KR101840428B1 - Heated Fumigator Releasing Far Infrared Ray and Phytoncide - Google Patents

Abstract

The present application is a technique related to a sitting fumigator in which a body of the sitting fumigator is formed of a Hinoki cypress material and forms four vertical shafts, side walls are formed between the vertical shafts, an infrared lamp and a ceramic container are built therein, and an active ingredient used for dry or wet fumigation is included in the ceramic container. When the infrared lamp is heated and used, a user is able to enjoy both a fumigation effect obtained by the active ingredient contained in the ceramic container and the fragrance of phytoncide provided by the Hinoki cypress material. The far-infrared sitting fumigator of the present application has a structure in which a machine room is disposed in a lower part thereof, an infrared lamp irradiation room is disposed in the center thereof, and the ceramic container is disposed in an upper part, and the body of the sitting fumigator is formed of the Hinoki cypress material, such that the lower body part of the body can be intensively treated in both dry and wet fumigation manners. The infrared lamp uses a heating medium emitting infrared light with an illuminance ranging from 130 to 170 watts. The ceramic container has an opened upper part, a lower part forming a bowl shape such that a solid, water, or a medicinal ingredient can be contained therein, and lateral surfaces having a plurality of heat flow holes formed in side walls thereof between an upper protrusion and a bottom surface. Side walls, formed of a wood material, of the body of the sitting fumigator have a vent, and a thermostat provided thereon. A chair-type support having an oval hole in a center thereof is provided on an upper part of the body of the sitting fumigator. Thus, a user sits on the chair-type support to adjust the temperature and enjoy fumigation while smelling the fragrance of phytoncide.

Description

{Heated Fumigator Releasing Far Infrared Ray and Phytoncide}

The present invention relates to a method for warming a specific part of a body in a home, and more particularly, to a method for heating and storing a natural mineral ceramic body using an infrared lamp, When the lower body of the lower body is used to treat and prevent adult diseases such as menstrual diseases such as men's prostate disease or cold depression of women, the body constituting the female body is provided with a plain wood to enjoy the phytoncide incense from the white wood, It is a related technology of Soo-hoon which is provided to enjoy the original line radiation effect by incorporating a radiation sheet and to enjoy the soot sauce in a low temperature atmosphere.

It is classified as a dry type bath which enables to perform a bathing by far infrared rays and heat, and a wet type bath which can perform a bathing by using fumigation of medicinal materials such as herbal medicines.

A far infrared ray thermostat (Prior Art 1) of Korea Patent Publication No. 2005-100488 (Prior Art 1) and a Korean Patent Registration No. 20-395893 of a Korean Registered Trademark No. 20-395893 (Prior Art 2).

Examples of conventional fumigation baths for fumigation include Korean Patent Laid-Open Publication No. 2005-1739 entitled " Method for manufacturing herbal composition for the first time "(Prior Art 3), Korean Patent Publication No. 2010-114652 ("Prior Art 4").

In order to improve the radiation efficiency of far-infrared rays, the prior art 1 has a far infrared ray block which radiates far-infrared rays by heating. In the prior art 2, a separate mica stone case Discloses a method for producing a herbal composition for a soju obtained by mixing Artemisia japonica powder and an auxiliary herbal medicine with a non-toxic adhesive. In the conventional art 4, And a container for brewing.

However, in the case of the prior arts 1 and 2, since the amount of far-infrared rays emitted by the heating element itself is small, additional additional components for far-infrared radiation need to be supplemented So that the manufacturing cost is increased due to the complexity of the structure, which increases the production cost.

In addition, in the case of the prior arts 1 and 3, since the container for heating the material for fumigating is not smoothly fixed, an accident such as the container being tilted during use of the bathtub may occur, and the far infrared ray radiated by the container may be shielded, The irradiation efficiency may be deteriorated.

Further, in the case of conventional herbal compositions or herbal medicines boiled in water as in the prior arts 3 and 4, there is a problem in that inconvenience is caused in that the post-use combustion material is generated and must be removed. In addition, the solid herbal composition can dissolve the toxic substance in the combustion process and can be harmful to the human body. In the case of herbal medicines boiling in water, The original fumigation effect can not be expected and the fumigation effect due to the medicinal herb may be lowered.

In addition, the above-described conventional prior arts have the problem that the desired bathing effect can not be obtained when the dry and wet type baths are selected or performed simultaneously.

The present invention relates to a method for manufacturing a ceramic body, comprising the steps of forming four vertical axes of a body made of wood and forming sidewalls between the vertical axes thereof and having an infrared lamp and a ceramic body container embedded therein, Infrared ray lamp is heated and used to enjoy the phytoncide flavor of the sidewall when enjoying the effect of the pharmacological effect contained in the ceramic body container when the infrared lamp is used.

In order to accomplish the above object, the present invention provides a medical device, comprising: a machine room at the bottom, an infrared lamp inspection room at the central portion, and a ceramic container at the upper portion. The lower body is formed as a wet body and a dry body, ≪ / RTI >

In the present invention, the infrared lamp has a configuration in which a heating medium for emitting infrared rays is used at an illuminance in the range of 130 to 170 watts, and the ceramic container has a top opening and a bottom form in which a solid material, And a plurality of heat flow holes are formed in the sidewalls between the upper latching jaw and the bottom floor, and a far-infrared radiation sheet is attached to the side wall of the body, and a high temperature regulator is installed. The upper part of the body is provided with a chair-type pedestal having an elliptical hole at the center thereof so that the user can sit down on the chair-type pedestal and adjust the temperature and apply the soot in the low temperature state by the far-infrared radiation effect.

Using the radiant heat of far infrared rays, the technique of this invention is applied to the radiation of the far infrared ray, which has high permeability under the influence of the far infrared ray and causes self heat generation at the infiltrated place, And it is an invention of technical idea to enjoy decomposition effect which expels decomposition of harmful bacteria and expels it to the outside and enjoys the saffron bath.

In this paper, a far infrared ray sheet installed on the sidewall of the saucer with low power in the range of 130 ~ 170 watts and a medicinal ingredient for enhancing the effect of the saffron built in the ceramic container for emitting far infrared rays are built in. And can be provided as a sofu which is provided to enjoy the saunsu bath by the far-infrared radiation effect when heated.

The main body of the present invention is composed of four straight vertical axes, which are formed by wooden vertical sidewalls, and wooden sidewalls are formed between the vertical axes, and an infrared lamp is built in the inner side so that the infrared lamp is heated and used for enjoying the phytoncide incense of the sidewall when used. The ceramic container of the present invention is provided with an upper end portion of a sidewall and a stopping portion at two intermediate positions so that a user can select and use the height of the ceramic container.

A far-infrared ray radiation pad may be attached to the inner side of the wood panel constituting the side wall portion of the present invention to enhance the far-infrared radiation effect.

The ceramic body container of the present invention is constituted such that raw materials such as yellow loess, jade, germanium and quartz andesite are mixed in an appropriate ratio to form a ceramic container, and a chemical substance such as solid or liquid is embedded in the ceramic container. Heat is applied to the ceramic container by heating the ceramic container with the far-infrared rays emitted from the ceramic container, and the fumigant which is discharged through the ceramic container and the built-in medicine is applied to the human body to improve the health by the above-mentioned actions.

It is a natural mineral used in the ceramics container of the present invention. Yellow loam mass-absorbs and radiates far infrared ray called life ray which activates the material. It activates the physiological action of the cell and has a mineral effect that releases harmful substances. It helps the prevention of aging and adult diseases. In jade, magnesium, which contains minerals such as calcium and magnesium silicate (quartz, silicic acid), is composed of 40% chlorophyll, and at the same time, The constituent cells are also made of magnesium, so that the waves coming out from the jaw and the waves of the human cells penetrate evenly into the human cells with the same waves, and through the resonance of the same name, the tissue is revived and the blood circulates smoothly, Germanium is an element of natural substance. (H ₂ ) gas harmful to the body is combined with oxygen (O ₂ ) to become water (H ₂ O), and urine or sweat It is known that carbon dioxide (CO ₂ ) gas is released through respiration by binding waste carbon (C) generated in the food metabolism process with oxygen (O ₂ ), and thus has a great effect on prevention of various adult diseases.

In addition, the elvan stone is a pale gray stone with all the minerals necessary for human life. It is a sweet, a warm and a non-toxic stone. Stimulates the resonance of the resonance to absorb the heat by subcutaneous temperature elevation action and enzyme activation by promoting metabolism digestion and absorbing action smooth and capillary vascular circulation promotes nutrition and oxygen supply by sufficient to promote waste excretion in the body And it has been reported that there are various effects such as facilitating the digestive action.

The present invention relates to a process for preparing a ceramic container by mixing raw materials such as yellow clay, oak, germanium, and elvan, which have the above-mentioned effects, in an appropriate ratio to form a ceramic container, incorporating a chemical substance such as solid or liquid into the ceramic container, heating the infrared heater, It is applied so that the far infrared ray can be put on the human body and the health can be improved by the above actions.

Since the pedestal having a cushioning function is provided on the four vertical axes and the upper surface plate provided in the plain wood material, the decorative material provided by the present invention has the effect of enhancing the decorative effect due to the wood material.

In addition, the ceramic container used in the present invention has a double-locking jaw, and has a structure in which a plurality of heat-flow holes are formed in the side wall between the upper jaw and the middle jaw, thereby adjusting the height of the ceramic container And provides an effect that can be used.

Fig. 1 is a perspective view of a far-infrared ray lamp provided with a technical idea of the present invention.
Fig. 2 is an exploded perspective view of Fig. 1; Fig.
Figure 3: Inner perspective side view of Figure 1 above.
Fig. 4 is a top plan view of the upper cushion of the present invention, in dotted lines.

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings showing embodiments of the present invention.

FIG. 1 is a perspective view of a far infrared ray tube provided with a technical idea of the present invention, FIG. 2 is an exploded perspective view of the present invention, and FIG. 3 is a perspective view of a far infrared ray tube And FIG. 4 is a top plan view of a state in which the upper cushion is shown by a dotted line in the present invention.

1 to 4, the side wall portion 40 having four vertical shafts 50 provided with a body of plain wood and the vertical shafts provided between the vertical shafts is also provided with a plain wood material, The ceramic body vessel 20 and the side wall portion 40 are heated by the heating heat of the infrared ray lamp 10 which forms the body and is heated at the center of the body, and is held in the ceramic body vessel while taking on the phytoncide aroma, (30), which is used as a dry or wet type, is applied to enhance the therapeutic effect by penetrating deeply into the body even at a low temperature by the far infrared effect.

In Fig. 1, the side walls 40, which are provided between the vertical shafts, are provided with four vertical shafts 50, which are provided with a plain wood material, and are provided with a technical idea of the present invention. And a top cover portion 60 having a cushion function. The external connection portion is provided with a temperature control portion 13 and a power connection portion 14 And the heat irradiating portion provided at the central portion of the upper lid portion 60 has an elliptical heat irradiating portion 61 having a size slightly larger than the size of the ceramic body 20 which is not circular, .

In FIG. 2 or FIG. 3, only the temperature control unit 13 and the power supply connection unit 14 for connecting to the power supply are provided externally. The four side walls 40 provided on the inner side of the four vertical axes 50 of the upper and lower panels have a structure in which the far-infrared radiation sheet 30 is attached, and a machine part is formed on the bottom surface of the lower body And a control unit for receiving the fixed socket of the far infrared ray lamp 10 and the controller 12. The intermediate pedestal 42 for supporting the upper portion of the infrared ray lamp 10 at an intermediate position of the body Is mounted on the intermediate stopping jaw 46 to support the infrared light emitting lamp 10 and an upper pedestal 43 for receiving the ceramic body container 20 is mounted on the upper part of the body so as to be mounted on the upper stopping step 47, The sphere to be fixed It shows that there can be provided.

Herein, the ceramic body container 20 is made of a material having a far-infrared ray radiation function and is produced by being burned at a high temperature so as to contain a medicinal substance which can enjoy the sauce bath therein, and the medicinal ingredient contained in the ceramic body container 20 The heat dissipated from the ceramic body 10 not only warms the closed bottom surface of the ceramic body 20 but also has a structure in which a plurality of heat flow holes 23 are formed in the side wall of the ceramic body 20, Infrared radiation sheet 30 provided in the part of the ceramic body 20 (40) is also transmitted from the heat-flow hole (23) to penetrate deeply into the body even at a low temperature, The intermediate stopping jaw 22 is engaged with the semicircular concave portion 44a of the inner plate member 44 or the upper stopping jaw 21 is engaged with the inner plate member 44, Semicircle of In a form which has a form applied to the neck portion (44a) it shows that the user can be adapted to adjust the height of the ceramic body container 20 to the desired height.

2, the inner plate member 44 has a flat plate portion 44b at one side thereof facing the central portion of the upper support 43, which has a horizontal plane structure for supporting the ceramic body container 20, The other side is provided with a semicircular concave portion 44a so that the flat plate portion 44b forms a horizontal hinge 45 engaging portion with the upper pedestal 43 and the semicircular concave portion 44a is engaged with the circular ceramics container 20 And can be provided to have the function of lifting upwards or downwards in order to receive the bottom of the jaw by the concave portion.

FIG. 3 is a side view of a perspective view showing the internal construction of the present invention. The machine room is formed between the bottom support 41 and the intermediate support 42, and a ventilation hole 15a is formed on one side of the bottom support 41 A ventilation hole 15b is formed between the corresponding two sidewalls of the intermediate pedestal 42 and the upper pedestal 43 to form a structure in which outside air flows into the inside of the penthouse by a small amount, The fixed socket 11 of the infrared lamp is positioned at the bottom of the intermediate pedestal 42 and a stable voltage is supplied by the transistor 12 And a control button 13 for controlling the temperature of the infrared lamps in a multistage manner is provided outside the main body and all of the four side walls 40 between the intermediate pedestal 42 and the upper pedestal 43, When the vent hole 15b is formed Infrared radiation sheet 30 is attached to the sidewall of the ceramic body 20 to enhance the emission effect of the far-infrared rays due to the far-infrared radiation sheet 30 even in a small amount of heat transferred from the infrared ray lamp 10, Or to transmit the far-infrared rays to the heat flow holes 23 formed in the side surface of the ceramic body.

FIG. 4 is a top plan view of a skewer 100 provided in the state of the art of the present invention. FIG. 4 is a perspective view of an upper skewer 60 mounted on the upper part of the skewer body. And the flat plate portion 44b of the inner plate member 44 is positioned horizontally with respect to the upper pedestal 43. The side plate 40 has four side walls 40 as pillars and has an inner plate member 44 inside the upper pedestal 43, And the semicircular concave portion 44a supports the bottom of the latching jaw 21 of the circular ceramic body container 20 so that the heat irradiating portion 61 of the upper lid portion 60, Of the ceramic body 20 is equal to one side of the size of the ceramic body 20 and one side of the ceramic body 20 forms a slightly larger elliptical thermal probe 61,

Hereinafter, as an application example of the manufacture applied by the inventor of the present invention in order to obtain a ceramic container 20 functioning to give a far-infrared ray radiation function in the present invention 100, the raw material sorting of the ceramic container 20 is performed by using natural, The raw materials of each of quartz, yellow clay, jade, jade and germanium are selected and crushed to a size of 1 to 5 mm. Thereafter, the raw materials are heated and fired in a furnace maintained at 450 ± 50 ° C. to remove impurities contained in the raw materials. Was ground to obtain a powder having a particle size of 200 mesh. In order to increase the binding force between 10 kg of the mixture and 1.0 kg of gruel, 1.0 kg of ocher powder, 3.0 kg of loess, 3.0 kg of elvan powder, Kneading the mixture to obtain a blend, and using the blend as an upper portion, a bowl shape having a bottom portion and a side wall portion and having an engagement protrusion at an upper end of the side wall portion A second step of solidifying the ceramic container formed by the step by drying at a temperature of 90 to 110 ° C for 6 to 8 hours under a mild drying condition; After the third step of firing at 1,100 ℃ for 3 ~ 5 hours, the functional ceramic container was obtained by maturing in shade for 24 hours or more.

The inventor of the present invention intends to perform the far-infrared radiation characteristic test of the ceramic container 20 made by the above-described manufacturing process. The far infrared ray radiation characteristic test was performed by M4500 FT-IR Spectrometer, Madac Corp., USA, The test was carried out at 40 ° C and the measurement results were compared with a black body using an FT-IR spectrometer

 sample  Emissivity (5 to 20 탆)  Radiant energy (W / m < 2 >  Remarks  Ceramic containers  0.920 3.72 x 10 ²  Center wavelength 9.3 탆

In addition, the inventor of the present invention can use the far-infrared radiation sheet 30, which uses yellow soil or ilite, as a means for enhancing the far-infrared radiation effect in the present invention, One production example of the far-infrared radiation sheet 30 in which yellow loam is used to adhere to the inside of two sidewalls 40 that are not formed is 40 占 10 parts by weight (far infrared ray radiation function) of yellow clay + 30 占 10 parts by weight (Anion and far-infrared ray radiation function) in a ratio of 10 ± 5 parts by weight (anion radiation function) + char powder 10 ± 5 parts by weight (anion and far-infrared radiation function) 20 to 30 parts by weight of a vegetable binder (glutinous rice paste) having no human health is added to 100 parts by weight of a far infrared ray and an anion radiator raw material mixture blended so as to form a mixed portion, It can be used as a far-infrared radiation pad by coating on a hemp which has a high sterilizing power and also has far-infrared radiation efficiency.

In addition, since a sheet of light sheet can be used for the purpose of enhancing the far-infrared radiation effect of the present invention,

10 ± 5 parts by weight of dilite, 0.4 ± 0.1 part by weight of germanium 5 ± 1 part by weight germanium, 0.4 ± 0.1 part by weight of tourmaline, 0.2 ± 0.1 part by weight of pine needle, magnesium oxide mixed with magnesium oxide and magnesium chloride in a weight ratio of 1: (MOC) (4 ± 0) parts by weight were mixed. The mixture was sprayed with the meconium mash extract as a process water, and the mixture was thinly kneaded. The kneaded product was applied to a 1 to 2 mm thick mica cotton cloth and dried on a shade to obtain a light sheet Can be used.

The results of confirming the far-infrared radiation effect according to the KICM-FIR-1005 test method were shown in Table 2 with respect to the daily light sheet materials obtained by mixing at the composition ratios of the above Examples.

 division  unit  Test Methods Test result  Far-infrared emissivity  -  KCL-FIR -1005; 2011  0.927  Far-infrared radiation energy  W / ㎡  KCL-FIR -1005; 2011 3.71 × 10 ²

As described above, according to the present invention, there are four vertical shafts made of unbleached wood, sidewalls made of wood between the vertical shafts, an infrared lamp and a ceramic container are embedded therein, an infrared lamp is installed in a range of 130 to 170 watt The heat medium which emits infrared rays is used and the temperature regulator can be used to enjoy the high temperature infrared radiation effect of low temperature infrared rays at a low temperature range of 40 to 50 ° C.

The bottom of the ceramic container is heated by the heat of the infrared heater and the heat of the infrared heater is maintained in a heated state of the far infrared ray radiation sheet 30 by heating the ceramic container such as solid or liquid, A far-infrared radiation effect heat is applied to the lower part of the human body, which is concentrated in the heat irradiation part 61 of the upper lid part 60 of the chair base shape provided as a cushion material when the heat is contacted with the chemical ingredient through the side wall of the ceramic container The upper lid part 60 is formed as a combined structure from one side of the upper body of the eyelet body to the hinge part and is opened If you want to lift the one side of the ceramic container (20) to change the medicines or adjust the height and again Can be used sikimyeo wanted part cover part 60 will position it is natural to a person skilled in the art.

In addition, the medicinal materials contained in the ceramic body container 20 of the present invention may be in the form of a liquid or a juice provided in liquid or juice form depending on the purpose of use or treatment, Or a far infrared ray radiator or a far infrared ray ceramic ball which is provided in a hexagonal shape as a solid is filled to radiate the far infrared ray called a life ray to the body to actively physiologically function the cell It will be obvious to those skilled in the art that a variety of medicinal substances desired by the user can be contained in the ceramic body 20 and used.

10: Infrared luminescent lamp 11: Infrared lamp socket
12: transistor 13: temperature control unit
14: power connection part 15: vent hole
20: Ceramic container 21: Upper latching jaw
22: intermediate jaw 23: heat flow hole
30: far-infrared radiation sheet 40:
41: bottom support 42: intermediate support
43: upper pedestal 44: inner plate
45: hinge 46: intermediate jaw
47: upper jaw 50: vertical shaft
60: upper cover part 61:
100: Doo Hoon

Claims (4)

In the far infrared ray lamp, which is provided to be able to concentrate treatment of the lower body part of the body by making wet body and dry body by making the body of the eyeliner body with the structure where the bottom part is the machine room, the infrared lamp examination room is the center,
The infrared lamp has a structure in which a heating medium for radiating infrared rays is used at an illuminance in the range of 130 to 170 watts. The ceramic container has an open upper part and a bottom part in the form of a container capable of containing solid matter, water or medicinal materials. And a medicinal ingredient contained in the ceramic body container is heated by the heat emitted from the infrared ray lamp 10 to heat the closed bottom surface of the ceramic body container 20, Infrared rays emitted from the far-infrared radiation sheet 30 provided on the four sidewall portions 40 of the four-sided body 40 are formed in the heat-flow holes 23, Lt; / RTI >
The inner plate member 44 has a flat plate portion 44b at one side and a semicylindrical recessed portion 44b at the other side to face the center portion of the upper support 43 which forms a horizontal plane for supporting the ceramic body container 20. [ The flat plate portion 44b is formed to have a hinge 45 engaging portion horizontally with the upper pedestal 43 and the semicircular concave portion 44a is engaged with the recessed bottom of the circular ceramic body container 20 as a concave portion Is provided with a structure that can be lifted upward or lowered horizontally to accommodate,
The ceramic body 20 is provided with a structure having two stepped stoppers so that the intermediate stopping jaws 22 are engaged with the semicircular recesses 44a of the inner plate member 44 or the upper stopping jaws 21 The height of the ceramic body vessel 20 is adjusted to a desired height by adopting a form in which the ceramic body 20 is hooked on the semicircular concave portion 44a of the inner plate member 44,
In the upper part of the body, a chair-type pedestal having an elliptical hole is provided, so that the user can sit on the chair-type pedestal and adjust the temperature and take the phytoncide incense Which is provided for enjoying the hoon-hoon bath. The method according to claim 1,
The body of the eyepiece has four vertical axes made of plain wood, a wooden sidewall is formed between the vertical axes, and an infrared lamp is built in the infrared lamp. The infrared lamp is heated and is used to enjoy the phytoncide fragrance when it is used Far infrared rays. delete The method according to claim 1,
The Far Infrared radiation sheet is composed of 40 ± 10 parts by weight of loess, 30 ± 10 parts by weight of kaolin, 10 ± 5 parts by weight of jade powder, 10 ± 5 parts by weight of tourmaline, 10 ± 5 parts by weight of charcoal powder, 20 to 30 parts by weight of a glutinous rice paste as a vegetable binder having no harmful effects on the human body is added on the basis of 100 parts by weight of the starting material mixture in a ratio of 5 parts by weight to obtain 100 parts by weight of the mixture, Far infrared ray radiation effect.

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