JP2008093388A - Far-infrared pocket heater - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a new far-infrared pocket heater which can warm human bodies thoroughly by far-infrared rays. <P>SOLUTION: A mineral radiating far-infrared rays or a particle or granule of mineral radiating far-infrared rays, such as radium mineral, radon mineral is housed in a bag body 3, and in application a disposable pocket heater is stuck to the bag body 3. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a far-red body warmer that can radiate far-infrared rays or the like and can be warmed from the core of the body.

  Originally, “Kaiiro” was written as “Kai-Kou” and was an invention in the early days of the Genroku era. Until recently, some small boxes made of metal, etc., were used by putting ash ash and igniting it for storage and sealing. Some also use volatile oil. In contrast, in recent years, disposable warmers are generally used. Disposable body warmers are made of iron powder, water, activated carbon, wood powder, vermiculite, salt, and the like. In order to heat this disposable body warmer, it is only necessary to break the outer bag body and take out the body body inside. The temperature at which heat is generated averages around 50 ° C. and lasts for about 20 hours. Disposable warmers are easy to handle, high in safety, and have sufficient heat retention time and heat retention effects, so they are commonly used today.

  As described in the background art, disposable warmers are generally widely used in the present squirrel. However, disposable warmers simply serve to warm the body from the cold. It is just heat that disposable warmers generate heat. A mere heat can only warm the surface of the body, not the core of the body. In recent years, scientific progress has been remarkable, and materials that can be warmed from the core of the body and are said to be good for health have appeared. For example, far infrared radiation minerals, radium radiation minerals, radon radiation minerals and the like. These substances do not exert much effect if they are placed in a normal environment, but when these materials are given thermal energy, they emit a large amount of their own radiation. The radioactive materials emitted from these minerals play a vital role in maintaining the health of the human body. However, prior to the application of the present invention, the prior art was investigated, but no similar ones were found. Therefore, in the present invention, a bag body in which far-infrared radiation minerals, such as far-infrared radiation minerals, radium radiation minerals, and radon radiation minerals are used, is developed, and a disposable body warmer is attached to the bag body. When worn and used, the human body can be warmed from the core with far-infrared rays, and a new far-red body warmer useful for health will be developed and provided.

In order to achieve the above object, the far-red warmer according to the present invention has the following configuration.
(Claim 1)
A far-red body warmer characterized in that far-infrared radiant mineral particles 1 and 1 and a binder 2 are mixed and sealed in a bag 3.
(Claim 2)
The far-red body warmer according to claim 1, wherein the radium radiation mineral particles 4 and 4 are added and mixed.
(Claim 3)
The far-red body warmer according to claim 1 or 2, wherein radon radiation mineral particles 5 and 5 are added and mixed.
(Claim 4)
Far-infrared radiant mineral particles 1, 1; radium radiant mineral particles 4, 4; radon radiant mineral particles 5, 5; rubber chips 6 and 6; A far-red body warmer characterized in that a brick 7 is made and molded into a bag-like body 9 provided with an opening 8 through which the disposable body warmer can be taken in and out from one direction.
(Claim 5)
The far-red body warmer according to claim 4, wherein an aluminum foil (10) is adhered to the inner surface of the bag-like body (9).
(Claim 6)
The mat upper surface 11 is molded with the mixed brick 7, the mat rear surface 13 is formed using the heat insulating material 12, and the storage portion 14 that can store the disposable body warmer is formed in the center portion. The far-red body warmer characterized by using two mats on the upper and lower sides together with the mat back surface 13.
(Claim 7)
The far-red body warmer according to claim 6, wherein a heater wire 15 is embedded at a proper position on the back surface 13 of the mat.
(Claim 8)
The far-red body warmer according to claim 4, 5, 6, or 7, wherein a synthetic resin material 16 is used in place of the rubber chips 6 and 6.

Since this invention is comprised as mentioned above, there exists an effect described below.
1. In the embodiment of claim 1, even if the bag body 3 is broken, the powder of the far-infrared radiation mineral particles 1, 1 enclosed in the bag body 3 is scattered by the adhesive effect of the binder 2. If the disposable body warmer is attached to one side of the bag 3 and used, the thermal energy of the disposable body warmer is transmitted to the far-infrared radiation mineral particles 1 and 1 and a large amount of far-infrared radiation is emitted. To do. Therefore, in this embodiment, when a disposable body warmer is attached to the bag body 3 and brought into contact with the body, a sense of comfort and pleasure can be obtained and a refreshing feeling can be immersed. Originally, far-infrared radiating mineral powders 1 and 1 generate a large amount of electromagnetic waves (far-infrared rays) of 0.64 to 14 microns when heat energy is applied, and the electromagnetic waves enter the body and become warm from the core of the body. . Not only does it get warm, but its far-infrared rays activate the body's water and exert fatigue recovery effects.
2. In the embodiment of claim 2, since radium radiation mineral particles 4 and 4 are added and mixed, radium radiation mineral particles 4 and 4 mainly emit negative ions at the same time. The synergistic effect with far-infrared radiation relaxes the body and promotes recovery from fatigue.
3. In the embodiment of claim 3, since radon radiation mineral particles 5, 5 are added and mixed, radon radiation mineral particles 5, 5 radiate a trace amount of radiation such as radon, In addition to the above effects 1 and 2, harmful heavy metals and waste products can be excreted together with sweat.
4). In the embodiment according to claim 4, since the mixture 7 is molded into the bag-like body 9, when the disposable body warmer is inserted into the opening 8, the disposable body warmer is put into the bag-like body 9. As it enters, far-infrared rays, negative ions, etc. are emitted from both sides of the bag-like body 9. In the present embodiment, there is the convenience that the disposable body warmer can be used only by putting it in the bag-like body 9.
5. In the embodiment according to claim 5, since the aluminum foil 10 is adhered to the inner surface of the bag-like body 9, the thermal conductivity is good and the heat of the disposable body warmer is well transmitted to the blend 7 and the far infrared rays are transmitted. It is possible to emit more radiation.
6). In the embodiment of claim 6, since the mat back surface 13 is the heat insulating material 12, when this embodiment is placed on a floor or a chair and a foot or a waist is placed on the mat or the like, it is warmed from the core of the body. be able to.
7). In the embodiment of the present invention, the heater wire 8 is embedded in the rubber mat. When heat is applied by the heater wire 8, the radiation effect of the far-infrared radiation mineral, radon radiation mineral or radium radiation mineral is obtained. It can be shown to the fullest.
8). In the embodiment of the eighth aspect, the synthetic resin material 16 is used instead of the rubber chips 6 and 6, and the same effects as the rubber chips 6 and 6 are exhibited.

  Embodiments of the present invention will be described with reference to the drawings. 1 and 2 relate to claim 1. FIG. 1 is a perspective view of the bag body 3, and FIG. 2 is a sectional view taken along line XX. In this embodiment, far-infrared radiant mineral powders 1 and 1 and a binder 2 are encapsulated in a mixture 3 in a bag 3 made of an arbitrary material. In this embodiment, the amount of the binder 2 is put. Is increased, the far-infrared radiation mineral particles 1 and 1 are solidified into a plate-like solid, and when the amount of the binder 2 is reduced, the far-infrared radiation mineral particles 1 and 1 are solidified in a granular shape. Therefore, in order to use this embodiment, when a disposable body warmer is attached to one side of the bag body 3 to generate heat, the heat of the disposable body warmer is transmitted to the far infrared radiation mineral particles 1, 1, and far infrared radiation is emitted. A large amount of far-infrared rays are emitted from the mineral particles 1 and 1. When this bag body 3 is applied to a necessary part of the body, the body can be warmed from the core. The hardened plate is suitable for warming the body by placing it on the floor, and the hardened granule can be used by deforming the bag 3, so it is easy to handle and bends such as elbows and knees Can also be used. If the bag body 3 is hardened in a granular form, even if the bag body 3 is torn, the far-infrared radiation mineral particles 1 and 1 are scattered and become dusty, which is a problem. That doesn't happen.

  In the present invention, graphite silica (black silica) is used as the far infrared radiation mineral. However, the far-infrared radiation mineral is not limited to graphite silica, and various far-infrared radiation minerals may be employed. Far-infrared refers to electromagnetic waves from 0.64 to 14 microns. All living organisms on the earth respond to any electromagnetic wave from 0.64 to 14 microns, and the water that constitutes the living organisms is regenerated and becomes comfortable. It is no exception for humans, and when far infrared rays are applied to the body, the far infrared rays penetrate into the body, warm from the inside of the body, and a lot of comfortable sweat is discharged. The sweat produced by heating the far-infrared radiant mineral particles 1 and 1 and irradiating the body is the same as that produced when bathing in a hot spring, and has a non-sticky nature. This sweat is fundamentally different from sweat that occurs during exercise or when it is hot (sweat from sweat glands, mainly for the purpose of regulating body temperature), and is sweated without any stress on the body (sweat from the sebaceous glands). Therefore, the sweat itself is smooth and there is no sweat-specific odor. Furthermore, it excretes waste products accumulated in the body, rejuvenates living cells by smoothing the flow of blood and lymph, and activates metabolism. It also promotes the discharge of hazardous heavy metals and the burning of fat.

FIG. 3 relates to claim 2 and is a sectional view of the embodiment of claim 2.
In this embodiment, radium radiation mineral particles 4 and 4 are added to the embodiment described in claim 1 and mixed and sealed in the bag 3. Radium radiation mineral powder 4, 4 is a mineral that mainly emits negative ions, and when used in combination with far-infrared radiation minerals, exerts a synergistic effect and plays a role in producing a large amount of sweat. The body is relaxed and fatigue recovery is promoted.

FIG. 4 relates to claim 3 and is a sectional view of the embodiment of claim 3.
In the present embodiment, radon radiation mineral particles 5 and 5 are added to the embodiment described in claims 1 and 2, and are mixed and sealed in the bag 3. The present invention uses a combination of far-infrared radiant mineral particles 1, 1, radium radiant mineral particles 4, 4 and radon radiant mineral particles 5, 5 to provide a number of herbal medicines. In addition to exerting a synergistic effect as much as possible, it not only produces a large amount of sweat, but also discharges the heavy metals of harmful toxins that are no longer needed.

FIG. 5 is a perspective view of the fourth embodiment.
In this embodiment, far-infrared radiant mineral particles 1, 1, radium radiant mineral particles 4, 4, radon radiant mineral particles 5, 5, rubber chips 6, 6 and binder 3 are mixed. The mixture 7 is made into a bag-like body 9 provided with an opening 8 through which the disposable body warmer can be taken in and out from one direction. In order to use this embodiment, the opening 8 is opened, and a disposable body warmer is placed in the bag-like body 9, and the body is warmed from the core.

  FIG. 6 is a partially cutaway perspective view of the fifth embodiment. In the present embodiment, the aluminum foil 10 is adhered to the inner surface of the bag-like body 9. Since the aluminum foil 10 has a good thermal conductivity and transmits heat from the disposable body warmer to the bag-like body 9, more infrared rays and the like are emitted.

FIGS. 7 and 8 show an embodiment of the present invention, FIG. 7 is a perspective view of the top surface 11 of the mat, and FIG. 8 is a perspective view of the back surface 13 of the mat.
In the mat upper surface 11 perspective view of FIG. 7, far-infrared radiation mineral particles 1, 1, radium radiation mineral particles 4, 4, radon radiation mineral particles 5, 5, rubber chips 6, 6, Binder 3 is blended to make blend 7 and this is molded into a rectangular plate.
In the mat rear surface 13 perspective view of FIG. 8, a storage portion 14 that can store a disposable body warmer is engraved in the center using an arbitrary heat insulating material 12. Accordingly, a disposable body warmer is placed in the storage portion 14 on the back surface 13 of the mat, and the mat upper surface 11 is overlaid thereon. In this embodiment, since the mat back surface 13 is the heat insulating material 12, the mat upper surface 11 is placed on a floor or a chair and the foot or waist is placed on the mat 3, and then the heat of the disposable body warmer is increased. The far infrared radiation mineral particles 1, 1 and radium radiation mineral particles 4, 4 and radon radiation mineral particles 5, 5 in the mat upper surface 11 are heated to the far infrared rays and negative ions. Etc. are emitted in large quantities. Therefore, if the body is kept in contact with the top surface of the mat, the body is warmed from the core, and a sense of comfort and pleasure can be obtained, so that it can be immersed in a refreshing feeling.

FIG. 9 is a plan view of the seventh embodiment.
In this embodiment, the far-red body warmer according to claim 6 or 7, wherein a heater wire 15 is embedded at an appropriate position on the back surface 13 of the mat. Since the heater wire 15 is embedded, a necessary heat source can be easily obtained when the power is turned on, and thus far infrared rays and the like can be radiated freely for a necessary time.

  FIG. 10 is a perspective view of an embodiment according to claim 8. In the present embodiment, the far-red body warmer according to claim 4, 5, 6, or 7, wherein the synthetic resin material 16 is used instead of the rubber chips 6 and 6. Even if it mixes with far-infrared radiant mineral powder 1, 1, radium radiant mineral powder 4, 4, and radon radiant mineral powder 5, 5 and 5 with synthetic resin material 16, it mixes with rubber chips 6 and 6. A mixed brick 7 similar to the one made is made.

  The far-red body warmer according to the present invention is manufactured based on far-infrared radiation minerals. In the present invention, the far-infrared emitting material uses graphite silica. When all the animals and plants on the earth are irradiated with far-infrared rays, it reacts to any electromagnetic wave from 0.64 to 14 microns, and the water constituting the living organism becomes a comfortable state in which regeneration is achieved. Even in humans, when far-infrared rays are applied to the body, the far-infrared rays penetrate into the body and become warm from the inside of the body, and a large amount of comfortable sweat flows out. Recently, in order to treat caries, far-infrared rays are irradiated to caries to reduce pain. In the present invention, radium radiation minerals 4 and 4 and radon radiation minerals 5 and 5 are used. Badgastein emits radon even in small amounts, and like the radon hot spring, it promotes sweating a large amount of sweat from the human body. Therefore, after that, it becomes refreshing to the mood, so that the body cells regenerate and the metabolism is vigorous. It also eliminates the causes of lifestyle-related diseases such as visceral fat syndrome (metabolic syndrome). By frequently using the product of the present invention in a familiar place, a healthy body is maintained and it is useful for preventing aging. The product of the present invention can fully exert its effects without relying on medicines or supplements to maintain fatigue recovery / maintenance of health, so it must be very useful as a health maintenance product of the 21st century.

  It is a perspective view of one Example.   It is XX sectional drawing.   It is sectional drawing of the Example as described in Claim 2. FIG.   It is sectional drawing of the Example as described in Claim 3.   It is sectional drawing of the Example as described in Claim 4.   It is a partially cutaway perspective view.   It is a mat top perspective view.   It is a mat back perspective view.   It is a front view of the Example described in Claim 7. FIG.   It is a perspective view of the Example as described in Claim 8. FIG.

Explanation of symbols

(1) is far infrared radiation mineral powder (2) is binder (3) is bag (4) is radium radiation mineral powder (5) is radon radiation mineral powder (6) is rubber chip (7) Is the mixed brick (8) is the opening (9) is the bag (10) is the aluminum foil (11) is the mat upper surface (12) is the heat insulating material (13) is the back of the mat (14) is the storage (15) Is heater wire (16) is synthetic resin material

Claims (8)

  A far-red body warmer characterized in that far-infrared radiant mineral particles (1), (1) and a binder (2) are mixed and sealed in a bag (3).   The far-red body warmer according to claim 1, wherein the radium radiation mineral particles (4) and (4) are added and mixed.   The far-red body warmer according to claim 1 or 2, wherein the radon radiation mineral particles (5) and (5) are added and blended.   Far-infrared radiant mineral particles (1), (1), radium radiant mineral particles (4), (4), radon radiant mineral particles (5), (5), and rubber chips (6) (6) and the binder (2) are blended to produce a blended brick (7). Using the blended brick (7), the opening (8 A far-red body warmer characterized by being molded into a bag-like body (9) provided with a).   The far-red body warmer according to claim 4, wherein an aluminum foil (10) is adhered to the inner surface of the bag-like body (9).   The mat upper surface (11) is molded with the mixed brick (7), and the back surface (13) of the mat is engraved using a heat insulating material (12), and a storage portion (14) capable of storing a disposable body warmer is engraved in the center. In addition, a far-red body warmer characterized in that the upper and lower mats of the mat upper surface (11) and the mat rear surface (13) are used in combination.   The far-red body warmer according to claim 6 or 7, wherein a heater wire (15) is embedded at a suitable position on the back surface (13) of the mat.   The far-red body warmer according to claim 4, 5, 6, or 7, wherein a synthetic resin material (16) is used instead of the rubber chips (6) and (6).

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