JPS62265218A - Hyperthermic plaster - Google Patents

Abstract

PURPOSE:To obtain a hyperthermic plaster having promoting effect of pharmacological effect by hyperthermia in addition to hyperthermic effect, by superposing a plaster having a drug effect member on one side in contact with a heating element consisting of a specific wrapping body containing a chemical thermogenic agent and an adhesive on the other side on the heating element. CONSTITUTION:A hyperthermic plaster formed from a heating element 1 prepared by containing an adequate amount of a chemical thermogenic agent 3 in a wrapping body 2, consisting of a crosslinked highly expanded polyethylene board on at least one side and having a limited feed rate of oxygen to prevent the occurrence of low- temperature burns, etc., by dislocation of the thermogenic agent 3 and a plaster 6 obtained by applying a drug effect member 10 to one side of a cloth material of cotton nonwoven fabric 8 and applying an adhesive 7 for applying to the skin to the other side and applying release paper 9 to the residual surface of the adhesive 7. The plaster 6 with the drug effect member side 10 inside is superposed on the back side of the heating element 1 and the edges thereof 4 are fused by heating and integrated at the same time to afford the aimed hyperthermic plaster, having enhanced treating effect by hyperthermic effect and promoting effect of pharmacological effect by hyperthermia and useful as a medical tool or medicine.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a thermal blaster used as a medical device or a medicine, and relates to an improvement of Japanese Patent Application No. 60-241139.

In the thermal blaster of the present invention, a chemical exothermic agent is suitable, and examples of the exothermic agent which is an exothermic composition include iron powder,
An exothermic composition containing appropriate amounts of carbon, 411 fiber, chloride, moisture, etc. is used as a heat source.4 This exothermic composition generates heat due to the oxidation action of iron oxide when oxygen is supplied. The second exothermic agent emits infrared light, which is beneficial to large trees.

Recently, a large number of pyrogenic compositions, such as "disposable body warmers" for keeping people warm, have been commercially available. The exothermic composition used for these is composed of 52% iron powder, 15% activated carbon, 14.7 qlll of cellulose, 3° salt stone, 1596 ml of water, etc., and an appropriate amount of these is added to the surface of the package to release oxygen. It is stored in a package made of synthetic resin non-woven fabric with a ventilation structure that sets the supply amount. Alternatively, there are cases in which an appropriate amount of exothermic agent is stored in a package made of two pieces of paper with appropriate ventilation violets. All of these are widely used for heat retention, but these P4 mats, which are used directly on heat-generating wood and human wood, still have unresolved drawbacks.

This type of "cairo" is mainly used in close proximity to the skin surface of a large tree, and when heated directly to the skin surface for a long time with a hot substance that exceeds the normal temperature of the human body, the temperature is approximately 19%. 14
If you have sensitive skin, low-temperature burns may occur (-
This phenomenon often causes redness and blisters. In most cases, this low-temperature burn phenomenon occurs because the light heat emitted from the local heating element radiates heat into and out of the heat source, so even if the radiation temperature is set in advance, this light heat is Temperature is not radiated and transmitted evenly at equal distances to the skin surface corresponding to one heating surface. It is also affected by intervening clothing, etc. However, heating elements are rarely used in a two-dimensional manner.
Since it is used as a standing tree along the human body, ps will be released inside the package! If the L radiation exists unevenly, heat dissipation temperature will be uneven between high-accumulation areas and low-accumulation areas, and the above-mentioned low-temperature burn phenomenon will occur on the skin surface that receives light heat generated from relatively dense areas. 1. When a heating element is used three-dimensionally, the heating agent naturally dislocates downward. 5. It also dislocates due to agitation during use. 3. Or, heat generation progresses during use. As the moisture in the exothermic agent evaporates, the iron oxide becomes rough and the exothermic agent falls and dislocates below the envelope. The dislocation-accumulated heat F+ generates heat locally and generates three high temperatures, causing TI scars on the skin surface? I have something to give.

Therefore, in the present invention, a heating element with these improvements is used. Utilizing this improved heating element, it not only has a thermal effect, but also forcibly volatilizes medicinal herbal materials or medicinal components through heat.

The purpose is to produce quantitative therapeutic effects on various diseases of the human body by applying heat and medicinal ingredients into the body through the skin surface that corresponds to the affected area of the human body. In addition to the physical f'r function, it is designed to make the pharmacological action of the drug more active.

In the present invention, special consideration has been given to the following points.

Since it is specifically used as a medical device or medicine, when applied to the skin of a human body, it should have a sticky feel and a good texture.

It has a soft taste, the exothermic agent used does not dislocate within the package, the sensitive temperature is adjusted, there is no low-temperature burns, etc., and the structure does not damage the skin surface, and the effect is appropriate and immediate. It was noted that there is a mass production format.

composition part Next, specific examples of the present invention will be described with reference to the drawings.

What is shown in the exploded perspective view of FIG. 1 is a heating element 1, and 2 is a rectangular package made of cross-linked highly foamed polyethylene board, and an appropriate amount of heat generating agent is stored in the package 2. . Since this material is thermoplastic, the outer peripheral edge thereof is heat-fused to form the bag that forms the envelope 2. Or,
The front side of the package 2 may be made of the board, and the back side may be made of a synthetic resin nonwoven fabric or a paper board with ventilation. The material used for the packaging is too thick (0.2m)
If this is the case, make a vent hole for 5 minutes on the surface of the package to adjust the temperature of the heat generated. This heating element 1.

At least, the - side is made of cross-linked highly foamed polyethylene board, so it feels great when applied to the human body. Although it may be dusty, this envelope 2 has excellent heat transfer and heat retention properties, and the light heat radiated from the exothermic agent 3 is once transferred and absorbed by the second envelope 2 and transferred to the heat generating element 1. Heat is radiated and transferred almost evenly to the heat-retaining surface corresponding to the area, and the thermal buffering effect is good, and in particular, the application surface receives soft heat.

In addition, the exothermic agent 3 of the three bodies 2 is also stored in a way that the exothermic agent 3 does not shift partially because the own wood of the envelope 2 has flexibility and elasticity compared to a package made of synthetic resin non-woven fabric, paper board, etc. r! J can be maintained. The heating element serving as a heat source is selected from such an excellent heating element. As a medical device, 6 is made of a cotton non-woven fabric 8 having one side with an adhesive surface 7 to be adhered to the human skin surface. A medicinal component 10 made of any medicinal herbal material such as garlic powder, biwaba powder, asitaba powder, Japanese staghorn powder, mogusa moxa, carrot powder, or these cellulose is attached to the adhesive surface 7 to which the adhesive is applied. It is a blaster that has been touched. Rayon, Tetron nonwoven fabric, or the like may be used instead of the above-mentioned non-woven fabric.

Alternatively, as a medicine, drugs such as methyl salicylate, thymol, vitamin E. A medicated blaster is used that has a drug made of a famous acid ester attached to it.

The adhesives used on the front and back surfaces of the blaster 6 should not be made of materials that damage the skin or cause side effects or discomfort, or should not be made from unhygienic chemicals. An adhesive must be selected.

Thus, the ventilation structure 5 side of the heating element 1 is made the front side, and the blaster 6 is placed on the back side symmetrically to the heating element 1, and the outer peripheral edges of each are fused by heating, resulting in the present invention. Forms a thermal blaster.

This I! ! J Ki, the release paper 9 is a paper board, the cloth board of the Plus Curro is made of cotton material, and the envelope of the heating element 1 is made of synthetic resin material and thermoplastic, but the former is coated with a hygienic chemical adhesive. Although they are made of different materials, they are coated with adhesive, so when heated, the ends of each end fuse and become sticky. Thus,
The outer peripheral edge of the thermal blaster is cut and molded.

This 1jAp! ! The blaster normally generates heat from the envelope surface due to the presence of oxygen, so to prevent this, the blaster is housed in an oxygen-impermeable exterior body.

Effects Since this specific example has the above-mentioned configuration, when using it, first discard the outer bag, peel off the release paper, and apply the adhesive side to the affected skin surface. Paste. Oxygen in the air is supplied to the exothermic agent 3 through the ventilation structure (ventilation hole) of the heating element 1, and the exothermic agent 3 quickly generates heat to a desired temperature due to the oxidizing action of the iron. As one specific example, 20 g of the exothermic agent is filled into the envelope 2 of one exothermic element 1. The amount of oxygen supplied is
A predetermined ventilation amount of the ventilation structure is set, and the maximum temperature of the exothermic agent is set in advance to about 65°C.

The duration of the heat generation is approximately 5 to 6 hours. 1 The material of the substrate of the raster 9, the amount of medicinal component and adhesive of the medicinal component, the intervening material of the pond, etc. are taken into consideration, and the heat generation effect [i] is adjusted, and the temperature transmitted to the skin surface of the human body is determined by Although some temperature differences may occur depending on the environment, the temperature sensitivity is set to about 40°C to 43°C.

Therefore, the light heat emitted from the exothermic agent is radiated from the surface of the concrete, but from the bottom surface 1 raster 6, medicinal member 10.
The appropriate temperature is transmitted to the skin surface through the wire nonwoven fabric board 8 and the like.

Due to this light and heat, the medicinal ingredients are vaporized, and these medicinal ingredients act on the body from the skin surface, and the medicinal ingredients are filled between the lower surface of the package 2 and the skin surface, preventing them from being dissipated outside the container. , a sufficient pharmacological action is carried out on the xylem. At the same time, heat also acts effectively on the xylem. Suitsugu,
The radiated heat is transmitted deep into the body without being accumulated near the skin surface, and excess heat is gradually and naturally radiated to the outside of the body.

The light heat emitted from this exothermic composition is, as is well known, infrared rays (far infrared rays) light heat that reaches the human body and is radiated in an appropriate and safe manner.

It vibrates the organic elements that make up the cells of the human body, activates the cells, activates the body's metabolism, improves blood circulation, and moderately consumes the energy that has been accumulated in the body. This will gradually reduce the fat content. It also has benefits such as removing waxy buildup and waste from the body. Indeed, this kind of temperature has the effect of early relieving treatment of xylem pain.

As mentioned above, the thermal blaster of the present invention can be easily applied to the skin surface of the affected area of the human body due to the mutual effect of the pharmacological action of the medicinal component and the physical action of infrared light and heat. It is surprisingly effective for rapid relief and treatment of various diseases. For example, in clinical trials, depression and dysphoria.

Tonsillitis, cold, cough, stiff shoulders, N pain, bruises, neuralgia, arthritis, abdominal pain 1 constipation, diarrhea, hangover.

It is effective in relieving conditions such as seasickness, irritating pain, and freezing pain, and noteworthy clinical trials have been confirmed for relieving conditions such as athlete's foot and hemorrhoids.

The thermal blaster of the present invention is horizontal W*, easy to use,
It can be mass-produced and its effectiveness is extremely excellent.

[Brief explanation of drawings]

1. [liI] is an exploded partially exploded perspective view of a specific example of the present invention, FIG. 2 is a sectional view thereof, and 3I2I is an enlarged half sectional view of FIG. 2. l...Heating element, 2...Wrap, 3...Fever punishment, 4.
・Heating fusion, 5... Ventilation hole (ventilation hole), 6...
・Blaster, 7... Adhesive, 8... Cotton nonwoven fabric, 9
... Release paper, 1o... Medicinal component.

Claims (1)

[Claims] Both sides or at least one side of the heating element is made of a cross-linked highly foamed polyethylene board to form an envelope with a limited supply of oxygen, and the envelope contains an appropriate amount of a chemical exothermic agent. Polymerizing a blaster with a medicinal component adhered to one side of the material, an adhesive for adhesion to the skin surface, and a release paper affixed to the other surface with the medicinal component side inside, A thermal blaster made by molding each edge by heating and fusing.