KR200447059Y1 - A thermal auxiliary bedclothes with the macsumsuk ceramic including LED Lamp - Google Patents

Abstract

The present invention relates to a thermal auxiliary bedding having a macsumite ceramic with an LED, and more specifically, to a uniform LED together with far-infrared rays by applying a macsumite generating far infrared rays and a low power LED having a wavelength of 600 to 700 nm to an electric mat. The present invention relates to a heat assisting bedding having a macsumite ceramic provided with an LED composed of a pillow and a mat for irradiating light to a user's acupuncture points or affected areas.

The purpose of the present invention is to provide a treatment effect through far-infrared and LED light with a low-power LED having a wavelength of about 600 ~ 700nm together with the macsumite ceramic in the macsumite mat, and easy to replace LEDs when the LED is damaged It is to provide a heat assisted bedding having a fine Machite ceramic.

LED, Macsum Stone, Far Infrared Ray, Auxiliary Bedding, Thermal Mat

Description

Auxiliary bedclothes with the macsumsuk ceramic including LED Lamp}

The present invention relates to a thermal auxiliary bedding having a macsumite ceramic with an LED, and more specifically, to a uniform LED together with far-infrared rays by applying a macsumite generating far infrared rays and a low power LED having a wavelength of 600 to 700 nm to an electric mat. The present invention relates to a heat assisting bedding having a macsumite ceramic provided with an LED composed of a pillow and a mat for irradiating light to a user's acupuncture points or affected areas.

Like photochemical action, such as carbon assimilation of plants, when light is irradiated to the human body, cells are activated by the optical action.

When light is irradiated to the living body with low energy enough to not damage the living cells, the physiological function of the living body is activated, and the natural healing power of the affected part is improved. In particular, it is possible to apply a technology for activating living cells by irradiating light to the healing postoperative, inflammatory treatment of the surgical site after surgery.

Currently, Low Level Laser Therapy (LLLT) has been developed and used to treat diseases by irradiating a light source to a specific affected area, and the biochemical action of light is controlled through light wavelength, polarization, and intensity. Doing. According to the experimental records, the best result is that the intensity of 600 ~ 1000nm is about 100㎽ in human body.

Such light can be generated using a He-Ne, semiconductor, or YAG laser, and the like, and a semiconductor laser using GaAs (904 nm), GaAlAs (780-820-870 nm), InGaAlP (630-685 nm) as a material Although developed and sold, there are many problems such as high price and difficult handling.

Therefore, the LED emitting light which is inexpensive and easy to handle is adopted.

Light Emitting Diode (LED) is a light emitting diode and is a kind of semiconductor used to send and receive electric signals by infrared or light by using the characteristics of compound semiconductor.

  LED luminous color is currently red. green. yellow. Orange is developed and the wavelength of the material varies depending on the content of the additive.

The wavelength of the LED is between 400-700nm, which is the visible light region of human being, and the wavelength of red is 700nm, green is 565nm, yellow is 585nm, and orange is 635nm. The biggest advantages of LEDs are low brightness, low voltage, long life and low cost.

Since LED is not coherent light integrating light of the same wavelength like laser light, it is not only difficult to focus the width, but also polarized light. By developing, the same effect as that of semiconductor laser light can be obtained.

Far-infrared-photochemical therapy can be used to cure various pains, and Dr. Frog of Canada irradiated He-Ne laser in the form of a laser acupuncture to acupuncture points to get great effect on pain relief. It was. Currently, not only acupuncture points but also direct examination of the affected areas have been found to be very effective in healing pain as well as the disease itself.

In particular, it not only has an excellent effect on various chronic diseases known as intractable, but the treatment technology is inherently non-invasive (non-surgical), non-invasive, has little pain and no side effects on patients, and medical expenses and traditional treatment. There are significant advantages, such as being extremely minimal compared to the method.

For this reason, Korean Patent Publication No. 0483734 (Photochemical Treatment Laser / LED Podium, registered on Apr. 2005, Apr. 2005) provides a cloth having a light source body in a predetermined form, but is expensive and has problems in handling. have.

In the case of the conventional thermal auxiliary bedding used to improve the health of the human body, far infrared rays are emitted by the heating of the mat provided on the upper surface to promote blood circulation and metabolism of the human body, Patients or patients who have surgical or painful areas through surgery are not able to enhance the healing power by only the far infrared rays emitted from the mat.

Accordingly, the development of assistive bedding, which promotes blood circulation and metabolism of the human body by releasing far infrared rays, and can effectively apply far-infrared photochemical therapy to treat diseases by irradiating a light source to the affected area. It is true.

The present invention was created to solve the above problems, and the object of the present invention is to provide a treatment effect through far-infrared rays and LED light with a low-power LED having a wavelength of about 600 to 700 nm together with macsumite ceramics in macsumite mat. The present invention provides a heat assisting bedding having a macsumite ceramic with an LED which can be seen and easily replaced when the LED is damaged.

In order to achieve the above object, the thermal auxiliary bedding having the Macsumite ceramics provided with the LED of the present invention is provided with a carbon heating wire 30 at a predetermined interval between the bag-shaped inner shell 10 and the outer shell 11 and the carbon. The heating wire 30 is configured to supply electricity, the cushioning material 20 is filled in the interior of the endothelium 10, and in the auxiliary bedding where the macsumite ceramic is disposed on the outer surface of the endothelium 10, the pulsomstone powder inside the endothelium 10. A layer is further included, and the arrangement of the macsumite ceramics is characterized in that the ceramic piece 71 composed of the macsumite and the LED bonding piece 72 provided with the LED at the center of the ceramic piece are arranged at regular intervals.

It is preferable to use the said calcite ceramic which was baked by mixing serpentine rock and hornblende in the calcite stone.

In addition, the mixture of calcite and hornblende is mixed with calcite and calcined, and then pulverized to a size of 300 mesh and manufactured and coated with a predetermined paint on the outer surface of the skin, and further comprising a pulsomite powder coating layer 70. Can be configured.

The pulsomstone powder layer is formed by mixing serpentine rock and hornblende in pulsomstone, and then sintering the powder pulverized to a size of 300 mesh to form a predetermined accommodation space in the endothelium 10. do.

It is preferable that an electromagnetic shielding film 40 is further provided between the carbon heating wire 30 and the shell 11 to block electromagnetic waves generated from the carbon heating wire 30.

The LED will have a wavelength of 600-700 nm and an output value in the range of 5-10 Hz.

In addition, the auxiliary bedding is preferably configured to further include a control device 110 configured to supply power to the carbon heating wire 30 and the LED from the outlet, and to control the power supplied.

As described above, the following effects can be obtained by using the thermal auxiliary bedding having the Macsumite ceramics provided with the LED of the present invention.

First, the far-infrared rays emitted from the macsumite ceramics can activate the human body's biorhythms to promote blood circulation, thereby allowing a pleasant sleep.

Second, a stable and uniform light is applied by applying an LED that can be adjusted to emit a uniform light having a wavelength of 600 to 700 nm from a low power LED of 5 to 10 GHz to a macsumite mat having a normal temperature controller and a heating wire. By irradiating the menstrual blood or the affected part of the user's skin or muscles to remove the pain, activating the human body and stimulating the immune system, promoting metabolism to maximize the therapeutic effect.

Third, by adding the LED treatment effect to the original function of the thermal mat, and by providing a macsumstone mat equipped with an easy-to-replace LED, it is easy to replace when LED damage, convenience of manufacturing and simplicity of management are provided. .

Fourth, according to the request of the orderer, only the macsumite ceramic combined with the LED is concentrated in the center of the macsumite ceramic so that the LED light can be emitted intensively on a specific part of the human body. This can double the therapeutic effect of the area that needs treatment.

Fifth, the effect of far-infrared light and stress reduction can be seen by the effect of far-infrared rays, fatigue, chronic headache, lethargy, etc. are reduced, and with the development of concentration, thinking, memory, intelligence, hangover and skin beauty enhancement effect, It increases the body's immunity, deodorant effect.

Sixth, by the action of the macsum powder layer, air purification, odor removal, dehumidification, adsorption of pollutants and removal of harmful gases, along with antiseptic, analgesic, antipyretic, and detoxification effects.

Hereinafter, with reference to the accompanying drawings will be described in detail the configuration of the thermal auxiliary bedding having a macsumite ceramic with an LED of the present invention in detail according to the embodiment.

1 is a perspective view showing a mat according to an embodiment of the present invention, Figure 2 is an exploded perspective view showing the structure of the mat according to an embodiment of the present invention, Figure 3 is a shape of the various pulsomstone ceramics according to the present invention Illustrated perspective view. Figure 4 is a perspective view showing a pillow applied to the present invention, Figure 5 is a cross-sectional view showing a part of the pillow according to the present invention shown in Figure 4, Figure 6 is a photograph of the ceramic piece and LED bonding piece of the present invention.

As shown, the thermal auxiliary bedding having the macsumite ceramics provided with the LED of the present invention may be formed in various shapes such as the mat 100 and the pillow 200 according to a user's request.

As shown in FIG. 2, the auxiliary bedding is configured by installing a carbon heating wire 30 between an inner shell 10 filled with a buffer material 20 and an outer shell 11 surrounding the outer surface of the inner shell 10. At the end of the carbon heating wire 30, an outlet is installed to supply electricity so that the carbon heating wire 30 may generate heat.

In addition, the inside of the endothelial (10) is to be further included a pulsom stone powder layer, the pulsom stone powder layer is pulverized by mixing the serpentine (蛇 紋 岩), hornblende (角閃石) in the pulsom stone to a size of 300 mesh A powder is formed in the endothelial after forming a predetermined receiving space.

Through the macsum stone powder layer, the effects of antiseptic, analgesic, antipyretic, and detoxification are additionally generated along with air purification, odor removal, dehumidification, adsorption of pollutants and removal of harmful gases.

On the outer surface of the shell 11, ceramic pieces 71 composed of macsumite ceramics and LED bonding pieces 72 in which LEDs are combined at the center of the macsumite ceramic pieces are arranged at regular intervals, and the LEDs are 600 to 700 nm. LEDs with wavelengths and output values in the range of 5 to 10 GHz are used.

The LED bonding piece 72 forms a hole having a size in which the LED can be inserted in the center of the ceramic piece 71, and then installs a socket into which the LED is to be inserted into the hole and coats a power line for supplying power to the LED. 11) It is constructed by connecting from the inside.

As shown in FIGS. 3 and 6, the macsumite ceramics may have a circular shape, a hexagonal shape, a square shape, or an octagonal shape. However, the present invention does not specifically limit the shape of the macsumite ceramics.

The macsumite ceramic is produced by mixing and firing serpentine (암), hornblende (角閃石) in the macsumstone and by activating the human body's biological rhythm by releasing far infrared rays serves to promote blood circulation.

In addition, it is more preferable that the pulsar stone is pulverized into powder having a particle diameter of 300 mesh or less, made into a predetermined paint, and then applied to the outer surface of the shell 11 to increase the far infrared ray emission amount.

The carbon heating wire 30 serves to increase the amount of far-infrared rays emitted from the macsumite ceramics by heating the macsumite ceramics by heating by being supplied with electricity as a means for maintaining or heating the body temperature of the user's body, In order to prevent a short circuit accident, the carbon heating wire 30 is wrapped with insulating paper 12.

In addition, an electromagnetic shielding film 40 for blocking electromagnetic waves generated from the carbon heating wire 30 is further provided between the carbon heating wire 30, that is, between the carbon heating wire 30 and the outer shell 11. 40) is preferably used in the form of a cloth woven with electromagnetic shielding fiber to give a soft feeling when the user uses the auxiliary bedding of the present invention.

One part of the auxiliary bedding structure configured as described above has a long opening and closing port is formed so as to further fill or take out the cushioning material 20 that is put into the inner endothelium 10, the opening and closing the inside by installing a zipper (zipper) Do not let this escape.

The auxiliary bedding is configured to supply power to the carbon heating wire 30 and the LED from the outlet, and to control the power supplied to the carbon heating wire 30 and the LED is configured.

The control device 110 separates the power input from the outlet to be sent to the carbon heating wire and LED, respectively, the carbon heating wire 30 is installed to install the temperature sensor 80 and interlock with the control device 110 carbon The heating wire 30 is configured to control the desired temperature of bedding.

In addition, the opening and closing means using the bimetal 90 is provided in one portion of the carbon heating wire 30 so that the carbon heating wire 30 does not rise above a predetermined temperature by the action of the bimetal 90 even when the control device 110 is broken. It is preferable to construct.

In addition, as another embodiment of the present invention can be applied to the pillow 200, as shown in Figures 4 and 5 and the basic configuration is the same as in the mat (100).

By using the pillow as another embodiment of the present invention through the far-infrared rays emitted from the macsumite ceramic and the light source emitted from the LED to see the effects of the treatment of sleep disorders, hair loss prevention treatment, dandruff prevention and various scalp diseases, etc. It becomes possible.

Thermal assisted bedding having a macsumite ceramic with an LED of the present invention may be used as a medical aid and used in the medical device industry, and the present invention has been shown and described with reference to specific embodiments, but is not limited to the following utility model claims. It will be apparent to those skilled in the art that the present invention can be variously modified and changed without departing from the spirit or field of the present invention provided by the present invention.

1 is a perspective view showing a mat according to an embodiment of the present invention,

2 is an exploded perspective view showing the structure of a mat according to an embodiment of the present invention,

Figure 3 is a perspective view showing the shape of a variety of macsumite ceramics according to the present invention,

4 is a perspective view showing a pillow to which the present invention is applied,

Figure 5 is a cross-sectional view showing a part of the pillow according to the present invention shown in Figure 4,

6 is a photograph of the ceramic piece and the LED bonding piece of the present invention.

<Description of Symbols for Main Parts of Drawings>

10: inner shell 11: outer shell

12: insulating paper 20: cushioning material

30: carbon heating wire 40: electromagnetic shielding film

50: power supply

70: Macsum stone powder coating layer 71: ceramic

72: LED junction piece 80: temperature sensor

90: bimetal 100: matt

110: control device 200: pillow

Claims (7)

In the auxiliary bed with carbon heating wire installed at a predetermined interval between the bag-shaped inner skin and the outer skin and the carbon heating wire is supplied with electricity, the cushioning material is filled in the inner skin, and the macsumite ceramic is disposed on the outer surface thereof. The inside of the endothelium further comprises a macsum powder layer, Arrangement of the macsumite ceramic is a ceramic auxiliary consisting of macsumstone, and a heat-assisted bedding having a macsumite ceramic with LED, characterized in that the LED junction piece provided with the LED is installed at the center of the ceramic piece at regular intervals. The method of claim 1, The macsumite ceramic is a supplementary heat bedding having a macsumite ceramics with LED, characterized in that by firing by mixing the serpentine (蛇 紋 岩), hornblende (角閃石) to the macsumstone. The method of claim 1, It is characterized in that it further comprises a macsum powder coating layer coated with serpentine rock and hornblende to calcite, and then pulverized to a particle size of 300 mesh and manufactured and coated with a predetermined paint on the outer surface of the skin. Thermal auxiliary bedding having a macsumite ceramic with LED. The method of claim 1, The macsum powder layer, Macsumite equipped with LED, characterized in that after mixing and firing serpentine (rock) and hornblende in the pulverum, and formed into a predetermined accommodating space in the endothelium after pulverized to a particle size of 300mesh Thermal assisted bedding with ceramic. The method of claim 1, Thermal assisted bedding having a Macsumite ceramic with LED, characterized in that the electromagnetic shielding film is further provided between the carbon heating wire and the outer shell to block the electromagnetic waves generated from the carbon heating wire. The method of claim 1, The LED has a wavelength range of 600 ~ 700 ㎚ and 5 ~ 10㎽ range, the auxiliary heat bedding having a Macsumite ceramics with an LED. The method of claim 1, Auxiliary bedding, And a control device configured to supply power to the carbon heating wire and the LED from the outlet, and to control the electric power supplied thereto.

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