JP2007136003A - Thermotherapy device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a thermotherapy device without damaging a building with steam, without giving stuffiness to a user in a sauna room, and capable of easily generating the cool-head and warm-feet phenomenon. <P>SOLUTION: This thermotherapy device comprises a radiation means 3 disposed in a part equivalent to the lower side of the neck N of a person 2 to have the therapy and capable of radiating far-infrared energy, and a heating means 4 capable of warming the person 2 to have the therapy by warming the radiation means 3. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a thermal therapy device.

As a conventional thermal therapy device, for example, there is a personal sauna device. These sauna devices are a private room type sauna room for a person to enter alone, a support part provided in the sauna room and capable of supporting the user from below, and heating water with a heater. Then, there is one configured by a supply unit such as steam which is converted into high-temperature steam and sprayed into the sauna room (for example, Patent Document 1).
Utility model registration No. 3087645

  However, in such a conventional technique, the damage to the building due to high-temperature steam and the sudden heat in the sauna room, particularly the breathlessness felt from the nose, are serious, and improvement is required. Moreover, since hot air tends to go up, the reverse phenomenon of head cold foot heat that the surroundings of the head become hot while the feet are cold tends to occur, and improvement is also demanded in this respect.

  The present invention has been made by paying attention to such a conventional technique, and provides a thermal therapy apparatus that is free from building damage due to water vapor, is not stuffy in a sauna room, and is susceptible to the phenomenon of head cold foot heat. .

  The invention according to claim 1 is arranged at a portion corresponding to the lower side of the neck of the user and radiating means capable of radiating far-infrared energy, and warming the user by heating the radiating means. It is characterized by comprising a heating means capable of.

  Invention of Claim 2 is the thermal therapy apparatus of Claim 1, Comprising: The heat insulation means which does not dissipate the heat of the said heating means is distribute | arranged to the back surface side of the said radiation means, It is characterized by the above-mentioned. And

  A third aspect of the present invention is the thermal therapy apparatus according to the first or second aspect, wherein the radiation means is made of natural precious serpentine.

  The invention according to claim 4 is the thermal treatment device according to any one of claims 1 to 3, wherein the user on the radiation means is wrapped on the radiation means. An arcade having a second radiating means capable of radiating far-infrared energy on the inner surface is arranged.

  The invention according to claim 5 is capable of supporting the user and radiating means capable of radiating far-infrared energy, and heating means capable of warming the user by warming the radiating means. An opening having an upper opening is formed on the upper surface of the radiating means, and a heel having an insertion portion into which the foot of the user can be inserted is arranged in the opening. And

  Invention of Claim 6 is the thermal therapy apparatus of Claim 5, Comprising: The bottom surface of the said heel can support a to-be-treated person's leg | foot, and can radiate | emit far-infrared energy 3rd. It is characterized by comprising radiation means and third warming means capable of warming the feet of the user by warming the third radiation means.

  The invention according to claim 7 is the thermal therapy device according to any one of claims 1 to 6, wherein the radiation means and the heating means are supported by a pedestal. To do.

  Invention of Claim 8 is the thermal therapy apparatus of Claim 7, Comprising: The said pedestal has thermal conductivity, heat retention, and radioactivity, and healing excellent also in the far-infrared radiation in normal temperature range It is characterized by comprising granite that is a material of the above and a wooden leg that holds the granite at the upper end.

  The invention according to claim 9 is the thermal therapy apparatus according to claim 7, wherein the pedestal is made of wood.

  A tenth aspect of the present invention is the thermal therapy apparatus according to the ninth aspect of the present invention, wherein the pedestal is made of a bag.

  According to the first aspect of the present invention, the radiation means that is disposed in a portion corresponding to the lower side of the neck of the user and that can radiate far-infrared energy, and the user can be treated by warming the radiation means. Since it comprises the warming means capable of warming, the user can achieve the activation of the body by the far-infrared energy radiated by the radiating means reaching the depth of the body of the user. In addition, since the body of the user except the head is warmed by the radiating means warmed by the warming means, a pleasant warming property can be obtained.

  According to invention of Claim 2, since the heat insulation means which does not dissipate the heat of the said heating means is distribute | arranged to the back surface side of a radiation means, all the heat of a heating means is added to a radiation means, efficiency The radiation means can be warmed. The power consumption can be reduced accordingly.

  According to the invention described in claim 3, since the radiation means is made of natural precious serpentine, the far-infrared emissivity is high, the heat retaining property, the antibacterial property and the deodorizing property are excellent, and the user is treated efficiently. Not only is this possible, but once warmed, the temperature can be maintained for a long period of time, and the power consumption can be reduced because the heating means need not be operated frequently.

  According to a fourth aspect of the present invention, on the inner surface, the second radiating means capable of wrapping the user on the radiating means and radiating far-infrared energy is provided on the radiating means. Since the provided arcade is arranged, the user is in a relationship of being surrounded by the radiating means and the second radiating means. Therefore, the far-infrared energy radiated by the radiating means and the second radiating means is the energy of the user. You can reach the back of your body and activate your body.

  According to the invention described in claim 5, the radiation means capable of supporting the user and capable of emitting far-infrared energy, and the heating capable of warming the user by warming the radiation means. And an opening having an upper opening is formed on the upper surface of the radiating means, and a heel having an insertion portion into which the foot of the user can be inserted is arranged in the opening. The user can activate the body by the far-infrared energy radiated by the radiating means reaches the back of the body of the user. In addition, since the body of the user except the head is warmed by the radiating means warmed by the warming means, a pleasant warming property can be obtained. Furthermore, the foot inserted into the heel from the insertion portion can be kept in a comfortable posture without applying an excessive force to the joint as long as it does not need to bend. If some kind of heating means is placed on the heel, it becomes a heating facility like a heel, the lower half of the body except the feet absorbs far-infrared energy from the radiating means, and the foot is warmed by some heating means, resulting in head cold foot heat .

  According to the sixth aspect of the present invention, the bottom surface of the heel can support the user's foot and can radiate far-infrared energy, and can warm the third radiating means. Since the third heating means capable of warming the user's feet is arranged, the user receives the radiation means and the far infrared energy radiated by the third radiation means. You can reach the back of the body and revitalize your body. Further, since the body of the user except the head is warmed by the radiating means and the third radiating means warmed by the warming means and the third warming means, a pleasant warming property can be obtained. . Furthermore, the foot inserted into the heel from the opening can be kept in a comfortable posture without excessive force applied to the joints as long as it does not have to bend. The third heating means placed on the heel makes the heel a heating facility like a heel, the lower body excluding the foot absorbs far-infrared energy by the radiating means, and the foot absorbs far-infrared energy by the third radiating means. It will be possible.

  According to invention of Claim 7, since the said radiation | emission means and a heating means are supported by the base, a feeling of unity with a base arises and it is excellent in commerciality.

  According to the invention described in claim 8, the pedestal has a thermal conductivity, a heat retaining property, and a radioactivity, and is a healing material excellent in far-infrared radiation at room temperature. Because it consists of wooden legs to be held in the part, the granite has not only the normal temperature range but also the thermal conductivity, heat retention, and radiation when heated, so even when the ambient temperature is low such as in winter, It will not give the patient a dislike of cool stones. In addition, the luxury of granite will contribute to the height of the indoor grade. Furthermore, since the leg is made of wood, it has the effect of preventing the weight of the entire pedestal from becoming heavy.

  According to the ninth aspect of the present invention, the pedestal is made of wood, so that it does not give the user a sense of disgust with stones other than the cool granite. In addition, the weight of the entire pedestal is reduced, and the movement is facilitated.

  According to the invention described in claim 10, since the pedestal is made of sputum, it is possible to perform treatment while sniffing the smell that causes peculiar healing of sputum, so that the healing effect is enhanced.

  The purpose is to provide a thermal treatment device that does not cause damage to the building due to water vapor, does not cause breathing in the sauna room, and is prone to the phenomenon of head cold foot heat. This is realized by comprising a radiation means capable of radiating far-infrared energy and a heating means capable of warming the user by warming the radiation means. DESCRIPTION OF EXEMPLARY EMBODIMENTS Hereinafter, the best embodiment of the invention will be described with reference to the drawings.

  1 to 14 show a first embodiment of the present invention. FIG. 1 is a perspective view showing the entire thermal therapy apparatus 1. FIG. 2 is an exploded perspective view showing the thermal therapy device 1 of FIG. FIG. 3 shows a cross section taken along line SA-SA in FIG.

  The thermal therapy device 1 includes a support means 5 and an arcade 6 that can wrap the user 2 who lies on the support means 5. In this specification, the subject to be treated by the thermal treatment device 1 is called the user 2, but FIG. 2 shows the prone state, and FIGS. 3, 4 and 24 show the supine state. The user 2 has no other intention. Also, treatment may be performed naked, or treatment may be performed while wearing clothes. Furthermore, there is no relation between the difference between old and young and the size of the body.

  The supporting means 5 is capable of supporting the user 2 from below and radiating means 3 that can radiate far-infrared energy by being made of natural precious serpentine, and warming the radiating means 3 The heating means 4 capable of warming the user 2 and the pedestal 10 that supports the radiation means 3 from the lower side at a position lifted from the floor 17. Reference numeral 30 shown in FIG. 3 is a pillow that is placed on the support means 5 and supports the head H of the user 2. The pillow 30 may be omitted depending on the figure, but there is no other intention.

  The natural precious serpentine that is a functional member used for the radiation means 3 is a serpentinite (also called serpentinite) in which a light green vein is intricately mixed with dark green, and the natural precious serpentine is used at the sampling location. There is a legend to cure joint pain. According to the far infrared radiation comparison data shown in FIG. 35, it can be confirmed that the natural infrared serpentine has a high far infrared radiation rate. In addition, it has excellent heat retention, antibacterial properties, and deodorant properties. For example, in the applicant, when wearing an underwear that kneaded natural precious serpentine into a fiber and an underwear using regular fibers for 30 minutes each, and measuring the change in body surface temperature after undressing, In the former underwear, the applicant has confirmed that the surface temperature is higher after 20 minutes than immediately after undressing. In addition, when the natural precious serpentine chips were placed in the refrigerator, it was confirmed that they had an antibacterial effect because it took longer to maintain the freshness of meat, fish and vegetables. By leaving the chip in the refrigerator, it is confirmed that it has excellent deodorizing properties because it reduces the unpleasant odor such as rot and odor to a level where it does not matter.

  The pedestal 10 that supports the radiating means 3 from below includes a decorative member 15 made of granite, a Belfast material made in South Africa, and a decorative member 15 that holds the decorative member 15 at the upper end and is at a certain height from the floor 17. As a result, the leg 16 is made easy to sleep. The characteristics of the granite used for the decorative member 15 and the leg 16 are known as a healing material that has thermal conductivity, heat retention, and radiation and is excellent in far-infrared radiation at room temperature.

  The radiating means 3 is a natural precious serpentine with a left and right side AB of 630 millimeters, a top and bottom side CD of 450 millimeters, and a plate thickness side of JK of 40 millimeters when the user 2 is lying on its back. 4 are arranged on the pedestal 10 side by side from the head H side to the foot F side, and the emissivity of far-infrared energy from the radiating means 3 is high and is heated once by the heating means 4. And can keep the temperature for a long time. The natural precious serpentine used for the radiating means 3 has a high heat-retaining power among the ore groups, so that power consumption can be minimized. In addition, it has excellent thermal conductivity, and the far-infrared energy that it emits can radiate mellow energy unlike the steep heat quality of near-infrared rays. The reason why the thickness of the radiating means 3 is set to 40 mm is to obtain the heat retaining power and energy saving of the ore that make use of the efficiency of heat.

  The heating means 4 includes a heating cord heater 18 and a controller 19. Reference numeral 20 denotes an outlet inserted on one side of an electric cord (not shown) for electrically connecting the heating cord heater 18 and the controller 19. The exothermic cord heater 18 has a capacity of 100 volts (V) and 110 watts (W), uses two exothermic cord heaters 18 having a length of 5 m, and is a natural means that is a radiation means 3 with an exothermic cord heater 18 having a total length of 10 m. Precious serpentine can be heated.

  On the back surface 3b of the natural precious serpentine which is the radiating means 3, a groove 3a (FIG. 10) having a width of 4 mm up to a depth of 20 mm and scraping into a V shape as shown in FIGS. Are formed in a zigzag shape. As shown in FIG. 3, the exothermic cord heater 18 is fitted into the groove 3a, and the opening of the groove 3a has a heat resistance that can withstand 130 ° C. and is made of silicon rubber having excellent durability. The heat generating cord heater 18 is pressed into the groove 3a by the material 21 and assembled.

  As shown in FIG. 14, the controller 19 includes a temperature control switch 31 of the second heating means 9 of the arcade 6, a temperature control switch 32 of the heating means 4, a power on / off switch 33, and an automatic operation switch. The switch includes an auto switch 34, a timer switch 35, and a continuous operation switch 36. When any one of the switches 33, 34, 36 is pressed on the upper side of the power on / off switch 33, the automatic switch 34 for automatic operation, and the continuous operation switch 36, any of the display units 33a, 34a, 36a Or some of them are lit to indicate that they are operating. The output setting of the temperature control switches 31 and 32 can be set from 0 (OFF) to 10 (maximum).

  The arcade 6 is detachable with respect to the support means 5, and the arcade 6 is incorporated into the support means 5 so that the body of the user 2 can be wrapped from above and below. .

  The arcade 6 includes a lower cover 11 covering the lower body 2a side of the user 2 and an upper side slidable from a position overlapping the upper side of the lower cover 11 to a position covering the upper body 2b side of the user 2 The cover 12, the second radiating means 8 capable of radiating far-infrared energy disposed on the inner surfaces of the lower cover 11 and the upper cover 12, that is, the space 7 surrounding the user 2, and the second radiating means The second heating means 9 is configured to be able to warm the user 2 by warming 8. A reference numeral 29 shown in FIG. 3 is a second sealing material arranged so that hot air in the space 7 does not escape from between the upper cover 12 and the lower cover 11.

  The lower cover 11 and the upper cover 12 include a horizontal upper surface portion 11a, 12a forming a top portion, inclined surface portions 11b, 12b forming inclined surfaces from both sides of the upper surface portions 11a, 12a, and the inclined surface portion. 11b and 12b are formed integrally with support portions 11c and 12c that are suspended from the both sides of the pedestal 10 so as to be substantially perpendicular to the pedestal 10. A stopper 13 that prevents the heat in the space 7 from escaping is disposed at the end 11d, and the heat in the space 7 is applied to the end 12d around the neck N of the user 2 of the upper cover 12. A second stopper 14 is provided so as not to escape. A caster 22 that can move smoothly on the pedestal 10 is attached to the lower portion of the support portion 12c of the upper cover 12. The stopper 13 is formed of a plate made of wood or synthetic resin fitted to the end portion 11d. The second stopper 14 covers a notch 12e as shown in FIG. 2 formed at the end 12d, and has a cloth-like flexibility so as not to apply a load around the neck N of the user 2. It is suspended by. In addition, it is designed to crack left and right in the middle.

  The second radiating means 8 includes a black carbon sheet heating element (not shown), an ore fine particle having an excellent far-infrared radiation functionality, and a scientific name “natural horn blend cummingtonite peridotite”, commonly called aura stone. Is formed by stirring at a mixing rate of 5 to 40%. When the mixing rate of fine particles of ore called “aura stone” is 5% or less, the performance of heat retention, antibacterial property and deodorant is lowered, and when the mixing rate of fine particles of ore called “aura stone” is 40% or more, black It was confirmed that the resin strength of the carbon sheet heating element was significantly weakened.

  As shown in FIG. 36, the “natural precious serpentine” used in the radiating means 3 and the second radiating means 8 are used, as is apparent from the composition table of ores used in bedrock baths. It can be understood that the content of the scientific name “Natural Horn Blend Cummingtonite” is a complex composition of more than a dozen elements. In comparison, the ore currently used for rock baths consists of only a few elements. This subtle material structure activity seems to increase the ability to charge energy. Furthermore, natural precious serpentine is superior in terms of heat retention. The feature of this thermal energy is that it penetrates not only into the epidermis of the user 2 but also penetrates deeply into the body, and a penetration function is also seen. When the phenomenon of decrease in body temperature after treatment with the thermal therapy device 1 of the present invention is seen, In addition, it has been confirmed that even after 40 minutes have passed from the thermal therapy device 1, it hardly decreases.

  The slope angle of the slope portion 12b formed on the upper cover 12 of the arcade 6 is determined by the radiation energy of the black carbon planar heating element containing aura powder attached to both sides of the inside surface of the slope portion 12b. As shown in FIG. 4, it is formed so as to be concentrated and released in a pot called “Tanda” which is the center in the cross section of the user 2 lying below. Needless to say, this “Tanda” is the oriental medicine and refers to the area under the navel, where the sensation of the whole body is gathered. In addition, since there are several acupoints called “chucklers” at the center of the cross section of the user 2, they are formed so as to be able to concentrate and emit far-infrared radiation energy. In this case, the slope 11b of the lower cover 11 contributes in the same way. Thus, by giving meaning to the cross-sectional shape, unprecedented high power energy can be obtained.

  As described above, the decorative member 15 of the pedestal 10 is made of granite, a Belfast material made in South Africa. As shown in FIGS. 11 and 12, the overall length is 1800 millimeters, the overall width is 250 millimeters, and the plate thickness. As shown in FIG. 13, the 40 mm square first members 23 and 23 and the square second members 24 and 24 having a total length of 1130 mm, a total width of 200 mm, and a plate thickness of 40 mm are opposed to each other. Moreover, it is framed by being held by metal fittings (not shown). A guide portion 25 having a width dimension of 50 mm and being cut by about 3 mm from the upper surface is formed on the opposing inner and upper surface of the first member 23 in a state of being placed on the pedestal 10. The guide portion 25 is formed in a groove shape between the radiation means 3 and the first member 23 on the same surface, and serves as a recess that smoothly guides the upper cover 12 when the caster 22 slides. Further, chamfered portions 24c and 24c having a radius of 30 millimeters are formed at corners of the surface 24a disposed on the outer side of the second member 24 and the surfaces 24b and 24b disposed on the lateral side.

  As described above, the leg 16 of the base 10 is made of granite, a Belfast material made in South Africa, and is composed of first legs 27 and 27 and second legs 28 and 28. If a smooth ball caster capable of rotating in the direction is provided below the second legs 28, 28, the burden during movement can be reduced.

  As shown in FIGS. 6 and 7, the first leg 27 is a rectangular plate-like member having a widthwise direction of 1070 mm, a longitudinal direction of 294 mm, and a plate thickness of 40 mm. Are arranged so as to be separated from each other by 235 millimeters, and the upper and lower CDs have a length of 1070 millimeters in the extending direction, which is 2140 millimeters for convenience. A first notch 27b having a width of 42 millimeters and a height of 148 millimeters from the lower end is formed at a position 519 millimeters from one end 27a of the first leg 27.

  As shown in FIGS. 6 and 8, the second leg 28 is a rectangular plate member having a widthwise direction of 1070 millimeters, a longitudinal direction of 294 millimeters, and a plate thickness of 40 millimeters. Two are arranged in a position away from 550 millimeters in the direction and 1020 millimeters away from the position. Second notches 28c and 28d having a width of 42 millimeters and a depth of 148 millimeters from the upper end portion are formed at positions of 259 millimeters from the one end portion 28a and the other end portion 28b of the second leg 28, respectively. The first cutout 27b and the second cutouts 28c and 28d are assembled together to be assembled.

  Next, the power-on operation sequence will be described.

  When the on / off switch 33 of the controller 19 suspended on the side of the pedestal 10 of the thermal therapy apparatus 1 is pushed to the on side as shown in FIGS. 1, 2 and 5, the display unit 33a is turned on. The display unit 33a is turned off by pushing it off. By selecting and controlling the temperature control switches 31 and 32, the optimum temperature of the heating means 4 and the second heating means 9 can be controlled. Next, when the continuous operation switch 36 is pressed, the display unit 36a is turned on and at the same time, a voltage is applied to the heating means 4 and the second heating means 9, and the temperature starts to rise.

  The set time of a timer (not shown) by the timer switch 35 is from 0 to 60 minutes every 10 minutes, and the timer display scale 35a (digital display) decreases with the passage of time when the operation is started. When the set time has passed and the timer ends (that is, becomes 0), a buzzer (not shown) sounds to notify the end.

  When the auto switch 34 for automatic operation is pressed, the exothermic cord heater 18 starts outputting at a preset temperature and can stop operation at the preset timer time, so no problem even if you fall asleep during treatment Will not occur. With regard to the automatic operation setting method, the automatic operation setting can be changed by continuously pressing the automatic operation auto switch 34 for 2 seconds or more. The temperature and operation time of the second heating means 9 in the lower cover 11 and the upper cover 12 of the arcade 6 and the temperature and operation time of the heating means 4 in the radiating means 3 can be stored.

  Even if the on / off switch 33 is turned on and the temperature reaches the top, even if the on / off switch 33 is turned off and the heating is stopped, the heat retaining power possessed by the radiating means 4 and the second radiating means 8 itself is maintained. The temperature that can be treated can be maintained for a minimum of 3 hours. The power consumption during this period is naturally 0 kW, which means energy saving and environmental friendliness.

  The time required for warming the radiating means 3 was confirmed by the applicant. As a result, the temperature reached 70 ° C. in about 30 minutes from the normal state of autumn, and the time required for warming the second radiating means 8 of the arcade 6 was also about 5 minutes. Each temperature reaches a maximum value of 70 ° C. suitable for treatment. The heat generated by the second radiating means 8 of the arcade 6 that rapidly warms continues to radiate to the radiating means 3 on the pedestal 10 provided in the lower part, absorbs the warm heat, and the radiating means 3 warms rapidly. In combination with the rapid heating of the radiating means 3 due to the heat generated from the heat generating cord heater 18, the second radiating means 8 receives the heat generated and can be efficiently heated. The radiating means 3 that has once absorbed heat is excellent in heat retaining power, does not always require heating, and can respond to continuous medical treatment with 1/8 power consumption.

  When the radiating means 3 using natural precious serpentine reaches the top of 70 ° C., the thermostat (not shown) detects the temperature of the radiating means 3 using natural precious serpentine and automatically controls it. The controller 19 is set so that the auto switch 36 is turned off. When the heating means 4 stops and the temperature of the radiating means 3 falls to 42 ° C. after a lapse of time (experimentally after 3 hours), the auto switch 36 is automatically turned on again and after 5 minutes. The temperature rises to the top temperature of 70 ° C., and the auto switch 36 is turned off again.

  Thus, the radiation means 3 that can support the user 2 and can radiate far-infrared energy, and the heating means 4 that can warm the person 2 by heating the radiation means 3. A support means 5 and an arcade 6 disposed on the support means 5 and capable of enclosing the user 2 on the support means 5. By providing the second radiation means 8 capable of emitting infrared energy and the second heating means 9 capable of warming the user 2 by warming the second radiation means 8, the user 2 is provided. Is in a relationship enclosed by the radiating means 3 of the support means 5 and the second radiating means 8 of the arcade 6, so that the far-infrared energy radiated by the radiating means 3 and the second radiating means 8 is absorbed by the body of the user 2. Reach deeper, body It is possible to activate.

  Further, the radiating means 3 and the second radiating means 8 are warmed by the heating means 4 and the second heating means 9, and the body of the user 2 excluding the head H becomes the radiating means 3 and the second radiating means 8. , The head H is not warmed, the whole body of the user 2 is warmed, and a pleasant warming property can be obtained.

  The radiating means 3 is made of natural precious serpentine, and the second radiating means 8 is made of a powder mixed material containing fine particles of natural horn blended camingtonite granite. In addition to being able to treat efficiently, once warmed, the temperature can be maintained for a long time, and the power consumption can be reduced because the heating means 4 and the second heating means 9 do not need to be operated frequently. In addition, it promotes metabolism, promotes cell activation, and has an energy saving effect that helps reduce physical and mental burdens. The heat retaining power of natural precious serpentine and the energy composed of active ingredients penetrate into the body of the user 2. As long as you see the test results of a measuring instrument such as a thermometer, vital energy penetrates the body and leaves the thermal treatment device 1 at a distance (that is, where there is no influence of the heat of the thermal treatment device 1) for one hour. But you can see that the blood is flowing smoothly.

  In the case of this thermal therapy device 1, the user 2 can lie down on the radiation means 3 as shown in FIG. 2 or lie down on his back as shown in FIG. 3 and FIG. Since the posture of the body can be changed as appropriate, it can be used in any posture according to the affected area. The radiant thermal energy of the radiating means 3 can be received on average, and the sweat odor generated by using the thermal treatment device 1 is also erased by the deodorizing function of the natural precious serpentine used for the radiating means 3. Since you can watch TV, read books, and use your mobile phone in an environment with moderate humidity, you can play business, go and other games, relax and relax your mental environment.

  The room itself where the thermal therapy device 1 is installed is not affected by temperature or humidity, so it does not become hot and humid, and can be used to decorate houseplants, fresh flowers and artificial flowers. A good atmosphere can be obtained with beautification. Indoors, the human body and plants receive the dissipated energy in the normal temperature range, and the spiritual environment is enhanced by being surrounded by lively plants, which increases both energy and appetite. There is also a possibility that the mental environment is improved and recovery is effective. In other words, it can maintain a comfortable environment for both humans and plants. It has been confirmed that the energy emitted from the thermotherapy device 1 is useful for extending the life of plants.

  The second radiating means 8 of the arcade 6 is formed at an angle at which the radiated energy can be emitted toward the user 2, and the second radiating means 8 absorbs the striking energy, and the user 2 You can continue to radiate towards.

  The thermal therapy device 1 may be used for personal use, but may also be used for business purposes. One of the causes of unhealthy is said to be a cold body with poor blood circulation, and poor blood circulation is said to deteriorate the function of internal organs, lower metabolism and immunity, and lower physical strength. . Therefore, by warming the body of the user 2 with the thermal therapy device 1 and first returning the cold body to the normal body temperature, the function of protecting the body can be enhanced and the discomfort can be eliminated.

  The feature of far-infrared energy emitted by the radiating means 3 and the second radiating means 8 is energy suitable for medical treatment in a wavelength band of 4 to 16 μm suitable for the body of the user 2. The excellent energy quality emitted by the radiating means 3 and the second radiating means 8 is such that the penetrating power into the body of the user 2 is strong, the immunity is enhanced, and the means for combating the disease can be satisfied. is there. Warm the affected area with a heat of about 42 ° C., which is effective for immunotherapy, and has many benefits for cellular immunotherapy, prevention and treatment of adult diseases, and rehabilitation.

  According to this embodiment, the radiating means 3 that is disposed in the upper half 2b and the lower half 2a below the N-neck of the user 2 and that can emit far-infrared energy, and warms the radiating means 3 Since the heating means 4 capable of warming the user 2 and the support means 5 are configured, the person 2 receives the far-infrared energy emitted by the radiating means 3 from the body of the user 2. You can reach the back of the body and revitalize your body. Moreover, since the whole body of the user 2 excluding the head H is warmed by the radiating means 3 warmed by the warming means 4, a pleasant warming property can be obtained.

  Since the heat insulating means 26 that does not dissipate the heat of the heating means 4 is provided on the back surface 3b side of the radiating means 3, all the heat of the heating means 4 is applied to the radiating means 3 and the radiating means 3 is efficiently heated. Can do. The power consumption can be reduced accordingly.

  Since the radiation means 3 is made of natural precious serpentine, it has a high far-infrared emissivity, is excellent in heat retention, antibacterial properties, and deodorization properties, and can be treated efficiently by the user, and once warmed The temperature can be maintained for a long time, and the power consumption can be reduced because the heating means 4 does not need to be frequently operated.

  Arranged on the radiating means 3 is an arcade 6 having a second radiating means 8 on the inner surface which can wrap the user 2 on the radiating means 3 and can radiate far-infrared energy. Therefore, since the user 2 is in a relationship of being surrounded by the radiating means 3 and the second radiating means 8, the far-infrared energy radiated by the radiating means 3 and the second radiating means 8 is the body of the user 2 You can reach the back of the body and revitalize your body.

  Since the radiating means 3 is made of natural precious serpentine, not only can the user 2 be treated efficiently due to the performance of the natural precious serpentine, but it is possible to maintain the temperature for a long time once warmed. Since it is not necessary to frequently operate the temperature means 4, power consumption can be reduced.

  Since the radiating means 3 and the heating means 4 are supported by the pedestal 10, a sense of unity with the pedestal 10 is generated and the merchantability is excellent.

  The pedestal 10 is composed of a decorative member 15 and a leg 16 made of granite, which have a thermal conductivity, a heat retaining property, and a radiation property, and are excellent in healing far-infrared radiation at room temperature. The member 15 and the leg 16 have the heat conductivity, heat retention, and radiation when heated as well as the normal temperature range, like the radiating means 3, so that the stone that cools the user 2 even when the ambient temperature is low such as in winter. Will not give a disgusting feeling. Moreover, since the decorative member 15 and the leg body 16 are made of granite, it contributes to drawing out the height of the indoor grade due to the high-class feeling of the granite.

  In addition, the radiation means 3 and the second radiation means 8 are mainly used for the effects of heat, such as blood circulation promotion, dieting, lifestyle-related diseases, myocardial infarction, sciatica, and pain in joints such as the waist, elbows and knees. It has improvement, normalization of blood pressure, anti-aging of natural cells, activation of cells, improvement of constitution, and beauty effect. In addition, an effect can be expected for prostatic hypertrophy, rheumatic neuralgia, and the like. The condition of the effect is that the function of the ore is drawn out at room temperature and with the excellent ore component as the core, and the result can be maximized by the use of the ore with no waste of energy.

  Also, the arcade 6 has a large slope like a dog house roof, so you can put your favorite pictures on the outside of the slopes 11b and 12b, which are side faces, If you decorate it, it will be a nice interior and the healing effect can be expected. In addition, small items such as mobile phones, TV remote controls and books can be placed on the horizontal upper surface portions 11a and 12a forming the top portion, and since the shape has no corners, it rolls near the arcade 6. However, there is no worry of serious injury.

  The arcade 6 includes a lower cover 11 covering the lower body 2a side of the user 2 and an upper cover slidable from a position overlapping the upper side of the lower cover 11 to a position covering the upper body 2b side of the user 2 Therefore, the lower cover 11 can mainly warm the lower body 2a of the user 2 and continue to emit heat toward the lower body 2a in an almost stationary state. The upper cover 12 can mainly warm the upper body 2b of the user 2. The upper cover 12 is placed on the upper side of the lower cover 11 so as to overlap, and the upper body 2b is reciprocally slid by adjusting the position of the upper cover 12 before and after (up and down for the user 2 who lies down). Thus, the height of the user 2 can be matched.

  As an operation sequence, the upper cover 12 is moved to a state where the upper cover 12 is overlapped on the upper side of the lower cover 11, and the foot F is placed from the tip of the foot F of the user 2 toward the inner side of the lower cover 11 and lies down. When the upper cover 12 is pulled up to a preferred position of the upper body 2b of the user 2 when the upper cover 12 is pulled in the desired posture, the upper cover 12 can be smoothly moved so as to cover the upper body 2b by the casters 22. The upper body 2b receives the heat of infrared energy and can treat the whole body.

  15 to 19 are views showing a second embodiment of the present invention. In this second embodiment, the radiation means 41 is a rectangular natural precious serpentine with the left and right sides of 630 mm, the upper and lower sides of 900 mm, and the plate thickness of 20 mm when the user 2 is lying down. Two surfaces arranged side by side from the portion H side to the foot F side on the pedestal 10, the radiation means 41 and a surface that is a “heating means” interposed below the radiation means 41 The heat generating member 42 and the heat insulating material 43 made of hard polyurethane having the same horizontal width as the radiating means 41 and a thickness of 55 millimeters are integrally formed by adhesion and held on the base 10. .

  The planar heating element 42 is provided with overheating temperature preventing means 44 that controls 100 volts (V) and 1200 watts (W) so as not to exceed 90 ° C. It takes 2.4 hours for the radiating means 41 to reach a maximum temperature of 70 ° C. The excessive temperature rise prevention means 44 can be fitted into a recess formed in the heat insulating material 43.

  The radiating means 41, the planar heating element 42, and the heat insulating material 43 can be held on the pedestal 10 as in the first embodiment.

  According to this embodiment, the radiating means 3 is reduced in weight by reducing the thickness of the radiating means 41 made of natural precious serpentine as a functional member to half that of the radiating means 3 of the first embodiment. It becomes easier to handle installation and movement.

  20 to 23 are views showing a third embodiment of the present invention. In the third embodiment, a folding screen type arcade 51 is provided.

  The folding screen type arcade 51 includes a lower cover 53, and an upper cover 52 that can move to a position that overlaps the lower cover 53 and a position that slides upward. Is the same. The difference from the first embodiment is that both the upper cover 52 and the lower cover 53 are flexible so that the bending portions 54 and 55 have a small bending depth, and the stopper 13 and the second stopper. 14 is fitted to one end portions 52a and 53a of the upper cover 52 and the lower cover 53, so that it can be formed into a hollow kamaboko shape like the upper cover 12 and the lower cover 13 of the first embodiment. Is a point.

  Reference numeral 29 ′ denotes a second seal member fitted into the other end portions 52 b and 53 b of the upper cover 52 and the lower cover 53. The hot air in the space 7 is arranged so as not to escape from the gap.

  When the stopper 13 and the second stopper 14 are removed from the one end portions 52a and 53a of the upper cover 52 and the lower cover 53, a spring force that returns to the original position is applied and a gentle curve is drawn. If the stopper 13 and the second stopper 14 are removed from the one end portions 52a and 53a of the upper cover 52 and the lower cover 53 and are stood as shown in FIG. 22, it will look like a folding screen with a gentle curve. If bent as shown, it creates an atmosphere like a folding screen itself, and it can also be used as a room heater as an energy-saving thin panel heater.

  The second heating means (not shown) arranged inside the upper cover 52 and the lower cover 53 is made of 5-40% aura powder in glass epoxy, FRP, PET or other resin on the black carbon planar heating element. A thing kneaded by mixing at a mixing rate is bonded as an insulator. In addition to the above method, a non-woven fabric or fabric kneaded with aura powder is pasted on the surface of the second heating means finished by pasting a resin such as general glass epoxy, FRP or PET to a black carbon sheet heating element. It may be combined with a folding screen.

  The folding screen type arcade 51 manufactured by any one of the above methods is completely different in heat quality from a general black carbon planar heating element, and emits a large amount of far-infrared rays to warm it to the deep part of the body of the user 2. I can do it. Furthermore, since the aura powder stores the energy of the black carbon sheet heating element once warmed up, power consumption can be cut by about 30%.

  According to such an embodiment, a large mold as in the first embodiment is not required, and a gentle curve is drawn or a flat shape can be formed, so that a black carbon planar heating element containing aura powder is obtained. In this age of aging, it can be used as a clean heater that does not use fire, and as a health device that relieves the pain and fatigue of the elderly. As a further use, it is suitable as a heater that warms only the waist by surrounding a desk for reading. If a chair is enclosed by the upper cover 52 and the lower cover 53, it can also be used as a chair type low temperature sauna. Since the upper cover 52 and the lower cover 53 are thin, they can be folded and stored in a closet or a gap between furniture when not in use.

  24 to 27 are views showing a fourth embodiment of the present invention. In the fourth embodiment, an arcade 61 having a rotary upper cover 62 is provided.

  In the arcade 61, one end portion 62e of the upper cover 62 and one end portion 63e of the lower cover 63 are rotatable by a hinge 64, and the upper cover 62 is placed on the lower cover 63 as shown in FIG. There is a relationship to be supported by riding.

  The upper cover 62 and the lower cover 63 include horizontal upper surface portions 62a and 63a forming a top portion, inclined surface portions 62b and 63b forming inclined surfaces from both sides of the upper surface portions 62a and 63a, and the inclined surface portion. It is formed integrally with support portions 62c and 63c that are suspended from both sides of 62b and 63b so as to be substantially perpendicular to the pedestal 10, and on the foot F tip side of the lower cover 63. The end portion 63d is provided with a stopper 13 for preventing the heat in the space 7 from escaping, and the heat in the space 7 is applied to the end portion 62d around the neck N of the user 2 of the upper cover 62. A second stopper 14 is provided so as not to escape. Further, the hinge 64 is disposed on one end portions 62e and 63e of the upper surface portions 62a and 63a. The stopper 13 is formed by a plate made of wood or synthetic resin fitted to the end 63d of the lower cover 63. The second stopper 14 is a cloth-like member that covers the end portion 62d of the upper cover 62 and that does not apply a load around the neck N of the user 2, and from the end portion 2d. It is suspended. In addition, it is designed to crack right and left in the middle.

  According to this embodiment, not only has the effects described in the first and second embodiments, but the upper cover 62 is folded in the state shown in FIG. The cleaning performance of the second radiating means 8 is excellent, the maintenance work posture of the second radiating means 8 and the second heating means 9 is good, and the work can be promoted.

  FIG. 28 is a diagram showing a fifth embodiment of the present invention. In the fifth embodiment, the radiating means 71 is of a so-called dug-got-tack type provided with a heatable ridge 72.

  The radiating means 71 can support the user 2 from the lower side and can radiate far-infrared energy by being made of natural precious serpentine. The radiating means 71 itself is a floor of a house. 73, and an opening 74 formed at an appropriate position of the radiation means 71 is provided with a collar 72 having an insertion portion 72a into which the foot F of the user 2 can be inserted. The floor 73 is formed with an opening 75 into which the collar 72 can be inserted and a storage portion 76 capable of accommodating the collar 72.

  On the bottom surface portion 72b of the flange 72, a heat insulating plate 77, a heating means 81 such as a heating heater disposed on the heat insulating plate 77, and the radiation means 81 are disposed on the heating means 81 and the radiation. The third radiating means 78, which is made of the same natural precious serpentine as the means 71 and can radiate far-infrared energy, is arranged in a layered manner.

  A reflection plate 79 that reflects the heat of the heating means 81 is surrounded by the side surface portion 72 c of the flange 72. Reference numeral 80 denotes a tatami arranged on the floor 73 and the radiating means 71. A mat may be used instead of the tatami mat 80. Arcades 6 and 51 may be disposed on the upper side of the opening 74, or a bowl-shaped arcade may be used instead.

  According to such an embodiment, the radiation means 3 that can support the user 2 and can radiate far-infrared energy, and the heating that can warm the user 2 by warming the radiation means 3. An opening 74 having an upper opening is formed on the upper surface of the radiating means 3, and the opening 74 has an insertion portion 72a into which the foot F of the user 2 can be inserted. Since the scissors 72 are arranged, the user 2 can activate the body by the far-infrared energy emitted by the radiating means 71 reaching the back of the body of the user 2. Moreover, since the body of the user 2 excluding the head H is warmed by the radiation means 71 warmed by the warming means 81, a pleasant warming property can be obtained. Furthermore, the foot F inserted into the heel 72 from the insertion portion 72a can be kept in a comfortable posture without applying an excessive force to the joint as long as it does not need to bend. If any heating means 81 is arranged on the heel 72, it becomes a heating facility like a heel, the lower body 2a excluding the foot F absorbs far-infrared energy by the radiating means 71, and the foot F is heated by some heating means 81. It is warmed up and becomes a cold head.

  The bottom surface portion 72b of the heel 72 can support the foot F of the user 2 and can radiate far-infrared energy, and the third radiating means 78 can be heated to warm the treatment. Since the third heating means 81 capable of warming the foot F of the person 2 is arranged, the user 2 receives the far-infrared energy radiated by the radiating means 71 and the third radiating means 78. You can reach the back of the body of 2 and activate the body. In addition, since the body of the user 2 excluding the head H is warmed by the radiating means 71 and the third radiating means 78 warmed by the warming means 4 and the third warming means 81, the comfortable warming property Can be obtained. Further, the foot F inserted into the heel 72 from the opening 74 can be kept in a comfortable posture without applying an excessive force to the joint as long as it does not need to bend. The third heating means 81 arranged on the heel 72 makes the heel 72 a heating facility like a heel, the lower body 2a excluding the foot F absorbs far-infrared energy by the radiating means 71, and the foot F emits a third radiation. The far infrared energy by the means 78 can be absorbed.

  The radiation means 71 and the third radiation means 78 made of natural precious serpentine are excellent in heat retention. The feature of this thermal energy is that it penetrates not only into the epidermis of the user 2 but also penetrates deeply into the body, and a penetration function is also seen. When the phenomenon of decrease in body temperature after treatment with the thermal therapy device 1 of the present invention is seen, It was confirmed that the temperature hardly decreased even after 40 minutes passed from the thermal treatment apparatus 1. That is, far-infrared energy radiated by the radiating means 71 and the third radiating means 78 reaches the back of the body of the user 2 in a state where the body is warmed, and the body can be activated. As described above, since the third radiating means 78 has a size substantially equal to the opening 74 formed in the radiating means 71, the invention is included in the function of the radiating means 71.

  Further, the radiating means 71 and the third radiating means 78 are warmed by the third heating means 81, and the body of the user 2 excluding the head H enters between the radiating means 71 and the third radiating means 78. Since the whole body of the user 2 is warmed without warming the head H, a pleasant warming property can be obtained.

  FIG. 29 is a diagram showing a sixth embodiment of the present invention. In the sixth embodiment, the radiating means 91 has a floor heating function.

  The radiation means 91 can support the user 2 from the lower side and can radiate far-infrared energy by being made of natural precious serpentine. The radiating means 91 is disposed on a heating means 94 such as a heating heater disposed on a heat insulating plate 93 laid on the floor 92 of the house.

  According to this embodiment, natural precious serpentine with excellent heat retention penetrates not only into the epidermis of the user 2 but also penetrates deeply into the body, and a penetration function is also observed. When the decrease in body temperature after treatment was observed with the radiating means 91, it was confirmed that the temperature hardly decreased even after 40 minutes from the warmed radiating means 91.

  That is, the emissivity of far-infrared energy from the radiating means 91 is high, and once heated by the heating means 94, the temperature can be maintained for a long time. The natural precious serpentine used for the radiating means 91 has a high heat retaining power among the ore groups, and therefore power consumption can be minimized. In addition, it has excellent thermal conductivity, and the far-infrared energy that it emits can radiate mellow energy unlike the steep heat quality of near-infrared rays.

  If the heel 95 is placed on the radiation means 91 capable of radiating such mellow energy and covered with a futon (not shown), the radiation means 91 warms the body of the user 2 without warming the head H. , You can get a pleasant warmth.

  FIG. 30 shows a first modification of this embodiment, in which the heat radiating means 91 is used for a folding table. FIG. 31 shows an example in which a futon 96 is laid on the heat dissipating means 91 as a second modification of this embodiment. FIG. 32 shows an example in which a study desk 97 is placed on the radiation means 91 capable of radiating such mellow energy in a third modification of this embodiment. Reference numeral 98 denotes a decorative floor board laid on the floor 92. FIG. 33 is an example in which the kitchen set 99 is placed on the side of the radiating means 91 capable of radiating such mellow energy in the fourth modification of this embodiment. In such a case, the person who cooks contributes to health with such mellow energy transmitted from his / her feet, and has the effect of leading to improvement of coldness. FIG. 34 shows a fifth modification of this embodiment, in which radiating means 91 capable of radiating such mellow energy is laid on a bed 100 as a supporting means.

  In the above embodiment, the pedestal 10 is an example of granite made of South African Belfast, but is not limited to Belfast, mainly black granite from Shanxi Province, People's Republic of China, It may be granite, commonly called “Sansai Kuro”, or wood, especially wood. Despite the low price, Shanxi Black has radiant energy after Belfast. Moreover, if it is a timber, although the radiation energy from the lower side of the user 2 cannot be expected, it does not give the user the disgust of stones other than the cool granite. In addition, the weight of the pedestal 10 as a whole is light and easy to move, and the influence on the floor supporting the pedestal 10 can be reduced, so that it can be placed on a tatami mat. In addition, if wood is a cocoon, it is possible to perform treatment while smelling a scent peculiar to the wood, so that the healing effect is enhanced.

  Moreover, although the said controller 19 showed the example which controls all the radiation | emission means 3 and the 2nd radiation | emission means 8 by the heating means 4 and the 2nd heating means 9, respectively, it is not limited to this, Radiation If the heating means 4 and 42 for the means 3 and 41 and the second heating means 9 of the second radiating means 8 are divided, they are connected with an electric cord so as to enable temperature adjustment for each, You may enable it to radiate a thermal radiation for every site | part (for example, waist | hip | lumbar and back) which the user 2 wants to treat. By adopting such a structure, it is possible to save energy in a portion (for example, a foot) that may not be treated, as long as it is not heated.

  The lower covers 11 and 63 and the upper covers 12 and 62 are integrated with the upper surface portions 11a, 12a, 62a, and 63a, the slope portions 11b, 12b, 62b, and 63b, and the support portions 11c, 12c, 62c, and 63c. However, the present invention is not limited to the one formed integrally, and the upper surface portion made of an elongated plate and the slope portion made of a square plate are fitted to each other. The cost may be reduced by fitting the slope portion and the support portion made of an elongated plate to each other.

  In the above embodiment, the radiating means 3 and 41 and the second radiating means 8 are all described with the heating means 4 and 42 and the second heating means 9 turned on. However, when the ambient temperature is high, such as in summer, even if treatment is performed with the heating means 4 and 42 and the second heating means 9 turned off, the radiation means 3 and 41 and the second radiation are performed. The treatment effect is produced by the radiant energy of the means 8.

  The space 7 between the radiating means 3 and 41 and the second radiating means 8 has been described in the embodiment in which nothing is arranged. However, the present invention is not limited to such a case. A hollow cylindrical member having a length of 300 mm and a plate thickness of 10 mm is left in the space 7 with the acupressure member formed of the same natural precious serpentine as the radiation means 3 and 41 described above. Since the radiating means 3, 41 and the second radiating means 8 are heated at the same time and are warmed early due to the thin plate thickness and are easy to roll, they are easy to roll. If a part corresponding to the waist or calf part of the user 2 is placed on the acupressure member while being rolled and moved to a position corresponding to the part, an appropriate acupressure can be achieved by its own weight, which is pleasant.

The perspective view which shows the thermal therapy apparatus which concerns on 1st Example of this invention. The exploded perspective view of FIG. Sectional drawing which shows the state which laid the user along the arrow SA-SA line in FIG. The side view concerning arrow view DB of FIG. The perspective view which shows only the base of FIG. 1 thru | or FIG. The bottom view which shows only the leg of FIG. 1 thru | or FIG. The perspective view which shows the 1st leg of FIG. The perspective view which shows the 2nd leg of FIG. The top view which shows the radiation | emission means of FIG. Sectional drawing which follows the SC-SC line shown by the arrow in FIG. The top view which shows the 1st member of the base of FIG. 1 thru | or FIG. Sectional drawing which follows the arrow SD-SD line in FIG. The top view which shows the 2nd member of the base of FIG. 1 thru | or FIG. The front view which shows the controller of FIG. 1 thru | or FIG. The perspective view which shows the radiation | emission means, heating means, and heat insulating material of the thermal therapy apparatus which concerns on 2nd Example of this invention. FIG. 16 is a cross-sectional view of FIG. 15. The top view which accumulated the heating means on the heat insulating material of FIG. The top view which shows the state which has distribute | arranged three-layer structures, such as a radiation | emission means of FIG. 15, to the base. The top view which shows the state which has arrange | positioned the overheating temperature prevention means to the heating means of FIG. The perspective view which shows the arcade of the thermal therapy apparatus which concerns on 3rd Example of this invention. The disassembled perspective view of FIG. The perspective view which shows the state which stood up the arcade of FIG. 21 in the folding screen shape. The perspective view which shows the other Example of FIG. FIG. 3 is a cross-sectional view corresponding to FIG. 3 of a thermal therapy apparatus according to a fourth embodiment of the present invention. The perspective view which shows the arcade single-piece | unit state of FIG. The perspective view which shows the example which lifted the upper cover of the arcade of FIG. FIG. 27 is a cross-sectional view showing a state where the upper cover of the arcade of FIG. 26 is placed on the upper side of the lower cover. The perspective view which shows the state which fractured | ruptured a part of thermal therapy apparatus which concerns on 5th Example of this invention. The perspective view which shows the state which fractured | ruptured a part of 1st modification of FIG. The perspective view which shows the state which fractured | ruptured a part of 2nd modification of FIG. The perspective view which shows the state which fractured | ruptured a part of 3rd modification of FIG. The perspective view which shows the state which fractured | ruptured a part of 4th modification of FIG. The perspective view which shows the state which fractured | ruptured a part of 5th modification of FIG. The perspective view of the 6th modification of FIG. Natural ore far-infrared radiation amount comparison data according to first to fourth embodiments of the present invention. The component table | surfaces of the ore etc. which are used for the rock bath etc. which concern on the 1st thru | or 4th Example of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Thermal therapy apparatus 2 The user 2a The lower half of the user 2b The upper half of the user 3, 41, 71, 91 Radiation means 4, 42, 81, 94 Heating means 6, 51 Arcade 8 Second radiation means 9 First 2 Heating means 10 Pedestal 11, 53, 63 Lower cover 12, 52, 62 Upper cover 26, 43, 77, 93 Heat insulating means 72 筺 72a 筺 insertion portion 72b 底面 bottom surface 74 Radiation means opening 78 Third Radiation means 81 Third warming means F The feet of the user N The neck of the user

Claims (10)

  A radiation means that is arranged in a portion corresponding to the lower side of the neck of the user and that can emit far-infrared energy, and a heating means that can warm the user by warming the radiation means A thermal therapy device characterized by comprising: The thermal therapy device according to claim 1,
A thermal treatment apparatus, characterized in that heat insulation means that does not dissipate heat of the heating means is disposed on the back side of the radiating means. The thermal therapy device according to claim 1 or 2,
A thermal therapy device, wherein the radiation means is made of natural precious serpentine. The thermal therapy device according to any one of claims 1 to 3,
An arcade having an inner surface with second radiating means capable of wrapping a user on the radiating means and capable of radiating far-infrared energy is disposed on the radiating means. A thermal therapy device that is characterized. It comprises a radiation means that can support the user and can radiate far-infrared energy, and a heating means that can warm the user by warming the radiation means,
On the upper surface of the radiating means, an opening having an upper opening is formed,
A thermal therapy apparatus characterized in that the opening is provided with a heel having an insertion part on the upper part into which a foot of the user can be inserted. The thermal therapy device according to claim 5,
The bottom surface of the heel can support the user's foot and can radiate far-infrared energy, and can warm the user's foot by warming the third radiation device. A thermotherapy device characterized by comprising a possible third heating means. The thermal therapy device according to any one of claims 1 to 6,
The thermal treatment apparatus, wherein the radiation means and the heating means are supported by a pedestal. The thermal therapy device according to claim 7,
The thermal treatment apparatus is characterized in that the pedestal is made of granite, which has thermal conductivity, heat retention, and radioactivity, and is an excellent healing material for far-infrared radiation at room temperature. The thermal therapy device according to claim 7,
The thermal treatment apparatus, wherein the pedestal is made of wood. The thermal therapy device according to claim 9, wherein
The pedestal is a thermal therapy device, characterized by comprising a heel.

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