JPH1147181A - Thermotherapy applicator - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a thermotherapy applicator which produces a good thermotherapy effect, is easy to control, and has a high energy-saving effect. SOLUTION: A thermotherapy applicator has a temperature-elevating heater 4 built into the surface of contact of a main body 1 which elevates temperature by continuously making contact with the human body. A radiator 2 made of a heat-resistant stone excellent in the properties of retaining heat, storing heat, and radiating far infrared rays is inserted into the main body 1, and a heater 4 elevating the temperature of the radiator 2 is assembled as it is brought into contact with or built into the radiator 2. The radiator 2 is made of serpentine, and a controller 11 controlling the temperature elevated by the heater 4 to a set value is connected to a power circuit which passes current to the heater 4.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a thermal treatment application device applied to a futon, a mattress, a sleeping bag, a corset-shaped treatment device, a seat, a chair, a multipurpose pillow, and the like.

[0002]

2. Description of the Related Art Conventionally, as a heating device for the purpose of treatment for a person having a chilly or nervous system disease, a device having a built-in heater in a pillow-shaped object applied to an affected part of the body, Heating equipment such as an electric blanket having a built-in heater is known as a bedding for use.

[0003] However, such a heating device has a surface directly in contact with the body, and when a heater is inserted into the inside of the heating device, if the heater and the human body are close to each other, the heating effect is moderate at the beginning of use and the therapeutic effect is obtained. Although we can expect to some extent,
If used continuously for a certain period of time, the heating will be too strong and the therapeutic effect will be low, conversely, it will cause sweating and discomfort to the user, and in the case of those using at bedtime, on the contrary, it will hinder sleep, In many cases, the sensible temperature and the control temperature controlled by a thermostat or the like do not always match.

[0004] In addition, when a heat insulating member is coated around the heater, there is a drawback such that it is difficult to obtain an appropriate heating effect.

An object of the present invention is to solve the above-mentioned problems and to provide a heat treatment application device having a high heat treatment effect and an excellent use feeling and a good sleep promoting effect.

[0006]

SUMMARY OF THE INVENTION In order to solve the above-mentioned problems, a thermotherapy application tool according to the present invention firstly has a heating surface in a contact surface of a main body 1 which is continuously brought into contact with a human body and heated. Heater 4
In a thermal treatment application device having a built-in radiator, a radiator 2 made of a heat-resistant stone material excellent in heat retention, heat storage and radiation of far-infrared rays is inserted into the main body 1, and the radiator 2 is brought into contact with or built in the radiator 2. And a heater 4 for heating the radiator 2.

Second, the radiator 2 is made of serpentine.

The third feature is that a controller 11 for controlling the heating of the heater 4 in accordance with a set value is connected to a power supply circuit for energizing the heater 4.

Fourth, the radiator 2 is formed in a plate shape,
The radiator 2 is characterized in that a recess 14 for inserting a heater is formed, and the heater 4 is inserted and fixed in the recess 14.

Fifthly, the main body 1 is a futon or a mattress, and the radiator 2 is arranged at a predetermined position on the main body 1 corresponding to a portion of the human body that needs to be heated on the back of the main body 1. .

Sixth, the main body 1 is a sleeping bag.

Seventh, the main body 1 is a corset-shaped treatment device to be worn around the torso of a human body, and the radiation device 2 is provided on one or both peripheral walls of the treatment device on the front side and / or the back side. It is characterized by.

Eighth, the radiator 2 is formed in a ring shape, a groove-like concave portion for inserting a heater is formed along the ring shape of the radiator 2, and the heater 4 is inserted and fixed in the concave portion. It is characterized by.

Ninth, the main body 1 is a seat or a chair, and the radiator 2 is arranged at a substantially central position of a seating surface.

Tenth, the radiator 2 and the heater 4 are formed in a rod shape, and the heater is inserted along the axial direction of the rod-shaped radiator 2.

Eleventh, the main body 1 is a pillow, and the radiator 2 is provided along the left-right axis direction of the pillow.

[0017]

BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, embodiments of the present invention will be described in detail. First, a radiator radiating far-infrared rays with a heating medium used in the present invention and a combination with a heater for heating the radiator are described in advance. explain.

As the radiator, a natural or artificial stone or ceramic (hereinafter referred to as "stone") is used, and a material excellent in heat radiation, heat storage (heat retention) and far-infrared radiation characteristics is desirable. In this example, a serpentine stone quarried from serpentine is used, and in particular, a noble serpentine is used. As shown in Fig. 17, this noble serpentine has a far-infrared emissivity at 40.9 ° C of 95% or more on average, and has a wavelength of 2 to 14π, which is almost the same as the wavelength of the human body. Are also very preferred.

Table 1 shows the results of identification of compounds contained in the noble serpentine used in this example by X-ray diffraction. Incidentally, in this diffraction, heavy elements such as Zr have high sensitivity, but light elements such as Na have low sensitivity, and the lower detection limit differs depending on the element. If the emissivity of far-infrared rays and cost conditions are met, other artificial or natural stone or ceramic materials can be used as the radiator.

[0020]

[Table 1]

The radiator using the above-mentioned stone material is formed into a plate, a ring, or a rod according to the application as described later, and a plate, ring, or rod heater is embedded in the radiator. It is mounted in a fixed state by insertion or the like, and emits far-infrared rays from the radiator by heating with a heater. The far-infrared rays are radiated from the human body contact surface side of various treatment application tools, and radiated to a treatment site of the human body, and are used for treatment of an affected part or heating of bedding or the like.

FIGS. 1 and 2 show a case in which the present invention is applied to a mattress which is a bedding of the present invention. An application tool main body 1 which is a mattress is formed so as to be foldable and divided into three sections. The radiator 2 formed in a square or rectangular plate shape is inserted and arranged near the upper surface side at a position where the back of the chest (back), the waist, and the back of the shin of the foot when lying down.

A heater 4 having a ring heater or a pipe heater formed in a ring shape or a meandering shape is inserted into a recess 3 formed in the center of the radiator 2 at the rear side of the central portion thereof. Material 5 and the like are filled and fixedly attached and detachably attached. Each heater 4 has a power supply circuit 6 composed of a heat-resistant cord or the like wired in the main body 1.
The wiring circuit 6 is connected to the main body 1.
The power is connected via a receptacle 7, an external power cord 8, a plug 9, a power outlet 10 and the like attached to the side surface of the power supply.

The power cord 8 has a power ON / OFF.
And a controller 11 including a switch for controlling the temperature of the heater 4 and a timer setting unit.
The operation of is controlled by the controller 11 manually or by automatic control or the like according to the set value.

As shown in FIG. 2, the mattress has a core member 12 made of a synthetic resin foam material and a skin 1 covering the upper and lower surfaces thereof.
In the example shown in the figure, a housing portion 14 is formed on the upper surface side of the core material 12 having a concave portion for inserting a radiator, the radiator 2 is inserted therein, and the same material as the core material 12 is formed on the upper portion. A wiring member 6 is passed through the cross section of the core 12.

Next, the embodiment of the mattress will be described in more detail. The urethane mattress has a function effect of far-infrared rays on a living body, a comfort promotion for maintaining health, a degree of thermal sleep and a medical treatment, and The thermal mattress is made of materials that can help boost vitality. First, the thermal radiator 2 is built in a mattress or the like to pursue a thermal effect of far infrared rays.

The radiator 2 is installed at two positions: a position corresponding to the chest of the human body, a position corresponding to the waist, and a position where the feet are placed.
The core is a radiator plate having a rectangular shape of about 50 × 80 × 30 mm and weighing 1.2 kg. An electric heating pipe heater 4 is inserted into the core of the radiator 2 and built in. The heater is completely adhered and works to maintain and maintain the electric heater safely. Radiator. The completed radiator 2 of serpentine is
It is based on two types (shown in FIG. 1) in which two radiators 2 of a position corresponding to a shoulder and a chest and a foot are integrated, or three radiators 2 of a chest, a waist and a foot are incorporated.

The core material 12 is a mattress which is easy to handle and can be folded in three at the time of storage. The core material of the mattress, the core material is also divided into three equal parts, and the built-in material used for each trifold core material for each place that hits the chest, hips, etc. Polyester foam made of polyethylene foam mixed with 10% ore powder (weight ratio), using a core material having an expansion ratio of 30 times, and fine particles of the same stone material as above are kneaded on the upper and lower surfaces of the core material 12 Three-layered hygroscopicity covered with a skin 13 made of needle felt or resin cotton, etc.
A heat treatment mattress with excellent moisture release and feel. The incorporation of these stone materials or ore powder is useful for improving the emissivity of the core material 12 and the skin 13 itself for far infrared rays.

In addition, the handling and storage in a general household can be made into a three-fold type or a bed-only mattress that can be used as a single sheet without folding. Apart from the one-bed type bed, the illustrated three-folded three-fold foldable mattress has three folds on the head side, the waist, and the foot side.

The core material 12 of each cushion is located at the center with a foamed material of foamed polyethylene, and has a built-in thermal radiation body 2 of the above-mentioned size. The radiation body 2 is made of a thick cotton cloth excellent in fire protection and safety. The circuit 6 is wrapped, arranged and attached, the circuit 6 is divided into three parts, and the three radiators are turned on and off by using the controller 11 so that the temperature can be adjusted and the radiators at necessary places can be used properly.

The materials used above are wired to the built-in heating radiator with a heat-resistant wire and a heat-sensitive circuit, and two or three radiators 2 are simultaneously or individually heated, and the controller 11 controls the outside or inside of the mattress. The mattress is set at a suitable temperature so as to receive comfortable and comfortable heat, to promote blood circulation, to relieve stiffness and fatigue of the body, and to be useful for sleep or recovery from fatigue.

The thickness (total height) of the main body 1 is 60 to 70 mm, and the thickness of the radiator 2 attached to an intermediate value thereof is 30 mm.
By incorporating ５０50 mm in the middle of the height of the structure, the top and bottom of the radiator 2 are 10 to 15 mm in thickness to pursue cushioning properties, far-infrared radiation, antibacterial properties, heat retention, deodorant properties, and antifungal properties, Then, the raw cotton or needle felt (aura cotton) having excellent thermal conductivity is laid, and a comfortable feel is demanded by using a material that reduces the rigid resistance of the radiator.

Except for the single type, the handling is three-foldable and the storage load is light and slightly heavy, but the two radiators are built-in, and the weight is about 3 kg with three radiators and about 4.5 kg with three radiators. Unlike conventional use, there are few futons to be laid or laid due to recent changes in usage, and it is not a big burden in the present life of laying rather than laying on a bed. It is considered that even an elderly person weighs about 10 kg, so that the daily reloading burden does not feel much different.

As described above, the features of the thermal mattress of the present invention include, in addition to antibacterial properties, deodorant properties, heat retention properties, antifungal properties, and immunity, thermal health promotion treatment that is excellent in safety, durability and energy saving properties. It is a mattress.

Although the example of the mattress has been described with reference to FIGS. 1 and 2, the basic structure can be applied to a mattress, and in addition to a case where the mattress is used as a mattress made of foamed plastic, a mattress containing cotton is used. Similarly, it is possible to provide a heating part in the case of a laying mat.

FIGS. 3 and 4 show an example in which the heating section of the present invention is applied to a sleeping bag, and a main body 1 as a sleeping bag has a mattress 1a and a mattress 1b integrally formed in a bag shape. A housing part 1c for a human body is formed therein, and an air pillow 1d is continuously provided at the upper end, and 1e is a nozzle for air supply and distribution of the air pillow 1d.

The material of the main body 1 may be the core material 12 and the skin 13 similar to the mattress described above, or may be a resin-cotton material having high heat resistance and heat insulation. And laying mat 1a
Accommodation part 1 of the heating part also provided with an appropriate position in the center of the upper surface of the side
The radiator 2 with the heater 4 is inserted into the radiator 4, and the radiator 2 is removably fixed and attached by inserting an elastic cover member 16 from the upper surface side. In this example, the radiator 2 forms a rectangular plate that is horizontally long in the left-right direction, and the heater 4 is attached and fixed by inserting a rod-shaped pipe heater along the longitudinal direction of the radiator 2. Other configurations and functions of the wiring 6, the controller 11, the plug 9, and the like are common to the above-described example. That is, in this example, the same planar heating heater or pipe heating heater 4 as described above is inserted into the radiator 2 of the processed noble serpentine to have a thermal radiator function, and the thermal radiator is placed in one or several places of the sleeping bag. Attach to the sleeping bag to warm up the cold and use it to sleep. It is a thermal sleeping bag suitable for resting in mountain and seaside resorts, campgrounds, long-distance drivers, at home, in marine leisure, for sailors, or for SDF camping. The power source required for heating is buildings, cars,
It will be received from ships or small generators. As an application method, in a private vehicle such as a private car or a cargo truck, a cigarette lighter outlet can be plugged into a power source to receive electricity. For ships, the power is received from individual outlets transmitted from the onboard generator.

The built-in cotton in the sleeping bag containing cotton is sewn using aura cotton in which fine ore fine particles having excellent heat-retaining, antibacterial, antifungal and deodorizing properties are kneaded into individual polyester raw cotton. It is desirable.

A thermal radiator made of precious serpentine is incorporated in one corner of the sleeping bag to promote comfortable sleep and blood circulation throughout the year, and to maintain health and promote vitality. It is a multi-purpose sleeping bag. For sick soldiers having a disease, a therapeutic effect can be expected in addition to the heating effect.

FIGS. 5 and 6 show a case where the present invention is applied to a corset-type heating device (or a thermotherapy device) of the present invention. In this example, the main body 1 which is a heating device can be mounted around the waist or chest of a human body. Thus, in the set state, it forms an oval cylindrical shape, and its peripheral wall is formed in an arc shape on the upper wall 1f and the lower wall 1g, and is divided and formed of relatively soft FRP or a somewhat hard urethane foam material or the like, One side of the side wall of the peripheral wall is connected by a hinge 21, and the set part 22 is detachable from the other side.
Is provided.

A radiator 2 provided with a planar heater 4 is inserted and built in substantially the center of the upper wall 1f and the lower wall 1g, and a wiring 6 for supplying power to the heater 4 is provided between the radiator 2 and a receptacle 7 on the side. Power is supplied through the cord 8, the plug 9, and the outlet 10, and the controller 11
In this case, the heating is controlled in common with the above-described case.

FIG. 6 shows a state in which the above-mentioned warming device is used in a rug 23 such as a futon or a mattress, and is used for treatment of a waist, a back, etc. which require warming, and for a good night's sleep. .

7 to 10 show application examples of the present invention when the main body 1 is a seat, a seat for a wheelchair (or a seat for exclusive use thereof), a seat for a chair, and a seat for a chair. In these examples, a human is used. A radiator 2 made of a stone material (noble serpentine) cut out and formed in a ring-shaped plate is provided inside the center of the seat surface of the main body 1 to be seated.
A ring-shaped pipe heater 4 formed substantially concentrically in the cross section or on the back side is embedded or contacted,
Heating is controlled by applying power through the wiring 6, the code 8, the controller 11, and the like in the same manner as described above.

The structure and function of the seats and chairs with the heating section inserted on the seat surface are the same as those of the mattress and sleeping bag described above. I do.

In each of the examples shown here, the radiator 2 formed of a precious serpentine (donut shape) is provided with a ring-shaped sheathed heater (cartridge) 4 so that the radiator 2 is effectively heated. The body receives the heat dissipated energy to help promote health. First, in this example, once the precious serpentine, which has excellent heat retention properties, is used as the material, once it is turned off, the switch is turned off, and it takes about 3 hours. The heat retention that continues to dissipate heat is not found in other ores. In this example, a particularly excellent noble serpentine is sawn into a plate having a thickness of 25 mm with a radiator 2 processed into a donut shape, cut out into a disk shape of 230 to 300 mm, and further cut out a 130 mm hole in the center of the disk to obtain a donut. It is a thermal radiator processed into a shape.

The effect of the central 130 mm cavity is suitable for patients with hemorrhoids, etc., or helps maintain the health of healthy persons who are sitting in chairs for a long time in the office. It also helps to improve labor productivity.

The heater 4 is built in a ring shape in the radiator 2 from which the cavity has been removed, and a groove having a depth of about 20 mm is cut off at a center position 2.5 mm inward from the outer periphery of the ring width of 50 mm. Ring type heater 4
1.5mm at the place where thermo and thermal fuse (neither is shown) are installed in one corner of radiator 2 with
It has a diameter of 5mm and has a built-in thermo and temperature fuse to control the temperature and manage the heat sensitivity and transmit it to the controller for smooth operation. Further, the temperature adjustment is automatically repeated according to the sensitivity of the thermo and the temperature fuse.
° C and the minimum temperature are set to 50 ° C, and the ON and OFF movements are automatically repeated within this temperature.

The temperature difference of 35 ° C., which is excellent in heat retention from the property of noble serpentine and drops from a high temperature of 85 ° C. to a lower temperature of 50 ° C.,
It takes three hours for the temperature to decrease, and during this time, heat without power consumption is obtained, which results in significant energy savings. When the temperature drops to the above set temperature, the thermo switch turns on and the temperature rises again toward the maximum set temperature of 85 ° C., but the heating time reaches the top temperature in less than 5 minutes and the switch is turned off. Since there is no power consumption for about three hours after the power is turned off, the power consumption is very small.

The handling and function when used in the wheelchair 24 will be described. The total weight is about 3 kg, the handling load is light, the carrying is free, and in the case of the wheelchair 24, the person goes to the place where the outlet 10 is located, and the cord 8 is Then, one plug 9 is inserted into an outlet 10 on the wall side, and one plug is connected to an outlet provided on the seat cushion 1 and the switch of the controller 11 is turned on. If the rising scale is set strongly, the temperature of the radiator reaches 85 ° C. at the top in about 5 minutes. After being heated to 85 ° C., the plug 9 is unplugged from the outlet 10 and put in a cord storage box (not shown) on the wheelchair 24 side to go to the destination. Also, a sufficient heat retaining effect can be obtained even outdoors in severe cold weather, and the user can go out warmly for about two hours after the plug 9 is removed.

If you feel that you lack warmth when you go out, take out the cord from the box, insert the plug 9 into the outlet seen nearby, plug it into the outlet on the seat, set the switch of the controller 11 on a strong scale. Then, when the switch is ON, the heat is stored in only 5 minutes
It is a seat for wheelchairs that has a temperature of 5 ° C. These operations and actions are common to the seat cushions and chairs shown in FIGS. 7, 9 and 10, and the floor mat seats or office chairs and chair seat cushions are health energy-saving products having the same configuration and function. It is characterized by.

In the case of the office chair shown in FIG. 9, the heating section is configured to be slightly smaller, the width of the heater accommodating groove of the radiator 2 is about 10 mm, and the maximum surface temperature of the radiator 2 is 7 mm.
Set a temperature difference of 30 ° C with 0 ° C as the upper limit and 40 ° C as the lower limit,
By the function of thermo, ON and OFF are repeated within a temperature difference of 30 ° C. for temperature control and safety maintenance.

The donut-shaped radiator 2 is provided with a cavity which is drawn out at the center in a size that does not impose a burden on the buttocks, and has a function of supplementing a person suffering from hemorrhoid pain from working in the office. In addition, there is no need for heating in the office. The performance is an electric heater that heats the radiator 2 at 100V, 100W. The structure is such that the upper limit temperature reaches 60 ° C. by heating for 15 minutes when the switch is turned on. When the temperature reaches 60 ° C., the switch is automatically turned off. The time required to lower the temperature from the switch-off to the lower limit temperature is about 2 hours, thus saving 2 hours of power consumption. As soon as the temperature drops to the lower limit, the switch is automatically turned on and the temperature rises again to the upper limit of 60 ° C. The time required for reheating is only about 5 minutes, the power consumption is only about 5 minutes, the heating state is constantly repeated with a saving of 2 hours, and it can be used all day long.

By using the chair of the present example for a large number of office chairs and monopods, even in a large hall or office, sufficient warmth can be sensed without heating, and considerable energy saving effects can be obtained. Obtainable.

11 to 16 show application examples in which the main body 1 is various types of pillows. In each of these examples, a rod-like shape is provided along the longitudinal direction at a substantially central portion in the horizontally long pillow main body 1. Alternatively, a columnar radiator 2 is inserted, and a rod-shaped or linear pipe heater 4 is inserted and arranged along the center of the radiator 2.

The pillow body 1 has a different outer shape depending on the intended use and usage method, and can be used as an anchor depending on the heating capacity.

Hereinafter, these warm pillows will be specifically described.

A precious serpentine is processed into a cylindrical thermal radiator 2 and a 200 mm deep pipe heater 4 having a diameter of 100 mm and 100 W is inserted into the center of the column.
Is prepared, and the heater 4 is inserted into the radiator 2 and incorporated.
The radiator 2 is heated. It is a pillow that excels in the use of multi-use medical care and hygiene, which shows a very high radiation of far-infrared radiation energy compared to non-heating, and heals the affected part of the body and increases the above-mentioned functional effects. .

As the material of the pillow body 1, other urethane foams are used mainly for urethane foam of bottom repulsion, but petrochemical materials and vegetable materials suitable for medical treatment are also used.

The shape and size are mainly formed in a shape that is easy to touch on the neck, legs and waist, and a rectangle that is easy to handle. The shape is large, thin, thin, and uneven according to the human body shape. The length is in the range of 300 to 1200 mm, and the cross section is round. A cylindrical radiator 2 is formed along the entire length from the center of the cross section along the entire length from the center of the cross section, and the radiator is drilled from the center insertion opening of the cross section of the shape body of each material to the middle point of the full length to form the thermal radiator 2. Insert and assemble.

The size of the noble serpentine radiator 2 is 180
Depending on the length of the multi-pillow main body 1, the length may be different depending on the length of the pillow. The radiator 2 is a processed product having a thickness of 60 mm, and the radiator 2 having a total length of 300 mm is inserted at an intermediate point of the pillow main body 1 with a maximum length of 1200 mm. The space remaining in one of the insertion ports after the insertion of the radiator is covered with urethane foam of the same material having a diameter of 60 mm to be finished.

The urethane foam needs the wiring 6 of the heat-resistant wire to be connected to the radiator 2, a through hole is provided, and a heater 4, a thermometer, a timer and a control box 26 related to them are provided at the head of the radiator 2. Then, the circuit from the control box 26 is connected to the controller 11, and the cord 8 with the plug 9 extending from the controller 11 is inserted into the power outlet 10 to receive electricity. The overall temperature adjustment management is performed by the operation of the controller 11 provided in the middle of the code 8.

It takes about 20 minutes for the radiator 2 to warm up at the start of energization, and reaches the maximum temperature of 80 ° C. When the temperature reaches the maximum temperature of 80 ° C., the switch is automatically turned off by the action of the thermometer, and the control is performed toward the minimum set temperature of 45 ° C., and the temperature difference is set at 35 ° C. It takes 150 minutes to cool down to a low temperature of 25 ° C, and 80 minutes in the outdoors. During this time difference, heat without power consumption can be obtained, and a special versatile pillow with a wide range of use can also be used as an energy-saving anchor. It is.

The heating time for the first rise reaches 80 ° C. in 20 minutes, but the rise time required for the rise immediately after dropping to the low set temperature of 45 ° C. reaches the maximum temperature of 80 ° C. in only 5 minutes. Structure. In the case of continuous use, the high and low temperatures within the above range are repeatedly maintained, and by the above-mentioned features and irradiation of far-infrared rays, the deodorizing power, and the sanitary effect on deodorizing unpleasant living odors such as sweat and smell ammonia smell are also improved. Seen,
It is an energy-saving, health-care recuperation heat pillow that makes you feel at ease mentally, sleeps well, can sleep soundly, and heals both mind and body.

Incidentally, the pillows shown in the figures are all used as pillows to be applied to a normal head and a back neck.
14 can also be used as a so-called hugging pillow, which obtains warmth by holding it.
14 can also be used as a back pillow or a heating anchor.

It is natural that the surface of the pillow body 1 is appropriately covered with a skin, but the material of the body 1 is a foamed material such as the urethane foam described above or a stone material having a high far-infrared emissivity. Can be used, or a heat-resistant cotton material can be used alone or in combination with the above materials.

In this specification, the same reference numerals are used for parts having the same structure and function in each part of the technical structure, and the repeated structure and function will be repeatedly described through the description of FIGS. The same reference numerals throughout the drawings denote the same components and functions.

[0067]

According to the present invention configured as described above, in various thermal treatment application devices, the human body is slowly heated by irradiating far-infrared rays from a relatively deep layer of the main body. Overheat is prevented, the original effect of the thermal treatment is sufficiently exhibited, and sweating and burns due to rapid heating or strong heating are also prevented, and there is an advantage that a sleep sleep effect can be expected.

Further, since most of the heating is performed by the residual heat of the stone material having high heat storage and heat retention, it is easy to control the human body to a reasonable temperature, and the power consumption is small.
This has the effect of reducing not only the cost of the product itself but also the cost during use.

[Brief description of the drawings]

FIG. 1 is an overall perspective view of a heating mattress to which the present invention is applied.

FIG. 2 is an enlarged sectional view of a heating mattress.

FIG. 3 is a perspective view of a heated sleeping bag.

FIG. 4 is an overall sectional view of a heated sleeping bag.

FIG. 5 is a corset-type warmed therapeutic device.

FIG. 6 is a perspective view of the use state of a corset-type warmed treatment instrument.

FIG. 7 is a perspective view of a heated seat cushion.

FIG. 8 is a perspective view of a heated wheelchair.

FIG. 9 is a perspective view of a heated chair.

FIG. 10 is a perspective view of a heated chair.

FIG. 11 is a perspective view of a heated pillow.

FIG. 12 is a perspective view of a heated pillow.

FIG. 13 is a perspective view of a heated pillow.

FIG. 14 is a perspective view of a heated pillow.

FIG. 15 is a perspective view of a heated pillow.

FIG. 16 is a perspective view of a heated pillow.

FIG. 17 is a far-infrared emissivity table of noble serpentine at 40.9 ° C.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Application tool main body 2 Radiator 4 Heater 11 Controller 14 Recess

──────────────────────────────────────────────────続 き Continued on the front page (51) Int.Cl. ⁶ Identification code FI A61N 5/06 A61N 5/06 A

Claims (11)

[Claims] 1. A thermal treatment application device in which a heater (4) for heating is built in a contact surface of a body (1) that continuously contacts and warms a human body. (2) made of a heat-resistant stone material excellent in heat resistance, heat storage property and far-infrared radiation, and contacting or incorporating the radiator (2) to heat the radiator (2) 4)
A thermal treatment application tool that is assembled. 2. The radiator (2) comprising serpentine.
Thermal treatment application tool. 3. The thermal therapy application tool according to claim 1, wherein a controller (11) for controlling the heating of the heater (4) according to a set value is connected to a power supply circuit for energizing the heater (4). 4. The radiator (2) is formed in a plate shape,
4. The hyperthermia treatment tool according to claim 1, wherein the radiator (2) has a recess (14) for inserting a heater, and the heater (4) is inserted and fixed in the recess (14). 5. The radiator (2) is provided at a predetermined position on the main body (1) corresponding to a portion of the human body that needs to be heated, the main body (1) being a futon or a mattress, which is placed on the back of the main body (1). The thermal treatment application device according to claim 1, 2, 3, or 4 arranged. 6. The thermal treatment application device according to claim 5, wherein the main body (1) is a sleeping bag. 7. A corset-shaped treatment device in which the main body (1) is worn around the torso of a human body, and a radiator (2) is provided on one or both peripheral walls of a front side and / or a back side of the treatment device. The thermal treatment application device according to claim 1, 2, 3, or 4. 8. A radiator (2) is formed in a ring shape, a groove-like concave portion for inserting a heater is formed along the ring shape of the radiator (2), and a heater (4) is inserted into the concave portion. The thermal treatment application device according to claim 1, 2 or 3, which is fixed. 9. The body (1) is a seat or a chair, and the radiator (2) is arranged at a substantially central position of a seating surface.
Thermal treatment application tool. 10. The hyperthermia treatment application according to claim 1, wherein the radiator (2) and the heater (4) are formed in a rod shape, and the heater is inserted along the axial direction of the rod-shaped radiator (2). Utensils. 11. The body (1) is a pillow and the radiator (2)
11. The thermal treatment application device according to claim 10, wherein the device is provided along the left-right axis direction of the pillow.