JPS63145652A - Electric hyperthermia device - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention uses infrared heat that reads far-infrared rays from large trees and the effect of the pond to provide electric heat that physically treats and relieves the symptoms.
This is related to the electric thermal treatment device used in q.The adhesive side of the adhesive plate attached to one heating element is removed and the heating surface of the heating element is applied to the skin surface corresponding to one color part of the body. be.

``Conventional technology'' Heat treatment tools are used to recover from fatigue, mainly in the areas that are in contact with wood, to promote 11 lines, and to treat various diseases such as neuralgia, muscle pain, and the sensory nervous system and psychoactive system. It has been recognized to have many excellent effects such as loosening the binding* A! A well-known therapeutic tool is moxa moxibustion, which is still actively used today due to its long history. Recently, electric heat treatment devices have become popular, but these devices have large volumes.

It has a considerable thickness and is used by pressing it by hand on the affected area of the human body, or by using a pressure means attached to the body, and is used by spreading the affected skin surface <1ff, but the most It is unsuitable as a local treatment tool that has 4 effects from acupuncture points and meridians that can produce therapeutic effects, and it is difficult to maintain a specified temperature because the temperature of the hot water received by the wood varies depending on the temperature environment when using the tube. ,
It cannot easily serve its intended purpose, and its constituent materials are relatively expensive, and its air capacity is large, so it cannot be called a full-fledged therapeutic tool.

I have not found a satisfactory electric thermal treatment device that can go beyond the realm of a warmer.

"The problem that the invention attempts to solve" One example is the problem that the invention seeks to solve.

In the method of heat treatment using moxa moxibustion, a suitable mouse moxa is set up at the acupuncture points associated with the disease and lit once, and the acupuncture points are located in the midline of a large tree or symmetrically throughout the body. When using this product, always place the moxa on the skin surface that corresponds to the acupuncture points, and do not move your body until the end of the treatment to prevent the moxa from falling, to prevent the remaining ash from scattering, or to be careful of fire. This is an inconvenience that should not be avoided. Furthermore, moxa moxibustion requires a kindling, and once lit, the temperature of the moxa reaches a high temperature, causing severe pain and burns to the practitioner. Moreover, it involves the inconvenience of having to cleanse one's hands or leaving the treatment to a moxibustion practitioner.Recently, moxa moxibustion with a pedestal has been developed, but these also have the above-mentioned drawbacks. It's something you can't escape from. In addition, in conventional electric heat treatment devices.

Since it is a bulky plate-like structure with a correspondingly large area and thickness, it takes a long time to warm up after the power is turned on, and there is a considerable gap between the heat generating surface of the concrete and the heating element housed inside. can be,
Not only does it have a large heat capacity, but it also consumes a lot of power when used.

There are inconveniences such as having to use a pressing means. In addition, the biggest disadvantage of the second type of electric thermotherapy device is that it is difficult to control the temperature at which the wood receives heat during use, and the pIA temperature at the skin surface does not remain constant depending on the temperature environment during use. It was extremely difficult to maintain the temperature of the heated water, and it could only be used as a heat insulator.

``Means for solving the problem'' As a means for solving the above problem, a planar flexible electric heating element is formed inside the package, the heat receiving temperature and the source temperature of the heating element are set, and the package is heated. An adhesive plate is removably attached to one side of the body, and its adhesive side 3 is closely attached to the affected skin surface, and the electric heating element is attached so that the heat receiving temperature of the skin surface is constant. The main feature is that it is equipped with an electric device that controls i1.

The aim of the present invention is to solve this problem by creating an electric thermotherapy device that is small in area, lightweight, silent, and flexible.

"Embodiment" Next, an embodiment of the present invention will be described with reference to the drawings. In the embodiment shown in FIGS. 1 to 5, FIG. 3 is a partial development of the pI% tree A, in which the electric heating element A is a composite!
14 Heat fusion means and bonding means using flexible materials such as oil sheets, woven fabrics, and non-woven fabrics.

The envelope 1 formed by a method such as a suturing method has an elasticity, and infrared light,! There are 8 heating elements 2 that radiate (mostly far infrared light), and the surface of the heating element 2 and the inner surface of the envelope (4c1) are housed in close contact, and both sides are attached to the outer surface of the envelope 1. Adhesive sheet or 1 Consists of a breathable, coarsely formed cotton non-woven fabric, Tetron non-woven fabric, nylon non-woven fabric, etc., with a soft adhesive attached to both the front and back sides of the L5 cotton non-woven fabric, etc. Paste adhesive 1 plate 3 and then.

All release paper 4 is attached to protect the outer surface of the adhesive board 3.

It is desirable that the outer surface of the package 1 to which the adhesive [3 is attached] has the peelability of the adhesive plate 3, and as a means for achieving this,
One example of this is to provide the outer surface of the envelope 1 with a large number of uneven surfaces. Outer surface '5' embossed at appropriate temperature
:Form. Thereby.

This is because the adhesive area is reduced and there is space in the recess.

The adhesive plate 3 can be easily peeled off, there is only a small amount of adhesive left behind, and the adhesive plate 3 can be conveniently replaced.

The heating element 2 is a planar heating element made of carbon fine particles, a copper alloy foil electric antibody, or the like, a Nicron wire, or the like.

In the case of a linear heating element made of copper alloy wire, etc., and a planar heating element containing fine carbon particles, in addition to far-infrared light and heat, negative ions that are beneficial to the human body are also generated, and the thermal treatment effect is as follows: It is reciprocally large.

In order to achieve the desired electrical side for the heating element 2, the first
As shown in the electrical circuit diagram in the figure, the power supply section 5. Timer circuit 6
A device consisting of all or part of a heat blocking circuit 7 consisting of a 1-voltage transformer, electronic circuits, and other switches (not shown), etc. The wiring cord 9. Figure 2 shows a perspective view of the entire embodiment of the present invention, which is composed of the electric equipment main body B and the electric heating element A. 10 is a plug connected to the power supply of 100■, ■ is a wiring cord connected to the air circuit, and 12 is a timer.

l3 is an on/off electric phase blinking lamp. 14 is the on/off switch button for the 9V transformer provided as the heat 11101 circuit, 15 is the on/off switch button for the same <12V} lance, and the two pressure reducing transformers are operated by these switch buttons. The switch is about to take place.
16 and 16', electric heating element A and electric heating element A゜ are 2I
'IN can be used at the same time. The electric heating elements A and A.

The connectors 18 and 18' are provided at the ends of the connecting cords 17 and 17' to be connected to the plugs.

Figure 4 shows Paste I! This shows a specific example of 3. Peeling H4-4 protects the adhesive surface of the adhesive plate 3 that can be bonded on both sides.
' Nouchi. Ikm<=. After that, remove 4 degrees of paper, and then wrap the package with the exposed adhesive side of the adhesive plate 3.
Attach it to the outer surface of the The release paper 4 is peeled off and the exposed adhesive surface is closely applied to the skin surface of the treatment area of the human body.

The structure of adhesive [3] shown in FIG.・It is a 5-layer laminated adhesive board with 4° pasted.
The reason why the adhesive plate 3 is easily peeled off from the adhesive plate 3 on the adhesive surface of the heating element 2 is to facilitate attachment of the adhesive plate 3.

The heating plate of the heating element 2 is made of cloth with an appropriate amount of carbon shavings attached thereto as an electric water resistance.

This is a heat generating board with both electrodes attached and wiring cords connected to the power source arranged on the electrodes, and a flexible metal VG. A resin plate is pressure-molded on the front and back, and pIA wood is made into a flexible planar plate.
Moreover, if a far-infrared radiation layer is installed between the inner surface of the adhesive side of the package 1 and the heating element surface.

The far-infrared radiation layer amplifies far-infrared rays, and the radiant heat increases the thermal effect.

As a far-infrared radiation layer, W. Natural stones such as ceramic, paper-like, or paint-like ceramics, metal oxides, Rikichibon, Oya stone, Maifan stone, etc. are appropriately selected.

In particular, if granules of natural stones such as Oya stone and Maifan stone are attached to a paper board and polymerized on the surface of the heating element, heat rays will be irradiated to the granules due to heat generation, and the larger the particles of the powder, the wider the area. The area is irradiated, the side radiation heat is amplified, and long wavelength far infrared rays can be obtained.

Naturally, these natural stones are used because they can be obtained at low cost from the various types mentioned above.

Furthermore, it should be noted that the heat-receiving temperature of the skin surface of the human body varies depending on the temperature environment during use, and it is difficult to obtain a predetermined heat-receiving temperature of the skin surface. The maximum stiffness temperature of the heating element (height 600 x width 400 x thickness 20
- The temperature was measured by folding a polystyrene foam plate in half and inserting a thermometer between the heat generating surface of the heating element and the plate surface.) The heat reception temperature of the skin surface and the test results of the electrical equipment, etc. are as follows. .

(1) Reduce the pressure of the LOOV power supply using a L2V 400mAh pressure reducing transformer to reduce the maximum temperature of one heating element to 1.
Set to 20°C.

(2) Apply the heating element tightly to the abdomen using the adhesive side of the adhesive plate.

(3) Departure? ! Insert a thermometer between the surface of the A tree and the skin surface to measure the temperature of the heat received. 43-44℃ after 10 minutes, or more?
A constant constant HiAIt of 143°C was measured.

Next, (1) Reduce the pressure of the 100V power supply using a 9V400mAh pressure reducing transformer and set the maximum temperature of the 5 heating elements to 80°C.

(2) Apply the heating element tightly to the abdomen using the adhesive side of the adhesive plate.

(3) Insert a thermometer between the adhesive surface of the heating element and the skin surface to measure the heat reception temperature. After 10 minutes of molecularization to 40-41 °C, a constant continuous temperature of 40 °C was measured, then.

<1) Reduce the pressure of 100V t'R using a 12~400mAh pressure reducing transformer, and l! Set the maximum stiffness temperature of the heating element to 130°C.

(2) Use the adhesive side of the adhesive plate to stick it closely to the abdomen of the Q-thermal body.

(3) Release pI! , insert a thermometer between the surface to which the wood is attached and the skin surface and measure the received heat temperature It. 10 juices received p! A temperature is 4
Temperatures exceeding 5 degrees Celsius made it difficult to use words for long periods of time.

next.

(1) The pressure of the 100V power source is reduced using a 7V400mAh pressure reducing transformer, and the maximum temperature of the heating element is set to 80°C.

(2) Apply the heating element tightly to the abdomen using the adhesive side of the adhesive plate.

(3) Insert a thermometer between the adhesive surface of the heating element and the skin surface to measure the heat received temperature. The heat receiving temperature for lO molecules is 37-38℃
The temperature decreases, making it impossible to feel satisfied with the thermal effect.

A point to be noted here is that because of the configuration ymu of the pressure reducing transformer and the electric heating element, there is no need to control the heat generation temperature of the heating element using a thermostat or the like.

"Operations and Effects of the Invention" Next, the functions and effects of the present invention will be described. In the embodiment of the present invention having the above structure, as shown in FIG. 3, the release paper 4 in the upper layer is removed.

When the adhesive side of the adhesive plate 3 attached to the package 1 is applied to the treatment area and the electric device is activated, infrared light and heat are applied to the area that is in contact with the body. In addition, the action of negative ions helps to recover from fatigue, promote IflLFr, relieve muscle fatigue, and cure neuralgia and muscle pain. It is also said to have medicinal effects when used with medicines.

However, if a large number of adhesive plates 3 as shown in FIG.
In addition, since the QpIA tree 3 and the envelope 1 are all made of flexible materials, they can be used according to the curved state of the body surface. It is possible to sufficiently confirm its effectiveness with the small area of heat generation, that is, 30 one-sided for small and 100 one-sided for large. Regardless of whether it is oriented downwardly, it can be firmly attached to the skin surface of the affected area of the body and will not cause lateral displacement or detachment. Also, even though there is a considerable amount of body movement, the vocabulary is quite exhilarating. Furthermore, in electrical equipment, the operating time is made limited by a timer circuit, and heat! The amount of heat is increased by the obstruction-reversing device! For example, the amount of heat generated can be adjusted by adjusting the carbon agent of 1 heating element 2.
It is possible to control the temperature to a safe temperature of about 40 to 44°C, which is considered to be an appropriate temperature for thermotherapy. There is no risk of burns or fire,
Even when used while wearing clothing, etc., there is no effect of the high temperature and the position of minute acupuncture points is not removed, and the various shortcomings of conventional electric thermotherapy devices have been completely improved. .

According to the present invention, the concrete volume is very small.

1. The skin surface and the heating material adhesive surface are in close contact. Far infrared rays (wavelength 15-1
8 microns) for easy internal heat transfer.

There is also an effect of negative ions generated from the heating element, the heating time is short, and the power consumption is 201 hours per hour! The capacity of the electric circuit inside the electric device is much less inside and outside, and the capacity of the electric circuit inside the electric device is also 12v4.
It is small at about 00mAh, has no electrical danger, and does not require any complicated pressing means when used.
The shape is extremely small, completely eliminating the drawbacks of conventional electric thermotherapy devices.

The sixth factor is the second embodiment, which is a 9V400 equipped with a plug 19 that can be inserted into a 100V power socket.
mAh decompression transformer 20 and electric heating element Ah<connector 1
8 is connected to an intermediate position with a connecting cord 17. ! If the maximum temperature of the gas heating element is set to 80℃ and the electric device is activated, the heat receiving temperature on the skin surface will be 40℃ and the heat will continue to be generated for about 10 minutes, making it vulnerable to heat and skin surfaces. It is suitable for people who have mild lesions in the affected area, and is suitable for regular use to improve wood quality.

The one shown in FIG. 3 is the third embodiment, with an if of 100V.
l 2V equipped with a plug 19 that is inserted into a socket
400mAh pressure reducing transformer 21 and electric power generator p! ! , tree A
Connect cord 1 between connector 18 and timer 12.
This is an electric thermotherapy device connected with 7. ! If the maximum temperature of electric heating element A is set to 120℃ and the electric device is activated, the temperature will rise to 43℃ after about 10 minutes of stirring, and the temperature and skin will be strong and the symptoms will be severe and multi-faceted. It is suitable for people with the disease and allows early treatment.

The pressure reducing transformer used in each example is OUTPUTDC.
12V400mAh, 9V400mAh, etc. are used.

Next, the eighth factor is the fourth embodiment, which is equipped with a battery 23 having a plug 19 and a connector 18 in a 100V power socket, and a charger 22 for charging. ! ! , wood A is an electric thermotherapy device in which a connector 18 is connected to a connecting cord 17 at an intermediate position. If the maximum temperature of electric heating element A is set to 80℃ and the heat reception on the skin surface is 40"C, battery 23
If the J electric capacity is 1500 m and A h, then the duration of heat generation is 5 hours. By configuring as shown in 2.
A portable electric thermotherapy device can be obtained by preparing two electric heating elements, ~ and A, with different heating temperature settings.

It can be used separately for weak and strong. Since this electric thermotherapy device is portable, it can be used for long periods of time by providing a replenishing bathtub.

Used for heat retention.

If this concrete is used as a completely waterproof type, it will be able to receive heat at a constant temperature without causing a high temperature build-up, so there will be no unstable temperature difference like with pond warming devices. As a heat retaining device such as a diaper, it can be used as the only heat retaining device.

As mentioned above, the electric thermotherapy device of the present invention has a remarkable thermal effect and negative ion effect by placing the heating element close to the body, and the voltage is controlled within a safe range for the human body by using a pressure reducing transformer. The internal pressure is reduced, there is no electrical danger, and as a result of various clinical trials, the therapeutic effect is as follows:
Back pain, stiff shoulders.

It improves foot fatigue, neuralgia, muscle pain, bruises, improves blood circulation significantly, is good for diarrhea, abdominal pain, sensitivity to cold, and leucorrhoea, and has been used in numerous clinical trials, including relief from hemorrhoids (warts and cuts) and athlete's foot. It was done. In addition, regular use of this tool activates the body's metabolism, improves the constitution, excretes excess fat and waste products from the body, brings about a slimming effect, and changes the acidic body to an alkaline body. , which is useful for building a healthy constitution.

It is very easy to use and can be mass-produced and generally provided as an inexpensive product.

[Brief explanation of the drawing]

Fig. 1 is an electric circuit diagram of an electric device according to an embodiment of the present invention, Fig. 2 is a perspective view of the embodiment, Fig. 3 is a partially exploded perspective view of an electric heating element, and Fig. 4 is an adhesive A cross-sectional view of the plate,
FIG. 5 is a sectional view of an electric heating element, and FIGS. 6, 7, and 80 are perspective views of other embodiments of the present invention. 1...Carrier 2...Heating element, 3...
Adhesive plate, 4...Release paper, 5...Electrode part, 6
...Timer circuit, 7 ... Heat control circuit, 8 ... Electrical device, 9 ... Wiring code, 1
0...Plug. 11...Connection code, 12...Timer,
13...Flashing lamp, 14...9V pressure reducing transformer, 15...12V pressure reducing transformer, 16...
...Socket, 17...Connection cord, 18...
...Connector, 19...Plug, 20...
...9■ Pressure reducing transformer, 21...12y pressure reducing transformer, 22...Charger, 23...Battery 5A...Electric heating element, B...Electrical device Body.

Claims (1)

[Scope of Claims] 1. An electric heating element is formed by being housed inside a flexible envelope with wiring connected to a power source at both electric poles attached to the heating element, and the outer surface of the envelope is 1. An electric thermal treatment device comprising: a contact adhesive plate removably attached to the skin surface of a human body; and an electric device for controlling the temperature of heat generated by the electric heating element. 2. An electric thermotherapy device characterized in that the outer surface of the envelope to which the adhesive plate is attached has a property that allows the adhesive plate to be easily peeled off. 3. The electric heating according to claim 2, characterized in that the adhesive plate on the outer surface of the package is easily peeled because the outer surface of the package is embossed with a large number of irregularities. Treatment tools. 4. Claim 1 or 2, characterized in that the temperature between the electric heating element surface and the skin surface to which it is attached is controlled to 40°C to 45°C by the electric heating element that is in close contact with the skin surface. ,
The electric thermotherapy device according to item 3. 5. Claim No. 5, comprising a charger and a power storage device, and characterized in that the temperature between the surface of the electric heating element and the skin surface to which it is applied is controlled to 40°C to 45°C by an electric heating element connected to the power storage device. The electric thermotherapy device according to item 1, item 2, or item 3. 6. Claims 1 or 2, characterized in that the adhesive plate is made of a laminate of cotton nonwoven fabric, Tetron nonwoven fabric, or nylon nonwoven fabric coated with an adhesive and a release paper pasted on the surface. Alternatively, the electric thermal treatment device according to item 3, item 4, or item 5. 7 Claims 1, 2, 3, or 4 characterized in that a far-infrared radiation layer is provided between the inner surface of the package on the adhesive side and the heating element. Section 5 or Section 5 or
The electric thermal treatment device according to item 6. 8. The electricity according to claim 7, characterized in that the far-infrared radiation layer is made of natural stones such as Oya stone and Maifan stone formed in the form of a plate, paper, film, or paint. Heat therapy equipment.