JP2020163089A - Warming apparatus and exothermic body storage container - Google Patents

Abstract

To solve the problem of difficulty in effectively warming a part of a human body using a disposable body warmer only.SOLUTION: A warming apparatus is to be directly or indirectly brought into contact with a human body to warm a part of the contact. The warming apparatus comprises an exothermic body and a storage container for retaining and storing the exothermic body. The storage container is constituted by a base material. On a part of the base material in contact with the exothermic body is laminated a hormesis material on which hormesis powder is applied. Germanium powder is applied on the surface of base material on the side opposite to the side on which the hormesis material is laminated. Also, tourmaline or carbon powder is applied on the surface on which the germanium powder is applied.SELECTED DRAWING: Figure 1

Description

The present invention is a heating device and used thereof that can contribute to improvement of physical condition such as improving blood circulation in the contact portion by directly or indirectly contacting a desired portion of the human body to heat the contact portion. A storage container for heating elements.

Conventionally, portable body warmer holding devices and hormesis cloths in which tourmaline, carbon, and hormesis materials are kneaded have been known.
In addition, various health facilities that utilize the thermal effect of hyperthermia are provided.
One of the hottest spots in recent years is the bedrock bath, which is a type of sauna-style bath where you lie down on a bed made of warm natural stone or rock and sweat. The number of users tends to increase year by year as a means of promoting the activation of metabolism and promoting beauty and health.

However, in the portable body warmer holding device, the holding device itself is formed of ordinary cloth by simply wrapping the disposable body warmer around the waist, and the tubular bag for holding the body warmer has not been devised at all.
In addition, there was no hormesis cloth combined with a heating element to effectively transfer the heat released from the heating element to the human body.
Furthermore, since the above-mentioned bedrock bath or sauna bath requires large-scale equipment, it cannot be installed in a general household. Therefore, there have been proposed health mats and stools that can be easily installed and easily used in ordinary households without requiring large-scale equipment, have low production costs, and can exert a sufficient thermal effect. ..

JP-A-2010-162307

Japanese Unexamined Patent Publication No. 2011-78449

JP 2012-40212

The above-mentioned Patent Document 1 discloses a portable body warmer holding device, but the holding device itself is formed of ordinary cloth by simply wrapping a disposable body warmer around the waist, and the tubular bag for holding the body warmer has no device. It wasn't done.
Further, Patent Document 2 discloses a hormesis cloth in which a hormesis material is kneaded, and the hormesis cloth is combined with a heating element to effectively transfer the heat released from the heating element to the human body. The point to be done is not disclosed.
Further, in Patent Document 3, a planar heater is arranged on a mat base material, ball gravel packed in a bag is arranged on the planar heater, and the support, the planar heater and the bagged ball gravel are covered. A health mat is described in which the ball gravel is heated to the required temperature by a planar heater.
In addition, a planar heater is placed on the bottom side of a shallow box-shaped stool body with an open top surface, and a required amount of ball gravel is placed on it. The planar heater heats the ball gravel to the required temperature. A healthy stool that sits on this heated ball gravel is described.

With the portable body warmer holding device and hormesis cloth described in Patent Documents 1 and 2, it is impossible to effectively transfer the heat released from the heating element to the human body to heat it.
Further, although the health mat and the health stool described in Patent Document 3 have a desired effect, they require a large power source, and it is difficult to carry them on a large scale easily for travel.
It is also inconvenient to locally heat the waist and neck of the human body.

The present invention is an improvement over the drawbacks of the conventional technique, in which hormesis, germanium, tourmaline and carbon are applied in a complex manner, and the contact portion is heated by directly or indirectly contacting a desired part of the human body. However, the present invention is intended to provide a heating device that can contribute to improvement of physical condition such as improving blood circulation in the site and a storage container for a heating element used for the heating device.

(1) A heating device that heats the contact portion by directly or indirectly contacting the human body.
A heating element and a storage container for holding and storing the heating element are provided, the storage container is provided with a base material constituting the heating element, and hormesis powder is applied to a portion of the base material in contact with the heating element. A heating device characterized in that the hormesis material is laminated, germanium powder is applied to the opposite side on which the hormesis material of the base material is laminated, and tolumarin or carbon powder is laminated on the germanium-coated surface. is there.
According to the present invention, low radiation is emitted by hormesis, negative ions are generated by tourmaline and carbon, and germanium that emits negative electrons when heat of 32 ° C or higher is applied is utilized, and the electron balance in the body is disrupted. Can be supplemented with germanium, and can be heated while having a positive effect on the human body as a whole.

(2) It is preferable that tourmaline and carbon powder are laminated on the germanium-coated surface.
The germanium applied to the base material may peel off when it comes into contact with another cloth or the human body, but when tourmaline and carbon powder are laminated on the germanium, the germanium is protected and the germanium is protected. Peeling is also prevented.

(3) A bag-shaped storage container that holds and stores a heating element for directly or indirectly contacting the human body to heat the contact portion, and is composed entirely of a base material. A formesis material coated with formicis powder is laminated on a portion in contact with the heating element, germanium powder is applied on the opposite side of the laminated formesis material of the base material, and tolumarin or carbon powder is applied to the germanium-coated surface. It is a storage container for a heating element, which is characterized by being coated.
When the heating element is held in the storage container of the present invention, low radiation is emitted by hormesis, negative ions are generated by tourmaline and carbon, and the characteristic of germanium that emits negative electrons when heat of 32 ° C or higher is further utilized is utilized. It is possible to supplement the broken electron balance in the body with germanium, and it is possible to heat while giving a good effect on the human body as a whole.

(4) It is preferable that tourmaline and carbon powder are coated on the germanium-coated surface.
The germanium applied to the base material may peel off when it comes into contact with another cloth or the human body, but when tourmaline and carbon powder are laminated on the germanium, the germanium is protected and the germanium is protected. Peeling is also prevented.

(5) The base material is preferably formed of a non-woven fabric of natural fibers.
The base material is made of natural fiber non-woven fabric, which is gentle and tough to the human body.

(6) An easy-to-carry heating device that directly or indirectly contacts the human body to heat the contact portion, and has a heat insulating support and a planar heater mounted on the support. And the bag body for enclosing the ball body placed on the planar heater, the ball body enclosed in the bag body, and the bag body in which the support, the planar heater and the ball body are enclosed are integrated. It is a local heating device provided with an outer skin body that is specifically surrounded by the outer skin body, and at least the side of the outer skin body facing the human body is formed by the storage container according to the above (3). ..

With this configuration, low radiation is emitted by hormesis, negative ions are generated by tourmaline and carbon, and the characteristic of germanium that emits negative electrons when heat of 32 ° C or higher is applied is utilized and collapsed. It is possible to supplement the electronic balance in the body with germanium, and it is possible to effectively heat the body while having a positive effect on the human body as a whole.
In addition, since the entire body can be miniaturized and the ball is movably enclosed in the bag, the movement of the ball does not cause fixed contact with a specific part of the human body. , Less likely to cause low temperature burns.

In the present invention, by the synergistic action of hormesis, germanium, tourmaline and carbon, it is possible to effectively heat a defective part while having a good effect on the human body comprehensively.
In addition, since the entire body can be formed into a small size and the ball is movably enclosed inside the bag, the movement of the ball does not cause fixed contact with a specific part of the human body. , Less likely to cause low temperature burns.

It is a partially enlarged sectional view of one Embodiment of this invention. It is an external perspective view seen from the human body side of one Embodiment of this invention. It is sectional drawing of another embodiment of this invention. It is a layout drawing of the heater of another embodiment of this invention. It is an external perspective view of another embodiment of this invention. It is a top view of another embodiment of this invention.

FIG. 1 is a partially enlarged cross-sectional view according to the first embodiment, and FIGS. 1 and 1a are bag body cloths constituting the storage container 2, which are formed of a non-woven fabric made of natural fibers such as cotton and linen. The disposable body warmer 3 is housed inside so that it can be inserted and removed.
A germanium layer 4 is laminated on the human body side A of the bag cloth 1a on the human body side A, and a tourmaline carbon layer 5 in which tourmaline and carbon are kneaded is further laminated on the human body side A to cover the germanium layer 4. And protect it.
Further, the hormesis layer 6 is laminated on the side B opposite to the human body of the bag cloth 1a on the human body side A.
FIG. 2 is an external perspective view seen from the human body side, in which a slit 7 extending in the longitudinal direction is provided in the center of the bag cloth 1a on the human body side A of the rectangular storage container 2, and the cairo is provided through the slit 7. 3 is inserted and removed.
In addition, annular string bodies 8 are fixedly installed at both ends of the storage container 2 in the longitudinal direction, and a belt 9 is attached to the side B opposite to the human body of the storage container 2 through the string body 8.
Therefore, the storage container 2 is fixed to the human body by the belt 9.

FIG. 3 is a vertical cross-sectional view of a heating device of a type that is heated by electric power, and a planar heater 11 is fixed to the upper surface of a support 10 having heat insulating properties such as urethane foam. As shown in the plane of the planar heater 11, the heating wire 12 is arranged and sealed in a plane on a sheet of silicon rubber having a thickness of about 1.5 mm.

The connection end of the heating wire 12 is connected to a lead wire 13 connected to the outside. Further, a thermostat 14 is attached to a portion where the heating wire 12 is not arranged, and the thermostat 14 controls the supply of electric power to the heating wire 12.
The power consumption of the heater is appropriately about 2.5 W.

A bag body 15 is fixed on the planar heater 11, and natural pebbles 6 formed of black slate called "Mihama stone" as a ball body are formed on the bag body 15. As shown in FIGS. 3 and 6, three pieces are enclosed without any particular processing.
In addition, in FIG. 3, three are intentionally arranged in a straight line for easy understanding, but in reality, they are arranged in a substantially circular shape as shown in FIG.

The bag body 15 in which the stacked support 10, the planar heater 11, and the pebbles 16 are enclosed is surrounded by a storage container 2 having the same structure as that of the first embodiment. The human body comes into direct or indirect contact with the upper surface of the storage container 2, and the size of the storage container 2 is approximately 5 cm in length and width and about 1 cm in thickness.
The pebbles 16 are spatially enclosed so as to be easily moved inside the bag body 15.

A USB connector 17 is attached to the end of the lead wire 13 opposite to the end connected to the heater 11, as shown in FIG. 6, and the USB connector 17 is small as shown in FIG. It is connected to the battery pack 18 of.
The pack 18 may be equipped with on / off control of energization or a temperature setting means.

In this embodiment, since it is compactly formed as described above, it can be easily carried, and even when riding on an airplane or a car at both destinations, it can be easily heated locally by contacting it with the waist or shoulders. can do.

1 Bag body cloth on the human body side, 1a Bag body cloth on the opposite side of the human body, 2 Storage container, 3 Cairo, 4 Germanium layer, 5 Turmarin carbon layer, 6 Holmesis layer, 7 slits, 8 strings, 9 belts, 10 Support, 11 heater, 12 heating wire, 13 lead wire, 14 thermostat, 15 bag body, 16 pebbles (ball body), 17 USB connector, 18 battery pack.

Claims (6)

A heating device that heats the contact area by directly or indirectly contacting the human body.
A heating element and a storage container for holding and storing the heating element are provided.
The storage container is provided with a base material constituting the storage container, and a hormesis material coated with hormesis powder is laminated on a portion of the base material in contact with the heating element, and the hormesis material of the base material is laminated. A heating device characterized in that germanium powder is applied to the side and tolumarin or carbon powder is applied to the germanium-coated surface. The heating device according to claim 1, wherein tourmaline and carbon powder are coated on the germanium-coated surface. A bag-shaped storage container that holds and stores a heating element for directly or indirectly contacting the human body to heat the contact portion.
The whole is composed of the base material, the hormesis material coated with the hormesis powder is laminated on the portion of the base material in contact with the heating element, and the germanium powder is applied to the opposite side of the laminated hormesis material of the base material. A storage container for a heating element, wherein the germanium-coated surface is coated with tolumarin or carbon powder. The storage container for a heating element according to claim 3, wherein tourmaline and carbon powder are coated on the germanium-coated surface. The storage container for a heating element according to claim 3 or 4, wherein the base material is made of a non-woven fabric of natural fibers. An easy-to-carry heating device that heats the contact area by directly or indirectly contacting the human body.
With a support with heat insulation
A planar heater mounted on the support and
The bag body for enclosing the ball body placed on the planar heater and
The ball enclosed in the bag and
The support, the planar heater, and the exodermis body in which the bag body in which the ball body is enclosed are integrally surrounded are provided.
A local heating device, characterized in that at least the side of the exodermis body facing the human body is formed by the storage container according to claim 3.

Images