JP4809951B1 - Combustion material for hot spring and pedestal bowl using the same - Google Patents

Abstract

An object of the present invention is to provide a powdered mesodon pedestal that simultaneously performs medicinal treatment with combustion smoke generated by combustion of a combustion material for eggplant hot-meat and combustible material for ginger leaf-meat and thermal treatment with radiant heat.
[Solution]
Sodium, potassium, lithium, and magnesium combustion aids for powder obtained by pulverizing palm leaf and fruit or ginger leaf and root powder to an average particle size in the range of 2 to 10 micrometers A binder material containing tub powder and Chinese flour containing powder, a dye, and a fragrance are blended in proportions of their respective weight ratios, and the upper part is closed inside the burning material for fixtures. A combustion material for eggplant hot-meat, which is provided with a smoke cavity, and a combustion material for hot-meat hot-meat. And the means to discharge the combustion smoke in the horizontal direction using its combustion characteristics was adopted.
[Selection] Figure 3

Description

  The present invention relates to a medicinal effect treatment that penetrates through the skin from combustion smoke generated by combustion of a burning material for coconut leaf meat warmth and a raw material for ginger leaf meat warmth, and a combustion material for powdered mesophyll that simultaneously performs thermal treatment by radiant heat, and the same. Regarding the pedestal bowl.

  The coconut tree used as a burning material of the present invention is an evergreen tree of the mandarin orange family and belongs to citrus fruits.It is widely cultivated in areas other than Hokkaido in Japan, and resistance to pests and cold is considered to be very excellent among citrus fruits. Yes. It is said that China was the origin and came to Japan before and after the Asuka period.

  In addition, the components of the eggplant are particularly aromatic and have a moderate sour taste, and juice and pericarp are used to assist cooking, and the aromatic component contains an essential oil component called limonene that acts on the autonomic nerves. Therefore, it is said that it is effective in relaxing mind and body. The aromatic terpene is also said to have a function of sedating excited nerves and releasing accumulated stress.

  The above fragrance and essential oil components, including limonene, tempen, nominin and citral, promote blood circulation, relieve laryngeal inflammation and cough, suppress skin cancer, stimulate capillaries to improve blood circulation, and improve metabolism. It is said that the body warms up and has an effect on coldness, and it is said that it makes it difficult to catch a cold by enhancing immunity. In addition, it is also known that pain such as fatigue recovery, muscle pain, neuralgia and rheumatic pain can be removed. It is also said that it has anti-tumor, analgesic, anti-inflammatory and bactericidal effects. Limonene is also used as a burning material for coconut leaf acupuncture therapy in combination with rice cake because it has a moisturizing effect that prevents skin moisture from escaping.

  The acupuncture therapy is a typical acupuncture therapy (separate moxibustion or stick moxibustion) that is handed down from China, and a moxa or incense stick is sown in a special instrument (recently, it is performed using an electric heater). It is used as a hot-pressure therapy that can be easily treated in ordinary households.

  However, the palm leaves used in the above-mentioned acupuncture therapy are shaped and colored, and raw leaves that are free of worms, scratches and chips are used. In addition to the problems, producers are forced to waste a lot of time and money to dispose of nonstandard palm leaves.

On the other hand, ginger used as a combustion material of the present invention is said to have originated in India, tropical Asia, and Yunnan Province in China, and is widely used in the fields of cooking and Oriental medicine along with garlic and green onions as three major seasonings. Ginger has been prescribed in Chinese medicine for a long time in China, and raw ginger is called (Popper), and dried one is called Pepper (Pepper), which reduces cough, cuts off the sputum and suppresses vomiting, and functions of antipyretic and digestive system Many benefits are known for enhancement, abdominal pain, stomach pain and constipation.

  In addition, gingerol and gingerol, which are the main components of pungent taste, change gingerol to gingerol when heated with ginger, and this gingerol has the effect of promoting blood circulation, so it is known to be effective in warming and cooling the body. It is widely used as a hot compress for ginger grated ginger on joints and muscle pains, or as a ginger that is sliced and combined with ginger.

  The ginger is a typical acupuncture therapy (separate moxibustion or stick moxibustion) handed down from China, and mushrooms and incense sticks are sprinkled in a special instrument (recently using an electric heater). A slice of hot paper and ginger is sliced and applied to the tip, and the acupuncture is treated with radiant heat from acupuncture and incense sticks. It is widely used with acupuncture therapy.

  On the other hand, there has been proposed a pedestal rod that transmits a conductive heat by placing a ready-made pedestal or a pedestal having a cylindrical space under a relatively inexpensive cage. For example, a “warmware and warmer set” (see Patent Document 1) has been proposed, and it has been widely used, such as Sensen (registered trademark), Kamaya (registered trademark), Chosei (registered trademark), and Tsubo (registered trademark). It has been commercialized.

  On the other hand, an “indirect saddle with a pedestal” (see Patent Document 2) in which a hole for promoting the flow of medicinal component gas toward the central opening has been proposed.

  However, the above-mentioned “indirect saddle with pedestal” (see Patent Document 2) includes a combustion heat conduction hole that conducts radiant heat of the combustion material and a flow promotion hole that guides medicinal component gas generated by the combustion material. The medicinal component gas touches the treatment surface at a pinpoint, and the medicinal range is limited to the size of the flow promoting hole. In addition, the groove provided in the lower surface of the pedestal is provided for the purpose of promoting the flow of air and does not actively secure the flow path of the medicinal component gas. However, it was a structure that was not performed sufficiently.

  Incense, incense, and utensils are currently being developed in a direction that does not emit as much combustion smoke as possible. However, incense etc., there are many women who seek a relaxation effect on smoke that floats gently so as to cling to the body, and it is not a good product that can only be made smokeless by adjusting the ingredients in the direction of complete combustion There is also. That is, a healing device that appeals to the eye by intentionally creating a smoke drift and enjoys the sense that medicinal components permeate through the skin from the smoke is also required in recent years when stress has increased.

  As described above, the conventional pedestal soot is a separator soot that is directed to the heat generated by the soot and incense sticks or the raw leaves having medicinal properties, etc. It was not an acupuncture treatment that actively treated the medicinal treatment around the pedestal acupuncture.

  The present inventor has taken into consideration the above-mentioned problems of hot acupuncture therapy, a medicinal effect treatment that penetrates through the skin from the combustion smoke generated by the combustion of the combustion material for coconut leaf meat and the combustion material for ginger leaf meat, and the heat generated by radiant heat. Focusing on the acupuncture therapy that can be performed at the same time, the present invention leads to the proposal of a burning material for coconut leaf warmth, a burning material for ginger leaf meat warmth, and a powdered leaf pedestal bowl in the present invention.

Utility Model Registration No. 3056071 Utility Model Registration No. 3022687 Japanese Patent No. 4448560 Japanese Patent No. 4448561

  The present invention aims to provide a powdered mesophyll pedestal that simultaneously performs a medicinal effect treatment that permeates through the skin from combustion smoke generated by the combustion of the burning material for the coconut-meat hot-meat and the combustion material for the ginger-meat hot-meat and the thermal treatment by radiant heat.

  In order to achieve the above-mentioned object, the present invention provides a combustible material for rice bran comprising powdered coconut leaves and fruits as a main component, wherein the weight ratio of freeze-dried coconut leaves and fruits is 9.9: 100% by weight of coconut mesophyll powder obtained by blending at a ratio of 0.1 to 8.0: 2.0 and pulverizing to an average particle size in the range of 2 micrometers to 10 micrometers is sodium (0.02 %), Potassium (0.15%), Lithium (less than 0.001%), magnesium (0.53%) combustion aid containing 20-25 parts by weight of tab powder and 10-15 parts by weight of support powder, and dye The weight parts 3 to 6 and the fragrance weight parts 2 to 4 are blended in proportions of the respective weight ratios to form rods or protrusions, and the upper part is closed inside the burning material for the tool. Take measures with a smoke cavity.

The present invention also relates to a burning material for bran made mainly of ginger leaf and root powder, wherein the weight ratio of freeze-dried ginger leaf to root is 9.9: 0.1 to 8. It is blended at a ratio of 0: 2.0, and 100 parts by weight of ginger mesophyll powder obtained by pulverization to an average particle size in the range of 2 micrometers to 10 micrometers, sodium (0.02%), potassium (0.15 %), Lithium (less than 0.001%), magnesium (0.53%), a binder consisting of 20 to 25 parts by weight of tab powder and 10 to 15 parts by weight of flour, and 3 to 6 parts by weight of dye. The fragrance parts 2 to 4 are blended in proportions of the respective weight ratios to form rods or protrusions, and a smoke exhaust cavity with the top closed is provided inside the burning material for the tool. Take measures.

  Further, the present invention is a pedestal bowl comprising a combustion material for the above-mentioned eggplant hot-meat and a combustion material for the ginger-meat hot-meat, a pedestal housing, and an adhesive sheet, and the pedestal housing has a central portion from the center. A combustion heat conduction hole penetrating in the vertical direction is provided, and a smoke exhaust hole that is radially communicated with the combustion heat conduction hole in a direction substantially perpendicular to the horizontal direction is provided. A burning part for hot pepper and a holding part for holding the burning material for ginger leaf meat are formed, and an adhesive sheet that is in close contact with the treatment surface is provided on the lower surface part. It is also possible to take a means for discharging the combustion smoke generated by the combustion of the hot-burning combustion material in the horizontal direction.

  The present invention also provides a temperature adjustment mechanism in the pedestal housing, and the temperature adjustment mechanism is provided with an inclined shutter so that the thickness increases from the combustion heat conduction hole having a small inner diameter toward the combustion heat conduction hole having a large inner diameter. Depending on the surface, it is possible to adopt a means provided with a temperature adjusting mechanism for moving the heating unit up and down in conjunction with the sliding of the shutter.

  According to the present invention, the combustion material for the coconut leaf hot spring, the combustion material for the raw cocoon leaf meat and the powdered pedestal pedestal bowl, the medicinal effect by the combustion smoke generated by the combustion of the combustion material for the coconut leaf tempura and the combustion material for the raw cocoon leaf meat There is an excellent effect that treatment and thermal treatment by radiant heat can be performed simultaneously.

  In addition, according to the powdered mesophyll bowl according to the present invention, the medicinal effect treatment by the combustion smoke is carried out because the combustion smoke generated by the combustion of the combustion material is actively drifted so as to crawl on the treatment surface around the pedestal bowl. The treatment has an excellent effect that can be visually recognized.

  In addition, according to the combustion material for hot-meat hot-meat, the combustion material for hot-meat hot-meat and the powdered meso-pedical bowl according to the present invention, the producers have a great deal of labor and expense for disposal of non-standard leaves and pulp. Can be omitted, and at the same time, the raw material can be effectively used.

  Further, according to the combustion material for eggplant hot-meat according to the present invention, and the combustion material for ginger leaf-meat hot meal and powdered mesophyll pedestal bowl, the main material of the combustion material is using the powdered material of eggplant and ginger mesophyll, It is not particularly affected by the shape and size of the eggplant and ginger. Therefore, as compared with the warm rice bran that uses the eggplant and ginger as they are, the medicinal material that does not look good can be used, and the excellent effect that the raw material can be effectively used is achieved.

  In addition, according to the burning material for coconut mesophyll warmth and the combustion material for ginger mesophyll warmth and the powdered mesophyll pedestal bowl according to the present invention, medicinal medicinal mesophyll is dried and mixed, so that the freshness of fresh leaves etc. There is an excellent effect of not requiring a space for storage and use.

Explanatory drawing which shows embodiment of the combustion material in the powdered mesophyll bowl of this invention Explanatory drawing which shows embodiment of the base bowl in the powdered mesophyll bowl of this invention Cross-sectional explanatory drawing which shows the use condition in the powdered mesophyll bowl of the present invention Cross-sectional explanatory drawing which shows another embodiment in the powdered mesophyll bowl of the present invention Explanatory photo showing the state of emission of combustion smoke from the powdered mesophyll bowl according to the present invention A photograph comparing the state of emission of combustion smoke between the powdered mesophyll bowl according to the present invention and a commercial product The photograph which compared the discharge state of the combustion smoke by the difference in the internal structure of the coconut-meat combustion material which concerns on this invention The photograph which shows the discharge | emission state of combustion smoke in case the internal cavity part of the coconut-meat combustion material which concerns on this invention has penetrated A photograph explaining the state of emission of combustion smoke from the powdered mesophyll bowl according to the present invention

  The powdered mesophyll bowl 1 of the present invention according to claim 1 is a burning material for a bowl mainly composed of palm leaf and fruit powder, wherein the weight ratio of freeze dried dried palm leaf and fruit 9.9: From 0.1 to 8.0: 2.0, and 100 parts by weight of coconut mesophyll powder obtained by pulverization to an average particle size in the range of 2 micrometers to 10 micrometers Consists of 20 to 25 parts by weight of tub powder containing 10 to 15 parts by weight of sodium powder (0.02%), potassium (0.15%), lithium (less than 0.001%) and magnesium (0.53%) The material, the dye parts 3 to 6, and the fragrance parts 2 to 4 are blended in proportions of the respective weight ratios to form rods or protrusions, and the upper part is inside the burning material for the tool. The eggplant mesocombustible material 10 provided with the closed flue gas cavity, and the smoke emission characteristics of the eggplant mesocombustible material 10 The most important feature is the use of a pedestal with a structure suitable for taking advantage of the characteristics. Hereinafter, examples of palm leaves and fruits will be described with reference to the drawings. Although the combustion material used in FIGS. 5 to 9 is the coconut leaf meat combustion material 10, the discharge state of the combustion smoke K is basically the same as that of the ginger leaf meat combustion material 11.

  The coconut leaf meat burning material 10 is composed of 20 to 25 parts by weight of tab powder and 10 parts by weight of bronze powder with respect to 50 parts by weight of the burning material 10a of coconut leaf meat powder 10a having an average particle diameter of 2 to 10 micrometers. It is blended at a ratio of a binder 10c containing a combustion aid containing sodium, potassium, lithium, and magnesium consisting of ˜15, dye parts by weight 3-6, and fragrance parts 2-4.

  The coconut leaf meat powder 10a is obtained by washing the leaves and fruits of fruit-free and non-pesticide-grown coconut leaves with running water, removing miscellaneous taste and veins, and then drying in the sun to about 60%. After roughly grinding to about 2 × 1 mm with a shearing machine and further freeze-drying with a dryer, the one adjusted to a particle size of about 2 to 10 micrometers with a grinding mill or the like is used. Here, adjusting the particle size to a size of about 2 to 10 micrometers is ignitable and non-extinguishing due to the blending relationship between the coconut leaf powder 10a and the binder 10c containing the combustion aid 10b at a predetermined ratio. This is because the combustion temperature, the sustainability of the combustion, the amount of flue gas, etc. are made good.

  Combustion aid 10b is composed of a binder 10c composed of 20 to 25 parts by weight of tab powder and 10 to 15 parts by weight of Chinese flour, sodium (0.02%), potassium (0.15%), lithium (less than 0.001%), magnesium (0.53 %). Since the present invention exhibits the healing effect that is one of its purposes by smoke visually visible to the naked eye, the amount of smoke emitted while aiming at ignitability, non-extinguishing properties, combustion temperature, and sustainability of combustion Etc. in good condition. In addition, each element derived from a plant will also be contained in the coconut-meat powder combustion material 10. FIG. The burning temperature of warm wood by general mugwort is about 70 to 80 degrees, which is lower than the burning temperature of paper and tobacco, and in order to make the burning temperature comparable to that of mugwort, it is a combustion auxiliary material for the binder 10c. If 10b is excessively increased, the combustion temperature becomes high and the combustion speed is also increased. Conversely, if the amount is small, the ignitability and non-extinguishing properties are poor. In order to exert the effects of the present invention, the present inventor studied variously changing the content of the combustion auxiliary 10b with respect to the binder 10c, investigated the blending relationship in the best condition, and obtained the content. However, the content rate is not limited to this, and the smoke content and the combustion state are within a range that can be favorably maintained centering on the content rate.

  The binder 10c is blended in 20 to 25 parts by weight of tab powder and 10 to 15 parts by weight of bronze powder with respect to 50 parts by weight of the coconut mesophyll powder 10a. The tab powder is a powder obtained from powdered bark of the evergreen tree of the genus Tabinaceae, and a commercially available incense stick or the like may be used. Chinan powder is obtained by powdering the bark of an independent lindenaceae cinnamon tree in the mallow, which may also be a commercially available product for incense.

  The dye 10d is contained according to the apparent color and is not particular about the specific color, but it is generally desirable to use a green natural dye made from cedar leaves. 3-6 weight part is mix | blended with respect to the weight part 50 of the coconut-meat powder 10a.

  As the fragrance 10e, essential oils extracted from organic compounds composed of terpenes contained in plants are used as components, and tea leaf fragrances and the like that are compatible with the scent of palm leaves are used. However, the fragrance 10e is not limited to the tea leaf fragrance, and other natural fragrances having an aromatherapy effect such as jasmine and lavender may be used. 2-4 weight part is mix | blended with respect to the weight part 50 of the coconut leaf meat powder 10a.

  In addition, the powdered mesophyll bowl 1 of the present invention is a burning material for a bowl mainly composed of ginger leaf and root powder, and the weight ratio of the freeze-dried ginger leaves to roots is 9.9. : 100 to 100 parts by weight of ginger mesophyll powder obtained by blending at a ratio of 0.1 to 8.0: 2.0 and pulverizing to an average particle size in the range of 2 micrometers to 10 micrometers. 0.02%), a binder consisting of 20 to 25 parts by weight of tab powder and 10 to 15 parts by weight of bronze powder containing combustion aids of potassium (0.15%), lithium (less than 0.001%) and magnesium (0.53%); Dye parts by weight 3 to 6 and perfume parts by weight 2 to 4 were blended in proportions of the respective weight ratios to form rods or protrusions, and the upper part was closed inside the burning material for the tool The ginger leaf meat combustion material 11 provided with the smoke exhaust cavity and the smoke emission characteristics of the ginger leaf meat combustion material 11 are utilized. The pedestal having a structure suitable for the above is used.

  The raw ginger leaf meat burning material 11 has 20 to 25 tab powder parts and 25 to 10 parts by weight of the ginger leaf meat part 11a with a mean particle size of 2 micrometers to 10 micrometers. The binder 10c containing a combustion aid containing sodium, potassium, lithium, and magnesium, the dye parts by weight 3 to 6, and the fragrance parts 2 to 4 are blended.

  Ginger leaf meat powder 11a is washed with running water from the ginger leaves and roots harvested from fruit-free and pesticide-free cultivation, drained after removing miscellaneous taste and veins, and then sun-dried to about 60% and sheared. After roughly grinding to about 2 × 1 mm with a machine, freeze-drying with a dryer, and adjusting to a particle size of about 2 to 10 micrometers with a grinding mill. Here, adjusting the particle size to a size of about 2 to 10 micrometers is based on the blending relationship between the ginger leaf meat powder 11a and the binder 10c containing the combustion aid 10b at a predetermined ratio. This is because the combustion temperature, the sustainability of the combustion, the amount of flue gas, etc. are made good.

  Combustion aid 10b is composed of a binder 10c composed of 20 to 25 parts by weight of tab powder and 10 to 15 parts by weight of Chinese flour, sodium (0.02%), potassium (0.15%), lithium (less than 0.001%), magnesium (0.53 %). Since the present invention exhibits the healing effect that is one of its purposes by smoke visually visible to the naked eye, the amount of smoke emitted while aiming at ignitability, non-extinguishing properties, combustion temperature, and sustainability of combustion Etc. in good condition. In addition, the ginger leaf meat combustion material 11 will also contain each element derived from a plant. The burning temperature of warm wood by general mugwort is about 70 to 80 degrees, which is lower than the burning temperature of paper and tobacco, and in order to make the burning temperature comparable to that of mugwort, it is a combustion auxiliary material for the binder 10c. If 10b is excessively increased, the combustion temperature becomes high and the combustion speed is also increased. Conversely, if the amount is small, the ignitability and non-extinguishing properties are poor. In order to exert the effects of the present invention, the present inventor studied variously changing the content of the combustion auxiliary 10b with respect to the binder 10c, investigated the blending relationship in the best condition, and obtained the content. However, the content rate is not limited to this, and the smoke content and the combustion state are within a range that can be favorably maintained centering on the content rate.

  The binder 10c is blended with 20 to 25 parts by weight of tab powder and 10 to 15 parts by weight of Chinese meal with respect to 50 parts by weight of ginger leaf meat powder 11a. The tab powder is a powder obtained from powdered bark of the evergreen tree of the genus Tabinaceae, and a commercially available incense stick or the like may be used. Chinan powder is obtained by powdering the bark of an independent lindenaceae cinnamon tree in the mallow, which may also be a commercially available product for incense.

  The dye 10d is contained according to the apparent color and is not particular about the specific color, but it is generally desirable to use a green natural dye made from cedar leaves. 3-6 weight part is mix | blended with respect to 50 weight part of ginger leaf meat powder 11a.

  As the fragrance 10e, an essential oil extracted from an organic compound composed of terpenes contained in a plant is used as a component, and tea leaf fragrance or the like that is compatible with the scent of ginger leaves is used. However, the fragrance 10e is not limited to the tea leaf fragrance, and other natural fragrances having an aromatherapy effect such as jasmine and lavender may be used. 2 to 4 parts by weight are blended with respect to 50 parts by weight of ginger leaf meat powder 11a.

  FIG. 1 is an explanatory view showing an embodiment of the combustion material in the powdered mesophyll bowl of the present invention, and FIGS. 1 (a) to 1 (e) are explanatory views showing the tip shape of the eggplant leaf combustion material 10. . The coconut-meat burning material 10 of the present invention has a tip shape of a hemispherical shape, a flat shape, a sharp end shape, or some shape of a mountain shape to form an overall shape of a rod shape or a protrusion shape, and an upper portion is formed in the inside. It is formed by providing a smoke exhaust cavity 23 to be closed.

  In addition, each shape of the combustion material ignited at the top portion 10f of the coconut leaf combustion material 10 burns while maintaining the shape as it is, and the radiant heat H and the combustion smoke K pass through the smoke exhaust cavity 21. It has a structure that conducts downward.

  FIG. 2 is an explanatory view showing an embodiment of a pedestal bowl in the powdered mesophyll bowl of the present invention. 2A is an exploded perspective view, FIG. 2B is an overall perspective view, and FIG. 2C is a cross-sectional view. The powdered mesophyll pedestal bowl 1 of the present invention is a pedestal bowl made of coconut mesophyll combustion material 10, a pedestal casing 20, and an adhesive sheet 25, and it conducts combustion heat conduction vertically penetrating from the center of the pedestal casing 20. A hole 22 is provided, a smoke exhaust hole 23 that is radially communicated with the combustion heat conduction hole 22 in a direction substantially orthogonal to the horizontal direction is provided, and the coconut mesophyll combustion material 10 is held on the upper surface of the pedestal housing 20. The holding portion 24 is formed, and the lower surface portion is provided with an adhesive sheet 25 that is brought into close contact with the treatment surface S (human skin). The medicinal treatment by the combustion smoke K generated by the combustion of the coconut mesophyll combustion material 10 and radiant heat It is formed to have a structure for performing thermal treatment with H at the same time.

  The pedestal housing 20 has a cylindrical shape and is formed of a heat-resistant metal or a non-flammable resin, and the material is not particularly limited. If a resin having low heat conductivity having such heat resistance is used, the radiation heat H can be reduced and the heat collecting effect of the combustion heat conduction holes 22 can be increased.

  The combustion heat conduction hole 22 is a hole that conducts the combustion heat of the coconut mesophyll combustion material 10 penetrating vertically from the center of the pedestal housing 20, and the outer shell combustion of the apex portion 10 f of the coconut mesophyll combustion material 10. The radiant heat H combusted by the part 10g is conducted to the treatment surface S of the human body.

  The smoke exhaust hole 23 is a hole for exhausting the combustion smoke K generated by combusting the coconut mesophyll combustion material 10 in a radial direction orthogonal to the combustion heat conduction hole 22 and burning radially. The conductive holes 22 are provided radially in a direction substantially orthogonal to the horizontal direction. The lower part of the pedestal housing 20 is caused by the smoke layer descending phenomenon of the combustion smoke K containing medicinal components generated in the smoke exhaust cavity 21 which is closed inside the coconut leaf combustion material 10 formed in a rod shape or a protrusion shape. It is distributed radially from and is exhausted widely along the treatment surface S. Combustion smoke K having a heavy specific gravity (because it contains non-combustible substances or moisture) drifts so as to scoop the surface of the treatment surface S The medicinal effect treatment of the treatment surface S around the pedestal housing 20 can be performed.

  The holding part 24 has a receiving part shape for holding the coconut leaf burning material 10 on the upper surface part of the pedestal housing 20, and the lower part of the coconut leaf burning material 10 is fixed to the receiving part with an adhesive.

  The adhesive sheet 25 is detachably bonded with a pressure sensitive adhesive or the like between the base housing 20 and the skin, and functions to soften the radiant heat H transmitted from the base housing 20. The material is made of cardboard, non-combustible sponge or the like, and a combustion heat conduction hole 22 is provided in the center. A release paper is coated on the treatment side of the adhesive sheet 25, and in use, a tongue protruding from a part of the edge of the adhesive sheet 25 is grasped, and the release paper is peeled off for use.

  FIG. 3 is a cross-sectional explanatory view showing a usage state of the powdered mesophyll bowl 1 of the present invention. FIG. 3A is an explanatory diagram showing a conduction state of the radiant heat H of the coconut meat combustion material 10. The outer shell combusting portion 10g ignited with an incense stick or the like on the apex portion 10f of the coconut leaf combustion material 10 burns upon receiving oxygen supply from outside air, and continues to burn while maintaining its shape.

  Combustion smoke generated from the outer shell combustion portion 10g is supplied with oxygen from the outside air and burns almost completely at a high temperature. Therefore, the mass of the combustion smoke is light and the top portion 10f is generated from the outer shell combustion portion 10g. Updraft is generated by radiant heat heated to about 600-1000 degrees. Therefore, the combustion smoke burned in the almost smokeless state almost transparent is released upward by the rising air flow.

  On the other hand, the radiant heat H generated there is guided to the combustion heat conduction hole 22 of the pedestal housing 20 through the smoke exhaust cavity 21 of the coconut leaf combustion material 10, and the radiant heat H is softened by the adhesive sheet 25, so that the treatment surface S ( Thermal treatment is performed pinpoint on the human skin).

  FIG. 3B is an explanatory diagram showing the flow state of the combustion smoke K of the coconut leaf combustion material 10. The inner shell combustion portion 10h in the smoke exhaust cavity portion 21 of the coconut leaf combustion material 10 burns at a lower temperature than the outer shell combustion portion 10g, and therefore has a large mass (because it contains incombustible substances or moisture) and has a medicinal effect. Combustion smoke K containing components is generated. The combustion smoke K passes through the combustion heat conduction hole 22 provided in the vertical direction of the pedestal housing 20 by the smoke layer descending phenomenon in the smoke exhaust cavity 21 whose upper part is closed inside the coconut leaf combustion material 10, and further It is led to a smoke exhaust hole 23 that communicates radially with the combustion heat conduction hole 22 in a direction substantially orthogonal to the horizontal direction, and is exhausted in a state as shown in FIG. The medicinal treatment by the combustion smoke K is performed by the combustion smoke K containing the exhausted medicinal components drifting so as to crawl on the surface of the treatment surface S (human body skin) around the base housing 20. As a result, a visual healing effect is produced.

  As described above, the powdered mesophyll bowl 1 of the present invention intentionally generates the combustion smoke K generated by the combustion of the combustion material, and actively spreads the combustion smoke K on the treatment surface S around the base bowl. It is used to treat the medicinal effect by drifting, and at the same time, the movement of the smoke of the burning smoke K that drifts gently can be visually recognized.

  FIG. 4 is an explanatory cross-sectional view showing another embodiment of the powdered mesophyll bowl 1 of the present invention. The temperature adjusting mechanism 30 for the radiant heat H in the powdered mesophyll bowl 1 according to claim 4 includes a “tool capable of adjusting the temperature of the radiant heat” (see Patent Document 3) and “ An electronic bowl ”(see Patent Document 4) is a temperature control mechanism portion that is improved to a structure suitable for effectively discharging the combustion smoke K of the coconut leaf combustion material 10 according to the present invention.

  The temperature adjusting mechanism 30 has an inclined surface 31 that is inclined so that the thickness of the shutter 33 increases from the combustion heat conduction hole 22 having a small inner diameter toward the combustion heat conduction hole 22 having a large inner diameter. The holder 32 that holds the coconut-meat combustion material 10 is moved in conjunction with the sliding to move the heating unit 34 up and down to adjust the temperature. In the middle of the combustion heat conduction hole 22, the holder 32 is directed horizontally. The smoke exhaust hole 23 is provided to discharge the combustion smoke K so as to drift in the lateral direction.

  That is, in the powdered mesophyll bowl 1 according to claim 4, the medicinal effect treatment by the combustion smoke K generated by the combustion of the coconut leaf combustion material 10 and the thermal treatment by the radiant heat H are simultaneously performed, and the temperature of the radiant heat H can be adjusted. The configuration is adopted.

  FIG. 5 is an explanatory photograph showing the discharge state of the combustion smoke K of the powdered mesophyll bowl 1 according to the present invention. The combustible material of the powdered mesophyll bowl 1 used in the photographs of FIGS. 5 to 9 is the coconut mesophyll combustible material 10, but FIG. Rises for a short time after ignition. FIG. 5B shows a state in the middle stage of combustion, where the combustion smoke K is discharged from the smoke exhaust hole 23, and the rising combustion smoke K is extremely small. FIG. 5C shows a state in the later stage of combustion, where the combustion smoke K is discharged from the smoke exhaust hole 23 and the combustion smoke K that rises is extremely small.

  FIG. 6 is a photograph comparing the discharge state of combustion smoke K between the powdered mesophyll bowl 1 according to the present invention and a commercial product. FIG. 6 (a) shows a coconut leaf combustion material 10 according to the present invention in a pure state and does not have a smoke exhaust cavity 21 formed therein. FIG. 6 (b) shows a commercially available smokeless incense stick, FIG. (C) is a common bag by a commercially available moxa. In any soot, the combustion smoke K rises from the beginning of combustion until it burns out. However, in the smokeless incense lamp of (b), there is little combustion smoke to the extent that it is difficult to visually recognize with the naked eye.

  FIG. 7 is a photograph comparing the discharge state of the combustion smoke K due to the difference in the internal structure of the coconut leaf combustion material 10 according to the present invention. In the drawing, the coconut leaf combustion material 10 on the left side has a structure in which a through hole is formed and an upper part is opened. The middle eggplant combustion material 10 sandwiched between the left and right is innocuous and does not have a hollow portion inside. The right-sided coconut leaf combustion material 10 has a shape according to the present invention, and has a configuration in which a smoke exhausting cavity 21 is provided in an interior whose upper side is closed. FIG. 7A shows the progress of combustion time from the uppermost FIG. 7A to the lowermost FIG. 7D. The uppermost FIG. 7A shows a state before ignition, and the lowermost FIG. This is the state after use.

  In the coconut leaf combustion material 10 in which the left through-hole is formed, immediately after ignition, the combustion smoke K is exhausted violently upward, and immediately thereafter, a small amount of combustion smoke K is also discharged in the horizontal direction. Among the three types, the discharge of combustion smoke K in the horizontal direction is the fastest. However, the combustion speed is too fast compared to other configurations. This is thought to be due to the large amount of oxygen required for combustion due to the formation of through holes. The combustion speed can be adjusted by reducing combustion aids such as sodium and oxidants such as magnesium. Since the amount of combustion smoke K decreases and the amount of combustion smoke K decreases, the use of the powdered mesophyll bowl 1 according to claim 4 capable of adjusting the minimum combustion heat conduction hole is effective in the hot pinning effect at a high temperature pinpoint. Cannot be demonstrated. Further, the combustion smoke K in the inner cavity of the coconut leaf combustion material 10 is easily carried by the rising airflow due to the temperature difference, and the amount of upward discharge is large.

  In the middle eggplant combustion material 10 sandwiched between the left and right, all of the combustion smoke K rides on the updraft and is exhausted upward, so that it is not possible to emit smoke that drifts in the horizontal direction, which is the object of the present invention.

  On the other hand, in the coconut mesophyll combustion material 10 having the shape according to the present invention on the right side, although the combustion smoke K is discharged slightly upward after ignition, when the combustion is transmitted to the internal exhaust cavity 21 until the end stage is reached. A large amount of combustion smoke K is discharged from the smoke exhaust hole 23, and the amount of combustion smoke K that rises on the rising airflow due to the temperature difference is extremely small.

  FIG. 8 is a photograph showing the discharge state of the combustion smoke K in the case where the internal cavity portion of the coconut leaf combustion material 10 according to the present invention is penetrating from FIG. 8 (a) to FIG. 8 (g). The progress of combustion is shown. Compared with the powdered mesophyll bowl 1 according to the present invention in which the upper part of the internal exhaust cavity 23 is closed, the exhaust timing of the combustion smoke K directed in the horizontal direction is early, but the amount of exhaust upward is high from beginning to end. As shown in FIGS. 8D to 8G, the liquid is discharged in the lateral direction rather than downward. The combustion smoke K discharged downward so as to be confused is only in the latter period.

  FIG. 9 is a photograph for explaining the discharge state of the combustion smoke K of the powdered mesophyll bowl 1 according to the present invention. The combustion progress is shown from FIG. 9A to FIG. 9F. Unlike the case where the internal cavity portion of the coconut leaf combustion material 10 penetrates, the upward discharge of the combustion smoke K is extremely small in only a short time after ignition. Further, as shown in FIGS. 9B to 9E, the combustion smoke 23 discharged from the smoke exhaust hole 23 is discharged downward so as to be confused from the beginning of discharge.

  The powdered mesophyll bowl of the present invention enables the medicinal treatment by the combustion smoke generated by the combustion of the burning material for coconut leaf meat and the burning material for ginger leaf meat, the thermal treatment by radiant heat, and the temperature control of the radiant heat, Since it is an unprecedented pedestal bowl that can visually recognize the treatment status, it is understood that the industrial applicability of the powdered mesophyll bowl according to the present invention is extremely high.

DESCRIPTION OF SYMBOLS 1 Powdered mesophyll bowl 10 Eggplant mesophyll combustion material 10a Eggplant mesophyll powder 10b Combustion auxiliary material 10c Tethering material 10d Dye 10e Fragrance 10f Top part 10g Outer shell combustion part 10h Inner shell combustion part 11 Ginger mesophyll combustion material 11a Raw ginger leaf meat powder 20 Base housing Body 21 Smoke exhaust cavity 22 Combustion heat conduction hole 23 Smoke exhaust hole 24 Holding part 25 Adhesive sheet 30 Temperature control mechanism 31 Inclined surface 32 Holder 33 Shutter 34 Heating part
K Combustion smoke H Radiant heat S Treatment surface

Claims (4)

A burning material for utensils mainly composed of palm leaf and fruit powder,
Blend the freeze-dried palm leaves and fruits in a weight ratio of 9.9: 0.1 to 8.0: 2.0,
For 100 parts by weight of coconut mesophyll powder obtained by pulverizing within an average particle diameter of 2 to 10 micrometers,
A binder consisting of 20 to 25 parts by weight of tab powder containing 10 to 15 parts by weight of sodium powder (0.02%), potassium (0.15%), lithium (less than 0.001%), and magnesium (0.53%). When,
Dye parts 3-6,
Perfume weight parts 2-4,
Blended in proportions of each weight ratio to form rods or protrusions,
A combustion material for coconut-meat hot-spring, characterized in that a smoke exhausting cavity portion whose upper side is closed is provided inside the combustion material for cooking equipment. A burning material for utensils mainly composed of ginger leaf and root powder,
Blend the freeze-dried ginger leaves and roots in a weight ratio of 9.9: 0.1 to 8.0: 2.0,
For 100 parts by weight of ginger mesophyll powder obtained by pulverizing within an average particle diameter of 2 to 10 micrometers,
20 to 25 parts by weight of tab powder containing 10 to 15 parts by weight of combustion aids of sodium (0.02%), potassium (0.15%), lithium (less than 0.001%), magnesium (0.53%) A binder consisting of parts by weight,
Dye parts 3-6,
Perfume weight parts 2-4,
Blended in proportions of each weight ratio to form rods or protrusions,
A combustion material for ginger leaf meat hot potato, characterized in that a smoke exhausting cavity portion whose upper side is closed is provided inside the combustion material for rice bran. A pedestal bowl consisting of the combustion material for the coconut-meat hot-meat and the combustion material for the ginger-meat hot-meat, a pedestal housing, and an adhesive sheet,
The pedestal housing is provided with a combustion heat conduction hole penetrating in the vertical direction from the center,
A smoke exhaust hole that is radially communicated with the combustion heat conduction hole in a direction substantially orthogonal to the horizontal direction is provided,
On the upper surface portion of the pedestal housing, a holding portion is formed to hold the combustion material for the coconut leaf warmth as well as the combustion material for the ginger leaf meat warmth,
The lower surface is provided with an adhesive sheet that is in close contact with the treatment surface,
3. The powdered mesophyll using the combustion material according to claim 1, wherein combustion smoke generated by combustion of the combustion material for the hot cocoon leaf meat and the combustion material for the raw coconut leaf meat is discharged in a horizontal direction. Pedestal bowl. In the powdered mesophyll bowl,
A temperature control mechanism is provided on the base housing,
The temperature adjustment mechanism moves the heating part up and down in conjunction with the sliding of the shutter by the inclined surface of the shutter inclined so that the thickness increases from the combustion heat conduction hole with a small inner diameter toward the combustion heat conduction hole with a large inner diameter. The powdered mesophyll bowl according to claim 3, which is a temperature adjusting mechanism that is moved to the position.