JP3035302U - Multipurpose far infrared radiation band - Google Patents

Abstract

(57) [Summary] [Purpose] It can be fixed to a desired part of the human body by simple operation, and far-infrared radiation allows warm heat to penetrate deep into the affected area, which is effective for promoting healing and improving health of the affected area. Provides infrared radiation band. [Structure] A holder body 1, a far infrared radiation sheet 2, a simple heating element 4 and a belt member 5. A pocket portion 3 is formed on the holder body 1 by a mesh cloth 8. The far-infrared radiation sheet 2 and the simple heating element 4 are placed in the pocket portion 3 so that the far-infrared radiation sheet 2 faces the mesh cloth 8. The belt member 5 is formed with male fasteners 13 that can be engaged with the pile cloth portion 6 of the holder body 1 at both ends, and a plurality of types having different lengths in the longitudinal direction are prepared.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 The present invention relates to a multipurpose far-infrared radiation band which is fixed to a desired part of a human body and permeates the heat generated by far-infrared radiation into the affected area to promote healing of the affected area or health.

[0002]

[Prior art]

 Various health appliances focused on the penetration effect of far infrared rays emitted from the far infrared radiation ceramic body into the affected part of the human body and the thermotherapy effect or health promotion effect brought about by the combined use of this penetration effect and a heating element. Has been developed by. For example, Japanese Unexamined Patent Publication (Kokai) No. 6-327707 provides a corset that can effectively correct the body by far infrared rays and can also perform hyperthermia treatment, and Japanese Unexamined Patent Publication No. 7-96045 kills cancer cells without causing physical pain to the patient. We provide a thermotherapy device that uses far-infrared radiation ceramics that can be produced and that is economically economical.

[0003]

[Problems to be solved by the device]

 However, none of the above-mentioned conventional health appliances using far-infrared radiating ceramics is cumbersome to handle and cannot be fixed to a desired part of the human body. Since it could not be applied to the radiant ceramic body, there was a certain limit to the therapeutic effect or health promotion effect.

In view of the above, the present invention makes it possible to securely fix it to a desired part of the human body by a simple operation, and to allow the heat from the simple heating element to directly act on the far infrared radiation ceramic body. The object of the present invention is to provide a multipurpose far-infrared radiation band that penetrates the heat of far-infrared radiation deep into the affected area and is useful for promoting the healing or health of the affected area.

[0005]

Means for Solving the Problems To describe the structure of the present invention for achieving the above object in detail, one side is provided with a pile cloth part which becomes a female fastener, and the other side is provided with a heat reflection sheet part. Then, both are sewn together at their peripheral portions, and the holder body is formed by forming a pocket portion using a mesh cloth on the heat reflection sheet side, and it is detachable in the pocket portion formed in the holder body. Far-infrared radiation sheet having a far-infrared radiation ceramic body to be inserted, a simple heating element detachably inserted between the far-infrared radiation sheet and the heat reflection sheet, and the holder The far-infrared radiation sheet is formed on the back surface of the far-infrared radiation ceramic body in a mounting hole formed in the sheet member, and comprises a belt member formed on both ends with a male fastener that can be attached to the pile cloth portion of the main body. Rush Part of the belt member so that the protruding portion penetrates the sheet member to directly contact the simple heating element, and the belt member is made up of a plurality of types of belt members having different longitudinal lengths. Select the belt member of the required length according to the part of the human body to which the holder body is to be attached, and attach the male fasteners formed on both ends of the belt member to the pile cloth part that will be the female fastener of the holder body. It is a multipurpose far infrared radiation band characterized by being configured so that the holder body is fixed to a desired part of the human body.

As described above, according to the present invention, the far-infrared radiation sheet has the projection formed on the back surface of the far-infrared radiation ceramic body in the mounting hole formed in the sheet member so that the projection is a sheet member. The far infrared ray radiating ceramic body can be brought into direct contact with the simple heating element, and the heat generated by the heating element can be directly propagated to the far infrared ray radiating ceramic body. The pocket formed on the holder body that stores the far-infrared radiation sheet is made of a mesh cloth, so far-infrared rays radiated to the affected area of the human body are not shielded and heat is generated. The heat of the body can be penetrated deep into the affected part of the human body by the penetration effect of far infrared rays, and good heat treatment can be performed.

Further, the belt members in which male fasteners that can be attached to the pile cloth portion of the holder body are formed at both ends have different longitudinal lengths of 10 cm, 15 cm, 20 cm, 30 cm, 40 cm and 50 cm, respectively. By preparing multiple types of items, it is possible to select the belt member of the required length according to the part of the human body to which the holder main body is attached, and it is possible to securely attach it to the desired place, The treatment can be fully exercised.

A number of studies and developments have been made so far on substances that efficiently radiate far infrared rays, and it has become known that ceramic materials radiate more far infrared rays than metals. Is coming.

However, although ceramics are generally called as ceramics, there are various kinds of materials, and ceramic ceramics having an emissivity close to that of a black body (an ideal substance assuming that the radiation capacity is 100%) are used. The reality is that infrared radiators are still under development.

As a result of an experiment conducted by the present inventor, it was found that the far-infrared emitting ceramic body obtained by firing at a high temperature with petalite and white clay as the main components emits far-infrared rays having an emissivity relatively close to that of a black body. I found it. In addition, as a result of measuring infrared radiation spectra of other ceramic compositions such as a combination of zirconia and clay, or a ceramic material such as titania and alumina, the emissivity is low in the near infrared region, but the wavelength is longer than around 4 μm. It was found that the emissivity increases toward the outer red.

Therefore, the far-infrared radiation ceramic body used in the present invention is preferably composed mainly of petalite and white clay, a mixture of these with zirconia and clay, and a mixture of titania and alumina. Used for.

When petalite and white porcelain clay are used as the composition of the far-infrared radiation ceramic body, the result of the experiment by the present inventor shows that 70 to 90 wt% of petalite is mixed with 30 to 10 wt% of white porcelain clay. It is necessary to add an appropriate amount of water to knead both at the time of molding, and to improve lubricity at the time of molding, in some cases, further add an appropriate amount of water-soluble cellulose ether. After mixing well, a molded product of a suitable shape such as a small disk shape having a protrusion formed on the back surface is obtained by an appropriate molding means using a molding die.

Next, the molded product is naturally dried or forcedly dried by blowing hot air, then placed in a baking oven and gradually heated to a temperature of about 1280 ° C. After maintaining the firing temperature of about 1280 ° C for 1 to 2 hours, the fire in the firing kiln is turned off, and the kiln is left to stand naturally for a whole day and night and then cooled down to near room temperature before it is taken out of the kiln.

The material of the sheet material on which the far-infrared radiation ceramic body is arranged is not particularly limited, but a cotton cloth or non-woven fabric excellent in flexibility and heat resistance is preferably used. However, other materials such as synthetic resin sheet material and polyurethane foam material may be used as long as they have sufficient strength to mount the far infrared radiation ceramic body and have flexibility and heat resistance. Of course.

Further, the simple heating element which is detachably accommodated together with the far-infrared radiation sheet in the pocket portion of the holder main body is configured by accommodating two kinds of powder and granules separately in a bag. , It is a type that heats by mixing the two types of powder and granules when used and causing a chemical change by contact with air, and the heat generation temperature becomes 45 ° C or more by adjusting the materials and quantities used. To do so. That is, according to the medical theory so far, it is said that cancer cells are vulnerable to heat and disappear when the heat of about 42.5 ° C is continuously applied to the affected area, and the heat of about 45 ° C is generated by the heating element. This is because, when the above is generated, the heat loss of about 42.5 ° C. can be applied to the affected area by subtracting the propagation loss through the far infrared radiation ceramic body.

[0016]

[Embodiment of the invention]

 Hereinafter, a specific configuration of the multipurpose far-infrared radiation band according to the present invention will be described in detail with reference to the illustrated embodiments. 1 is a perspective view of a holder body, a far-infrared radiation sheet and a simple heating element in a separated state, FIG. 2 is a plan view showing an example of a belt member, and FIG. 3 is a partially enlarged view showing an embodiment of a multipurpose far-infrared radiation band of the present invention. FIG.

In the figure, 1 is a holder main body, 2 is a far-infrared radiation sheet that is detachably inserted into a pocket 3 formed in the holder main body 1, 4 is a simple heating element, and 5 is a belt member, respectively. Show.

First, the holder main body 1 is sewn on both sides with the pile cloth portion 6 having one surface serving as a female fastener and the other surface serving as a heat reflecting sheet portion 7 at the peripheral portion thereof. The pocket portion 3 is formed on the heat reflection sheet portion 7 side by using the mesh cloth 8.

The heat reflecting sheet portion 7 may be made of a fabric obtained by weaving a yarn containing or adhering a substance that reflects heat well, such as aluminum, gold, silver or platinum. Alternatively, a heat-reflecting sheet obtained by vapor-depositing the above-mentioned heat-reflecting substance on the sheet material may be used.

The far-infrared radiation sheet 2 is formed by disposing a plurality of far-infrared radiation ceramic bodies 10 on a sheet member 9. In the illustrated embodiment, the far-infrared radiation sheet 2 is provided in a mounting hole 11 formed in the sheet member 9. The far-infrared radiation ceramic body 10 is attached to the sheet member 9 by fitting the projection 12 formed on the back surface of the far-infrared radiation ceramic body 10 and adhering the peripheral flange portion of the projection 12 and the sheet member 9. As shown in FIG. 3, the projecting portion 12 formed on the back surface of the far-infrared radiation ceramic body 10 penetrates the sheet member 9.

Next, the simple heating element 4 is one in which two types of powders are separately sealed and housed in a bag made of an appropriate material as described above. It is made by kneading and mixing two kinds of powders and granules in a bag to generate a chemical change by contact with air to generate heat. By adjusting the material and quantity of the powder or granules to be used. The heat generation temperature is set to 45 ° C. or higher.

The simple heating element 4 is to be housed together with the far-infrared radiation sheet 2 in the pocket portion 3 of the holder body 1, but the insertion position of the simple heating element 4 is determined. The simple heating element 4 is housed in such a manner that it is placed between the far infrared radiation sheet 2 and the heat reflection sheet portion 7. As described above, since the protruding portion 12 of the far-infrared radiation ceramic body 10 penetrates the mounting hole 11 formed in the sheet member 9, the far-infrared radiation ceramic body 10 directly contacts the simple heating element 4. Therefore, the heat generated from the simple heating element 4 is propagated to the far-infrared radiation ceramic body 10 without heat loss.

As shown in FIG. 2, the belt member 5 is formed with male fasteners 13 that can be attached to the pile cloth portion 6 of the holder body 1 at both longitudinal ends, and has different longitudinal lengths. Although a plurality of types are shown, that is, two types are shown in the illustrated embodiment, it is convenient to prepare six or more types such as 10 cm, 15 cm, 20 cm, 30 cm, 40 cm, and 50 cm as described above. Is. It should be noted that, although not particularly shown, if the same material as the pile cloth portion 6 constituting the holder body 1 is used for the surface opposite to the surface to which the male fastener 13 is attached, the belt members 5 are attached to each other. As a result, the required length can be adjusted, which improves usability.

In addition, 14 in the drawing is a through hole formed at both ends of the holder main body 1, and a string is passed through the through hole 14 to a necessary portion of the human body without using the belt member 5 described above. The holder body 1 can also be attached. Reference numeral 15 is a vent hole formed in the sheet member 9 forming the far infrared radiation sheet 2.

The multi-purpose far-infrared radiation band of the present invention has the above-described structure, and in use, the far-infrared radiation sheet 2 and the simple heating element 4 which is loosened are simply heated in the pocket portion 3 of the holder body 1. The far-infrared radiation sheet 2 and the heat-reflecting sheet portion 7 are housed together so that the body 4 is housed together, and a belt member 5 having a required length is selected according to the body part to be worn, and both ends of the belt member 5 are selected. The male fasteners 13, 13 formed in the above are fastened to the pile cloth portion 6 serving as the female fastener of the holder body 1.

For example, a relatively long belt member 5 is used for wearing on the abdomen, and the pocket 3 is fixed so that it is on the inside. A relatively short belt is used for wearing on the joint of the foot. The member 5 is used for fixing. As described above, according to the present invention, it can be attached to any part of the human body, and the heat generated from the simple heating element 4 is penetrated by the far infrared rays emitted from the far infrared radiation sheet 2 to penetrate the human body. It is possible to permeate into the affected area of the patient, and it becomes possible to carry out good hyperthermia treatment.

[0027]

[Effect of the invention]

 As described above, according to the present invention, it is possible to securely fix a desired part of a human body by a simple operation, and to combine far infrared rays having a far infrared emissivity relatively close to that of a black body with the heat generated by a simple heating element. It is possible to provide a multipurpose far-infrared radiation band that can be penetrated into the affected part of the human body and is useful for promoting healing of the affected part or promoting health.

In particular, in the present invention, the far-infrared radiation sheet has a projection formed on the back surface of the far-infrared radiation ceramic body in a mounting hole formed in the sheet member, and the projection penetrates the sheet member. As a result, the far-infrared radiation ceramic body can be brought into direct contact with the simple heating element, and the heat generated by the heating element can be directly propagated to the far-infrared radiation ceramic body, so that the holder body can be heated. Since the reflection sheet is attached and the pocket formed on the holder body for storing the far-infrared radiation sheet is made of mesh cloth, it is possible to irradiate the affected area of the human body with radiation. Infrared rays are not shielded, and it has a great effect that the heat generated by the simple heating element can penetrate deep into the affected area of the human body by the penetration effect of far infrared rays. Things.

[Brief description of the drawings]

FIG. 1 is a perspective view of a holder body, a far-infrared radiation sheet, and a simple heating element in a separated state.

FIG. 2 is a plan view showing an example of a belt member.

FIG. 3 is a partially enlarged sectional view showing an embodiment of the multipurpose far infrared radiation band of the present invention.

[Explanation of symbols]

1: Holder body 2: Far infrared ray radiating sheet 3: Pocket portion 4: Simple heating element 5: Belt member 6: Pile cloth portion 7: Heat reflection sheet portion 8: Mesh cloth 9: Sheet member 10: Far infrared ray radiating ceramic body 11: Mounting hole 12: Projection part 13: Male fastener 14: Through hole 15: Vent hole

Claims (1)

[Utility model registration claims] 1. A pile cloth portion serving as a female fastener is sewn on one surface, and a heat reflecting sheet portion is sewn on the other surface so that the heat reflecting sheet portion is on the other surface, and a mesh cloth is provided on the heat reflecting sheet portion side. And a far-infrared radiation sheet comprising a far-infrared radiation ceramic body which is detachably inserted in the pocket formed in the holder body, and a far-infrared radiation sheet. A simple heating element that is detachably inserted between the radiation sheet and the heat reflection sheet, and a belt member having male fasteners that can be engaged with the pile cloth portion of the holder body formed at both ends,
The far-infrared radiation sheet has a protrusion formed on the back surface of the far-infrared radiation ceramic body fitted in a mounting hole formed in the sheet member, and the protrusion directly penetrates the sheet member to directly contact the simple heating element. It is made possible, and the belt member is composed of a plurality of types of belt members having different lengths in the longitudinal direction, and a belt member having a required length is selected according to a part of the human body on which the holder main body is mounted, Multipurpose far-infrared radiation, characterized in that male fasteners formed on both ends of the belt member are fixed to a pile cloth portion serving as a female fastener of the holder body to fix the holder body to a desired part of the human body. band.