KR101025044B1 - artemisia cupping a boil - Google Patents

Abstract

The present invention is the cover cap in the mugwort moxibustion so that the moxibustion is placed on the combustion support cap formed in the fumigation space at intervals with the part to moisturize the skin so that the cover cap formed with the combustion space on the combustion support cap The handle is formed at the top of the cover to facilitate separation and coupling of the cover cap from the combustion support cap, and the combustion gas in the combustion space of the cover cap is the bottleneck outlet and the bottleneck inside the handle of the cover cap. By discharging to the outside through the bending exhaust passage connected to the outlet, the combustion gas of moxa mugwort placed on the combustion support cap is stored in the combustion space of the cover cap, so that the heat conduction of the moxa and the staying time of mugwort x is long. In addition, by controlling the opening and closing of the exhaust port of the handle of the cover cap to control the combustion time of moxa moxibustion The present invention relates to a loess moxa moxibustion which can efficiently increase the heat conduction of moxa and the transfer of mugwort extract to the site, and the present invention is a cylindrical cap shape having a fumigation space formed therein so that the support surface is formed at a certain height on the cap circumferential surface. In the mugwort comprising a combustion support cap and a cover cap having a combustion space that can be covered on the combustion support cap, the handle in a direction perpendicular to the center line of the cover cap 200 at the top of the cover cap 200 300 is formed, the handle 300, the inner surface is connected to the bottleneck outlet 220 is discharged from the combustion gas of the moxa 500 is burned from the combustion support cap 100 while the bottleneck outlet 220 Bending exhaust passage 230 is formed in a direction orthogonal to the), and the present invention is a combustion gas storage space 250 with respect to the cross wall 240 in the handle 300 facing the bottleneck outlet 220 Section Exhaust passage 230 is connected to pass through, the exhaust outlet 260 that can be opened and closed with a finger at the end of the bent exhaust passage 230 is formed, the combustion support cap 100 and the cover cap 200 of the present invention ) Is a fired body formed by molding ocher, and an auxiliary exhaust hole 270 that can be opened and closed by a finger is drilled in one circumferential surface of the cover cap 200, and the present invention further includes a cap circumference of the combustion support cap 100. A sliding band 400 is coupled to the bottom of the surface 120, so that the combustion support cap 100 is free to slide to a portion of the body to be moxaed.

Combustion support cap, cover cap, handle, combustion space, bottleneck outlet, bending exhaust passage, moxa mugwort, moxa mugwort combustion hole, fumigation space, exhaust vent

Description

Ocher moss {artemisia cupping a boil}

The present invention relates to a loess moxa moxibustion moxibustion moisturizing the moxibustion by placing a cover cap on the moxibustion cap and the combustion support cap, more specifically, the fumigation space is formed at intervals between the moxibustion of the skin The cover cap is formed from the combustion support cap by forming a handle that can be gripped on the top of the cover cap in the mugwort moxibustion holder which is covered with a combustion space while the moxibustion is placed on the combustion support cap to allow combustion. The combustion support of the combustion space of the cover cap in the interior of the handle of the cover cap to facilitate the separation and coupling, and to be discharged to the outside through the bottle outlet outlet and the bending exhaust passage connected to the bottle outlet outlet, the combustion support Moxa mugwort heat conduction and mugwort extract are made by storing the combustion gas of moxa mugwort on the cap and burning in the combustion space of the cover cap. While staying for a long time, and also by controlling the opening and closing of the exhaust vent of the cover cap to control the combustion time of moxibustion moxibustion can effectively increase the heat conduction of moxibustion and transfer of mugwort extract It is about ocher moxa.

Generally speaking, moxibustion has the preconceived notion that most people are hot and unbearable first. But moxibustion is a momentary stimulus, and if you keep it, you can feel cool.

The main cause of the disease is paralysis, expansion, inflammation, contraction, hardening, bacteria, blood circulation disorders, nerve and body fluid imbalance, the circulation of the period is not the main cause. The cause of this disease is to give heat stimulation with moxibustion to replenish the five intestines and organs and blood, and excrete waste products such as inflammation spread throughout the body. Here, the mugwort moxibustion is a disease treatment method that is widely used in the Orient because of its effectiveness in treating the disease since ancient times, the disease is cured by the components and heat stimulation of the mugwort extract produced when burning mugwort as possible to maximize the mugwort extract It absorbs a lot into the skin epidermis (sweat hole), so it penetrates the five intestines and 14 meridians, and also gives heat stimulation to the affected area to suppress inflammation and oxidize waste products to treat the disease.

In particular, when the strong energy of moxibustion is put into the three bleedings around the abdomen where most of the organs that are responsible for the penile vein spreading on the scabies, ie navel, abdominal muscle, and hemoptysis, are cured regardless of any disease This moxibustion is widely used by many people.

In terms of moxibustion, there are two types of moxibustion: direct method of moxibustion directly to the skin and indirect method of moxibustion using instruments. The direct method is a method of directly burning moxibustion on the skin, and also the indirect method is a method of placing the moxibustion on top of the ginger, garlic, rich, salt and put the moxa on it. Any of these methods have something in common: they stimulate the human body. The moxibustion method as described above may be inadvertently pained and inadvertently burned.

Recently, there is an indirect heating method using a support mechanism. The indirect heating method has the advantage that it is safe and simple compared to the above-described methods because the moxibustion puts moxa on top of the support mechanism.

For example, the supporting mechanism is formed to have a stepped portion in the cylindrical body so that the supporting plate can be placed on the stepped portion, and the moxa can be placed on the supporting plate. Therefore, in use, moxibustion is placed on the base plate of the cylindrical body and the moxibustion is fired so that the heat of combustion of moxa is passed through the affected part of the body.

Since moxa does not touch the skin of the human body by the support mechanism as described above, it is possible to prevent a safety accident such as burning the skin. However, after moxibustion is ignited, the combustion of moxa mugwort is accelerated by burning due to spontaneous ignition so that the combustion fire of moxa is conducted to the skin without heat control and causes burns on the skin.

In addition, moxibustion is a subtle drug that is extracted when burning wormwood is a wormwood extract that can be effective only when put into the meridian treatment, but the moxibustion equipped with the support mechanism because the cylindrical body is drilled in a cylinder, Smoke and mugwort extracts are not completely separated, so only a lot of mugwort smoke is emitted, and the short stay time of mugwort extracts has the drawback that the efficacy of moxa is poor.

The present invention is to solve the above problems, the present invention is a cap shape formed with a fumigation space inside the combustion support cap and the support surface is formed at intervals on the cap circumferential surface, and can be covered on the combustion support cap In the mugwort moxa consisting of a cover cap having a combustion space in which the combustion space is formed, the moxibustion is performed by allowing the separate coupling to the combustion support cap by a grippable handle on the top of the cover cap, and then the moxibustion of the combustion support cap can be easily replaced. In addition, an object of the present invention is to form an exhaust passage and an auxiliary exhaust hole in the cover cap, so that the user can control the opening and closing of the exhaust passage and the auxiliary exhaust hole, thereby controlling the combustion time of the moxibustion of the combustion support cap. . In addition, the present invention forms a bottleneck discharge port that is connected to the combustion space of the cover cap on the inner surface of the top handle of the cover cap, and also to be connected through the bent exhaust passage bent from the cross wall facing the bottleneck outlet, The combustion gas of the moxa mugwort of the combustion support cap can be maintained in the state of filling in the combustion space of the cover cap, so that the heat conduction of the moxa mugwort and the mugwort extract can be sufficiently delivered to the area where the moxibustion of the body is desired to moisturize, and also the cover cap It aims to be able to control the combustion time of the moxibustion of the combustion support cap by controlling the opening and closing of the auxiliary exhaust hole formed in the circumferential surface of the exhaust cap and the cover cap formed in the handle of the.

The present invention is a cylindrical cap shape with a fumigation space formed therein, the support base cap is formed on the cap circumferential surface with a certain height, and the worm moisturizer consisting of a cover cap formed with a combustion space that can be covered on the combustion support cap In the uppermost end of the cover cap, a handle is formed in a direction orthogonal to the centerline of the cover cap, and the inner surface of the handle is connected to the bottleneck outlet through which the combustion gas of the moxa burned in the combustion support cap is discharged. It is a basic feature that a bent exhaust passage is formed in a direction perpendicular to the mold outlet.

In addition, the present invention is connected to the combustion gas storage space and the bent exhaust passage is connected to the cross wall in the handle facing the bottleneck outlet, the exhaust opening that is open and closed with a finger at the end of the bent exhaust passage is formed.

In addition, the combustion support cap and the cover cap of the present invention is a fired body formed by molding the loess, the secondary exhaust hole that can be opened and closed by a finger on the circumferential surface of the cover cap.

In addition, the sliding band is coupled to the bottom surface of the cap circumferential surface of the combustion support cap of the present invention, the combustion support cap is free to slide in the portion to be moxibusted.

As described above, the present invention is in the mugwort moxibustion so that the cover cap formed with a combustion space on the combustion support cap while the moxibustion is placed on the combustion support cap formed with a fumigation space at intervals with the site to moisturize the skin. By forming a handle that can be gripped at the top of the cover cap of the cover cap from the combustion support cap to facilitate the separation, and the combustion gas of the combustion space of the cover cap inside the handle of the cover cap bottleneck outlet And discharged to the outside through the bent exhaust passage connected to the bottleneck outlet, so that the combustion gas of moxa mugwort put on the combustion support cap is stored in the combustion space of the cover cap and the residence time of moxa mugwort extract Long-lasting, and also by adjusting the opening and closing of the exhaust vent of the handle of the cover cap In the region of to the steam it can effectively increase the heat transfer and transition of mugwort X of moxa.

Detailed examples of the present invention will be described below with reference to the accompanying drawings.

1 is a combined perspective view of the combustion support cap and the cover cap of the loess moxa moxibustion of the present invention, Figure 2 is an exploded perspective view of the combustion support cap and cover cap of the loess moxa moxibustion of the present invention, and Figure 3 is an ocher moss moxibustion of the present invention Combination cross-sectional view of the combustion support cap and the cover cap of Figure 4 is also a cross-sectional view of the separation of the combustion support cap and cover cap of the loess moxa moss of the present invention.

Loess moxa moth of the present invention is composed of a cylindrical cap-shaped combustion support cap 100 and a cover cap 200 separable and coupled to the combustion support cap 100. The combustion support cap 100 and the cover cap 200 is a fired body formed by molding ocher and fired at approximately 1,000 to 1,100,

1 to 4, the combustion support cap 100 is a cylindrical cap shape having a fumigation space 110 formed therein, and a support surface 130 is formed at a predetermined height on the cap circumferential surface 120. A plurality of moxa burning holes 140 are formed in the supporting surface 130, and a plurality of small circulation holes 150 smaller than the moxa burning holes 140 are formed.

The moxa mugwort 500 is formed on the moxa burning hole 140 so as to be described later to be burned by ignition.

In addition, the circumferential circumferential surface of the support surface 130 of the combustion support cap 100 is formed with a coupling step 160 that can be coupled to the circumferential surface of the cover cap 200. In addition, on the cap circumferential surface 120 of the combustion support cap 100, an opposite gripping surface 170 is formed, and the user can move to a portion to grasp the gripping surface 170 with both hands to moisten the body.

In addition, any one of the cap circumferential surface 120 of the combustion support cap 100 is formed with an air inlet hole 180 through which air can be introduced into the fumigation space 110 of the combustion support cap 100.

In addition, the sliding band 400 is coupled to the bottom surface of the cap circumferential surface 120 of the combustion support cap 100, so that the combustion support cap 100 is free to slide in the portion to the body to moisturize. The sliding band 400 is not particularly limited, so that the sliding band 400 is free to slide in the portion to be moxiated in the body in a state in which the sliding band 400 is coupled to the cap circumferential surface 120 of the combustion support cap 100. You just need one.

Next, in the present invention, the cover cap 200 which can be covered on the combustion support cap 100 is formed into a dome shape so that a combustion space 210 is formed in the dome portion.

In addition, the present invention, the handle 300 is formed in a direction orthogonal to the center line of the cover cap 200 at the top end of the cover cap 200, the inner surface of the handle 300 is burned in the combustion support cap 100 The exhaust gas passage 230 is bent in a direction orthogonal to the bottleneck outlet 220 while being connected to the bottleneck outlet 220 through which the combustion gas of the moxa 500 is discharged.

In addition, the present invention is connected to the combustion gas storage space 250 and the bending exhaust passage 230 with respect to the cross wall 240 in the handle 300 facing the bottleneck outlet 220, the bending exhaust passage An exhaust port 260 that can be opened and closed by a finger is formed at the end of the furnace 230.

An auxiliary exhaust hole 270 that can be opened and closed by a finger is drilled at one circumferential surface of the cover cap 200. The auxiliary exhaust hole 270 may control the discharge of the combustion gas generated by burning in the cover cap 200 together with the exhaust port 260.

The present invention is shown on the moxibustion combustion hole 140 of the support surface 130 of the combustion support cap 100 in a state in which the cover cap 200 is separated from the combustion support cap 100 as shown in FIGS. Put moxa (500). Depending on the size of moxa and moxibustion of the body to place the moxa mugwort 500 in all five moxa burning hole 140, and also put the moxa mug 500 of the selected number.

In addition, after igniting the fire moxa (500) placed on the support surface 130 of the combustion support cap 100, by combining the cover cap 200 on the combustion support cap 100, the combustion support cap ( Holding the gripping surface 170 of 100) to move the moxibustion of the body to the moxibustion may be performed.

In addition, the present invention because the sliding band 400 is formed on the bottom surface of the cap circumferential surface 120 of the combustion support cap 100, the combustion support cap in the area to moisturize the body is easy to move the skin There is no stimulation such as giving a shot.

The outside air is introduced through the air inlet hole 180 of the combustion support cap 100 to burn the moxa mug 500 of the support surface 130. Smoke such as combustion gas of the moxa 500 is discharged to the outside through the bent exhaust passage 230 in the combustion space (210).

In particular, the present invention allows the user to open and close the exhaust port 260 or the auxiliary exhaust hole 270 of the handle 300 of the cover cap 200. For example, if the exhaust port 260 or the auxiliary exhaust hole 270 is blocked with a finger, the smoke is not released to the outside and there is an effect of delaying the combustion of the moxa 500 of the combustion support cap 100. Therefore, if the user feels somewhat hot in the moxibustion part of the body, by blocking the part of the exhaust port 260 or the auxiliary exhaust hole 270 may delay the combustion of the moxa mugwort 500 can be adjusted to the hot. And if you want to increase the heat of the moxibustion again in the above state can be used to promote the combustion of the moxa mugwort 500 by opening the exhaust port 260 or the auxiliary exhaust hole 270.

In addition, the present invention is the smoke containing the combustion gas of the moxa mugwort 500 is raised to the dome-shaped ceiling of the cover cap 200 while passing through the bottleneck-type outlet 220 hit the cross wall 240 of the inner surface of the handle 300 It is stored and part of the combustion gas storage space 250 to the bent exhaust passage 230, and also part of the exhaust port 260 through the bent exhaust passage 230 immediately. The storage of the discharge rate of the smoke including the combustion gas as described above delays the time of stay in the combustion space 210 of the cover cap 200, and this delay is also the heat conduction of the moxa mugwort 500 and the mugwort extract cap Through the fumigation space 110 of 100 to be efficiently delivered to the moxibustion of the body.

As described above, the moxa mugwort 500 of the combustion support cap 100 is burned and filled in the combustion space 210, and thus the temperature of the smoke including the combustion gas exiting the bending exhaust passage 230 of the handle 300 is not high. The user can cover and use the blanket.

Therefore, even when the handle 300 of the present invention is formed at the top of the cover cap 200 and has a thickness therein, the combustion gas storage space 250 and the bending exhaust passage 230 are formed. It is not hot and it is easy to grip.

Moxibustion as described above gives a strong stimulation to the human body to suppress the action of pain, stop, restraint, and also give a weak stimulation to the human body to weaken or lower the function of the nerves to excite the organs and tissues to facilitate the function.

In addition, it causes the induction of regulating the function of various organs without directly stimulating the painful area. In addition, moisturizing the moxibustion to a certain part of the body surface to help the treatment by giving a reflex action to each organ, such as the five spear muscles, blood vessels, endocrine gland corresponding to it.

In addition, when moxibustion causes the pathogens or toxins to enter the body to create antibodies to overcome it, and the resistance to moxibustion, red blood cells and hemoglobin are significantly increased to health the human body.

Moxa moxibustion cold weather and warming the Gi (기) through the blood well through the various diseases, improve the resistance to diseases, to promote the tonic action. In modern medicine, moxibustion has been reported to be effective in analgesic and hemostatic action by activating the function of cells to enhance immune function and increase hemoglobin.

1 is a perspective view of the combination of the combustion support cap and the cover cap of the loess moxa moxibustion of the present invention,

Figure 2 is an exploded perspective view of the combustion support cap and cover cap of the loess moxa moxibustion of the present invention,

3 is a combined cross-sectional view of the combustion support cap and cover cap of the loess moxa moxibustion of the present invention,

Figure 4 is an exploded cross-sectional view of the combustion support cap and cover cap of the loess moxa moxa of the present invention.

Explanation of symbols on the main parts of the drawings

100: combustion support cap 110: fumigation space

120: cap circumference 130: base

140: moxibustion burning hole 150: distribution hole

170: gripping surface 180: air inlet hole

200: cover cap 210: combustion space

220: bottleneck outlet 230: bending exhaust passage

240: cross wall 250: combustion gas storage space

260: exhaust port 270: auxiliary exhaust hole

300: handle 400: sliding band

500: moxa

Claims (4)

In the moxibustion device comprising a cylindrical cap shape having a fumigation space formed therein, a combustion support cap having a support surface formed at a predetermined height on the cap circumferential surface, and a cover cap having a combustion space that can be covered on the combustion support cap. Handle 300 is formed in the direction orthogonal to the center line of the cover cap 200 at the top end of the cover cap 200, the inner surface of the handle 300 is moxa (500) that is burned in the combustion support cap 100 The ocher moss moisturizer characterized in that the exhaust gas passage is bent in a direction orthogonal to the bottleneck outlet (220) while being connected to the bottleneck outlet (220) through which the combustion gas is discharged. The method according to claim 1, Combustion gas storage space 250 and the bending exhaust passage 230 is connected to the crossing wall 240 in the handle 300 facing the bottleneck outlet 220, the bending exhaust passage Loess moot mochi characterized in that the exhaust port 260 that can be opened and closed by a finger at the end of the furnace (230). The method of claim 1, wherein the combustion support cap 100 and the cover cap 200 is a fired body formed by molding ocher, the auxiliary exhaust hole 270 that can be opened and closed by a finger on one of the circumferential surface of the cover cap 200 Loess moxa, characterized in that open. The sliding band 400 is coupled to the bottom surface of the cap circumferential surface 120 of the combustion support cap 100, so that the combustion support cap 100 is free to slide to a part to be moxiated by the body. Ocher moxa, characterized in that.

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