by accelerating the rate of lactic acid removal.

In addition, the laser emission source 31 is arranged in the red light (R) 5,

The green light (G) is arranged in seven,

Six blue lights (B) are arranged,

13 yellow light (Y) is arranged,

Relatively large number of yellow light (Y) is arranged to increase the secretion of serotonin to suppress appetite and increase the amount of activity to prevent obesity of the wearer.

The present invention made as described above is arranged by placing a plurality of laser emission sources that emit different wavelengths, and by emitting lasers in accordance with the treatment and prevention required for the wearer's body, dementia prevention, fatigue recovery, prevention of obesity , Various effects can be expected according to the wearer's health status such as pain relief.

1 is an exemplary view showing a health supplementary functional bracelet utilizing a low power laser according to the present invention.
Figure 2 is an exemplary view showing another embodiment of a health-assisted functional bracelet utilizing a low power laser according to the present invention.
Figure 3 is an exemplary view showing an embodiment of a discharge module according to the present invention.
4 is a schematic diagram showing blood vessels and muscles constituting a wrist according to the present invention.
5 is a layout view of a laser emission source that is expected to prevent dementia through the laser emission source according to the present invention.
6 is a layout view of a laser emission source expecting a fatigue recovery effect through the laser emission source according to the present invention.
7 is a layout view of a laser emission source expecting the effect of preventing obesity through the laser emission source according to the present invention.

Hereinafter, other objects and features of the present invention in addition to the above object will be apparent through the description of the embodiment with reference to the accompanying drawings.

Unless otherwise defined, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by a person skilled in the art to which the present invention pertains. Terms such as those defined in a commonly used dictionary should be interpreted as having meanings consistent with meanings in the context of related technologies, and should not be interpreted as ideal or excessively formal meanings unless explicitly defined in the present application. Does not.

Hereinafter, with reference to the accompanying drawings will be described a preferred embodiment of a health-assisted functional bracelet using a low power laser according to the present invention.

The health-assisted functional bracelet 1 using the low-power laser according to the present invention includes a wearing part 10 formed in a ring shape as a whole so as to surround the wearer's wrist and a decoration part 20 on an outer surface exposed to the outside Is formed, and includes an emission module 30 including a plurality of laser emission sources 31 that emit different wavelengths on an inner surface contacting a wearer's wrist.

The wearing part 10 is arranged to surround the wearer's wrist and is formed in a circular ring shape, but is formed as a single connecting body or a plurality of fastening means connected to each other through links and fastened to both ends (not shown) It can be made in a form that is coupled through. At this time, when formed of a single connecting body, the wearing part 10 is made of a material having elasticity so as to be tensioned and restored in correspondence with the thickness of the wearer's wrist. It is desirable to make it possible to change the number of connectors as necessary.

The decoration part 20 is arranged to increase an aesthetic sense when worn on an outer surface exposed to the outside while being worn on the wearer's wrist through the wear part 10, and the decoration part 20 has various colors Cubic (cubic) having a can be arranged. Here, cubic is a kind of mineral that is widely synthesized as rhinestone from zirconium oxide. In addition, the decorative portion 20 is a decorative member having a variety of materials can be arranged, there is no particular limitation on the type, number, and placement of the decorative member.

The emission module 30 is disposed on an inner surface contacting the wearer's wrist while worn on the wearer's wrist through the wear part 10, wherein the emission module 30 emits different wavelengths The laser emission sources 31 are disposed at positions spaced apart from each other.

At this time, the upper laser emission source 31 is configured to emit at least four different wavelengths, for example, as shown in FIG. 3, red light (R), green light (G), blue light (B) and , Yellow light (Y).

The red light (R) has a radiation dose (wavelength) of 640 nm, and the depth of penetration in a state in contact with the skin is 1 to 6 mm.

The red light (R) penetrates to the dermal tissue of the skin, and its efficacy includes skin cell regeneration, blood circulation promotion, acne wound relief, atopy, athlete's foot, psoriasis treatment, pain relief, activation of active ingredients, etc. It promotes the production of collagen, which is especially effective for skin elasticity and regeneration.

The green light (G) has a light dose (wavelength) of 532 nm, and the depth of penetration in contact with the skin is 0.5 to 2 mm.

The efficacy of the green light (G) is a soothing effect, treatment of sensitive skin, stabilization of the mind and body, and is effective in improving skin tone and wrinkles. In particular, it removes skin toxins to save vitality and has a high effect on skin soothing.

The blue light (B) has a light irradiation dose (wavelength) of 423 nm, and a depth of penetration in a state in contact with the skin is 1 mm.

The efficacy of the blue light (B) is to suppress the proliferation of P.ACNE that causes acne, suppress sebaceous glands, prevent wound infection, and sooth skin troubles.

The yellow light (Y) has a radiation dose (wavelength) of 583 nm, and the depth of penetration in a state in contact with the skin is 1 to 2 mm.

The efficacy of this yellow light (Y) is effective in suppressing melanin production, improving blemishes, freckles, and removing redness/erythema of the face, alleviating redness, pigmentation lesions, etc. by improving lymph and blood circulation.

In addition, although not shown in the drawing, in the near-infrared ray, the radiation dose (wavelength) is 800 to 900 nm, and the depth of penetration in contact with the skin can be up to 4 mm.

Such near infrared rays have an effect of preventing skin pigmentation and promoting regeneration.

The arrangement of the laser emission source 31 made as described above is changed according to blood vessels, muscles, and the like formed on the wrist of the abutting wearer.

An example of this will be described with reference to FIGS. 3 and 4.

First, FIG. 4 schematically shows the blood vessels and muscles constituting the wrist. The upper part of the wrist is the lateral lateral vein, the forearm lateral vein, the forearm fascia, and a number of extensors. The forearm medial vein, the long fascia and many flexors and forearm fascia are arranged.

The following effects can be expected by arranging the laser emission source 31 according to the present invention in each of these components.

First, it increases blood flow through red light (R), increases melatonin secretion, increases sleep time and induces sound sleep, and increases blood flow to the brain vessels through increased blood flow, which in turn increases brain activity and brain It has the effect of proliferating cells.

Therefore, the red light (R) can be expected to have an effect of preventing dementia by increasing blood flow to the wearer's brain.

To this end, as shown in FIG. 5, 10 pieces of red light (R) are arranged, 5 pieces of yellow light (Y), 6 pieces of blue light (B), and 10 pieces of green light (G). To deploy.

This increases the amount of serotonin through the yellow light (Y) to prevent antidepressant and at the same time can be expected to suppress the appetite, blue light (B) to prevent aging through antioxidants to expect a secondary effect in preventing dementia Green light (G) increases the amount of melatonin secretion along with the yellow light (Y), thereby increasing sleep time and at the same time inducing a good night's sleep.

Next, the number of arrangements of the laser emission source 31 for fatigue recovery is mainly to arrange green light (G), which increases the blood flow and accelerates the rate of lactic acid removal to increase the fatigue recovery effect. .

An example of the number of the laser emission sources 31 for such fatigue recovery is as shown in FIG. 6.

First, 12 green lights (G) are arranged to increase the secretion of melatonin, leading to an increase in sleep time and sound sleep, 11 red lights (R), 2 yellow lights (Y), and blue light ( B) is placed six.

Through this, as described above, it increases sleep time, induces a good night's sleep, and at the same time, increases blood flow and accelerates the rate of lactic acid removal.

Next, the number of arrangements of the laser emission source 31 for preventing obesity is a relatively large number of yellow lights Y capable of increasing the amount of serotonin secretion, which is as shown in FIG. 7.

13 yellow lights (Y) are arranged, 5 red lights (R) are arranged, 6 blue lights (B) are arranged, and 7 green lights (G) are arranged.

Through the arrangement of the yellow light (Y), by increasing the secretion of serotonin to suppress the appetite, there is an effect that can prevent wearer obesity.

In particular, suppressing depression can control appetite, which has already been proven through various experimental examples. It prevents binge eating by suppressing depression by increasing serotonin secretion through a result that tends to binge when humans become depressed. .

Here, serotonin is a monoamine neurotransmitter, and biochemically induced serotonin derived from tryptophan can be found in the gastrointestinal tract, platelets, and central nervous system of animals, including humans. It is thought to be a substance.

In other words, there are dopamine that controls the passionate movement of pleasure, positive mind, sexual desire and appetite, and noradrenaline that controls anxiety, negative mind, and stress response. Serotonin suppresses the above two nerves and is not too excited. Try to keep calm that keeps you from feeling anxious.

This tranquility is effective in alleviating depressive disorder, personality disorder, eating disorder, etc. In particular, in eating disorder showing severe disorder in eating food, in the case of bulimia, the effect of reducing food intake by feeling fullness through increased serotonin secretion Is there.

Meanwhile, a battery (not shown) for applying power to the above-described laser emission source 31 and a control unit (not shown) for controlling the output state of the health assist functional bracelet using the low power laser according to the present invention It may be further provided, the battery may be implemented in various forms.

That is, a form in which electricity is generated and stored using solar heat or a mercury cell or a lithium ion battery capable of charging/discharging may be implemented. In the present invention, there is no particular limitation or limitation on the form.

As described above, in the present invention, specific matters such as specific components and the like have been described by limited embodiments and drawings, but they are provided only to help a more comprehensive understanding of the present invention, and the present invention is not limited to the above embodiments , Anyone who has ordinary knowledge in the field to which the present invention pertains can make various modifications and variations from these descriptions.

Therefore, the spirit of the present invention should not be limited to the described embodiments, and should not be determined, and all claims that are equivalent to or equivalent to the claims, as well as the claims described below, will fall within the scope of the spirit of the present invention. .

1: Health-assisted functional bracelet utilizing the low power laser according to the present invention
10: wearing part 20: decoration part
30: discharge module
31: laser emission source
R: Red light G: Green light
B: Blue light Y: Yellow light

Claims (5)

Wearing part (10) made of an overall ring shape so as to surround the wearer's wrist;
A decoration portion 20 formed on an outer surface exposed to the outside when worn on the wearer's wrist; And
Health aid functional bracelet using a low power laser, characterized in that it comprises an emission module 30 with a plurality of laser emission sources 31 that emit different wavelengths on the inner surface contacting the wearer's wrist when worn on the wearer's wrist. . The method according to claim 1,
The laser emission source 31 is configured to emit different wavelengths,
Red light (R) with a light irradiation dose (wavelength) of 640 nm,
Green light (G) with a light irradiation dose (wavelength) of 532 nm,
Blue light (B) having a light irradiation dose (wavelength) of 423 nm,
A health-assisted functional bracelet utilizing a low-power laser, characterized in that it consists of a yellow light (Y) with a light dose (wavelength) of 583 nm. The method according to claim 2,
The laser emission source 31 is arranged in the red light (R) 10,
10 green lights (G) are arranged,
Six blue lights (B) are arranged,
The yellow light (Y) is placed in five,
Increases sleep time by activating melatonin secretion through green light (G) with a relatively large number, and increases blood flow to the cerebral blood vessel through red light (R), thereby increasing brain activity and proliferating brain cells. A health-assisted functional bracelet utilizing a low-power laser characterized by preventing it. The method according to claim 2,
The laser emission source 31 is arranged in the red light (R) 11,
12 green lights (G) are arranged,
Six blue lights (B) are arranged,
The yellow light (Y) is placed in two,
Health aid using a low power laser, characterized by increasing the amount of melatonin secretion in blood vessels through green light (G), which is relatively arranged, induces an increase in sleep time and sleep, and accelerates lactic acid removal rate to recover fatigue Functional bracelet. The method according to claim 2,
In the laser emission source 31, five red lights R are arranged,
The green light (G) is arranged in seven,
Six blue lights (B) are arranged,
13 yellow light (Y) is arranged,
Health supplementary functional bracelet using a low power laser, characterized in that it can prevent obesity of the wearer by suppressing appetite and increasing the amount of activity by increasing the amount of serotonin secretion through the yellow light (Y) in which a relatively large number is disposed.

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