KR20110083794A - Functional quilt - Google Patents

Abstract

PURPOSE: A functional down comforter using photochemistry is provided to obtain a medical treatment effect through photochemical action of cells. CONSTITUTION: A functional down comforter using photochemistry comprises: openings(20) of a longitudinal direction which are formed in one side contacting the human body at a constant interval; a down comforter cover(10) in which the tape of a slide fastener is fixed in both side end points of the opening; a body that is formed in a size corresponding to the opening; a light source unit(40) in which photochemical action of cells is performed by light energy; and a light treatment band in which a connection terminal is installed in the state of being exposed.

Description

Functional quilt using photochemistry

The present invention forms a longitudinal opening at equal intervals on one side of the duvet cover in contact with the body during use, and detachably couples the phototherapy band with the attachment means to the opening to various treatment effects through photochemical action of the cells. It relates to a functional futon using photochemistry that can be obtained.

In general, bedding is a kind of bedding used to cover the body during sleep by putting a blanket and cotton or the duvet cover in the form of a pocket and the inside of the pocket to maintain the body temperature from the cold.

Recently, as interest in health has increased, functional blankets have been manufactured by various methods such as changing the inner material of the blanket or coating a far-infrared ray generating material on the surface of the blanket.

In connection with such a functional blanket has been made a variety of conventional blankets are described as follows with a few examples.

According to the prior art patent application No. 1999-68605, a solution homogenized in an emulsion state by high-speed mixing 5% to 50% fine powder, 40% polyurethane, and 30% organic solvent of Pegmatite 500-6000Mesh. It is a quilt and a quilt made from one fabric.

However, in the process of coating the liquid material consisting of a mixture of macrorite powder, polyurethane, and organic solvent on the fabric as described above, the thickness of the duvet cover is inevitably thick, so the touch is not soft, and the process of preparing the crystallite powder, mixing step, There is a problem that the price is expensive because the quilt is manufactured through various steps such as the coating step.

In the case of the urine and the quilt provided in the above configuration, the coating is easily peeled off during washing, and the crystallite powder is scattered during use, and in particular, the expected far-infrared emission is hardly achieved or released so as to affect the human body. Due to not being released, the situation is not getting the proper effect.

On the other hand, conventionally, laser light is used for various treatments to obtain various therapeutic effects, but it has a risk of accidental visual damage during use, and the light source is not gentle and affects only a certain part and tissues. Is low and very uneconomical.

The present invention forms a longitudinal opening at equal intervals on one side of the duvet cover in contact with the body during use, and detachably couples the phototherapy band with the attachment means to the opening to various treatment effects through photochemical action of the cells. The focus is on getting it.

The present invention is a duvet cover that is formed at equal intervals in the longitudinal openings on one side that the body is in contact with each other, the duvet cover is sealed and fixed to the tape of the slide fastener at both ends of the opening,

The light source unit for the body formed with the area coinciding with the opening is made of fiber material or flexible soft synthetic resin, which is detachably coupled to the duvet cover as a slide fastener, and at the same time enables photochemical action of cells by light energy. And the phototherapy band is formed or accommodated or embedded in the body in the state that the connection terminal is exposed to the lower end,

A plurality of connectors accommodated in the lower inner side of the duvet cover 10 and corresponding to the connection terminals of the light source unit are connected in series with a power cable, and at the same time, the front end of the power cable is drawn out of the duvet cover to provide a timer and an indicator light. It is to achieve the above object by providing a functional quilt using a photochemistry comprising an adapter and a power supply unit is connected to the plug installed on one side of the adapter.

The present invention is based on more than 40 years of scientific research that "light energy of the appropriate wavelength helps the human body to self-healing itself" quilt cover light therapy band accommodating the light therapy unit to irradiate light energy beneficial to the human body By attaching and detaching by means of attachment to cells, various special actions through photochemical action of cells include RNA, DNA synthesis increase, collagen production increase necessary to treat various wounds, and stimulation of mitochondria, a cell power plant. Metabolism is a common action, which creates and enhances new capillaries, accelerates the healing process, increases ATP, a carrier that carries energy to all cells, increases the activity of lymphoid tissues that control edema, and promotes healing of wounds. Activation of fibroblasts, There are many benefits that help activate the body, such as promoting growth and uplift of the connective tissue of the inoculated cells can be removed.

In addition, the present invention can not only damage tissue during use, but also can implement economic phototherapy in a gentle and safe state, and the effect of alleviating pain, as well as the nerve, menstrual blood, By stimulating the induction point, it shows an amazing effect to the deep inside of the human body.

In addition, in the present invention, the light emitting diode can be operated by a series connection method which has high efficiency and a parallel connection method that can supply power to the light emitting diode at a low voltage. Even if it is damaged, the remaining light emitting diodes can be operated and the electric power consumption is low, so there is no economic burden even if the functional blanket is used continuously.

In addition, as the light therapy band is detachably coupled to the duvet cover as an attachment means, when the duvet cover is stained or stained by the repeated use, the band can be easily washed by separating the phototherapy band.

1 is a perspective view of a functional duvet according to the present invention
2 is a front view of a functional duvet according to the present invention
3 is an enlarged view of an “S” part of FIG. 2;
4 is a front configuration diagram of the light therapy band according to the present invention
5 is a perspective view of a light therapy band according to another embodiment of the present invention
6 is a front configuration diagram of a light therapy band according to another embodiment of the present invention.

Hereinafter, described in detail with reference to the accompanying drawings for the functional blanket using a photochemistry according to the present invention.

1 is a perspective view of a functional duvet according to the present invention, Figure 2 is a front view of the functional duvet according to the present invention, Figure 3 is an enlarged view of the "S" portion of Figure 2, Figure 4 is a present invention The front configuration diagram of the light source unit is shown.

In the drawings, reference numerals 1, 2, 3, 4, and 5 denote wiring portions, and A, B, C, D, and E denote respective steps.

According to the present invention, the openings 20 in the longitudinal direction are formed at equal intervals on one side where the body is in contact with each other, so that the tapes 31a of the slide fasteners 30 are sealed and fixed to both ends of the openings 20, respectively. Cover 10,

The body formed with an area coincident with the opening portion 20 includes an upper cover 41a and a lower cover 41b of a fiber material, and the slide fasteners are in a state where the upper cover 41a and the lower cover 41b are aligned with each other. The tape 31b corresponding to the tape 31a of the 30 is sealed to both sides of the body and is detachably coupled to the duvet cover 10 by the slider 32 of the slide fastener 30 and by light energy. The light treatment unit 40 is installed to receive the inside of the upper cover 41a and the lower cover 41b so that the photochemical action of the cells can be performed, and at the same time, the connection terminal 50 is exposed to the lower end. Band B1,

A plurality of connectors 61 accommodated in the lower inner side of the duvet cover 10 and corresponding to the connection terminals 50 of the light source unit 40 are connected in series with a power cable 62 and at the same time, a power cable 62. ), The front end of the) is drawn out to the outside of the duvet cover 10, the adapter 63 having the timer 63a and the indicator light 63b and the power supply unit 60 to which the plug 64 is connected to one side of the adapter are installed. It is characterized by including the configuration.

The light source unit 40 is disposed on both sides of the + power input line 43 and-power input line 44 to receive electricity from the power supply unit 60 on the basis of the center of the body, the + power input line And a plurality of light emitting diodes 42 whose number is determined according to the voltage level supplied from the + and-power input lines 43 and 44 in a state of being connected to the 43 and-power input lines 44. Arranged at equal intervals in the center of the line 43 and the power supply input line 44 to connect the N-type electrode leads 45 and the P-type electrode leads 46, respectively, and connect them in series. Are connected in parallel to the +,-power input lines 43, 44 again.

The light emitting diodes 42 vary depending on the color components and the components of the brightness, but preferably those having a wavelength range of 600 to 700 nm have a red visible light range.

The reason why the above-described light emitting diodes 42 are applied is that the expected photochemical action is less than 600 nm or more than 700 nm.

In the present invention, but the slide fastener 30 is applied as the attachment means of the light therapy band (B1) may be attached by a known Velcro or eyelet in some cases.

The reason why the phototherapy band (B1) is detachably coupled to the duvet cover (10) by the above-mentioned attachment means is that the phototherapy band (B1) can be easily removed when the duvet cover (10) is stained or contaminated by the repetitive use. This is to separate the duvet cover 10 to be easily washed.

In addition, the present invention uses the power of the adapter 63 to drive the light source unit 40 of the phototherapy band (B1), the blanket cover 10 in preparation for the situation to use the futon to the power supply difficult place It is also possible to easily implement through the present invention to be able to supply a built-in rechargeable battery (not shown) inside the power supply.

In addition, the reason for forming the body of the light therapy band (B1) with a fiber material, the feel is soft and can be easily matched with the same material or color as the duvet cover 10, and the manufacturing cost of the light therapy band (B1) can be lowered Because.

Hereinafter, the operation of the present invention will be described.

Functional quilt according to the present invention, as shown in Figure 1 in the state in which the optical therapy band (B1) provided in the opening portion 20 formed at equal intervals on one side of the duvet cover 10 is in contact with the body (20) The tape 31b of the phototherapy band B1 is closely attached to the tape 31a of the slide fastener 30 sealed at both ends, and then the teeth of the tape 31a and the teeth of the tape 31b are sliders. (32) to be fitted to the phototherapy band (B1) to the duvet cover (10), respectively.

When the optical therapy band (B1) is installed in the duvet cover (10) as a slide fastener 30 as described above, the connection terminal 50 of the optical therapy band (B1) to each connector 61 of the power supply unit 60. After coupling, the plug 64 is inserted into an outlet (not shown) to maintain a state in which power can be supplied to the light source unit 40 of the phototherapy band B1 through an adapter 63 in which a known ballast is accommodated.

As such, when the state in which the power can be supplied to the light source unit 40 is maintained, the blanket is covered while the timer 63a attached to the adapter 63 is adjusted.

When taking a rest or sleep in such a state, the light energy beneficial to the human body is irradiated to the skin from the light emitting diodes 42 of the light source unit 40 to initiate photochemical reaction of the cells, which is irradiated from the light emitting diodes 42. Unlike the known laser, light is widely irradiated on the surface of the human body, and thus can relatively uniformly excite various cells in the tissue. In addition, since the light emitted from the light emitting diodes 42 is not coherent light, there is no fear of damaging the tissue due to light focusing. Therefore, when the light emitting diodes 42 are used, they are much gentler and safer than laser light. It is possible to implement economic phototherapy.

In addition, when the cells are photo-stimulated with the light emitting diodes 42, new capillary blood vessel production, RNA and DNA synthesis increase, collagen production increase, explosive metabolism, ATP increase, lymph tissue activity increase, fibroblast activation, Promotes phagocytosis, granulation of tissues and uplift of connective tissues, stabilizes nerves, and stimulates nerves, acupuncture points, and induction points that act as pathways to each organ of the human body, and has an amazing effect deep inside the human body. do. It has been shown in a number of papers and various clinical trials that have been published as effective for saliva release.

In other words, the light emitting diode 42 is a powerful and useful article applied to the human body using red light.

Of course, the light treatment using the light emitting diodes 42 is similar to the treatment using a laser. However, the way light energy is transferred is different and an important difference between the laser and the light emitting diodes 42 is the energy output. The energy output of the light emitting diodes 42 is measured in milli watts (MW), while the laser is measured in W.

And the light emitting diodes 42 do not deliver strong energy enough to damage tissues, but deliver sufficient energy to promote a response that the human body treats itself. In addition, since the light emitting diode 42 has a low peak of energy output but a large efficiency cycle, the wavelength of treatment and the energy required for treatment are delivered much more smoothly than the case of laser, so that the actual energy output is larger. In addition, unlike the laser, the light emitting diode 42 has no risk of accidental eye damage, and the light emitting diode 42 generates a wider wavelength band than the laser and is much easier to apply due to non-parallel and wide-angle radiation.

Because the emitted light can be irradiated to a larger surface area than the laser, it can affect more types of tissue and cause more photochemical reactions in the tissue.

If the light of the light emitting diodes 42 is irradiated to a larger surface area, this means that it can be cured faster than the laser for a certain area. Therefore, the basic reason for selecting the light emitting diodes 42 than the laser is that using the light emitting diodes 42 is safer and cheaper, and transmits more energy per constant surface area at a given time while delivering light more smoothly and efficiently. It is useful in that.

Meanwhile, the present invention arranges the light emitting diodes 42 in the center of the inner space portion of the upper cover 41a and the lower cover 41b as shown in FIG. 4, and then moves the P-type electrode lead 46 to the next light emitting diode 42. The number of light emitting diodes 42 is determined according to the voltage level of the + and-power input lines 43 and 44 by repeatedly connecting the N-type electrode leads 45 in series several times. Connect the P-type electrode lead 46 of the last light emitting diode 42 of the first step (A) and the P-type electrode lead 46 of the first light emitting diode 42 of the second step (B), and the second step (B). After connecting in series, connecting the N-type electrode lead 45 of the last light emitting diode 42 to the N-type electrode lead 45 of the first light emitting diode 42 in the third step (C) is repeated from the beginning. After the user completes the wiring to the required length, the first step (A) connects the N-type electrode lead of the first light emitting diode 42 to the + power input line 43, and the second step. Connection to the power supply line -44 is connected to the connection part.

The light emitting diode 42 mounting structure is repeatedly connected to the power supply in parallel with the light emitting diodes 42 in series and the magnitude of the voltage and the quantity of the light emitting diodes 42 in a repeating step as described above. This is because the light emitting diodes 42 connected in parallel while being implemented may eliminate the risk of short circuits when the same poles are connected, and may extend the length as the user intends.

Thus, when the junction array in which one electrode lead of one light emitting diode 42 is bonded to the heterogeneous electrode lead of the other light emitting diode 42 is repeatedly repeated in series and reaches a certain length, the power is connected in parallel and the first time The connection of the light emitting diodes 42, such as in series to be made repeatedly in this case, the polarity of the light emitting diodes 42 of the portion connected to the power source to be the same and the light emitting diodes 42 are connected in series and the power in parallel The light emitting diodes 42 are inserted into the space provided between the upper cover 41a and the lower cover 41b together with the power supply line, and the +,-power input lines 43 and 44 are drawn out at the first starting portion, and the power supply unit The connection terminal 50 which is connected to the connector 61 of 60 is provided.

When the optical therapy band (B1) is configured by such an installation structure, the light emitting diodes 42 can be operated by a serial connection method having high efficiency and a parallel connection method capable of supplying power to the light emitting diodes 42 at a low voltage. Will be.

When the light emitting diodes 42 are installed by the above-described connection method, even if one light emitting diode 42 is broken in the middle, the remaining light emitting diodes 42 can be operated and the electrical consumption is low. There is no economic burden even if used.

In particular, the present invention is a collagen necessary for treating a variety of special actions through the photochemical action of the cells, such as RNA, DNA synthesis, and various wounds necessary for treating a variety of wounds by simply attaching a phototherapy band (B1) bound to a functional blanket to the body. Increasing production and stimulating mitochondria, cell power plants, explosive metabolism, etc. In general, they produce and enhance new capillaries, accelerate the treatment process, and control the swelling and swelling of ATP, a carrier that carries energy to all cells. Not only helps the human body activation, but also increases the activity of lymphoid tissues, activates fibroblasts to promote wound healing, increases phagocytic cells to remove the infected areas of the human body, and promotes the uplift of connective tissue. By stimulating nerves, acupuncture points, and inducement points that act as pathways to each organ of the human body It will exert a remarkable effect to the inner depths.

Hereinafter, a functional duvet using photochemistry according to another embodiment of the present invention will be described in detail with reference to the accompanying drawings.

5 is a perspective view of a light therapy band according to another embodiment of the present invention, and FIG. 6 is a front configuration diagram of the light therapy band according to another embodiment of the present invention.

In describing the functional duvet according to another embodiment of the present invention, when the components applied in the present invention described above are equally applied in other embodiments, the same reference numerals will be kept to avoid confusion.

Functional duvet using photochemistry according to another embodiment of the present invention, the longitudinal opening portion 20 is formed at equal intervals on one side that the body is in contact with the slide fastener 30 at both ends of the opening portion 20 Quilt cover 10 is fixed to each of the tape 31a of the sealing),

The body formed with an area coinciding with the opening portion 20 is made of flexible flexible synthetic resin, which corresponds to the tape 31a of the slide fastener 30 on both sides of the body, and the slider 32 of the slide fastener 30. The light source unit 40 is formed at the same time as the light source unit 40 to be buried at the same time at the same time at the bottom of the light source unit for the photochemical action of the cells by both sides and the light energy of the tape 31b detachably coupled to the duvet cover 10 And the optical therapy band (B2) is installed in a state in which the connection terminal 50 is connected to the exposed (40),

A plurality of connectors 61 accommodated in the lower inner side of the duvet cover 10 and corresponding to the connection terminals 50 of the light source unit 40 are connected in series with a power cable 62 and at the same time, a power cable 62. ), The front end of the) is drawn out to the outside of the duvet cover 10, the adapter 63 having the timer 63a and the indicator light 63b and the power supply unit 60 to which the plug 64 is connected to one side of the adapter are installed. It is characterized by including the configuration.

The phototherapy band (B2) is preferably formed of a flexible soft synthetic resin, that is, the material of the body, that is, silicone, but in some cases can be molded of a material such as PVC, acrylic, polycarbonate and urethane, and transparent or translucent in appearance I can produce it in a state.

The light source unit 40 is disposed on both sides of the + power input line 43 and-power input line 44 to receive electricity from the power supply unit 60 on the basis of the center of the body, the + power input line And a plurality of light emitting diodes 42 whose number is determined according to the voltage level supplied from the + and-power input lines 43 and 44 in a state of being connected to the 43 and-power input lines 44. Arranged at equal intervals in the center of the line 43 and the power supply input line 44 to connect the N-type electrode leads 45 and the P-type electrode leads 46, respectively, and connect them in series. Are connected in parallel to the +,-power input lines 43, 44 again.

The light emitting diodes 42 vary depending on the color components and the components of the brightness, but preferably those having a wavelength range of 600 to 700 nm have a red visible light range.

The reason why the above-described light emitting diodes 42 are applied is that the expected photochemical action is less than 600 nm or more than 700 nm.

In another embodiment of the present invention, but the slide fastener 30 is applied as an attachment means of the light therapy band (B2) may be attached by a known Velcro or eyelet in some cases.

The reason why the optical therapy band (B2) is detachably coupled to the duvet cover (10) by the above-mentioned attachment means is that the phototherapy band (B2) can be easily removed when the duvet cover (10) is stained or contaminated by the repetitive use. This is to separate the duvet cover 10 to be easily washed.

In another embodiment of the present invention, the power source of the adapter 63 is used to drive the light source unit 40 of the phototherapy band B2, but the blanket is moved to a place where power supply is difficult to use. A built-in rechargeable battery (not shown) inside the cover 10 to supply power may also be easily implemented through another embodiment of the present invention.

In addition, the reason why the body of the phototherapy band (B2) is formed of a flexible soft synthetic resin is because the feeling of use is soft and the phototherapy band (B2) can be molded at a time, thereby greatly improving work productivity and removing contaminants on the surface of the body. If you are asked, you can simply remove it.

Hereinafter, the operation of the functional duvet according to another embodiment of the present invention will be described.

Functional duvet according to another embodiment of the present invention is a state in which the phototherapy band (B2) provided in the opening 20 formed at equal intervals on one side of the duvet cover 10 in contact with the body as shown in FIG. The tape 31b of the phototherapy band B2 closely adheres to the tape 31a of the slide fastener 30 sealed at both ends of the opening 20, and then the teeth of the tape 31a and the tape 31b. Tooth teeth of the slider 32 is fitted with a phototherapy band (B2) to the duvet cover 10, respectively.

When the optical therapy band (B2) is installed in the duvet cover (10) as a slide fastener 30 as described above, the connection terminal 50 of the optical therapy band (B2) to each connector 61 of the power supply unit 60. After coupling, the plug 64 is inserted into an outlet (not shown) to maintain a state in which power can be supplied to the light source unit 40 of the phototherapy band B2 through an adapter 63 in which a known ballast is accommodated.

As such, when the state in which the power can be supplied to the light source unit 40 is maintained, the blanket is covered while the timer 63a attached to the adapter 63 is adjusted.

When taking a rest or sleep in such a state, the light energy beneficial to the human body is irradiated to the skin from the light emitting diodes 42 of the light source unit 40 to initiate photochemical reaction of the cells, which is irradiated from the light emitting diodes 42. Unlike the known laser, light is widely irradiated on the surface of the human body, and thus can relatively uniformly excite various cells in the tissue. In addition, since the light emitted from the light emitting diodes 42 is not coherent light, there is no fear of damaging the tissue due to light focusing. Therefore, when the light emitting diodes 42 are used, they are much gentler and safer than laser light. It is possible to implement economic phototherapy.

In addition, when the cells are photo-stimulated with the light emitting diodes 42, new capillary blood vessel production, RNA and DNA synthesis increase, collagen production increase, explosive metabolism, ATP increase, lymph tissue activity increase, fibroblast activation, Promotes phagocytosis, granulation of tissues and uplift of connective tissues, stabilizes nerves, and stimulates nerves, acupuncture points, and induction points that act as pathways to each organ of the human body, and has an amazing effect deep inside the human body. do. It has been shown in a number of papers and various clinical trials that have been published as effective for saliva release.

In other words, the light emitting diode 42 is a powerful and useful article applied to the human body using red light.

Of course, the light treatment using the light emitting diodes 42 is similar to the treatment using a laser. However, the way light energy is transferred is different and an important difference between the laser and the light emitting diodes 42 is the energy output. The advantage of the light emitting diode 42 energy output is measured in milli watts (MW), while the laser is measured in W.

And the light emitting diodes 42 do not deliver strong energy enough to damage tissues, but deliver sufficient energy to promote a response that the human body treats itself. In addition, since the light emitting diode 42 has a low peak of energy output but a large efficiency cycle, the wavelength of treatment and the energy required for treatment are transmitted much more smoothly than the case of laser, so the actual energy output is larger. In addition, unlike the laser, the light emitting diode 42 has no risk of accidental eye damage, and the light emitting diode 42 generates a wider wavelength band than the laser and is much easier to apply due to non-parallel and wide-angle radiation.

Because the emitted light can be irradiated to a larger surface area than the laser, it can affect more types of tissue and cause more photochemical reactions in the tissue.

If the light of the light emitting diodes 42 propagates over a wider surface area, this means that it can be cured faster than the laser for a given area. The basic reason for selecting the light emitting diodes 42 than the laser is that using the light emitting diodes 42 is safer and cheaper, and delivers more energy per constant surface area at a given time while delivering light more smoothly and efficiently. This is because it is useful in that respect.

Meanwhile, in the functional duvet according to another embodiment of the present invention, as shown in FIG. 6, after arranging the light emitting diodes 42 in the center of the inner space portion of the upper cover 41a and the lower cover 41b, the P-type electrode leads are arranged. The connection of the 46 to the N-type electrode lead 45 of the next light emitting diode 42 is repeated several times, depending on the voltage level of the +,-power input line 43, 44. P-type electrode leads 46 of the last light emitting diode 42 of the first step (A) connected in series and P-type electrode leads of the first light emitting diode 42 of the second step (B) ( 46) and the second step (B) in series, and then the N-type electrode lead 45 of the last light emitting diode 42 is replaced with the N-type electrode lead 45 of the first light emitting diode 42 of the third step (C). After repeating the connection to the length required by the user repeatedly from the beginning to the first step (A) N-type electrode lead of the first light emitting diode 42 Which will connect the power input line 44 - + source is connected to the input line 43 and a connection portion connected to the second stage.

The light emitting diode 42 mounting structure is repeatedly connected to the power supply in parallel with the light emitting diodes 42 in series and the magnitude of the voltage and the quantity of the light emitting diodes 42 in a repeating step as described above. This is because the light emitting diodes 42 connected in parallel while being implemented may eliminate the risk of short circuits when the same poles are connected, and may extend the length as the user intends.

Thus, when the junction array in which one electrode lead of one light emitting diode 42 is bonded to the heterogeneous electrode lead of the other light emitting diode 42 is repeatedly repeated in series and reaches a certain length, the power is connected in parallel and the first time The connection of the light emitting diodes 42, such as in series to be made repeatedly in this case, the polarity of the light emitting diodes 42 of the portion connected to the power source to be the same and the light emitting diodes 42 are connected in series and the power in parallel The light emitting diodes 42 are inserted into the space provided between the upper cover 41a and the lower cover 41b together with the power supply line, and the +,-power input lines 43 and 44 are drawn out at the first starting portion, and thus the power supply unit is provided. The connection terminal 50 which is connected to the connector 61 of 60 is provided.

When the optical therapy band (B2) is configured in such an installation structure, the light emitting diodes 42 can be operated by a series connection method having high efficiency and a parallel connection method capable of supplying power to the light emitting diodes 42 at a low voltage. Will be.

When the light emitting diodes 42 are installed by the above-described connection method, even if one light emitting diode 42 is broken in the middle, the remaining light emitting diodes 42 can be operated and the electrical consumption is low. There is no economic burden even if used.

Particularly, in another embodiment of the present invention, the phototherapy band (B2) coupled to the functional duvet is attached to the body only by various special actions through photochemical action of the cell, namely RNA, DNA synthesis, and various wounds necessary for new cell growth. There is an increase in collagen production necessary for treatment, and explosive metabolism by stimulating mitochondria, a cell power plant, and the general action is to increase the production of new capillaries, accelerate the treatment process, and increase the ATP, a carrier that carries energy to all cells. , Activation of lymphoid tissues to control edema, activation of fibroblasts to promote wound healing, increase of phagocytic cells to remove the infected areas of the human body, and promotion of connective tissue uplift, etc. And nerves, acupuncture points, By pole it will exert a remarkable effect to the inner depths of the human body.

As described above, the present invention has been illustrated and described with reference to specific preferred embodiments, but is not limited to the above-described embodiments, and simple design changes and substitution of conventional means within the scope not changing the technical gist of the present invention. It is also clear that the case belongs to the protection scope of the present invention.

10: duvet cover 20: opening
30: slide fastener 31a, 31b: tape
32: slider 40: light source unit
41a: upper cover 41b: lower cover
41c: body 42: light emitting diode
43: + power input line 44: -power input line
45: N-type electrode lead 46: P-type electrode lead
50: connection terminal 60: power supply
61 connector 62 power cable
63: adapter 63a: timer
63b: indicator 64: plug

Claims (3)

A duvet cover 10 in which longitudinal openings 20 are formed at equal intervals on one side where the body is in contact with each other, so that the tape 31a of the slide fastener 30 is sealed and fixed at both ends of the opening 20, respectively. )Wow,
The body formed with an area coincident with the opening portion 20 includes an upper cover 41a and a lower cover 41b of a fiber material, and the slide fasteners are in a state where the upper cover 41a and the lower cover 41b are aligned with each other. The tape 31b corresponding to the tape 31a of the 30 is sealed to both sides of the body and is detachably coupled to the duvet cover 10 by the slider 32 of the slide fastener 30 and by light energy. The light treatment unit 40 is installed to receive the inside of the upper cover 41a and the lower cover 41b so that the photochemical action of the cells can be performed, and at the same time, the connection terminal 50 is exposed to the lower end. Band B1,
A plurality of connectors 61 accommodated in the lower inner side of the duvet cover 10 and corresponding to the connection terminals 50 of the light source unit 40 are connected in series with a power cable 62 and at the same time, a power cable 62. ), The front end of the) is drawn out to the outside of the duvet cover 10, the adapter 63 having the timer 63a and the indicator light 63b and the power supply unit 60 to which the plug 64 is connected to one side of the adapter are installed. Functional duvet using photochemistry, characterized in that the configuration is included. A duvet cover 10 in which longitudinal openings 20 are formed at equal intervals on one side where the body is in contact with each other, so that the tape 31a of the slide fastener 30 is sealed and fixed at both ends of the opening 20, respectively. )Wow,
The body formed with an area coinciding with the opening portion 20 is made of flexible flexible synthetic resin, which corresponds to the tape 31a of the slide fastener 30 on both sides of the body, and the slider 32 of the slide fastener 30. The light source unit 40 is formed at the same time as the light source unit 40 to be buried at the same time at the same time at the bottom of the light source unit for the photochemical action of the cells by the light energy and both sides of the tape (31b) detachably coupled to the duvet cover 10 And the optical therapy band (B2) is installed in a state in which the connection terminal 50 is connected to the exposed (40),
A plurality of connectors 61 accommodated in the lower inner side of the duvet cover 10 and corresponding to the connection terminals 50 of the light source unit 40 are connected in series with a power cable 62 and at the same time, a power cable 62. ), The front end of the) is drawn out to the outside of the duvet cover 10, the adapter 63 having the timer 63a and the indicator light 63b and the power supply unit 60 to which the plug 64 is connected to one side of the adapter are installed. Functional duvet using photochemistry, characterized in that the configuration is included. The method according to claim 1 or 2,
The light source unit 40 is disposed on both sides of the + power input line 43 and-power input line 44 to receive electricity from the power supply unit 60 on the basis of the center of the body, the + power input line And a plurality of light emitting diodes 42 whose number is determined according to the voltage level supplied from the + and-power input lines 43 and 44 in a state of being connected to the 43 and-power input lines 44. Arranged at equal intervals in the center of the line 43 and the power supply input line 44 to connect the N-type electrode leads 45 and the P-type electrode leads 46, respectively, and connect them in series. Functional blanket using photochemistry, characterized in that connected in parallel to the +,-power input line 43, 44 in parallel connected to.

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