JP3119900U - Thermotherapy pad - Google Patents

Abstract

[PROBLEMS] To provide a thermotherapy pad capable of acting on a limb or the like with a titanium material or germanium material, ocher, or cobblestone, which is effective in promoting blood circulation and metabolism, and at the same time allowing a heat storage material to act. Offer.
In a hot pack for thermotherapy in which a heat storage material stored by dielectric heating by high frequency is stored in a bag made of a synthetic resin film and sealed, at least one selected from a titanium material and a germanium material is provided. A thermotherapy pad characterized in that an inorganic substance is attached to the bag body, preferably a cobblestone is attached to the bag body, and ocher is mixed with a heat storage body. The structure of the bag body is a structure in which two flat sheets are overlapped and the ends are joined, and an inlet is provided at one location of the bag body. Germanium or titanium material, cobblestone is filled in a container. And is attached between the planar sheets constituting the bag body.
[Selection] Figure 1

Description

The present invention relates to a thermotherapy pad containing titanium or germanium used for a neck, a limb or the like.

  Recently, titanium and germanium materials have attracted attention for promoting blood circulation and metabolism. These materials have effects such as blood circulation promotion, sedation, and endotherm. These actions are effective even when these materials are not in direct contact with the skin.

Conventionally, as a cover of a hot pack for thermotherapy, a heat storage material stored by high-frequency dielectric heating is housed and sealed in a bag made of a synthetic resin film, and the bag is wrapped in a cloth cover so as to be freely accessible. In a hot pack for thermotherapy,
The cover is made of a bag body having an upper surface with a good heat retaining property and a base material with a good thermal conductivity, and a hot pad for a thermotherapy in which a wet cloth such as a steaming towel is detachably attached to the lower surface. A pack cover (Patent Document 1) is disclosed.
Attempts have also been made to apply it to bands that use titanium material wrapped around hands and feet. That is, a health band in which titanium or the like is contained in an intermediate layer in a surface layer made of a textile product and a flexible intermediate layer is disclosed (Patent Document 2).

Japanese Utility Model Publication No. 4-30519 Noto 3045835 gazette

The purpose of the present invention is to allow titanium materials or germanium materials, ocher, and cobblestone, which are effective in promoting blood circulation and metabolism, to be applied to limbs and the like in a simpler manner, and at the same time, to apply a heated heat storage material It is to provide a thermotherapy pad that enables thermotherapy.

In order to achieve the above object, the thermotherapy pad of the present invention is
(1) In a thermotherapy pad in which a heat storage material stored by dielectric heating by high frequency is housed and sealed in a bag made of a synthetic resin film, at least one inorganic material selected from a titanium material and a germanium material is added to the thermotherapy pad. It is attached to the bag body,
(2) In the thermotherapy pad of (1), a cobblestone is additionally attached to the bag,
(3) In the thermotherapy pad of (1), ocher or germanium is mixed in a heat storage body,
(4) In (1), (2), (3), tourmaline and monazite are additionally added to titanium and germanium materials as at least one inorganic material selected from titanium materials and germanium materials. Characterized by the
(5) In (1), (2), (3), (4), the heat storage material that stores heat by high-frequency dielectric heating is an aqueous solution of a water-soluble polymer,
(6) In (1), (2), (3), and (4), the structure of the bag body is such that two flat sheets are overlapped, the four sides are joined, and the bag body is poured into one place. A structure having an entrance,
(7) In (1) and (4), the germanium material, titanium material, tourmaline, and monazite are stored and attached in an inorganic material storage section that is laid between flat sheets constituting the bag body. Features
(8) In (2), the cobblestone is stored and attached in a cobblestone storage section that is installed between flat sheets constituting the bag body.

In the present invention, at least one inorganic material or metal selected from titanium material, germanium material, and tourmaline is used. Here, the titanium material is titanium metal, a titanium compound containing titanium, or a titanium alloy. Examples of the titanium compound include titanium oxide, titanium carbide, and titanium nitride. Examples of the titanium alloy include alloys of metals such as copper, tin, iron, aluminum, chromium, cobalt, molybdenum, tungsten, and titanium.
These titanium materials are preferably used in the form of particles. This is because mixing with rubber becomes easy.

The germanium material used in the present invention is a germanium mineral containing germanium, possibly in the form of a compound.
Examples of germanium compounds include germanium oxide.

In the present invention, germanium material, titanium material and tourmaline can be used in combination. Tourmaline, also called tourmaline, has Al, B, and Si as main components.
The types include shawl tourmaline, lithia tourmaline, and drabite tourmaline. Tourmaline is a hexagonal ore with a Mohs hardness of 7 to 7.5 and a specific gravity of 3 to 3.3. The feature of tourmaline is that it produces unique negative ions and is effective in improving the constitution.

In the present invention, a germanium material, a titanium material, and monazite can be used in combination. Monazite is a type of thorium ore that is produced in granite pegmatites. It is brown columnar or plate-like crystal and has a transparent feeling. It contains uranium and has the property of turning feldspar red and quartz black with radiation. In the present invention, bioceramics such as calcium phosphate can be used in combination. Germanium material, titanium material, tourmaline and the like are preferably molded, dried and cured together with clay and used as a molded product.

In the present invention, cobblestones can be used in addition to titanium material or germanium material. Cobblestone is an oval-shaped stone used in gardens, etc., but may also mean jade. Jade is described in a Chinese medicine book as “Promoting blood circulation, having a mental sedative effect, and improving heart rate function and ear / eye”.

In the present invention, ocher can be used in addition to titanium material or germanium material. Loess is a yellow-gray deposit distributed in northern China, the Korean peninsula, the United States, etc., and is used for beautiful faces.

Examples of the water-soluble polymer used in the heat storage material that stores heat by high-frequency dielectric heating used in the present invention include aqueous solutions of synthetic polymers such as polyvinyl alcohol, polyacrylic acid, and polymethacrylic acid, starch, glue, etc. An aqueous solution of a natural polymer can be mentioned. The ocher can be used by dispersing in an aqueous solution of the synthetic polymer or a natural polymer solution.

As a material of the bag used in the present invention, conventionally known plastic materials such as polyamide, polyvinyl chloride, polyolefin, polyurethane, and polyester, and elastic materials such as synthetic rubber and natural rubber can be used.

The thermotherapy pad of the present invention is used in a state where it is placed on the waist or back or wound around the arm. In this case, when it is a sheet-like shape having an appropriate thickness, handling is easy. Thus, for the sheet-like shape, the structure of the bag body may be a structure in which two planar sheets are overlapped to join the four sides and an injection port is provided at one place of the bag body. preferable.

In the present invention, germanium material to titanium material, tourmaline, and monazite are stored in an inorganic material storage section that is laid between sheets constituting the bag. Further, the cobblestone is stored in a cobblestone storage section that is installed between sheets constituting the bag. The inorganic substance storage part and the cobblestone storage part are attached to a position away from the end of the bag body, and are laid across the two front and back sheets constituting the bag body. By configuring in this manner, the thermotherapy pad can be used without distinction between the front and back sides.

The thermotherapy pad of the present invention is used after being warmed, wrapped around the legs and arms, or placed on the waist, back or abdomen. As a heating method, it is possible to immerse in warm water, but it is also possible to heat using a microwave oven. However, it should be noted that if the microwave oven is heated too much for a long time, the stopper of the bag inlet may come off.

Hereinafter, embodiments of the present invention will be described. FIG. 1 is a plan view of a thermotherapy pad 1 of the present invention. FIG. 2 is a cross-sectional view of FIGS. 1A-A1. The structure of the bag body 2 used for the thermotherapy pad 1 of the present invention is a structure in which two planar sheets are overlapped to join the four sides and the injection port 3 is provided at one position of the bag body. The bag body 2 is filled with an ocher / germanium-dispersed polyvinyl alcohol aqueous solution 4 obtained by adding 10.0 parts by weight of loess and 10.0 parts by weight of geermanium to 80.0 parts by weight of an aqueous solution of 10.0% by weight polyvinyl alcohol. Yes.

3 is a cross-sectional view of FIG. 1B-B1. The cobblestone 5 is housed in the cobblestone storage section 6 as a disc shape. FIG. 4 is a cross-sectional view of FIG. 1C-C1. The titanium / germanium material 7 is used as a bowl-shaped molded product and is stored in the inorganic material storage unit 8. The titanium / germanium material 7 used here was prepared as follows. First, raw materials having the following composition are blended. Here, “part” means part by weight.
Germanium-containing clay 96.4 parts Tourmaline 1.0 parts Monazite 2.2 parts Titanium 0.4 parts Total 100.0 parts are mixed, mixed with 200 parts of water, placed in a bowl-shaped container, dried and hardened, and the germanium material Get.

Instead of titanium / germanium material in 0019, it is made without blending titanium.
Germanium-containing clay 181 parts Tourmaline 7 parts Monazite 6 parts Germanium 6 parts A total of 200 parts is mixed to obtain a germanium material. Similarly, a thermotherapy pad was created.

The thermotherapy pad of the present invention can be used by immersing it in warm water and heating it, and then wrapping it around the affected area. However, it can be used by heating using a microwave oven under substantially the same conditions as the soup. If the temperature is too high, the stopper of the inlet 3 will come off and the ocher-dispersed polyvinyl alcohol aqueous solution inside the bag will leak out, which is dangerous. In use, the thermotherapy pad can be covered with a towel or the like.

As is apparent from the above description, the thermotherapy pad containing titanium or germanium material according to the present invention has the following effects.
(A) The thermotherapy pad of the present invention can be thermotherapy by wrapping around a foot or arm or placing it on the back, waist, or abdomen.
(B) Due to the effect of the germanium mineral, it has actions such as adjustment of autonomic nerves. In addition, from the characteristics of semiconductors, it is expected to be combined with active oxygen in the body and carried out of the body.
(C) The effect of tourmaline minerals is expected to produce a unique negative ion and improve the constitution.
(D) Due to the effects of the titanium material, it has effects such as blood circulation promotion, metabolism promotion, sedation, and endotherm, and is useful for health promotion.
(E) The effects of cobblestone and ocher are expected to relieve body pain.

It is a top view of the thermotherapy pad of this invention. It is sectional drawing in FIG. 1A-A1. It is sectional drawing in FIG. 1B-B1. It is sectional drawing in FIG. 1C-C1.

Explanation of symbols

1 Thermotherapy pad 2 Bag 3 Inlet 4 Ocher / germanium-dispersed polyvinyl alcohol aqueous solution
5 Cobblestone 6 Cobblestone storage section 7 Titanium / Germanium material 8 Inorganic storage section

Claims (8)

In a thermotherapy pad in which a heat storage material stored by dielectric heating by high frequency is stored and sealed in a bag made of a synthetic resin film, at least one inorganic material selected from titanium material and germanium material is put in the bag body A thermotherapy pad, characterized by being attached. 2. The thermotherapy pad according to claim 1, wherein a cobblestone is additionally attached to the bag. 2. The thermotherapy pad according to claim 1, wherein ocher or germanium is mixed in the heat storage body. The thermotherapy pad according to claim 1, 2, or 3, wherein at least one inorganic substance selected from a titanium material and a germanium material is a material in which tourmaline and monazite are further added to titanium and germanium materials. . 5. The thermotherapy pad according to claim 1, wherein the heat storage material is a water-soluble polymer aqueous solution as a heat storage material stored by high-frequency dielectric heating. Claims 1, 2, 3, and 4 are characterized in that the structure of the bag body is a structure in which two planar sheets are overlapped to join the four sides and has an inlet at one location of the bag body. And thermotherapy pad. The thermotherapy according to claim 1, wherein the germanium material, the titanium material, the tourmaline, and the monazite are housed and attached in an inorganic material housing portion that is laid between flat sheets constituting the bag body. pad. 3. The thermotherapy pad according to claim 2, wherein the cobblestone is housed and attached in a cobblestone storage section that is laid between flat sheets constituting the bag body.

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